Cyber incidents kill. They killed before. They will kill again

 

 

Ransomware attacks have taken a deadly turn. Hackers have become more organized and sophisticated leading to the first ransomware-related death in September 2019. These threats continue to escalate, making healthcare systems, government operations, and other life-depending organizations prime targets for cybercriminals. However it is no longer just about financial gains, these organizations, when attacked and compromised, threaten lives.

 

In September 2019, the first ransomware-resulted death occurred at Springhill Medical Center in Alabama. The Wall Street Journal reported on the lawsuit filed by Teiranni Kidd, which will go to court in November 2022. In the article “A Hospital Hit by Hackers, a Baby in Distress: The Case of the First Alleged Ransomware Death” by Kevin Poulsen, Robert McMillan, and Melanie Evans, it was reported that Ms. Kidd was checked in to the hospital in the middle of a ransomware attack. The attack blocked off all medical records along with vital monitors used to track patients’ vitals. Ms. Kidd’s baby was born with the umbilical cord wrapped around her neck, causing brain damage that, nine months later, killed her.

The hospital’s lack of response to the ransomware attack, along with their refusal to tell their patients, and the public at first, what was really going on all begs the question: was Nicko Silar’s death preventable?

First reported to The Wall Street Journal, Joshua Corman, senior adviser for the Cybersecurity and Infrastructure Security Agency (CISA), which is part of the Department of Homeland Security, found evidence that ransomware can lead to dire consequences for hospitals. “We can see that a cyberattack can strain you enough to contribute to excess deaths,” Corman concluded. Had the ransomware attack been paid off, or had the hospital had proper security measures to defend against such attacks, there is a significant chance Nicko Silar could have been saved.

 

With the rise in such deadly ransomware attacks, insiders have been invited to address Data Connectors’ attendees on their takeaways and best practices in this new threat landscape. One of those experts is Menny Barzilay, CEO at Cytactic. Barzilay addressed the New England Virtual Cybersecurity audience this past August with his Keynote presentation, “Cyber incidents kill. They have killed before. They will kill again.” He discussed how life-threatening cyberthreats should be incorporated into the risk management process in a way that would allow security experts and decision-makers to identify and tackle such threats effectively. He also encouraged attendees to understand why the cyber industry must adopt the right mindset when human lives are at stake and incorporate this notion into their standards, policies, and methodologies.

 

“Cyber incidents have already cost human lives in the past. And they will soon again. Yet, most cyber professionals haven’t yet fully embraced their responsibility to protect human lives.” he said. “A tectonic shift in the cyber industry is about to happen,” he added.

 

Menny Barzilay writes on all cybersecurity topics like ransomware in his blog “THINK: CYBER.”

In his blog article “Cyber Kills,” Barzilay lays out the numerous ways in which cyberattacks, especially ransomware, can destroy lives. The most terrifying include, “After an attack on emergency call systems (like 911 in the US) we’ll hear about people getting killed because the emergency responder was not available in time, and after an incident in which pictures will be leaked, we’ll hear about people committing suicide.”

In the same vein, Jaycee Roth, Associate Managing Director of Cyber Risk at Kroll, will present “From the Ransomware Frontlines: R-Rated Takeaways” at the upcoming Canada West Virtual Cybersecurity Summit. With the same warnings as Barzilay, Roth will address encryption, exfiltration, and the rise of the triple extortion and what it means for organizations. She will also instruct which steps precede ransomware detonation along with effective precursors to monitor for and how to act before detonation. These precautions will aim to stop such devastating attacks.

Ransomware attacks have significantly escalated over the last few years. This escalation now impacts lives ranging from exploitation to life-threatening interruptions. For more resources on ransomware, be sure to check out our news page for the latest in cybersecurity news. You can also attend one of the upcoming virtual summits and conferences where ransomware will continue to be a recurring topic among the community.

Ransomware Kills: An insider look at the tr …

Hot Topics in Cybersecurity Posted by Emily Ramsey on Nov 18, 2021

The Data Connectors Cybersecurity Community’s resource guide to #BeCyberSmart

 

At the start of October, the FBI Cybercrime division IC3 received over 2,700 ransomware reports with losses of over $30 million. This is a 66% increase from the $18 million reported in the same time frame in 2020.* With hackers becoming more organized and sophisticated it is important to stay informed, up to date, and prepared for whatever comes next.

 

2021 was the 18th year October had been recognized as Cybersecurity Awareness Month. The National Cybersecurity Alliance, who established the commemoration in 2004 with the U.S. Department of Homeland Security (DHS). What began as a collaborative effort between government and industry to ensure safety online, is now recognized across the globe by professional organizations, cybersecurity companies, and organizations of every type to educate and protect their people and assets.

 

CISA along with DHS had reported that this year’s theme would remain “Do Your Part. #BeCyberSmart.” This calls upon individuals and organizations to each take active measures to ensure that their company and personal cyberspace are protected. On September 30th, the White House issued an official proclamation dawning the start of the nationally recognized month. It stated:

 

“Our Nation is under a constant and ever-increasing threat from malicious cyber actors.  Ransomware attacks have disrupted hospitals, schools, police departments, fuel pipelines, food suppliers, and small businesses — delaying essential services and putting the lives and livelihoods of Americans at risk.  Any disruption, corruption, or dysfunction of our vital infrastructure can have a debilitating effect on national and economic security, public health, and our everyday safety.”

 

The Data Connectors Community News Team has rounded up some of the most important articles, interviews, and resources our Community Members have found particularly useful:

 

Cracking Down on Cybersecurity at the State Level

Over the past year and a half, companies all over the world have had to adjust to the work-from-home mandate and new hybrid working environment while ensuring cybersecurity protection of both the organization’s endpoints and their employees. Local governments have had to adapt to the necessary new regulations for cybersecurity as well.

While headline-grabbing attacks like Colonial Pipeline and SolarWinds grab headlines, state and local governments, as well as municipalities and public education facilities have long been the target of debilitating ransomware attacks.

For more on cybersecurity within government, you can hear from Florida state’s CIO, Jamie Grant at the Miami Cybersecurity Conference on November 09-10. Register today for a chance to hear the experiences that will benefit cybersecurity leaders – be they in the public or private sectors. Grant will discuss cutting bureaucracy, budgeting, staffing, working with solution providers, and motivating teams to strive for a meaningful mission.

 

Data Connectors Partners Join Multi-Sector Ransomware Task Force

Several members of the Data Connectors community, including companies like SecurityScorecard, Rapid7, and Cybereason, have teamed up with industry leaders across government, academia, non-profit organizations, and other private-sector organizations to form a Ransomware Task Force.

Ransomware is now a threat equal to terrorism. Cryptocurrencies have proven to be a lucrative modus operandi for criminal groups and state actors looking to launder funds and evade sanctions. It is vital for organizations such as CipherTrace to utilize support to prevent sophisticated attacks. Pamela Clegg, VP of Financial Investigations at CipherTrace, presented on this at the Dallas Cybersecurity Conference with “Ransomware Investigations and Actionable Intelligence from DarkSide and REvil.”

This task force was organized by the Institute for Security and Technology (IST), who convened the task force and began work in January 2021. At that point, the organization launched a website highlighting the leadership roles and a complete list of members.

This task force will continue to aid in the fight against cybercrime; see who else is included, and how they can help your organization.

 

Gartner: Cybercriminals Will Kill by 2025

Gartner has predicted that by 2025, cyber attackers will weaponize operational technology environments to harm or kill humans.

Data Connectors Community Members know that this has already happened. In Menny Barzilay’s New England Virtual Cybersecurity Summit Keynote this past August, his “Cyber Kills” talk demonstrated numerous cases where cyber-attacks have led to the loss of life over the recent past.

In coming after OT, hardware and software that monitors and controls equipment, attackers gain the ability to impede upon cyber-physical systems (CPS), according to Gartner. This is the evolution from attacks like that on the Colonial Pipeline – disruption is one thing, but with enough access, bad actors can impact the health and welfare of private individuals.

To prevent this horrible prediction from coming true, see what Gartner recommends to protect you and your enterprise.

 

CISA Alert: Ransomware Awareness for Holidays and Weekends

DHS – CISA released an alert regarding an observed increase in highly impactful ransomware attacks over the holidays and on weekends; strategically when businesses are closed and at their most vulnerable. The exponential rise of ransomware in the last few years continues to be a consistent threat. Protect yourself and your business by reading the Ransomware Awareness for Holidays and Weekends

 

An Insider’s Look at the Colonial Pipeline Ransomware Attack

It had the makings of a typical ransomware attack — likely set off through a phishing scam, resulting in the wrong people getting their hands where it didn’t belong. But the outcome of the Colonial Pipeline ransomware attack was beyond typical.

In a LinkedIn Live session with former CISA Assistant Director John Felker, the Data Connectors Community gained a unique insight into what was likely happening behind the scenes, both in the Colonial boardroom and in the government offices.

The session, titled “Reflections on the Colonial Pipeline Ransomware Attack, took a comprehensive look at the timeline of events surrounding the attack, as well as a deep-dive in the actions of the perpetrators, the DarkSide hacking group.

In another example of this kind of broadband attack, Atlanta Infragard Board Member Derek Johnson led a Keynote discussion at the Atlanta Cybersecurity Conference on October 27 – 28. Attendees discovered how organizations today can no longer engage in digital transactions or eCommerce serving their employees, customers, or partners without understanding the global cybersecurity landscape or the state of their internal security program.

 

Looking for further discussion on these topics? Check out all upcoming summits and conferences.

 

For more information and to stay connected to experts in the industry, join our community!

Wrap up – Looking back on Cybersecuri …

Hot Topics in Cybersecurity Posted by Hubspot System on Nov 2, 2021

ATLANTA’S CHIEF INFORMATION SECURITY OFFICERS DEBATE FUTURE OF CYBERSECURITY; 2022 TRENDS

Targeted by Nation-States and Ransomware Gangs, Boards and Executive Leadership Teams Face Realities of Current Threat Landscape

ATLANTA, GA – October 25, 2021 Data Connectors, representing the largest cybersecurity community in North America, confirmed the details for the Atlanta Cybersecurity Conference this week.  The important gathering for senior executives in the region that has been listed as one of the top five in the country returns to an in-person format, after a 19-month hiatus.

The conference features prominent Chief Information Security Officers (CISO) executives from the region, as well as industry luminaries, cybersecurity solutions experts, and representatives from government agencies including the Federal Bureau of Investigation (FBI) and the United States Secret Service.

The 15th annual event returns with a two-day agenda, highlighting important areas of cybersecurity such as identity and access management, cloud email security, development security operations (DevSecOps), and managed detection and response.

“Boards and executive leadership teams are confronted with the reality that they can no longer engage in digital transactions or e-commerce without understanding the global cybersecurity landscape or the state of their internal security program,”  said Derek Johnson, local cybersecurity executive from the Susan G. Komen organization and Board Member at the InfraGard Atlanta Members Alliance. In his featured keynote at the conference, Johnson will lead a discussion for the cybersecurity community members on hand to explore the topic further this Thursday afternoon at the Marriott Buckhead Hotel & Conference Center.

In his presentation “Atlanta FBI Looks Back on 2021 Cyber Threats,” Special Agent Nathan Langmack, from the FBI Atlanta Field Office, will dissect the key components of some of the recent high-profile ransomware attacks such as SolarWinds and Colonial Pipeline. He will use these and others to surface lessons learned that translate to what CISOs and all information security executives should regard as best practices.

These discussions include some of the top executives throughout the region, such as:

  • Kevin Gowen, CISO at Synovus Bank
  • Dean Mallis, CISO at MARTA (Metropolitan Atlanta Rapid Transit Authority
  • Jameeka Green Aaron, CISO at Auth0
  • Michael F.D. Anaya, Head of Attack Surface Analysis at Palo Alto Networks
  • Tamika Bass, CISO at Georgia Department of Revenue
  • Taiye Lambo, Founder at HISPI and Pioneer vCISO

Over 300 members of the Data Connectors Cybersecurity Community are expected to attend this week.  More than 30 community partners and affiliate organizations will also be a part of the gathering including Votiro, Auth0, Attivo Networks, Security Scorecard, and the local chapters of ISC2, AFCEA, and CNSP.

The Conference will take place on Wednesday – Thursday, October 27-28 starting at 8:00 a.m. E.S.T at the Atlanta Marriott Buckhead Hotel & Conference Center, 3405 Lenox Road NE, Atlanta, Georgia 30326. Registration is FREE for qualified professionals, who can also obtain Continuing Professional Education (CPE) credits for participation.

About Data Connectors
Since 1999, Data Connectors (dataconnectors.com) has facilitated collaboration between senior cybersecurity professionals, government/law enforcement agencies, industry luminaries, and solution providers. Today, the community comprises over 650,000 members and 250 active vendor partners across North America. Members enjoy informative education, networking, and support via our award-winning Virtual Summits, live conferences, Web Briefings, and regular communications.

Atlanta’s Chief Information Security …

Press Releases Posted by Emily Ramsey on Oct 25, 2021

STATE, LOCAL, FEDERAL CYBERSECURITY EXECUTIVES CONFER ON 2022 THREATS, ATTACK LANDSCAPE 

Inaugural Cybersecurity in Government Virtual Summit to include CISO Public Sector Discussion Forums this week.

WASHINGTON, D.C. – OCTOBER 18, 2021 Data Connectors, representing the largest cybersecurity community in North America, has announced a first-of-its-kind online event. Over 50,000 professionals focused on information security, risk, and governance have been invited for a Virtual Summit that will debate key issues.

The 2021 Cybersecurity in Government Virtual Summit will fuel a discussion among attendees and invited executive guests that have been wrangling with a continued deluge of cyber-attacks over the past 18 months (SolarWinds, Kaseya, Colonial Pipeline, etc.), alongside increased focus related to the most recent Executive Order on Cybersecurity.

Keynote presentations include John Felker, Former Assistant Director of the Department of Homeland Security’s (DHS) Cyber Infrastructure Security Agency (CISA), as well as Mark McIntyre, Chief Security Advisor from Microsoft Federal.

“The reality for cybersecurity leaders in the public sector can be more challenging than it is for their commercial business counterparts,” said Dawn Morrissey, CEO and Founder at Data Connectors. “The Summit this week will focus on important collaboration to help them overcome the issues they face with regard to ransomware, cyber skills and staffing concerns, as well as the changing threat landscape,” she concluded.

The summit will feature four expert panel discussions with well-known Chief Information Security Officers (CISOs) from state, federal, local government organizations as well as higher education. Community members in attendance are also executives at those same concerns, from across the US and Canada.

 

Some of the invited panelists include:

  • Shane Barney, CISO at USCIS-Department of Homeland Security
  • Dr. Brian Gardner, CISO, City of Dallas
  • James Wolff, Associate Administrator, CIO at U.S. Department of Energy
  • Nathan Shiflet – Former CISO, State of Florida
  • Aaron Verdell Call, CISO, WPS Health Solutions & Former CISO at State of Minnesota
  • Jeffrey Brown, CISO of State of Connecticut
  • Lester Godsey, CISO, Maricopa County, Arizona
  • Scott St. Pierre, Deputy Director, Cybersecurity Division at U.S. Navy
  • Shannon Lawson – ACIO/CISO, City of Phoenix

 

Attendees will ask questions and interact with the experts, as well as each other and the organizations who will feature their solutions at the event. Featured solutions providers at this summit include Attivo Networks, Ivanti, Axio, Cisco and many more.

Registration is FREE for qualified professionals, who can also obtain Continuing Professional Education (CPE) credits for participation. More information for the Summit can be found at dataconnectors.com/cyberingov.

About Data Connectors
Since 1999, Data Connectors (dataconnectors.com) has facilitated collaboration between senior cybersecurity professionals, government/law enforcement agencies, industry luminaries, and solution providers. Today, the community comprises over 650,000 members and 250 active vendor partners across North America. Members enjoy informative education, networking, and support via our award-winning Virtual Summits, live conferences, Web Briefings, and regular communications.

State, Local, Federal Cybersecurity Executi …

Press Releases Posted by Emily Ramsey on Oct 18, 2021

On September 07, CISA released its most recent CISA Insights bulletin titled Risk Considerations for Managed Service Provider CustomersIt provides a framework that government and private sector organizations, outsourcing IT support to MSPs, can use to better mitigate against third-party risk.

This resource focuses guidance on the three main organizational groups that play a role in reducing overall risk:

  1. Senior executives and boards of directors (strategic decision-making)
  2. Procurement professionals (operational decision-making)
  3. Network administrators, systems administrators, and front-line cybersecurity staff (tactical decision-making)

 

Overview

To aid organizations in making informed Information Technology (IT) service decisions, the National Risk Management Center (NRMC) at the Department of Homeland Security’s (DHS) Cybersecurity and Infrastructure Security Agency (CISA) developed this set of risk considerations for Managed Service Provider customers. This framework compiles information from CISA and IT and Communications Sector partners to provide organizations with a resource to make risk-informed decisions as they determine the best solution for their unique needs. Specifically, the framework provides organizations with considerations to incorporate into their IT management planning and best practices as well as tools to reduce overall risk.

IT services enable business operations but can also be a complex, costly, and time-consuming enterprise for many organizations to manage on their own. Third-party vendors such as Managed Service Providers (MSPs) offer services that can reduce costs and play a critical role in supporting efficient IT operations for organizations of all sizes. Many small and medium-sized businesses use MSPs to remotely manage IT systems, data, and applications. Nonetheless, outsourcing the management of networks, cloud infrastructure, applications, devices, and other IT elements to MSPs does not absolve an organization from risk management responsibilities associated with the IT enterprise. In some cases, by introducing third-party attack surfaces, partnering with an MSP can introduce unanticipated risks to an organization; therefore, organizations must weigh the benefits (cost, efficiency, capability) against potential risks when outsourcing IT services. If the decision is to outsource, it is critical that organizations proactively manage their cybersecurity risk and collaborate with their MSPs to jointly reduce that risk.

This framework is designed for government and private sector organizations of all sizes and divides
guidance into three audiences based on the risk calculations most often made by employees in these
roles:

(1) Senior executives and boards of directors (strategic decision-making);

(2) Procurement professionals (operational decision-making); and

(3) Network administrators, systems administrators, and front-line cybersecurity staff (tactical decisionmaking).

These categories are fluid and likely differ among organizations. Stakeholders should adapt the content of this framework to best fit their organizational structure. This framework complements and builds upon additional guidance from CISA on how MSPs and small- and mid-sized businesses contracting with MSPs can better mitigate against risk and harden their
networks.

Click here for a PDF copy of this report.

 

Strategic Decision-Making


Senior executives must balance cost-effectiveness and efficiency with reliability and security when considering whether to outsource IT services to an MSP. Outsourcing IT services does not absolve executives of risk management responsibilities. In order to balance these priorities, executives must maintain awareness of the technologies and systems supporting their operations. Executives must also understand the risks from potential loss of core organizational systems and services, loss of confidentiality, integrity, and availability of data, loss of consumer and market confidence, loss of productivity due to operational disruption, and fines, legal fees, or other regulatory costs, and other adverse financial impacts. Organizations must also account for risks to the vendors themselves, as vendors’ financial health and other attributes can serve as indicators of potential future service disruptions.


CONSIDERATIONS AND BEST PRACTICES FOR SENIOR EXECUTIVES AND DIRECTORS


Who should have input on the decision of whether to outsource IT services to an MSP?


All organizational components or business units should provide input on their IT requirements and inform leadership decisions on whether to outsource IT management to an MSP. In its “Key Practices in Cyber Supply Chain Risk Management” report, the National Institute of Standards and Technology (NIST) recommends companies establish a supply chain risk council that includes executives from across the organization and represents all relevant business units and organizational functions (legal, privacy, etc.).


Is outsourcing cost-effective when accounting for security requirements and organizational risk
thresholds?


The Chief Financial Officer (CFO), Chief Operations Officer (COO), Chief Information Officer (CIO), Chief Information Security Officer (CISO), and procurement officials should provide input to a cost-benefit analysis that weighs efficiencies from outsourcing against enterprise risks. Organizations without the technical expertise to fully assess those risks could hire an independent consultant to provide that analysis.


Who is responsible for security and operations when outsourcing IT services to an MSP?


The specific balance of responsibilities between a customer and a vendor will depend on several factors and should be jointly agreed to by customers and vendors after a careful consideration of associated risks and tradeoffs. Organizations share in the responsibility for faults or failures that impact business operations and affect customers. In order to minimize such disruptions when outsourcing IT services, organizations can define roles and responsibilities in a vendor agreement using the Shared Responsibility Model4, which articulates the vendor’s responsibilities, the customer’s responsibilities, and any responsibilities shared by both parties. This model can serve as a framework for decisions, such as which entity applies patches, maintains hardware, or trains employees. Executives can also define a shared responsibility model that aligns with the organization’s risk tolerance. Ceding more responsibility to an MSP may increase cost-efficiency but could also increase risk exposure. As vendors access networks and data, the potential cyber-attack surface increases, and the organization’s level of vulnerability may increase as potential vulnerabilities in the vendors’ networks are compounded with any unresolved vulnerabilities on the organization’s systems. Organizations may also lose visibility across their IT enterprise that could inform threat detection.


What are the most critical assets that we must protect and how do we protect them?


Organizations should develop and maintain an enterprise cybersecurity risk management plan that includes security, legal, and procurement priorities and accounts for risks from IT service provided by an MSP. Risk management plans should include an inventory of organizational assets and the degree to which each type of information or communications technology asset is exposed to risk. When possible, organizations should prioritize the protection of assets according to the criticality of the threat posed and the importance of the asset to the organization.

 

Risk frameworks such as the NIST Framework for Improving Critical Infrastructure Cybersecurity and the Factor Analysis of Information Risk (FAIR) Cyber Risk Framework offer scalable, systematic approaches to identifying which assets need protection and calculating potential losses. The FAIR Cyber Risk Framework also aligns with The Open Group Architecture Framework (TOGAF), which provides a baseline framework for designing, planning, implementing, and governing enterprise information technology architecture.


To build resilience against potential incidents, organizations can:


• Develop, maintain, and exercise incident response plans, including senior leadership playbooks
• Hold regular cybersecurity threat briefings for C-suite executives and the Board of Directors
• Provide cybersecurity incident reporting, including mitigation and lessons learned analysis, to C -suite executives and the Board of Directors
• Develop risk-based key performance indicators to quantify cyber risk, measure program effectiveness, and compare with peer groups

 

Strategic Priorities for Small and Medium-sized Businesses


Small and medium-sized businesses (SMBs) may not have the financial resources or technical expertise to develop and maintain a comprehensive enterprise risk management plan but will nonetheless face risk management decisions when weighing whether to outsource IT services to an MSP.8


SMBs should catalog which assets are the most critical to operations and characterize the risk to those assets. This allows organizations to prioritize which assets should be included in or excluded from vendor agreements and to develop specific contingency plans for incidents affecting those assets.

SMB owners can then weigh risk management decisions by determining the following factors in potential vendor agreements:
• Which tasks and responsibilities will the MSP take on?
• Which will the SMB continue to execute?
• Which tasks and responsibilities will be shared?

 

Operational Decision-Making


Coordinated procurement, operati
ons, continuity, and security requirements will decrease enterprise supply chain risk and improve system performance. Organizations with separate staff dedicated to each of those functions should coordinate IT requirements across organizational silos. For smaller organizations or those without staff dedicated specifically to these functions, an enterprise risk management plan should account for each of these requirements as part of an integrated approach to risk management at whatever scale is appropriate for the organization.


PROCUREMENT CONSIDERATIONS AND BEST PRACTICES


How does an organization account for the requirements of Chief Information Officers (CIOs), Chief
Information Security Officers (CISOs), Chief Operations Officers (COOs), Continuity Managers, and Chief Risk Officers when selecting a vendor?


A requirements management process that coordinates across functional areas will drive performance, reliability, and security. Those in procurement roles should solicit a list of requirements from managers within the company whose departments use the IT managed services being considered at the beginning of the procurement process and maintain a requirements master list to provide a baseline for procurement decisions. In addition to the functional and performance requirements needed for the managed services, the list should also include specific considerations for security, operational continuity, and other core business functions. It may be necessary to deconflict or clarify requirements between organizational components when finalizing and maintaining the requirements master list. The CIO, CISO, and representatives from each organizational component can validate whether a potential vendor can meet the organization’s requirements. NIST recommends using a master requirements list and service-level agreement to formalize requirements with vendors.

Organizations can use several methods to vet potential MSPs. For instance, the CISA and NIST joint publication, “Defending Against Software Supply Chain Attacks” includes best practices for preventing and mitigating risks in the software supply chain. Additionally, the CISA Information and Communications Technology Supply Chain Risk Management Task Force published a Vendor Supply Chain Risk Management Template that offers standardized questions that foster clear and consistent communication between vendors and customers regarding security requirements. Organizations can also require self-attestations from MSPs to validate the use of industry standards and best practices, maintained by continuous monitoring processes and tools.

 

What should an MSP provide to an organization in advance of contract award?


In addition to clearly articulating requirements in a contract and developing a Shared Responsibility Model to define roles and responsibilities, organizations should strive to solicit the following elements from any potential MSP prior to signing a contract:
• Specific performance-related service level agreements, including a clear delineation of operational IT services and security services
• Confirmation that the individual signing for the MSP is responsible for the product’s security or service and a requirement to notify the customer of any change of MSP ownership or leadership and internal MSP measures to ensure the security of the organization’s data
• Detailed guidelines for incident management, including the MSP’s incident response responsibilities, warranty information, compensation for service outages, and plan to provide continuous support during a service outage
• Remediation acceptance criteria that define the steps the MSP will take to mitigate known risks
• A Software Bill of Materials (SBOM)13 or similar verification of the security of any software the MSP will use to provide its services
• Statement from the MSP on how data from different clients will be segmented or separated on the MSP’s networks
• Detailed guidelines for log and records maintenance, including requirements for the MSP to provide secure storage of backups and for detailed records of when accounts are accessed, by whom, for how long, and what actions were completed
o This should include physical access to storage, networking, and processing capabilities
• Documentation of vetting of employees (including subcontractors and independent consultants) to minimize risks of intellectual property theft, manipulations, or operational disruptions
• Direct access to security logging information, network intrusion detection, and anomaly analysis data telemetry from all systems managed by the MSP that support the service being procured
• The ability for the customer organization to examine the systems that directly and indirectly support the contracted service on-demand by the customer organization with appropriate data handling considerations

• Transition plan to support a smooth integration of the IT services
o Any required system downtime or outage to facilitate a transition should ideally occur at the time of the organization’s choosing to minimize operational impacts
• Notification of any sub-contracts and independent consultants that would potentially expose the organization’s data to another external party and documentation of the MSP’s responsibility for any actions performed by subcontractors or independent consultants
• Protocol for planned network outages or other maintenance activities that could interrupt business operations
o If possible, organizations should have input on the maintenance schedule to avoid or minimize any such disruptions
• Documentation of MSP’s financial health, performance record for other clients, and disclosure of any previous legal issues


Executive Order 14028, “Improving the Nation’s Cybersecurity,” includes specific guidance on formulating contract language for IT and OT [operational technology] service providers supporting federal departments and agencies. The guidelines in the Executive Order provide an additional resource for organizations to consider as they formulate contracts with MSPs. Organizations should also work with their counsel to conduct a legal review, as appropriate, of all MSP contracts.

 

Operational Priorities for Small and Medium-sized Businesses


Small and medium-sized business owners and executives may have multiple roles and associated responsibilities. Often roles like the CIO, CISO, and other C-Level roles do not formally exist, but the relevant functions are (or should be) managed at the executive level regardless of title.16 However those responsibilities are assigned within an organization, establishing and enforcing procurement requirements, operational requirements, and security requirements will decrease risk, minimize disruptions, and improve organizational performance.

Specifically, SMBs should ensure that all parts of the organization (procurement, operations, security, etc.) weigh in on MSP requirements prior to contract award. The elements noted above and in the Vendor Supply Chain Risk Management Template provide a starting point, but SMBs should solicit input from across their organization to ensure their unique organizational requirements are accounted for in vendor agreements.

 

Tactical Decision-Making


Policies and controls on network access, controls, and logs, remain the organization’s responsibility while outsourcing IT services to an MSP. Organizations should identify personnel responsible for monitoring and managing the day-to-day activity of MSPs and must set careful policies on the access given to any third-party vendors. Common examples of such policies include establishing clear requirements for authentication or verification and maintaining controls and logs separate from the vendor’s records. Organizational policies and practices relating to the authentication of vendor logs and activities across the IT enterprise helps ensure appropriate and authorized activities by MSPs while protecting the client’s interests from unauthorized activities.


CONSIDERATIONS AND BEST PRACTICES FOR NETWORK ADMINISTRATORS, SYSTEMS ADMINISTRATORS, AND CYBER DEFENSE PROFESSIONALS


What network and system access levels are appropriate for third-party service providers?


Organizations should apply the principles of the Zero Trust security model to their networks, including
implementation of the Principle of Least Privilege to any MSP or affiliated sub-contractor and assign only the minimum necessary rights for the shortest necessary duration. The specific access requirements will depend on the nature and scope of services the vendor is providing and will change over time. Organizations should regularly re-evaluate access requirements. When possible, organizations should define the vendor’s required privilege and access levels prior to contract award to ensure vendors can meet service requirements under those security 
protocols.


CISA provided tactical guidance19 for customers of MSPs to mitigate against risks from outsourcing to MSPs and harden their systems against nation-state Advanced Persistent Threat and cybercriminal activity targeting MSP customers:

• Manage supply chain risks
o Understand the supply chain risks associated with your MSP, such as network security expectations
o Manage risk across your security, legal, and procurement groups
o Use risk assessments to identify and prioritize allocation of resources and cyber investment
• Implement strong operational controls
o Create a baseline for system and network behavior to detect future anomalies; continuously monitor
network devices’ security information and event management appliance alerts
o Regularly update software and operating systems
o Integrate system log files—and network monitoring data from MSP infrastructure and systems—into
customer intrusion detection and security monitoring systems for independent correlation, aggregation,
and detection
o Employ a backup solution that automatically and continuously backs up critical data and system
configurations. Store backups in an easily retrievable location that is air-gapped from the organizational
network
o Require multi-factor authentication (MFA) for accessing your systems whenever possible
• Manage architecture risks
Review and verify all connections between customer systems, service provider systems, and other client enclaves
o Use a dedicated Virtual Private Network (VPN) to connect to MSP infrastructure; all network traffic from the MSP should only traverse this dedicated secure connection
• Manage authentication, authorization, and accounting procedure risks
o Adhere to best practices for password and permission management
o Ensure MSP accounts are not assigned to administrator groups and restrict those accounts to only
systems they manage. Grant access and admin permissions based on need-to-know and least privilege
o Verify service provider accounts are being used for appropriate purposes and are disabled when not
actively being used
• Review contractual relationships with all service providers. Ensure contracts include:
o Security controls the customer deems appropriate
o Appropriate monitoring and logging of provider-managed customer systems
o Appropriate monitoring of the service provider’s presence, activities, and connections to the customer network
o Notification of confirmed or suspected security events and incidents occurring on the provider’s
infrastructure and administrative networks
• Implement CISA’s Cyber Essentials to reduce your organization’s cyber risks

 

What backups or records should an organization maintain?


Organizations should maintain their own offsite backups of essential records and network activity logs to facilitate recovery from a critical incident with an MSP. Backups and logs also allow an organization to authenticate vendor activity. For smaller organizations or those without sufficient technical expertise, a neutral third-party consultant may be necessary to facilitate incident forensics using network logs.


How should organizations incorporate vendors in incident response and business continuity planning?


NIST recommends organizations include key vendors such as MSPs in an organizations’ incident response, business continuity, and other contingency planning, including in the organization’s training on such plans. Organizations must update these plans regularly to align with changes in vendor relationships. NIST also recommends organizations and vendors establish clear protocols for vulnerability disclosure, incident notification, and communication with any external stakeholders during an incident. Organizations and vendors should also establish clear authorization protocols for threat hunting and incident response procedures on customer networks. Organizations should require that vendors provide timely and detailed reporting on incidents affecting vendor networks, even those that did not directly affect customer data and services. Finally, NIST recommends that organizations include vendors in after-action and lessons learned reporting.

 

Tactical Priorities for Small and Medium-sized Businesses


SMBs outsource IT requirements to MSPs to achieve efficiency and cost-savings but cannot completely delegate IT responsibilities to vendors. SMBs outsourcing IT services to an MSP should maintain full control of access to their systems and maintain awareness of vendor access by setting clear policies agreed to by the vendor. SMBs should also maintain logs of all MSP activity and have offsite backups of all critical data separate from the vendor’s storage. These requirements should be included in vendor agreements and validated periodically.

 

 

Additional Resources

Information and Communications Technology Supply Chain Risk Management Task Force Resources

• Mitigating ICT Supply Chain Risks with Qualified Bidder and Manufacturer Lists
• Vendor Supply Chain Risk Management Template

National Institute of Standards and Technology (NIST) Resources

• Cyber Supply Chain Management
 Risk Management Framework
• Cybersecurity Framework

 

Appendix A: MSP Risk Considerations Checklist

CISA Insights: Risk Considerations for Mana …

Hot Topics in Cybersecurity Posted by Michael Hiskey on Sep 8, 2021

Stay tuned for this update each week. This is a joint cybersecurity weekly product from the Missouri Information Analysis Center, St. Louis Fusion Center, Kansas City Regional Fusion Center and the Missouri Office of Homeland Security.

 

FBI Shares Technical Details for Hive Ransomware

The Federal Bureau of Investigation (FBI) has released some technical details and indicators of compromise associated with Hive ransomware attacks. In a rare occurrence, the FBI has included the link to the leak site where the ransomware gang publishes data stolen from companies that did not pay. Hive ransomware relies on a diverse set of tactics, techniques, and procedures, which makes it difficult for organizations to defend against its attacks, the FBI says. Among the methods that the gang uses to gain initial access and to move laterally on the network, there are phishing emails with malicious attachments and the Remote Desktop Protocol (RDP).

 

How to Stay Secure from Ransomware Attacks this Labor Day Weekend

Labor Day weekend is just around the corner and, believe it or not, cybercriminals are likely just as excited as you are! Ransomware gangs have nurtured a nasty habit of starting their attacks at the least convenient times: When computers are idle, when employees who might notice a problem are out of the office, and when the IT or security staff who might deal with it shorthanded. They like to attack at night and on weekends, and they love a holiday weekend. Indeed, while many people are looking forward to catching up with friends and family this Labor Day weekend, cybercrime gangs are likely huddling, too, planning to attack somebody. On the last big holiday weekend, Independence Day, attackers using REvil ransomware celebrated with an enormous supply-chain attack on Kaseya, one of the biggest IT solutions providers in the US for managed service providers (MSPs). Threat actors used a Kaseya VSA auto-update to push ransomware into more than 1,000 businesses.

 

How Ransomware Runs the Underground Economy

The unwanted attention attracted by ransomware attacks recently has caused several of the top cybercrime forums to ban ransomware discussions and transactions on their platforms earlier this year. While some hoped this might have a significant impact on the ability of ransomware groups to organize themselves, the bans only pushed their activity further underground, making it harder for security researchers and companies to monitor it. If anything, the attacks in the months that followed the forum bans then have been more potent and audacious than ever. The truth is that ransomware is the lifeblood of the cybercrime economy and it will take extraordinary measures to put an end to it. The groups coordinating the attacks are highly professionalized and in many ways resemble modern corporate structures with development teams, sales and PR departments, external contractors, and service providers that all get a cut from the illegal proceeds. They even use business lingo in their communications with victims, referring to them as clients who buy their data decryption services.

 

Cold Wallet, Hot Wallet, or Empty Wallet? What is the Safest Way to Store Cryptocurrency?

In August of 2021, a thief stole about $600 million in cryptocurrencies from The Poly Network. They ended up giving it back, but not because they were forced to. Slightly more than one week later, Japanese cryptocurrency exchange Liquid was hacked and lost $97 million worth of digital coins. These examples of recent news about hacked cryptocurrency exchanges left many investors wondering whether it was still smart to invest in cryptocurrencies and how to keep them safe. We can’t answer the first question for you. I wish I knew. But we can explain the terminology, the methods, and the risks. So you can decide which would be best for you.

 

CISA Adds Single-Factor Authentication to the List of Bad Practices

The U.S. Cybersecurity and Infrastructure Security Agency (CISA) on Monday added single-factor authentication to the shortlist of “exceptionally risky” cybersecurity practices that could expose critical infrastructure as well as government and private sector entities to devastating cyberattacks. Single-factor authentication is a method of signing in users to websites and remote systems by using only one way of verifying their identity, typically a combination of username and password. It’s considered to be of low security since it heavily relies on “matching one factor — such as a password — to a username to gain access to a system.” But with weak, reused, and common passwords posing a grave threat and emerging a lucrative attack vector, the use of single-factor authentication can lead to unnecessary risk of compromise and increase the possibility of account takeover by cybercriminals.

 

Cybersecurity Advisory: Top Routinely Exploited Vulnerabilities

This advisory provides details on the top 30 vulnerabilities—primarily Common Vulnerabilities and Exposures (CVEs)— routinely exploited by malicious cyber actors in 2020 and those being widely exploited thus far in 2021. Cyber actors continue to exploit publicly known—and often dated—software vulnerabilities against broad target sets, including public and private sector organizations worldwide. However, entities worldwide can mitigate the vulnerabilities listed in this report by applying the available patches to their systems and implementing a centralized patch management
system.

 

File Upload Security Best Practices Rarely Implemented to Protect Web Applications

Despite a marked increase in concerns around malware attacks and third-party risk, only 8% of organizations with web applications for file uploads have fully implemented the best practices for file upload security, a report from OPSWAT reveals. Most concerning, one-third of organizations with a web application for file uploads do not scan all file uploads to detect malicious files and a majority do not sanitize file uploads with CDR to prevent unknown malware and zero-day attacks. “The hybrid workspace has been driving digital transformation and cloud migration initiatives for a while now, and the rise of cloud services, mobile devices, and remote workers has driven organizations to develop and deploy web applications that enhance the experience for their customers, partners, and employees,” said Benny Czarny, CEO at OPSWAT. “Web applications for file uploads help to streamline their business by making it faster, easier, and less expensive to submit and share documents. Consequently, this adoption has also introduced new attack surfaces that organizations are not effectively protecting.”

 

Cyberattackers are Now Quietly Selling Off Their Victim’s Internet Bandwidth

Cyberattackers are now targeting their victim’s internet connections to quietly generate illicit revenue following a malware infection. On Tuesday, researchers from Cisco Talos said “proxyware” is becoming noticed in the cybercrime ecosystem and, as a result, is being twisted for illegal purposes. Proxyware, also known as internet-sharing applications, are legitimate services that allow users to portion out part of their internet connection for other devices, and may also include firewalls and antivirus programs. Other apps will allow users to ‘host’ a hotspot internet connection, providing them with cash every time a user connects to it. It is this format, provided by legitimate services including Honeygain, PacketStream, and Nanowire, which is being used to generate passive income on behalf of cyber attackers and malware developers.

 

Cybercriminal Sells Tool to Hide Malware in AMD, NVIDIA GPUs

Cybercriminals are making strides towards attacks with malware that can execute code from the graphics processing unit (GPU) of a compromised system. While the method is not new and demo code has been published before, projects so far came from the academic world or were incomplete and unrefined. Earlier this month, the proof-of-concept (PoC) was sold on a hacker forum, potentially marking cybercriminals’ transition to a new sophistication level for their attacks.

 

China’s Microsoft Hack May Have Had a Bigger Purpose Than Just Spying

NPR’s months-long examination of the attack — based on interviews with dozens of players from company officials to cyber forensics experts to U.S. intelligence officials — found that stealing emails and intellectual property may only have been the beginning. Officials believe that the breach was in the service of something bigger: China’s artificial intelligence ambitions. The Beijing leadership aims to lead the world in a technology that allows computers to perform tasks that traditionally required human intelligence — such as finding patterns and recognizing speech or faces. “There is a long-term project underway,” said Kiersten Todt, who was the executive director of the Obama administration’s bipartisan commission on cybersecurity and now runs the Cyber Readiness Institute. “We don’t know what the Chinese are building, but what we do know is that diversity of data, quality of data aggregation, accumulation of data is going to be critical to its success.”

 

T-Mobile Hack Involved Exposed Router, Specialized Tools and Brute Force Attacks

T-Mobile’s CEO and an individual who claims to be behind the recent hacking of the mobile carrier’s systems have shared some information about how the attack was carried out. In a statement issued on Friday, Mike Sievert, CEO of TMobile, said that while the company’s investigation into the incident was “substantially complete,” he could not share too many technical details due to the criminal investigation conducted by law enforcement. He did, however, share a high-level summary of the attack. “What we can share is that, in simplest terms, the bad actor leveraged their knowledge of technical systems, along with specialized tools and capabilities, to gain access to our testing environments and then used brute force attacks and other methods to make their way into other IT servers that included customer data,” he said. “In short, this individual’s intent was to break in and steal data, and they succeeded.”

 

DMARC 101: How to Keep Phishing Attacks Out of Your Inbox

You have the latest antivirus program. The firewall is turned on. Passwords are strong and frequently updated. Now you can sleep at night knowing your organization is safe from cyberattacks, right? Well, at least until John from HR decides to log in from a link he received in an email. He probably knew not to click on suspicious emails, but what is considered suspicious? That email could have arrived from your own domain. Attackers can spoof your domain to trick employees or your customers into divulging confidential information or downloading a malicious file attachment. Phishing emails are arriving with smarter baiting tactics, becoming harder to identify. Defenses need to catch up as well. Security teams, especially those responsible for domain integrity, should make sure to correctly implement the three anti-phishing standards: SPF, DKIM, and DMARC.

 

Increase in Credential Phishing and Brute Force Attacks Causing Financial and Reputational Damage

Abnormal Security released a report which examines the escalating adverse impact of socially engineered and never-seen-before email attacks and other advanced email threats—both financial and reputational—to organizations worldwide. The report surveyed advanced email attacks across eight major industry sectors, including retail and consumer goods; manufacturing; technology; energy and infrastructure services; medical; media and television; finance; and hospitality. 32.5% of all companies were targeted by brute force attacks in early June 2021; 137 account takeovers occurred per 100,000 mailboxes for members of the C-suite; 61% of organizations experienced a vendor email compromise attack this quarter; 22% more business email compromise attacks since Q4 2020; 60% chance of a successful account takeover each week for organizations with 50,000+ employees; 73% of all advanced threats were credential phishing attacks; 80% probability of attack every week for retail and consumer goods, technology, and media and television companies.

 

See Something/Say Something

The three Missouri Fusion Centers: the St. Louis Fusion Center, the Missouri Information Analysis Center, and the Kansas City Regional Fusion Center have teamed up with the Missouri Office of Homeland Security and P3 to create a Suspicious Cyber Activity Reporting Tool. The Suspicious Cyber Activity Reporting Tool is accessible on the SafeNation App.

Your Weekly DHS/CISA Threat Assessment (Sep …

Press Releases Posted by Data Connectors Newsroom on Sep 3, 2021

Intrusive relatives, major storm systems, and never-ending traffic have all been accredited to the ruin of our most beloved holidays; don’t let a ransomware attack be the most devastating party crasher of all.

With Labor Day weekend rapidly approaching, DHS – CISA released an alert regarding an observed increase in highly impactful ransomware attacks over the holidays and on weekends; strategically when businesses are closed and at their most vulnerable. The exponential rise of ransomware in the last few years continues to be a consistent threat. Protect yourself and your business by reading the Ransomware Awareness for Holidays and Weekends

 

Summary

The Federal Bureau of Investigation (FBI) and the Cybersecurity and Infrastructure Security Agency (CISA) have observed an increase in highly impactful ransomware attacks occurring on holidays and weekends—when offices are normally closed—in the United States, as recently as the Fourth of July holiday in 2021. The FBI and CISA do not currently have any specific threat reporting indicating a cyberattack will occur over the upcoming Labor Day holiday. However, the FBI and CISA are sharing the below information to provide awareness to be especially diligent in your network defense practices in the run-up to holidays and weekends, based on recent actor tactics, techniques, and procedures (TTPs) and cyberattacks over holidays and weekends during the past few months. The FBI and CISA encourage all entities to examine their current cybersecurity posture and implement the recommended best practices and mitigations to manage the risk posed by all cyber threats, including ransomware.

Click here for a PDF copy of this report.

 

Threat Overview

Recent Holiday Targeting

Cyber actors have conducted increasingly impactful attacks against U.S. entities on or around holiday weekends over the last several months. The FBI and CISA do not currently have specific information regarding cyber threats coinciding with upcoming holidays and weekends. Cybercriminals, however, may view holidays and weekends—especially holiday weekends—as attractive timeframes in which to target potential victims, including small and large businesses. In some cases, this tactic provides a head start for malicious actors conducting network exploitation and follow-on propagation of ransomware, as network defenders and IT support of victim organizations are at limited capacity for an extended time.

  • In May 2021, leading into Mother’s Day weekend, malicious cyber actors deployed DarkSide ransomware against the IT network of a U.S.-based critical infrastructure entity in the Energy Sector, resulting in a week-long suspension of operations. After DarkSide actors gained access to the victim’s network, they deployed ransomware to encrypt victim data and—as a secondary form of extortion—exfiltrated the data before threatening to publish it to further pressure victims into paying the ransom demand.
  • In May 2021, over the Memorial Day weekend, a critical infrastructure entity in the Food and Agricultural Sector suffered a Sodinokibi/REvil ransomware attack affecting U.S. and Australian meat production facilities, resulting in a complete production stoppage.
  • In July 2021, during the Fourth of July holiday weekend, Sodinokibi/REvil ransomware actors attacked a U.S.-based critical infrastructure entity in the IT Sector and implementations of their remote monitoring and management tool, affecting hundreds of organizations—including multiple managed service providers and their customers.

Ransomware Trends

The FBI’s Internet Crime Complaint Center (IC3), which provides the public with a trustworthy source for reporting information on cyber incidents, received 791,790 complaints for all types of internet crime—a record number—from the American public in 2020, with reported losses exceeding $4.1 billion. This represents a 69 percent increase in total complaints from 2019. The number of ransomware incidents also continues to rise, with 2,474 incidents reported in 2020, representing a 20 percent increase in the number of incidents, and a 225 percent increase in ransom demands. From January to July 31, 2021, the IC3 has received 2,084 ransomware complaints with over $16.8M in losses, a 62 percent increase in reporting and 20 percent increase in reported losses compared to the same time frame in 2020.1   The following ransomware variants have been the most frequently reported to FBI in attacks over the last month.

  • Conti
  • PYSA
  • LockBit
  • RansomEXX/Defray777
  • Zeppelin
  • Crysis/Dharma/Phobos

The destructive impact of ransomware continues to evolve beyond encryption of IT assets. Cybercriminals have increasingly targeted large, lucrative organizations and providers of critical services with the expectation of higher value ransoms and increased likelihood of payments. Cybercriminals have also increasingly coupled initial encryption of data with a secondary form of extortion, in which they threaten to publicly name affected victims and release sensitive or proprietary data exfiltrated before encryption, to further encourage payment of ransom. (See CISA’s Fact Sheet: Protecting Sensitive and Personal Information from Ransomware-Caused Data Breaches.) Malicious actors have also added tactics, such as encrypting or deleting system backups—making restoration and recovery more difficult or infeasible for impacted organizations.

Although cybercriminals use a variety of techniques to infect victims with ransomware, the two most prevalent initial access vectors are phishing and brute-forcing unsecured remote desktop protocol (RDP) endpoints. Additional common means of initial infection include deployment of precursor or dropper malware; exploitation of software or operating system vulnerabilities; exploitation of managed service providers with access to customer networks; and the use of valid, stolen credentials, such as those purchased on the dark web. Precursor malware enables cyber actors to conduct reconnaissance on victim networks, steal credentials, escalate privileges, exfiltrate information, move laterally on the victim network, and obfuscate command-and-control communications. Cyber actors use this access to:

  • Evaluate a victim’s ability to pay a ransom.
  • Evaluate a victim’s incentive to pay a ransom to:
    • Regain access to their data and/or
    • Avoid having their sensitive or proprietary data publicly leaked.
  • Gather information for follow-on attacks before deploying ransomware on the victim network.

Threat Hunting

The FBI and CISA suggest organizations engage in preemptive threat hunting on their networks. Threat hunting is a proactive strategy to search for signs of threat actor activity to prevent attacks before they occur or to minimize damage in the event of a successful attack. Threat actors can be present on a victim network long before they lock down a system, alerting the victim to the ransomware attack. Threat actors often search through a network to find and compromise the most critical or lucrative targets. Many will exfiltrate large amounts of data. Threat hunting encompasses the following elements of understanding the IT environment by developing a baseline through a behavior-based analytics approach, evaluating data logs, and installing automated alerting systems.

  • Understand the IT environment’s routine activity and architecture by establishing a baseline. By implementing a behavior-based analytics approach, an organization can better assess user, endpoint, and network activity patterns. This approach can help an organization remain alert on deviations from normal activity and detect anomalies. Understanding when users log in to the network—and from what location—can assist in identifying anomalies. Understanding the baseline environment—including the normal internal and external traffic—can also help in detecting anomalies. Suspicious traffic patterns are usually the first indicators of a network incident but cannot be detected without establishing a baseline for the corporate network.
  • Review data logs. Understand what standard performance looks like in comparison to suspicious or anomalous activity. Things to look for include:
    • Numerous failed file modifications,
    • Increased CPU and disk activity,
    • Inability to access certain files, and
    • Unusual network communications.
  • Employ intrusion prevention systems and automated security alerting systems—such as security information event management software, intrusion detection systems, and endpoint detection and response.
  • Deploy honeytokens and alert on their usage to detect lateral movement.

Indicators of suspicious activity that threat hunters should look for include:

  • Unusual inbound and outbound network traffic,
  • Compromise of administrator privileges or escalation of the permissions on an account,
  • Theft of login and password credentials,
  • Substantial increase in database read volume,
  • Geographical irregularities in access and log-in patterns,
  • Attempted user activity during anomalous log-on times,
  • Attempts to access folders on a server that are not linked to the HTML within the pages of the web server, and
  • Baseline deviations in the type of outbound encrypted traffic since advanced persistent threat actors frequently encrypt exfiltration.

See the joint advisory from Australia, Canada, New Zealand, the United Kingdom, and the United States on Technical Approaches to Uncovering and Remediating Malicious Activity for additional guidance on hunting or investigating a network, and for common mistakes in incident handling. Also, review the Ransomware Response Checklist in the CISA-MS-ISAC Joint Ransomware Guide.

Cyber Hygiene Services

CISA offers a range of no-cost cyber hygiene services—including vulnerability scanning and ransomware readiness assessments—to help critical infrastructure organizations assess, identify, and reduce their exposure to cyber threats. By taking advantage of these services, organizations of any size will receive recommendations on ways to reduce their risk and mitigate attack vectors.

 

Ransomware Best Practices

The FBI and CISA strongly discourage paying a ransom to criminal actors. Payment does not guarantee files will be recovered, nor does it ensure protection from future breaches. Payment may also embolden adversaries to target additional organizations, encourage other criminal actors to engage in the distribution of malware, and/or fund illicit activities. Regardless of whether you or your organization decide to pay the ransom, the FBI and CISA urge you to report ransomware incidents to CISA, a local FBI field office, or by filing a report with IC3 at IC3.gov. Doing so provides the U.S. Government with critical information needed to help victims, track ransomware attackers, hold attackers accountable under U.S. law, and share information to prevent future attacks.

Information Requested

Upon receiving an incident report, the FBI or CISA may seek forensic artifacts, to the extent that affected entities determine such information can be legally shared, including:

  • Recovered executable file(s),
  • Live memory (RAM) capture,
  • Images of infected systems,
  • Malware samples, and
  • Ransom note.

 

Recommended Mitigations

The FBI and CISA highly recommend organizations continuously and actively monitor for ransomware threats over holidays and weekends.2   Additionally, the FBI and CISA recommend identifying IT security employees to be available and “on-call” during these times, in the event of a ransomware attack. The FBI and CISA also suggest applying the following network best practices to reduce the risk and impact of compromise.

Make an offline backup of your data.

  • Make and maintain offline, encrypted backups of data and regularly test your backups. Backup procedures should be conducted on a regular basis. It is important that backups be maintained offline as many ransomware variants attempt to find and delete or encrypt accessible backups.
  • Review your organization’s backup schedule to take into account the risk of a possible disruption to backup processes during weekends or holidays.

Do not click on suspicious links.

  • Implement a user training program and phishing exercises to raise awareness among users about the risks involved in visiting malicious websites or opening malicious attachments and to reinforce the appropriate user response to phishing and spearphishing emails.

If you use RDP—or other potentially risky services—secure and monitor.

  • Limit access to resources over internal networks, especially by restricting RDP and using virtual desktop infrastructure. After assessing risks, if RDP is deemed operationally necessary, restrict the originating sources and require MFA. If RDP must be available externally, it should be authenticated via VPN.
  • Monitor remote access/RDP logs, enforce account lockouts after a specified number of attempts, log RDP login attempts, and disable unused remote access/RDP ports.
  • Ensure devices are properly configured and that security features are enabled. Disable ports and protocols that are not being used for a business purpose (e.g., RDP Transmission Control Protocol Port 3389).
  • Disable or block Server Message Block (SMB) protocol outbound and remove or disable outdated versions of SMB. Threat actors use SMB to propagate malware across organizations.
  • Review the security posture of third-party vendors and those interconnected with your organization. Ensure all connections between third-party vendors and outside software or hardware are monitored and reviewed for suspicious activity.
  • Implement listing policies for applications and remote access that only allow systems to execute known and permitted programs under an established security policy.
  • Open document readers in protected viewing modes to help prevent active content from running.

Update your OS and software; scan for vulnerabilities.

  • Upgrade software and operating systems that are no longer supported by vendors to currently supported versions. Regularly patch and update software to the latest available versions. Prioritize timely patching of internet-facing servers—as well as software processing internet data, such as web browsers, browser plugins, and document readers—for known vulnerabilities. Consider using a centralized patch management system; use a risk-based assessment strategy to determine which network assets and zones should participate in the patch management program.
  • Automatically update antivirus and anti-malware solutions and conduct regular virus and malware scans.
  • Conduct regular vulnerability scanning to identify and address vulnerabilities, especially those on internet-facing devices. (See the Cyber Hygiene Services section above for more information on CISA’s free services.)

Use strong passwords.

  • Ensure strong passwords and challenge responses. Passwords should not be reused across multiple accounts or stored on the system where an adversary may have access.

Use multi-factor authentication.

  • Require multi-factor authentication (MFA) for all services to the extent possible, particularly for remote access, virtual private networks, and accounts that access critical systems.

Secure your network(s): implement segmentation, filter traffic, and scan ports.

  • Implement network segmentation with multiple layers, with the most critical communications occurring in the most secure and reliable layer.
  • Filter network traffic to prohibit ingress and egress communications with known malicious IP addresses. Prevent users from accessing malicious websites by implementing URL blocklists and/or allowlists.
  • Scan network for open and listening ports and close those that are unnecessary.
  • For companies with employees working remotely, secure home networks—including computing, entertainment, and Internet of Things devices—to prevent a cyberattack; use separate devices for separate activities; and do not exchange home and work content.

Secure your user accounts.

  • Regularly audit administrative user accounts and configure access controls under the principles of least privilege and separation of duties.
  • Regularly audit logs to ensure new accounts are legitimate users.

Have an incident response plan.

  • Create, maintain, and exercise a basic cyber incident response plan that:
    • Includes procedures for response and notification in a ransomware incident and
    • Plans for the possibility of critical systems being inaccessible for a period of time.

Note: for help with developing your plan, review available incident response guidance, such as the Public Power Cyber Incident Response Playbook and the Ransomware Response Checklist in the CISA-MS-ISAC Joint Ransomware Guide.

If your organization is impacted by a ransomware incident, the FBI and CISA recommend the following actions.

  • Isolate the infected system. Remove the infected system from all networks, and disable the computer’s wireless, Bluetooth, and any other potential networking capabilities. Ensure all shared and networked drives are disconnected, whether wired or wireless.
  • Turn off other computers and devices. Power off and segregate (i.e., remove from the network) the infected computer(s). Power off and segregate any other computers or devices that share a network with the infected computer(s) that have not been fully encrypted by ransomware. If possible, collect and secure all infected and potentially infected computers and devices in a central location, making sure to clearly label any computers that have been encrypted. Powering off and segregating infected computers from computers that have not been fully encrypted may allow for the recovery of partially encrypted files by specialists.
  • Secure your backups. Ensure that your backup data is offline and secure. If possible, scan your backup data with an antivirus program to check that it is free of malware.

 

Immediate Actions You Can Take Now to Protect Against Ransomware


• Make an offline backup of your data.
• Do not click on suspicious links.
• If you use RDP, secure and monitor it.
• Update your OS and software.
• Use strong passwords.
• 
Use multi-factor authentication.

 

Additional Resources

For additional resources related to the prevention and mitigation of ransomware, go to https://www.stopransomware.gov as well as the CISA-Multi-State Information Sharing and Analysis Center (MS-ISAC) Joint Ransomware Guide. Stopransomware.gov is the U.S. Government’s new, official one-stop location for resources to tackle ransomware more effectively. Additional resources include:

CISA Alert: Ransomware Awareness for Holida …

Hot Topics in Cybersecurity Posted by Michael Hiskey on Sep 1, 2021

Our highly anticipated virtual cybersecurity summit series is in full swing this September, with our first post-Labor Day stop in a place that calls it Labour Day instead. Up in the eastern half of Canada, the cybersecurity concerns spread far and wide, and our Community Partners offer the right solutions to meet these threats, regardless of where they are. Learn more from each of these community partners (and many more) at the Canada East Virtual Cybersecurity Summit on Sept. 8-9.

 

IBM

When it comes to supply chain management, few know better than IBM. Canadian manufacturers continue to face challenges following the fallout of the COVID-19 pandemic. This post shows how IBM helped to get local companies back on their feet after their attempts to go back to “business as usual” didn’t cut it.

 

ATTIVO NETWORKS

While not quite a lie-detector, if you’re in the market for a deception technology solution to help you navigate the wild threat landscape, Attivo Networks has published a blog with all the necessary steps for finding the right match. Gone are the days of perimeter defenses, because organizations need tools that will “detect and derail attackers once they have entered the network.” Get insights from Carolyn Crandall, Chief Security Advocate in her latest blog post.

 

LOOKOUT

Get insight from one of our newest Community Partners, Lookout, on their recent blog post: 3 Ways to Secure SAP SuccessFactors and Stay Compliant. The work-from-anywhere world has changed the way we all handle human resources – and it’s vital to maintain security on all that sensitive information. The post covers the best ways to move toward cloud-based security.

 

PROOFPOINT

Here’s a can’t-miss series: a free lesson in BEC (that’s Business Email Compromise) taxonomy. Most recently added to the series is a run-down on Advance Fee Fraud. This series dives into the common methods of BEC and goes deep on what the specific terms mean. Get insider knowledge on “Nigerian Prince” email fraud, among others with this vital insight.

 

AUTH0

With the world filled with third-party vulnerabilities and challenges in safely implementing software, it’s important to understand the opportunity you have to implement more security in your software supply chain. This post offers insight on using GitHub security features to improve code security. After all, today’s biggest threat to supply chain security, according to the post, is unpatched software.

Vendor Partner Round-Up: Crossing-the-Borde …

Hot Topics in Cybersecurity Posted by Jen Greco on Aug 31, 2021

Stay tuned for this update each week. This is a joint cybersecurity weekly product from the Missouri Information Analysis Center, St. Louis Fusion Center, Kansas City Regional Fusion Center and the Missouri Office of Homeland Security.

 

CISA Shares Guidance on How to Prevent Ransomware Data Breaches

The US Cybersecurity and Infrastructure Security Agency (CISA) has released guidance to help government and private sector organizations prevent data breaches resulting from ransomware double extortion schemes. CISA’s fact sheet includes best practices for preventing ransomware attacks and protecting sensitive information from exfiltration attempts. The federal agency issued these recommendations in response to most ransomware gangs using data stolen from their victims’ networks as leverage in ransom negotiations under the threat of publishing the stolen info on dedicated leak sites.

 

Device Complexity Leaving Schools at Heightened Risk of Ransomware Attacks

Absolute Software announced a research revealing the significant management and security challenges faced by K-12 education IT teams with the rise in digital learning and widespread adoption of 1:1 device programs. The report underscores how increased device mobility and complexity are leaving schools increasingly vulnerable to security risks and potential attacks. As devices quickly became the primary mode of learning and connection for students and staff, school districts raced to expand their fleets; data shows that the total number of devices deployed across K-12 environments increased 74 percent from 2019 to 2020. At the same time, the disruption caused by digital learning – and the flurry of new technologies needed to support it – opened up new potential attack vectors for cybercriminals.

 

Ransomware Attacks are Now the Second Most Commonly Reported Security Incident

Analysis by CybSafe of incidents reported to the UK’s Information Commissioner’s Office (ICO) shows that ransomware attacks made up 22 percent of all reported cyber security incidents in the first half of 2021. This is up from 11 percent in the first half of 2020. Phishing still leads, accounting for 40 percent of all cybersecurity cases reported to the ICO, slightly down from 44 percent the year before, but ransomware has now edged into second place. Education is the sector hardest hit, with ransomware accounting for 32 percent of attacks in the first half of 2021 compared to just 11 percent the year before. With many schools rushing to transition to remote learning, increased attacks have resulted in schools losing coursework, financial records and COVID-19 testing data.

 

Researchers Warn of 4 Emerging Ransomware Groups That Can Cause Havoc

Cybersecurity researchers on Tuesday took the wraps off four up-and-coming ransomware groups that could pose a serious threat to enterprises and critical infrastructure, as the ripple effect of a recent spurt in ransomware incidents show that attackers are growing more sophisticated and more profitable in extracting payouts from victims. “While the ransomware crisis appears poised to get worse before it gets better, the cast of cybercrime groups that cause the most damage is constantly changing,” Palo Alto Networks’ Unit 42 threat intelligence team said in a report shared with The Hacker News. “Groups sometimes go quiet when they’ve achieved so much notoriety that they become a priority for law enforcement. Others reboot their operations to make them more lucrative by revising their tactics, techniques and procedures, updating their software and launching marketing campaigns to recruit new affiliates.”

 

Small Companies Make Good Targets for Cybercriminals

“Cybersecurity doesn’t apply to me because my business is too small to matter,” and “Cybercriminals would never bother hacking us because we don’t have valuable data or many financial assets.” If these comments sound familiar, that’s because it is unfortunately the view held by a large majority of the SMB community. Small to medium sized businesses are slowly jumping on the cybersecurity bandwagon, but must first leave this ‘it would never happen to me’ mentality behind. It is understandable why small businesses would struggle to see why they would need to be protected from cyber attacks when our news outlets are littered each day with the latest breaches of multinational organizations. It seems like cyber crime belongs to the world of large enterprises and is not a concern for the average SMB. However, it is this false impression that only exacerbates the problem and helps to make small businesses an even better target for cybercriminals.

 

Evanina: Combating China’s ‘Existential’ Cyber, Influence Threats Requires Post-9/11 Intensity

Battling in “the new frontier” of malign foreign influence requires finding ways to fill “a vast gaping hole” in helping Americans identify vulnerabilities and influence ops “every day living in technology but also with elections in the future,” the former director of the National Counterintelligence and Security Center said, adding that the Department of Homeland Security could fill that domestic engagement role. Bill Evanina told the Senate Intelligence Committee at an Aug. 4 hearing that “the holistic and comprehensive threat to the United States posed by the Communist Party of China is an existential threat, and it is the most complex, pernicious, aggressive, and strategic threat our nation has ever faced.” The private sector and academia “have become the geopolitical battle space for China” as leader Xi Jinping “has one goal: to be the geopolitical, military, and economic leader in the world, period.”

 

Critical Infrastructure Attack Trends: What Business Leaders Should Know

Amateur threat actors have been able to compromise critical infrastructure like industrial control systems (ICS) and other operational technology (OT) assets more often lately. Compromises of exposed OT assets rose over the past 18 months, according to threat researchers at Mandiant, with attackers using readily-available tools and common techniques to gain access to the systems. Attackers can get into those because they’re often connected to the internet without authentication and visible via connected-device search engines, like Shodan. Why else is this happening more now? And what can businesses with a lot of OT involved in their critical infrastructure do against attacks like this?

 

BlackBerry software flaw could impact cars, medical devices – U.S. agencies

A cybersecurity flaw in a software designed by BlackBerry Ltd could put at risk cars and medical equipment that use it and expose highly sensitive systems to attackers, the U.S. drugs regulator and a federal agency said on Tuesday. The warning came after the Canadian company disclosed that its QNX Real Time Operating System has a vulnerability that could allow an attacker to execute an arbitrary code or flood a server with traffic until it crashes or gets paralyzed. The software is used by automakers including Volkswagen, BMW and Ford Motor in many critical functions including the Advanced Driver Assistance System.

 

Rockwood School District Provides Notice of Ransomware Incident

EUREKA, Mo.,— Rockwood School District (the “District”) today is providing information about a recent event that may impact the privacy of some personal data related to current and former employees and students. The confidentiality, privacy, and security of information in the District’s care is one of its highest priorities and the District takes this incident very seriously. Although the District has not received any reports of actual or attempted misuse of the impacted information, the District is providing this notice in an abundance of caution. What Happened?

 

ShadowPad Malware is Becoming a Favorite Choice of Chinese Espionage Groups

ShadowPad, an infamous Windows backdoor that allows attackers to download further malicious modules or steal data, has been put to use by five different Chinese threat clusters since 2017. “The adoption of ShadowPad significantly reduces the costs of development and maintenance for threat actors,” SentinelOne researchers Yi-Jhen Hsieh and Joey Chen said in a detailed overview of the malware, adding “some threat groups stopped developing their own backdoors after they gained access to ShadowPad.” The American cybersecurity firm dubbed ShadowPad a “masterpiece of privately sold malware in Chinese espionage.”

 

Does a VPN Protect You from Hackers?

A virtual private network (VPN) is the perfect solution for a lot of issues you might experience online- accessing blocked sites, hiding your browsing activity, getting rid of internet throttling, finding better deals, and much more. But does a VPN protect you from hackers? Is your private information and files safer on the internet with a VPN? How much of a difference does it make in terms of data protection? The answer to these questions isn’t as simple as Yes or No. So, keep reading to find out. You should definitely use a VPN on a public network or your home wi-fi because it significantly protects your privacy. But a VPN can’t simply protect you from every single type of cyber attack. Some attacks are very sophisticated and complex, which even a VPN can’t prevent.

 

Iranian Hackers Target Several Israeli Organizations With Supply-Chain Attacks

IT and communication companies in Israel were at the center of a supply chain attack campaign spearheaded by an Iranian threat actor that involved impersonating the firms and their HR personnel to target victims with fake job offers in an attempt to penetrate their computers and gain access to the company’s clients. The attacks, which occurred in two waves in May and July 2021, have been linked to a hacker group called Siamesekitten (aka Lyceum or Hexane) that has primarily singled out oil, gas, and telecom providers in the Middle East and in Africa at least since 2018, researchers from ClearSky said in a report published Tuesday.

 

North Korean Hackers Use Browser Exploits to Drop Malware

Researchers say they have spotted North Korea-linked hacking group “InkySquid” (ScarCruft, APT37) conducting a strategic web compromise attack targeting a limited number of victims in order to infect targeted systems with malware. According to Veloxity researchers, in the attacks, InkySquid exploited an Internet Explorer vulnerability from 2020, which allowed it to load obfuscated JavaScript code that was hiding within legitimate code. Reports indicate that InkySquid similarly targeted Microsoft’s Edge browser with a more recent exploit that can also work against Internet Explorer. In attacks targeting both browsers, the loaded JavaScript code was decrypted into a stager version of the “Cobalt Strike” penetration tool, closely followed by a new, secondary payload, which Veloxity has dubbed “Bluelight.” According to Veloxity researchers, BLUELIGHT is a new reconnaissance tool and information stealer that can be set up by attackers to leverage different cloud providers for command and control (C&C). Veloxity adds that as part of the Korean attacks, attackers were using a Microsoft Graph application programming interface (API) for Microsoft 365, Office, and other servers as part of their Bluelight operations.

The State Department Has Reportedly Been Hacked

The U.S. State Department was purportedly the victim of a serious cyber attack in recent weeks, according to a Fox News report published on Saturday. The extent of breach and when it was discovered are currently unknown. Citing an unnamed source, the outlet stated that the Department of Defense’s Cyber Command had issued notifications of a possibly serious breach. Although it’s unclear whether the State Department’s operations have been affected by the attack, Fox reported that the department’s work to evacuate thousands of Americans and Afghans from Kabul, Afghanistan amid the withdrawal of U.S. forces had not been affected.

Your Weekly DHS/CISA Threat Assessment (Aug …

Industry News Posted by Jen Greco on Aug 26, 2021

Stay tuned for this update each week. This is a joint cybersecurity weekly product from the Missouri Information Analysis Center, St. Louis Fusion Center, Kansas City Regional Fusion Center and the Missouri Office of Homeland Security.

 

CISA Shares Guidance on How to Prevent Ransomware Data Breaches

The US Cybersecurity and Infrastructure Security Agency (CISA) has released guidance to help government and private sector organizations prevent data breaches resulting from ransomware double extortion schemes. CISA’s fact sheet includes best practices for preventing ransomware attacks and protecting sensitive information from exfiltration attempts. The federal agency issued these recommendations in response to most ransomware gangs using data stolen from their victims’ networks as leverage in ransom negotiations under the threat of publishing the stolen info on dedicated leak sites.

 

Device Complexity Leaving Schools at Heightened Risk of Ransomware Attacks

Absolute Software announced a research revealing the significant management and security challenges faced by K-12 education IT teams with the rise in digital learning and widespread adoption of 1:1 device programs. The report underscores how increased device mobility and complexity are leaving schools increasingly vulnerable to security risks and potential attacks. As devices quickly became the primary mode of learning and connection for students and staff, school districts raced to expand their fleets; data shows that the total number of devices deployed across K-12 environments increased 74 percent from 2019 to 2020. At the same time, the disruption caused by digital learning – and the flurry of new technologies needed to support it – opened up new potential attack vectors for cybercriminals.

 

Ransomware Attacks are Now the Second Most Commonly Reported Security Incident

Analysis by CybSafe of incidents reported to the UK’s Information Commissioner’s Office (ICO) shows that ransomware attacks made up 22 percent of all reported cyber security incidents in the first half of 2021. This is up from 11 percent in the first half of 2020. Phishing still leads, accounting for 40 percent of all cybersecurity cases reported to the ICO, slightly down from 44 percent the year before, but ransomware has now edged into second place. Education is the sector hardest hit, with ransomware accounting for 32 percent of attacks in the first half of 2021 compared to just 11 percent the year before. With many schools rushing to transition to remote learning, increased attacks have resulted in schools losing coursework, financial records and COVID-19 testing data.

 

Researchers Warn of 4 Emerging Ransomware Groups That Can Cause Havoc

Cybersecurity researchers on Tuesday took the wraps off four up-and-coming ransomware groups that could pose a serious threat to enterprises and critical infrastructure, as the ripple effect of a recent spurt in ransomware incidents show that attackers are growing more sophisticated and more profitable in extracting payouts from victims. “While the ransomware crisis appears poised to get worse before it gets better, the cast of cybercrime groups that cause the most damage is constantly changing,” Palo Alto Networks’ Unit 42 threat intelligence team said in a report shared with The Hacker News. “Groups sometimes go quiet when they’ve achieved so much notoriety that they become a priority for law enforcement. Others reboot their operations to make them more lucrative by revising their tactics, techniques and procedures, updating their software and launching marketing campaigns to recruit new affiliates.”

 

Small Companies Make Good Targets for Cybercriminals

“Cybersecurity doesn’t apply to me because my business is too small to matter,” and “Cybercriminals would never bother hacking us because we don’t have valuable data or many financial assets.” If these comments sound familiar, that’s because it is unfortunately the view held by a large majority of the SMB community. Small to medium sized businesses are slowly jumping on the cybersecurity bandwagon, but must first leave this ‘it would never happen to me’ mentality behind. It is understandable why small businesses would struggle to see why they would need to be protected from cyber attacks when our news outlets are littered each day with the latest breaches of multinational organizations. It seems like cyber crime belongs to the world of large enterprises and is not a concern for the average SMB. However, it is this false impression that only exacerbates the problem and helps to make small businesses an even better target for cybercriminals.

 

Evanina: Combating China’s ‘Existential’ Cyber, Influence Threats Requires Post-9/11 Intensity

Battling in “the new frontier” of malign foreign influence requires finding ways to fill “a vast gaping hole” in helping Americans identify vulnerabilities and influence ops “every day living in technology but also with elections in the future,” the former director of the National Counterintelligence and Security Center said, adding that the Department of Homeland Security could fill that domestic engagement role. Bill Evanina told the Senate Intelligence Committee at an Aug. 4 hearing that “the holistic and comprehensive threat to the United States posed by the Communist Party of China is an existential threat, and it is the most complex, pernicious, aggressive, and strategic threat our nation has ever faced.” The private sector and academia “have become the geopolitical battle space for China” as leader Xi Jinping “has one goal: to be the geopolitical, military, and economic leader in the world, period.”

 

Critical Infrastructure Attack Trends: What Business Leaders Should Know

Amateur threat actors have been able to compromise critical infrastructure like industrial control systems (ICS) and other operational technology (OT) assets more often lately. Compromises of exposed OT assets rose over the past 18 months, according to threat researchers at Mandiant, with attackers using readily-available tools and common techniques to gain access to the systems. Attackers can get into those because they’re often connected to the internet without authentication and visible via connected-device search engines, like Shodan. Why else is this happening more now? And what can businesses with a lot of OT involved in their critical infrastructure do against attacks like this?

 

BlackBerry software flaw could impact cars, medical devices – U.S. agencies

A cybersecurity flaw in a software designed by BlackBerry Ltd could put at risk cars and medical equipment that use it and expose highly sensitive systems to attackers, the U.S. drugs regulator and a federal agency said on Tuesday. The warning came after the Canadian company disclosed that its QNX Real Time Operating System has a vulnerability that could allow an attacker to execute an arbitrary code or flood a server with traffic until it crashes or gets paralyzed. The software is used by automakers including Volkswagen, BMW and Ford Motor in many critical functions including the Advanced Driver Assistance System.

 

Rockwood School District Provides Notice of Ransomware Incident

EUREKA, Mo.,— Rockwood School District (the “District”) today is providing information about a recent event that may impact the privacy of some personal data related to current and former employees and students. The confidentiality, privacy, and security of information in the District’s care is one of its highest priorities and the District takes this incident very seriously. Although the District has not received any reports of actual or attempted misuse of the impacted information, the District is providing this notice in an abundance of caution. What Happened?

 

ShadowPad Malware is Becoming a Favorite Choice of Chinese Espionage Groups

ShadowPad, an infamous Windows backdoor that allows attackers to download further malicious modules or steal data, has been put to use by five different Chinese threat clusters since 2017. “The adoption of ShadowPad significantly reduces the costs of development and maintenance for threat actors,” SentinelOne researchers Yi-Jhen Hsieh and Joey Chen said in a detailed overview of the malware, adding “some threat groups stopped developing their own backdoors after they gained access to ShadowPad.” The American cybersecurity firm dubbed ShadowPad a “masterpiece of privately sold malware in Chinese espionage.”

 

Does a VPN Protect You from Hackers?

A virtual private network (VPN) is the perfect solution for a lot of issues you might experience online- accessing blocked sites, hiding your browsing activity, getting rid of internet throttling, finding better deals, and much more. But does a VPN protect you from hackers? Is your private information and files safer on the internet with a VPN? How much of a difference does it make in terms of data protection? The answer to these questions isn’t as simple as Yes or No. So, keep reading to find out. You should definitely use a VPN on a public network or your home wi-fi because it significantly protects your privacy. But a VPN can’t simply protect you from every single type of cyber attack. Some attacks are very sophisticated and complex, which even a VPN can’t prevent.

 

Iranian Hackers Target Several Israeli Organizations With Supply-Chain Attacks

IT and communication companies in Israel were at the center of a supply chain attack campaign spearheaded by an Iranian threat actor that involved impersonating the firms and their HR personnel to target victims with fake job offers in an attempt to penetrate their computers and gain access to the company’s clients. The attacks, which occurred in two waves in May and July 2021, have been linked to a hacker group called Siamesekitten (aka Lyceum or Hexane) that has primarily singled out oil, gas, and telecom providers in the Middle East and in Africa at least since 2018, researchers from ClearSky said in a report published Tuesday.

 

North Korean Hackers Use Browser Exploits to Drop Malware

Researchers say they have spotted North Korea-linked hacking group “InkySquid” (ScarCruft, APT37) conducting a strategic web compromise attack targeting a limited number of victims in order to infect targeted systems with malware. According to Veloxity researchers, in the attacks, InkySquid exploited an Internet Explorer vulnerability from 2020, which allowed it to load obfuscated JavaScript code that was hiding within legitimate code. Reports indicate that InkySquid similarly targeted Microsoft’s Edge browser with a more recent exploit that can also work against Internet Explorer. In attacks targeting both browsers, the loaded JavaScript code was decrypted into a stager version of the “Cobalt Strike” penetration tool, closely followed by a new, secondary payload, which Veloxity has dubbed “Bluelight.” According to Veloxity researchers, BLUELIGHT is a new reconnaissance tool and information stealer that can be set up by attackers to leverage different cloud providers for command and control (C&C). Veloxity adds that as part of the Korean attacks, attackers were using a Microsoft Graph application programming interface (API) for Microsoft 365, Office, and other servers as part of their Bluelight operations.

The State Department Has Reportedly Been Hacked

The U.S. State Department was purportedly the victim of a serious cyber attack in recent weeks, according to a Fox News report published on Saturday. The extent of breach and when it was discovered are currently unknown. Citing an unnamed source, the outlet stated that the Department of Defense’s Cyber Command had issued notifications of a possibly serious breach. Although it’s unclear whether the State Department’s operations have been affected by the attack, Fox reported that the department’s work to evacuate thousands of Americans and Afghans from Kabul, Afghanistan amid the withdrawal of U.S. forces had not been affected.

COVID Vaccine Data, Social Security Numbers …

Hot Topics in Cybersecurity Posted by Jen Greco on Aug 24, 2021