Tag: MDR

Reducing the Risk of Manufacturing Cyberattacks With Managed Detection and Response

Posted on by ForeNova

The industrial 4.0 and 5.0 manufacturing industry continues to become fully automated, using robotics and additional advanced technology sensors with less human interaction. This strategy helps manufacturers become far more productive and profitable. 

Yet, despite the technical advancements in interconnecting supply chains, remote monitoring, and artificial intelligence (AI) and machine learning (ML) for continuous production efficiency improvements. These new platforms create a much larger attack surface and more cyber risks. Hackers target manufacturing because most of their environment contains exposed vulnerabilities, a hesitancy to apply software patches, and outdated traditional security measures.

As manufacturers continue to extend their automation and industrial functions, managed detection and response (MDR) services supporting industrial 5.0 will be necessary to secure manufacturing systems and detect and prevent persistent threats, malicious activities, and other sophisticated attacks. 

ForeNova, a global innovator in the MDR cybersecurity industry, continues to increase its advanced threat detection managed services offering to support manufacturing clients in the EU with the NovaMDR platform. 

Are you interested in securing your manufacturing networks and systems from next generation cyberattacks, meeting regulatory requirements, and moving toward a more proactive approach to cybersecurity? 

Risk and Reward Regarding Industrial 5.0 Automation 

Industrial 5.0 factories drive collaboration between human-machine systems and artificial intelligence, which is necessary for global manufacturing to meet their business and financial demands. As more factories become interlocked with others, the need to standardize manufacturing processes, supply chains, and quality control is paramount. 

Cyberattacks, including ransomware attacks, extortion, supply chain fraud, and production outages, curtail the expected efficiencies and financial gains the manufacturers expect. 

Many manufacturers face the challenge of their services becoming obsolete without moving toward industrial 5.0 capabilities because of the threat landscape. Another critical challenge during the transition to industrial 5.0 is the cost and resources required to sustain their existing operational technology (OT), legacy industrial control systems (ICS), and SCADA systems.

Many of these legacy systems exist within a closed-loop network environment, and maintenance updates rarely happen. Manufacturers’ decision to connect these legacy systems and next-generation Internet of Things (IoT) devices opened the door for cyberattacks. Hackers scanning industrial systems now have a direct line to previously secured OT and ICS systems with no remote access and limited network visibility. 

Most manufacturing transformations are not greenfield deployments. Manufacturers will keep existing technologies functioning while migrating to new solutions, including IoT devices, AI-based robotics, remote access, and continuous monitoring. 

These advanced functions have also become liabilities for manufacturing firms. 

Unique Cybersecurity Threats and Vulnerabilities in Manufacturing 

The manufacturing environment’s location shielded legacy OT and ICS systems vulnerabilities from exposure to advanced threats, human error, and zero-day attacks. As these legacy systems become IoT devices, patching and remediation are necessary to prevent phishing attacks, unknown threats, and other potential risks. 

The firmware size on IoT devices is negligible, and they only perform specific product functions. These devices rely on the network and platform infrastructure for cybersecurity protection. Hackers traditionally have targeted networking devices, firewalls, application platforms, identity management systems, and users. Targeting IoT devices is especially appealing since this type of an attack will shut down utility control units and automation factories in Germany and FinTech systems in the United States. 

Factories relying on fewer human resources and more robotics, leveraging IoT devices, become even more risky, mainly because these devices are codependent on each other. 

For example, an electric vehicle has close to 468 sensors running inside the car. Each sensor has a critical role in the vehicle’s functionality. Car manufacturers, like computer manufacturers, create constant firmware updates. These manufacturers leverage firmware-over-the-wire to transmit over 5G or LTE to deliver these patches. 

These cars can now receive firmware updates directly from the Internet, which increases the risk to both the vehicle and the driver. 

However, these IP-enabled sensors will become even more vulnerable to cyberattacks without the ability to receive firmware updates over the wire. 

How does NIS2 align with the Manufacturing Sector? 

“The EU’s NIS2 directive addresses increasing cyber threats by imposing strict security obligations on essential service operators, including manufacturing. Compliance is vital for protecting infrastructure, supply chains, and intellectual property.” 

Annex II of the NIS2 directive outlines specific manufacturing sectors affected by its cybersecurity requirements: 

  • Medical devices 
  • Electrical equipment 
  • Machinery and equipment 
  • Motor vehicles 
  • Computers, electronics, and optical equipment 
  • Robotics 

Outside in compiling with NIS2, manufacturers have several reasons to leverage this compliance framework to guide where they need to focus their cybersecurity protection efforts. 

These relevant areas include: 

Protection of Critical Infrastructure Against Cybersecurity Challenges 

A recent study reveals that 80% of manufacturing firms have encountered at least one cybersecurity incident, highlighting the critical necessity for strong protective measures. These measures aim to avert severe disruptions in manufacturing processes, maintain uninterrupted production, and safeguard against substantial financial and reputational harm. 

Increase Cybersecurity Protection for Supply Chains 

A recent study found that 70% of organizations faced supply chain attacks last year, underscoring the need for enhanced security protocols. The NIS2 cybersecurity framework can mitigate risks by leveraging technology and solutions partners to help protect customer data.  

Manufacturers can protect their digital landscape by securing supply chains, ensuring business continuity, and enhancing resilience. 

Providing Robust Security During the Industrial 5.0 Transformation 

A recent study shows that 75% of manufacturers have faced more cyber threats in recent years. NIS2 compliance requires strong cybersecurity measures and rapid incident response capabilities, ensuring innovations do not jeopardize sector security. 

Protect Trade Secrets and Intellectual Property 

Manufacturers can protect their intellectual assets from breaches and espionage using comprehensive protection strategies, including encryption, multi-factor authentication, and advanced intrusion detection systems to establish robust defenses against attackers. 

Meet NIS2, GDPR, and other EU Compliance Mandates 

NIS2 compliance is vital for key manufacturing entities. “Non-compliance may cause penalties of up to 10 million euros or 2% of annual revenue, severely damaging the organization’s reputation.” 

Creating the Proper Cybersecurity Architecture for Protecting a Manufacturing Facility 

Securing the network, adding advanced identity management, and private VLANS are nothing new in the manufacturing sector. However, to address the increase in attack velocity from AI-based adversarial attacks, manufacturers need to make far more investments in next-generation networks, security operations centers, real-time threat detection, and advanced threat intelligence architectures to meet these challenges. 

Zero-Trust Security Strategies 

However complex, manufacturers recognize the critical importance of Zero-trust, especially with the increase in remote access into industrial 5.0 platforms, hosts, and devices. Zero-trust centralized all access to devices and hosts while serving human and machine-based authentication. This security protection layer also blocks direct connection access to industrial 5.0 robotic devices, water control units, solar farm devices, and other OT related functions. 

Advanced Email Security Powered by AI 

Sophisticated threats, including email phishing, continue to be among the manufacturing sector’s most challenging cyberattacks. Hackers using spear phishing techniques develop well-crafted email messages loaded with malicious links and malware and leverage language, attempting to lure factory managers, supply chain administrators, and plant operations teams to click on these messages. 

Ransomware-as-a-service leverages email phishing as the delivery for their attack tools. Manufacturing firms must upgrade to AI-powered email security to help protect human and machine-leveraging emails to communicate status updates. 

Updated Endpoint Detection  

Endpoint security tools are widespread within traditional enterprise environments. Industrial control units leveraging Linux, macOS, and Microsoft Windows must add an endpoint agent to protect these critical hosts. 

Data Protection 

Industrial 5.0 platforms generate considerable data, including applications, robotics, and IoT devices. Protecting this data is critical for manufacturing because this content is essential for leveraging AI and ML capabilities for better platform operations and decision-making. 

Managed Detection and Response Services (MDR) 

MDR for manufacturing continues to gain importance, specifically for firms that struggle to migrate to industrial 5.0 architectures. MDR helps provide continuous monitoring, automated incident response, and remediation capabilities for legacy security devices and next-generation cybersecurity controls. 

Why ForeNova? 

ForeNova helps manufacturers protect their existing and future factories with various managed service solutions. By leveraging their NovaMDR platform, ForeNova brings together network, endpoint, and host-based security controls reporting a unified management console center. This console provides automated incident response, captures critical attack data, launches remediation capabilities, and provides reporting for compliance requirements. 

The NovaMDR platform extended several additional capabilities, including 24×7 monitoring and access to security platform books, all delivered within an affordable cost model. 

ForeNova’s expertise in NIS2 compliance and extensive experience supporting the German automotive industry’s TISAX compliance framework also benefits clients in the EU. 

Cybersecurity Observability Powered by Managed Detection and Response

Posted on by ForeNova

As the name implies, observability is organizations’ ability to visualize and capture complex issues and potential threats throughout their networks, cloud environments, and applications. Traditional continuous monitoring, powered by artificial intelligence (AI) and machine learning (ML), relies on processed telemetry, rules, and policies to detect and respond. Observability is about giving the organization additional real-time insight before detecting security incidents.

Spotting potential issues and gaining more comprehensive visibility allows companies to resolve them quickly.

Are you planning to increase your enterprise’s observability? Partnering with a reputable cybersecurity company, such as Forenova, enhances threat detection and provides valuable insights.

Click here to schedule a demo of the NovaMDR platform today from the team at Forenova.

What is Cybersecurity Observability?

Observability starts with deploying technology to expand the ability to collect telemetry from all enterprise devices, applications, systems, and data sources. By capturing a vast amount of telemetry, this function provides the enterprise with the means to see more of their environment in a simplified manner.

Observability is quickly becoming critical in helping organizations improve their key performance indicators, including Mean-time-to-detect (MTTD) and Mean-Time-To-Resolve (MTTR). Organizations leverage observability to help increase the speed and efficiency in resolving threats.

This increase in speed to detect and resolve becomes a critical component supporting threat detection. This support for detection also helps support the organization’s need to meet compliance mandates. Observability tools are crucial for organizations to comply with privacy and legal mandates, including GDPR, HIPAA, and PCI DSS.

Migration to Advanced Observability

Advanced observability enhances traditional monitoring through sophisticated data analysis. This evolution is driven by greater adoption of advanced threat detection technologies, more advanced endpoint detection and response capabilities, and increases in better threat intelligence sources.

AI also plays a critical role by becoming more embedded with observability tools. Real-time monitoring, faster data processing, and constant evolution for organizations wanting to move from a reactive to a proactive security posture recognize the importance of observability’s technology advancement for cybersecurity.

 

Importance of Observability in Cybersecurity

Observability is critical in improving even automated incident response powered by AI. Collecting all telemetry, cybersecurity-related or not, helps provide far greater early visibility to future events. SecOps teams leveraging actionable insights from observability can now feed this telemetry into their LLM tools to help improve incident response automation.

Observability is quickly becoming critical in helping organizations improve their key performance indicators, including Mean-time-to-detect (MTTD) and Mean-Time-To-Resolve (MTTR). Organizations leverage observability to help increase the speed and efficiency in resolving threats.

How does Observability Enhance Proactive Threat Detection?

A critical enhancement to current threat detection capabilities comes from actionable insights created by observability tools. These actionable insights help provide visibility to anomalies happening in real time. This early warning ability becomes a critical data source for threat detection solutions.

Thus, observability helps prevent minor anomalies from escalating into significant incidents. Observability enhanced current detection functions by delivering actionable insights. Without observability, the SecOps team continues to deal with alert fatigue from increased attack velocity.

Leveraging Observability to Solve Alert Fatigue

Alert fatigue even among the managed service community is a problem. SecOps engineers must become far more engaged on attack incidents cause this high-valued team to burn-out and quit their profession.

Observability’s actionable insights help improve SecOps workflows to help reduce the manual incident response intervention by their engineers.

These insights fed directly into the detection layer helps provide far more deeply analysis of an anomaly behavior. This knowledge interjection improves automation, speeds up response times, and provides a much faster end-result analysis that feeds into the threat intelligence and modeling tools.

By fully automating these workflows, SecOps engineers can focus on more strategy projects and a higher level of overwatch.

Real-time Insights and Analysis

Observability detects threats and enables preventive controls by tracking infrastructure vulnerabilities. Organizations receive alerts to address these issues before attackers exploit them.

Improving an organization’s security posture reduces risks by preventing incidents and closing potential attack gaps.

Integration of Observability in MDR Services

Observability must cover all infrastructure, from cloud to on-premises, ensuring no cybersecurity blind spots and minimizing undetected vulnerabilities. This holistic view enables teams to act against threats, enhancing organizational cyber resilience.

Another critical aspect of merging observability into managed detection and response (MDR) by collecting valuable additional telemetry from high-value enterprise assets, including customer data, public-facing websites, and internal intellectual property.

This advanced collection progress enhances incident response by providing actionable data for security events. Security teams with timely, data-driven insights can respond faster to minimize potential damage, creating a cohesive approach to threat management.

Observability offers detailed data critical for incident analysis to MDR platforms like NovaMDR.


What are the Challenges of Observability When Working with MDRs?

Observability tools deliver value regarding providing actionable insight. Like other cybersecurity tools, observability solutions generate considerable telemetry data. This additional data collection can overwhelm many organizations not prepared to receive, store, process, and remove telemetry information in due course. Organizations that invest in observability recognize this as a very sizable expense. A complete enterprise-wide solution requires capital for licensing, implementation, and hiring experienced engineers or contracting out to an MDR provider.

Another element of observability is the challenges requiring privacy and consideration of regulations. Observability’s core focus is to collect vast amounts of data to help provide valuable actionable insights for cybersecurity and application performance.

Organizations must establish governance policies to ensure this new capability collects data while respecting users’ privacy and not jeopardizing compliance mandates or regulatory issues.

Data Migration From Several Sources

Integrating data from various sources into a single observability system is complex and requires careful management to avoid overloading IT infrastructure and to ensure data integrity. Simplifying this integration is essential for timely monitoring and action.

Observability requires an extensive amount of data to be relevant. Data sources originating from different areas within the enterprise. Collecting too much data continues to be a reason for resistance to installing observability tools.

Balancing Cost and Value

Observability delivers optimal value to an organization, especially considering the increase in the volume of adversarial AI attacks. Organizations must extend their governance frameworks to better realize the cost of collecting observability telemetry and the meaningful impact this tool has on improving MTTD and other KPIs.

Organizations considering observability need to consider starting with a smaller subset of tools with a measurable expectation regarding improving the organization’s current and future cybersecurity posture.

The initial observability deployment helps establish a critical guardrail by targeting specific high-value corporate assets. This protection will help limit the data collected from key resources and the insights gained. SecOps will view this additional stream using their extended detection and response (XDR) tools. This will help them evaluate whether the cost of the additional telemetry provided the expected value in improving the organization’s security posture.

Global Shortage of Talent Still A Challenge

Observability tools need skilled personnel for data collection and analysis. Because of a shortage of cybersecurity skills, many organizations struggle with implementation and ongoing security operations of observability tools and data.

MDR providers like Forenova have access to talented and experienced security operations engineers who can assist clients with their cybersecurity detection, prevention, and response journeys.

Future Trends in Cybersecurity Observability and MDR

Observability’s initial rollout followed similar paths to other advanced tools. Many tools use proprietary formats, data schemes, and user interface workflows.

One expected change to observability marketing is the adoption of Open Telemetry, or OTel. OTel is an open standard for collecting and routing telemetry data into open-source observability tools.

Open-source observability tools will continue to impact the industry positively. Organizations that want to collect telemetry from various assets can leverage platforms supporting the OTel framework. Open-source observability also helps organizations build their initial governance framework.

Open-source observability also integrates well with MDR providers like Forenova. By leveraging OTel formatting, Forenova extends the ability to ingest observability telemetry into the NovaMDR platform to complement its existing AI-powered incident response automation functionality.

Why Forenova?

Forenova, an award-winning managed detection and response (MDR) provider based in the European Union (EU), understands the criticality of stopping advanced cyber threats and seeing the constant changes in the cybersecurity landscape.

Preventing advanced attacks powered by adversarial AI requires layers of prevention technologies combined with expertise in security operations. Without proper visibility into networks and corporate digital assets, hackers will continue taking over devices, hijacking applications, and stealing data.

Want more helpful information about your company’s systems? Observability continues to become a strategy investment and focus for organizations witnessing dramatic increases in complex cyberattacks. Forenova’s continued innovation in managed detection and response offerings also recognizes the importance of greater visibility in enhancing automated incident and response offers embedded within their NovaMDR offering.

EDR Killers: Detect and Prevent With Managed Detection and Response

Posted on by ForeNova

Red teams have used endpoint detection and response (EDR) Killer tools for years. These tools allow teams to bypass endpoint security agents and expose vulnerabilities that pose a risk to all organizations.

To address this global concern about cybersecurity tool bypassing, including EDR, ForeNova, a global managed detection and response (MDR) provider, created NovaMDR. The NovaMDR service monitors several areas within the enterprise network, including the endpoint, to ensure hackers do not bypass the various control tools and propagate their attacks across their clients’ networks.

Are you concerned about EDR killers bypassing your security controls? The ForeNova team has an excellent demo of NovaMDR available today!

What are EDR Killers?

EDR killers have the sole purpose of impairing cybersecurity tools to allow for further attack propagation into their victim’s networks.

Like other cybersecurity tools, firewalls, VPNs, wireless, and host-based IPS, NDR tools have known vulnerabilities. Software developers will issue emergency patches to remediate these vulnerabilities during outside maintenance release windows.

Hackers accessing EDR killers from the dark web and other sources leverage these tools to find and exploit vulnerabilities. Bypassing EDR using these rogue tools happens across the host level, kernel level, and within file directories.

Once the EDR defensive tools become disabled, hackers access critical parts of their victim’s network, including data.

The Black Market for EDR Evasion Tools

Hackers continue to gain access to or develop their own EDR Killers’ tools. Creating their own EDR bypass tools is commonly called the “Bring Your Vulnerable Driver (BYOVD)” attack method.

Here are some examples of known EDR killers found on the dark web and open marketplaces:

KernelMode

KernelMode tools is a typical red team utility that used to test several EDR solutions, including Bitdefender, CrowdStrike, and Cylance. The tool doesn’t disable EDR; it simply proves various vulnerabilities within the application file and memory areas.

EDRSilencer

EDRSilencer focuses on blocking the EDR tool’s ability to send valuable telemetry information to the centralized management console. This attack vector exploits the Windows Filtering Platform (WFP) to block communication between the EDR client and the central management console, including any alerts.

EDRKillShifter

These crafty tools help hackers stop the current NDR service, load malware files that include a rogue driver into the memory and drop a new .sys file into the \AppData\Local\Temp folder. The malware then restarts the NDR service with the rogue .exe files.

Terminator

“Terminator employs BYOVD by loading vulnerable Zemana anti-malware drivers, allowing attackers to execute malicious code in kernel mode and terminate any system or user processes, including detection mechanisms.”

AuKill

Threat actors use the “AuKill” tool to turn off enterprise EDR defenses before deploying ransomware. The tool infiltrates systems using malicious device drivers, dropping similar .sys files to overwrite existing ones. AuKill effectively halts multiple NDR processes, preventing their restart.

MS4Killer

MS4Killer terminates kernel security products by exploiting a global variable’s vulnerable driver. Global hacking group Embargo added features including endless scanning of processes and hard-coded names of processes to kill within the binary

Limitations of Relying Solely on EDR

Bypassing EDR and other security adaptive controls happens. Regardless of manufacturing, every tool has vulnerabilities that are prone to exploitation. Preventing these exploits is nearly impossible because organizations depend overly on the software provider to fix the problem.

Specifically, CrowdStrike released an untested security patch that caused a global shutdown of their Falcon agent. This lack of QA control affected global international firms, including Microsoft and Delta Airlines.

Like other security tools, EDR processes much security telemetry information daily. This processing creates data set analysis to help clients defend against zero-day attacks. No security is 100% foolproof. False positives and false negatives exist even with tools based on artificial intelligence.

Hackers Executing Effective Kill Chains Against NDR

Because of the ease of use of NDR killer tools, hackers continue to incorporate several of these utilities into a single kill chain.

Here is an example:

  • Identifying application file vulnerabilities; KernelMode
  • Stop existing NDR services: Terminator and AuKill
  • Load new payload into memory; EDRKillShifter
  • Block all telemetry from the NDR agent to the console; the EDRSilencer

Security operations teams could also see the execution of denial-of-service (DoS) attacks against their border routers, an increase in AI-powered email phishing attacks, or brute force attacks against identity management systems, as part of the kill chain.

Preventing kill chains requires more than one security adaptive control. Continuous monitoring, complete visibility, and observability with automated incident response are essential in avoiding successful kill-chain attacks.

The Importance of a Layered Cybersecurity Approach

Attacks occur in various locations inside the network. Hackers continuously use automated penetration tools and techniques to scan their victims’ networks, hosts, and devices for vulnerabilities that become easily exploited. Most penetration tests are fully automated, including the ability for the rogue scanning agents report to the hacker’s command and control (C&C) servers any vulnerabilities open for future exploits.

Preventing an EDR solution’s bypass starts with a layer of defense combined with continuous monitoring, automated incident response, and reporting. However, hackers will use EDR killer tools to bypass these security controls. Other red team tools in the wild have also affected anti-virus, email security, and network detection and response (NDR).

Organizations migrating from a reactionary cyber-defensive mindset to a more proactive approach recognize the need to deploy several next-generation adaptive controls. These tools, including next-generation firewalls (NGFW), zero-trust architectures, SASE cloud with SD-WAN, MFA, EDR, NDR, and XDR tools, require a comprehensive security operations team, process, and easy-to-follow standard operating procedures.

As engineers consume more tools, the operations layer becomes more challenging. Organizations that invest minimal human capital, talent, training, and managed services experience more cybersecurity attacks and data losses.

Investing in talent combined with managed services helps organizations maximize their investments in these proactive security tools.

Continuous Monitoring and Threat-Hunting

Organizations that want to stay ahead of NDR kill chain attacks spend considerable capital on next-generation tools. These tools, combined with continuous monitoring, threat hunting, and threat modeling, help organizations become more proactive in their cybersecurity posture.

Leveraging managed service providers with threat-hunting and modeling expertise is critical to dealing with NDR killers.

These services help organizations analyze NDR killer attacks to better prepare for future engagement. Threat hunting helps review possible future NDR vulnerabilities within the enterprise. This forward-thinking analysis helps organizations expedite patching and other remediation before the next NDR.

Threat modeling is also a critical service. This function focuses on the impact of an NDR killer attack. Organizations face vulnerability risk across their entire enterprise. Threat modeling helps determine which area of vulnerability has a financial and operational impact on the organization.

The output from threat modeling and threat hunting helps set a priority level regarding continuous monitoring. While SecOps teams using a SIEM can monitor everything within the network, including asset protection prioritization. This critical step will fight alert fatigue even with AI tools enabled.

Managed providers like ForeNova work with their clients to help determine asset protection priorities and automated incident response requirements.

The Role of MDR in Detecting EDR Killers

MDR providers like ForeNova are critical in protecting clients from NDR killer attacks. Monitoring of endpoints is one of their most valuable services within the NovaMDR solution offering. Monitoring endpoints is essential in stopping attacks against these devices.

The NovaMDR service looks for endpoint agent services that are becoming unresponsive or not sending updated telemetry promptly. The team at ForeNova also monitors several other areas within their client’s networks, looking for ransomware propagation that may have originated from an initial NDR attack.

ForeNova’s security engineers can quickly respond to an NDR killer event and other cyberattacks using continuous monitoring and threat analysis. Their extensive observability of their client’s environment, combined with telemetry captured from different sources, helps the ForeNova team deliver a far more accurate and effective proactive security posture.

Why ForeNova?

Experience, expertise, and proven methods across several industries make ForeNova a leader in the MDR space. Many MDR providers specialize in specific sectors or offer minimal service engagement. ForeNova, powered by its NovaMDR offering, delivers a wide range of security capabilities. These capabilities align strongly with various European Union compliance mandates, including GDPR.

ForeNova’s NovaMDR solution also provides 24/7 monitoring and response capabilities, ensuring a rapid and effective response to any security incidents. By partnering with ForeNova, organizations can enhance their cybersecurity defenses and minimize the risk of data breaches.

Interested in learning more about ForeNova’s NovaMDR solution to help stop NDR killers?

Click here to schedule a demo today with the engineers at ForeNova!

2024 Cybersecurity Recap

Posted on by ForeNova

Cybersecurity in 2024 will see unprecedented breakthroughs and challenges. Massive ransomware attacks have already occurred, and Google’s influence on ad blocking rules is driving the development of vulnerability scanning technology.

Check out our top 10 most read cybersecurity blogs for 2024:

1. 2024 Ransomware Attacks

Affecting many different industries worldwide, 2024 witnessed some of the largest ransomware events in past years These assaults made abundantly evident how urgently proactive defensive measures and robust cybersecurity regulations are required to reduce running costs and financial impact.

2. Vulnerability Scanning Tools

In the past year, both free and sophisticated vulnerability screening methods have evolved greatly. These technologies are turning into essential instruments for companies to find and remedy security flaws, therefore offering improved resistance against assaults.

This image has an empty alt attribute; its file name is 5-Free-Vulnerability-Scanning-Tools-1024x576.png

3. Ad Blockers in Chrome

With Google’s decision to phase out the Manifest V2 extension, the popular ad blocker in Chrome is dying out. Users’ privacy and online experience were severely impacted by this change, leading users to look for other browsers that continue to block ads.

Ublock vs Chrome

4. Cybersecurity in the DACH Region

Organizations in Germany, Austria, and Switzerland have specific cybersecurity challenges. Managed Security Services help these firms to protect themselves while also adhering to local regulations.

5. Open Source Intelligence Tools (OSINT)

OSINT tools gained popularity in 2024 because they provide analytical analysis for law enforcement, the media, and cybersecurity. These tools allow for the collection and analysis of publicly available data, hence increasing investigative capability.

6. EDR vs. MDR

While Endpoint Detection and Response (EDR) had its limitations, Managed Detection and Response (MDR) became apparent as a comprehensive solution. MDR introduced proactive cybersecurity policy, continuous monitoring, and automated incident response.

7. MDR for TISAX Compliance

Automotive suppliers focused on attaining TISAX compliance, while MDR services were clearly important. TISAX accreditation is absolutely essential for vendors to stand out from the competition and provide ongoing cybersecurity practices assurance.

TISAX® is a registered trademark of the ENX Association and bears no responsibility for the content of the services offered by ForeNova Technologies B.V

8. Healthcare IT Staffing

MDR solutions resolved IT personnel issues German healthcare establishments encountered. These technologies enabled sophisticated cybersecurity tools and automated incident response, therefore enabling healthcare providers to keep strong security even with lean staffing levels.

German Healthcare Facilities with MDR

9. KRITIS and B3S Standards

German hospitals have to negotiate B3S criteria and KRITIS rules to save important infrastructure. Following these strict cybersecurity policies was essential to guaranteeing the security and safety of medical treatments.

This image has an empty alt attribute; its file name is KRITIS-vs-B3S-1024x576.png

10. NIST Framework

The NIST Cybersecurity Framework is more crucial for EU businesses as it helps management reduce cybersecurity risks. The primary goals of the framework provided a logical approach to improving corporate security.

This image has an empty alt attribute; its file name is NIST-1024x576.png

As we enter the new year with ideas that will enable you to negotiate the cybersecurity terrain, keep educated and ready.

Recap of the Largest Ransomware Attacks in 2024

Posted on by ForeNova

Hackers focused their efforts on ransomware in 2024, leading to a surge in ransom demands. “With nearly 439 million dollars paid out globally just in the first half of 2024 to ransomware operators, this number is expected to double by the end of the year.”

Preventing ransomware starts with monitoring all critical enterprise hosts, applications, devices, and databases for suspicious activity. Leveraging managed detection and response (MDR) services from ForeNova empowered the enterprise with a partner who is an expert in recognizing very early signs of ransomware and leveraging automated incident response to contain the attack before lateral propagation.

Interested in learning more about ForeNova’s NovaMDR service?

Click here to schedule a demo of this incredible service.

What Were the Top Ransomware Attacks in 2024 Globally?

Global financial institutions, national healthcare providers, and local manufacturers became ransomware victims in 2024. Hackers also exploited DeFi and smart contract platform vulnerabilities using email phishing to embed ransomware within the hosts, impacting the blockchain security model.

Another significant contribution to the rise in ransomware in 2024 continued with hackers adopting more adversarial artificial intelligence (AI) and machine learning (ML). Hackers leveraged AI to create well-crafted email phishing attacks, resulting in credential theft, malware embedding on host machines, and data exfiltration.

In 2024, there continued to be many ransomware attacks globally, with the average ransom amount per incident and total payout rising significantly.

1. VOSSKO – German Food Processing

VOSSKO was targeted with ransomware that encrypted its internal systems and databases. Although some operational processes were disrupted, the impacted operational technology systems and production were restored.

Following the incident, the internal IT team and several external experts collaborated to address the situation. Shortly after, the police and State Criminal Police Office, IT specialists, and forensic scientists also participated in the attack investigation.

2. Japan Port of Nagoya

“The ransomware attack on Japan’s busiest port encrypted vital data, disrupting operations and severely impacting cargo handling and customs processes, leading to shipment delays and a ripple effect in international trade.”

This port also suffered a similar cyberattack in 2013.

3. CDK – North American Car Dealerships

“CDK Global, a primary software provider for North American car dealerships, was hit by a BlackSuit ransomware attack, forcing dealerships to revert to manual processes for sales.“

This ransomware attack impacted registrations and transactions, along with disclosing customer information, including addresses, social security numbers, and financial data. The attack cost dealers across the country millions in lost car sales, along with countless lawsuits from dealerships against CDK.

Ultimately, CDK Global paid a $25 million ransom in cryptocurrency to gain access to their files.

4. Indonesia National Data Center

“The Brain Cipher ransomware group attacked Indonesia’s National Data Center, disrupting essential government services, including airport immigration processing.”

The incident encrypted sensitive data and halted operations, revealing the vulnerability of national infrastructure to advanced cyber threats. Indonesia, like other developing nations, continues to be a target of global hackers. These developing nations continue to struggle to upgrade their national and local computer systems with updated cybersecurity tools.

5. Latitude Financial Services – Australia

“Attackers stole 14 million records from Latitude Financial, including sensitive data.”

 The company refused to pay the ransom, following Australian policies, believing it wouldn’t guarantee data recovery and could lead to more attacks. They focused on system restoration, customer outreach, and improving cybersecurity. Latitude did recover their data without having to pay the ransom.

6. Global Non-Profit Organization Easter Seals Supporting Orphans

A non-profit, Easter Seals, supporting orphans, was hit by ransomware, encrypting sensitive files like children’s photos and medical records. The attackers initially demanded a crippling ransom but reduced it upon realizing the organization’s non-profit status.

7. UK Military

“Cybercriminals breached the UK Ministry of Defence’s payroll system, compromising the sensitive personal information of 270,000 current and former military personnel.” Like attacks against the United States security clearance database system, UK military personnel’s home addresses, ID numbers, and other information became disclosed in this breach.

What Countries Faced the Most Impactful Ransomware Attacks in 2024?

Ransomware is a global cybersecurity problem. Several countries continue to report increases in ransomware attacks. Here is a breakdown of what countries faced the most ransomware attacks in 2024.

“In 2024, Europe experienced a 64% YoY increase in ransomware attacks, followed by Africa at 18%, while North America remains the hardest hit with 59%.”

Germany

“The BSI report highlights critical trends in Germany’s cybersecurity. Between mid-2023 and mid-2024, an average of 309,000 new malware variants were found daily, a 26% rise from the prior year.”

France

In 2024, 74% of organizations in France faced a cyberattack, down 11% from the prior year. In 2023, 97% of those affected restored their encrypted data.

Italy

According to data from Disline, based on the Clusit 2024 report, Italy experienced many ransomware attacks in 2024. There were 310 severe attacks, representing an increase of 65% compared to 2022, accounting for 11% of global attacks.

Key points about ransomware attacks in Italy in 2024:

  • The overall number of severe attacks: 310
  • Percentage of global attacks: 11%
  • The increase compared to 2022: 65%

Africa

Ransomware and digital extortion are on the rise, with over half of African member countries reporting attacks against their critical infrastructure.

“1 out of every 15 organizations in Africa experienced a ransomware attempt weekly during the first quarter of 2023. This is even higher than the global weekly average.”

African member countries have taken positive steps to enhance their resilience to ransomware attacks. However, persistent challenges remain, notably in reporting attacks and paying ransoms.

What Sectors Were Impacted the Most by Ransomware in 2024?

Ransomware impacts every industry worldwide. Here are the top five industries affected the most by ransomware.

1. Government

In 2024, government agencies were the top target for ransomware attacks, often due to threats from nation-states or the sensitive data they handle. As providers of essential services for communities and governments, disruptions in this sector can significantly impact public safety and national security.

2. Healthcare

“In 2024, healthcare organizations faced over 240 attacks and often paid 111% of the ransom demanded.”

This sector saw an increase in attacks from 60% to 67% even with the industry spending close to $125 billion from 2020 to 2025 on cybersecurity defensive tools.

3. Education

“The education sector has experienced a significant rise in ransomware attacks, with a 70% surge in 2023.” In 2024, it remains a top target, totaling 195 attacks, which includes a 105% increase against K-12 and higher education.

4. Manufacturing

Manufacturing faced over 160 attacks, with 67% able to negotiate ransom payments down. However, 74% of these attacks involved data encryption.

5. Energy

The energy sector is essential to national infrastructure, making it a high-value target that has faced 35 attacks, accounting for 67% of all ransomware incidents since 2023.

What Impact Did Ransomware-as-a-Service (RaaS) Have in 2024?

Like IT outsourcing, hackers will use Ransomware-as-a-Service (RaaS) providers to help execute their attacks. They will pay for these services using cryptocurrency. Many RaaS were behind many of the top attacks in 2024. LockBit, Darkside, REvil, Ryuk, and Hive are some of the top RaaS gangs globally. They were responsible for the U.S. Colonial Pipeline attack, JBS USA, Microsoft, and the attack on the Costa Rican Government.

The Future of Ransomware in 2025

The geopolitical landscape of 2024 continues to be shaped by the armed conflicts between Russia and Ukraine and Israel and Hamas. Cybercriminals are exploiting these situations, causing significant international repercussions. These conflicts have turned cyberspace into a battlefield, merging cyber tactics with traditional military actions, heightening tensions, and expanding the damage.

The Russia-Ukraine war has utilized hybrid techniques, with both sides employing hacktivism and cyberattacks to shape geopolitical outcomes. Pro-Russian and pro-Ukrainian groups have targeted governments, businesses, and individuals supporting their adversaries.

What is the Role of MDR in Addressing the Rise in RaaS Coming in 2025?

Global, regional, and local organizations have much in common regardless of industry. They all become ransomware victims, partially due to a lack of qualified cybersecurity engineering talent. MDR providers like ForeNova deliver several security operations (SecOps) service offerings to help these organizations with several critical functions:

  • 24×7 continuous monitoring
  • Automated incident response with 3rd party integration
  • Monitoring endpoint devices
  • Assisting with compliance reporting
  • Futureproofing with continuous investment in new tools and capabilities

Another challenge for these organizations is accessing sustainable budgets to handle cyberattack growth. MDR offerings are cost-effective and relieve numerous capital expenditures through their services model.

Why ForeNova?

Experience across industries and global threats, including ransomware, phishing, and credential theft. NovaMDR by ForeNova provides services across the European Union (EU) and other geolocations.

Interested in learning more about NovaMDR? Click here to schedule an initial consultation today!

Electronic Health Record Data Protection with MDR

Posted on by ForeNova

Enabled by the Appointment Service and Supply Act of 2019, this mandate required all German health insurance funds to migrate to an electronic health record system (EHR). EHR systems extend access to policyholders. Policyholders establish access to their records and update the information without notifying the insurance provider.

Protecting EHRs with seamless integration is a highly complex process. Compared to most other countries in the European Union (EU) and the rest of the world, the German health system’s rollout of EHRs faces many headwinds surrounding legal issues, challenges with telematics, and compliance and regulatory mandates.

Securing the data still falls upon the health insurance companies only if the record is an EHR. Most of Germany has a public health system, and less than 10% have private insurance. Connections between various digital health providers and the EHR holder continue to be a work in progress.

EHRs are still a choice. Others we choose to maintain their personal health record, or PHR.

Securing an EHR and a PHR still requires the insurance funds to enable a cross-section of cybersecurity controls to align EU and global compliance regulations, cybersecurity threats, and security gaps. Insurance firms struggling with hiring and keeping security operations talent should consider a managed detection and response (MDR) offering from security providers like ForeNova.

Overview of Electronic Health Records for Germany

Germany’s progression into the world of EHRs for the healthcare sector remains a work in progress. In 2023, there were less than 600,000 EHRs in the country. Part of the challenge with the EHR rollout had to do with patent rights on where they wanted their data stored and who had access.

The challenge continues with the ability of the EHR systems to extend granular access to the medical record based on the criteria set by the data owner. The lack of granularity created negativity towards the initiative.

Many also criticized EHR for the lack of technical standards regarding stability within critical infrastructure, interoperation with other systems, and the ability to support cross-border collaboration with other EU members.

The Office of Health Ministry discovered one challenge within the digital transformation strategy for EHR was the focus on too much technology and less on understanding the consumers of the solution. As part of the enrolling process, the patients were required to grant consent without clearly understanding the entire process. During the rollout of EHR, the health insurance providers offered no incentives for sensitive patients not trusting EHR solutions, thus resulting in a very low enrollment, especially from people who struggle to grasp the security-related questions.

Another issue that raised concerns among many in the German healthcare industry was the lack of public information provided to the patients surrounding how EHRs work and security protection.

Lack of interpretability, low patent turnout, and confusion about cross-border collaboration all resulted in the entire EHR becoming a target for hackers.

What Regulations Govern EHR In Germany?

“The German healthcare system has three levels: legal framework, self-administration, and individual players. Federal, state, and local governments manage the legal framework, with the Federal Ministry of Health overseeing health policy at the federal level.”

Multiple laws establish the digital framework for Germany’s healthcare system, specifically for EHR implementation and healthcare data usage. “The General Data Protection Regulation (GDPR) and Federal Data Protection Act (BDSG) also apply.” The E-Health Act, effective 29 December 2015, lays the foundation for digitalization in this sector.

Compliance with GDPR in EHR Management in Germany

GDPR plays a significant role regarding data ownership and protection for all citizens in Germany. People, not the Federal Ministry, own their data, and by law, they are the ones who extend permission for access.

Germany’s Federal Parliament, the Bundestag, enacted the Patient Data Protection Act (PSDG), which applies to all healthcare institutions—hospitals, doctors, insurers, and pharmacies—using the telematics infrastructure for patient data processing, regardless of organizational size.

Germany’s Federal Commissioner for Data Protection has warned health insurers that PSDG compliance doesn’t exempt them from GDPR. The Federal Health Ministry will ensure that German citizens retain their rights regarding health records under GDPR.

What is OpenEHR in Germany?

In Germany, OpenEHR is an open-standard platform for managing electronic health records (EHRs). It facilitates seamless data exchange among healthcare providers through standardized clinical models. This vendor-neutral approach enhances data interoperability and patient-centric care, which is vital to the country’s digital health infrastructure development.

  • OpenEHR’s goal is to better assist German health insurance providers in rolling out EHRs, leveraging more open-source functions to improve the interoperability between platforms and providers and help promote better cross-border collaboration.
  • OpenEHR employs a dual model approach for Hospital Information Systems, ensuring semantic interoperability and providing a holistic solution for Electronic Healthcare Record systems.
  • “OpenEHR incorporates elements of interoperable, secure EHR software, and its proponents advocate it as the optimal approach for developing hospital information systems.”

There are 50 GDPR requirements and 8 OpenEHR design principles. OpenEHR principles meet 30% (15/50) of GDPR requirements and align with GDPR standards.

Top Security Challenges Protecting EHR in Germany?

Top cybersecurity challenges protecting EHR in Germany include ransomware, phishing, insider threats, data breaches, medical device vulnerabilities, legacy systems, complex data sharing, and healthcare professional awareness. GDPR and other compliance help reduce the risk of cybersecurity attacks against EHR by requiring extensive protection layers, consent, and continuous monitoring.

Fake authorizations between the data owner and the healthcare provider in Germany continue to be a concern. Even with the enablement of a PIN code, fake authorizations continue to cause unforeseen data breaches.

Top EHR Breach in Europe in 2024?

Cybercriminals target healthcare records for the vast personal data they hold, including protected health information, full names, birth dates, and home addresses.

Hackers can easily commit identity theft by accessing healthcare providers’ information and selling it because of its high value. Many healthcare organizations need to switch to digital records more quickly. Although many have already made the switch, some still use old technology and have weak cybersecurity.

Hospital Simone Veil in Cannes, France, 2024

Simone Veil, a regional hospital, manages 150,000 outpatients and 50,000 emergencies annually. Most services continued, but communication and data handling relied on outdated methods. Initially thought to be a ransomware attack, it took weeks for confirmation. On April 30, the hospital revealed the LockBit 3.0 group was behind the extortion attempt.

Hospital Simone Veil declined to pay.

Who Manages Telematics Infrastructure in Germany?

Telematics infrastructure (TI) and healthcare systems must guard against external threats and internal negligence. They must deploy and maintain cybersecurity measures like firewalls, antivirus software, and strong passwords. This mandate also includes preventing the unnecessary local storage of sensitive data and avoiding sharing through unauthorized channels like email or file sharing.

Specifically to EHR, the Federal Ministry of Health owns 51% of TI provider Gematik, which manages the telematics infrastructure, electronic health card, specialized applications, and an interoperability directory while overseeing data security.

Gematik GmbH coordinates its TI applications with the Federal Commissioner for Data Protection and Freedom of Information (BfDI) and the BSI, following the German Social Security Code (SGB).

The Role of MDR in Protecting EHRs

Because of a cybersecurity talent gap, many organizations seek help to hire and keep skilled professionals. Because managing today’s complex cyber threats often requires expertise that is not readily available in-house, this lack of talent has led many businesses to outsource security functions.

Many MDR services tackle cybersecurity challenges. MDR provides external teams with specialized expertise, serving as an outsourced Security Operations Center (SOC). This solution enables organizations to leverage expert security operations without the costs and complexities of developing an internal team. It’s a strategic choice that meets today’s IT security needs, where agility and specialized skills are crucial against advanced threats.

TI providers, healthcare insurance funds, and medical providers in Germany continue to face resource shortages, overlapping and complex compliance mandates, and continuous alterations to the existing German regulatory mandates and new compliance frameworks coming in the current year.

MDR service engagements create opportunities to assist TTIs and health providers with various offerings that align with their business, compliance, and security operations needs.

  • 24/7 continuous monitoring
  • Automated detection and incident response
  • Firewall deployment, management, and future-proof
  • Endpoint security management
  • Compliance reporting
  • Access to Threat Intelligence

Beyond creating the various service offerings, ForeNova’s most important attribute is its people. The company takes pride in staffing experienced security operations engineers to support the complex world of the German healthcare system.

ForeNova also provides world-class cybersecurity security integration advisory services combined with technical offerings. Healthcare and tech companies that still use old technology and methods can use ForeNova’s consulting team to improve their cybersecurity. This helps them move from reacting to problems to preventing them.

Why ForeNova?

One key element that separates one MDR provided from another is experience. MDR providers that support every vertical market are more of a one-size-fits-all model. ForeNova’s unique ability to create an MDR engagement tailors it explicitly to their clients’ needs.

Want to see a demo of this incredible MDR offering? Click here to schedule a session with the ForeNova engineering team today!

Immer up to date!

Abonnieren Sie unseren Newsletter und erhalten Sie wertvolle Branchen-Insights, Produkt-Updates und aktuelle Analysen von ForeNova direkt in Ihr Postfach.

Wir verwenden Brevo als unsere Marketing-Plattform. Indem Sie das Formular absenden, erklären Sie sich einverstanden, dass die von Ihnen angegebenen persönlichen Informationen an Brevo zur Bearbeitung übertragen werden, gemäß den Datenschutzrichtlinien von Brevo.