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Artificial Intelligence(AI) Cybersecurity

The role of AI in cybersecurity: a complex and intriguing relationship

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Artificial Intelligence(AI) Cybersecurity

The role of AI in cybersecurity: a complex and intriguing relationship

C8 Secure CISO, Brian Borysewich, explores the evolution, challenges and exciting opportunities AI brings to the ever-changing cybersecurity landscape.

Brian Borysewich

Intelligence is the capability to learn from experience, adapt to new situations, grasp complex ideas and apply knowledge to solve problems. It includes reasoning, problem-solving, understanding and perceiving relationships. In contrast, Artificial Intelligence (AI) simulates human intelligence through machines, specifically computer systems. Leveraging sophisticated algorithms and computational models, AI performs tasks that mimic human cognitive functions, such as learning, reasoning and self-correction. While human intelligence remains inherently dynamic and multifaceted, AI is meticulously designed to replicate specific aspects of human cognition in targeted and purposeful ways.

At C8 Secure, we are at the forefront of harnessing the power of AI to fortify the cybersecurity landscape. As technology pioneers, we continually assess how AI can elevate our capabilities while understanding its nuanced challenges and limitations.

The evolution of AI in cybersecurity – long-term solution or fleeting trend?

The rise of AI has sparked intense debate, mixing excitement with cautious scrutiny. Is AI the transformative catalyst that will spearhead a new era in cybersecurity, or is it merely the latest trend, captivating attention until its limitations are revealed? This is especially pertinent in the context of cybersecurity, where the stakes are higher than ever.

The current landscape – transformative potential meets real-world challenges

AI has already proven its mettle across industries, and cybersecurity stands as one of its most critical applications. At C8 Secure, we employ AI to detect threats, streamline responses and process data at scales and speeds that human analysts alone cannot achieve. AI-driven machine learning models are capable of predicting, identifying and neutralizing cyber threats before they escalate, making them invaluable assets in our suite of services. Tools like endpoint detection and response (EDR) systems, empowered by advanced algorithms, can swiftly analyze massive data streams to spot anomalies and initiate protective measures.

However, despite its effectiveness, there are compelling arguments suggesting that AI, while powerful, may still be subject to significant limitations. The fast-evolving landscape of cyber threats often demands nuanced, adaptive approaches that may elude AI without robust human supervision. Moreover, the rapid development of AI technologies sometimes leads to premature adoption without comprehensive testing, creating unforeseen vulnerabilities.

The dual role of AI: cyber defender and offender

AI’s role in cybersecurity is complex, embodying both defense and potential risk. C8 Secure recognizes that while AI is a formidable ally in combating cyber threats, it is also wielded by adversaries for more nefarious purposes, escalating the digital arms race.

AI as the good guy

C8 Secure leverages AI to bolster cybersecurity defenses. Through machine learning and behavioral analytics, we can identify unusual activity patterns that indicate malware, phishing attempts or insider threats. AI-powered User and Entity Behavior Analytics (UEBA) systems are a key part of this strategy, establishing baselines for “normal” user behavior and raising flags when deviations occur. For example, if an employee unexpectedly accesses large volumes of sensitive data outside of business hours, AI can detect this anomaly, prompting immediate investigation and intervention.

AI as the bad guy

However, the capabilities of AI are not solely utilized by defenders. Cyber criminals have harnessed AI to execute more sophisticated attacks. For instance, AI-driven phishing schemes now use natural language processing (NLP) to create personalized, convincing emails on a large scale. Furthermore, deepfake technology, generated through AI, can simulate executives’ voices and appearances for fraudulent purposes, adding a complex layer to social engineering attacks.

Attackers also leverage AI to automate operations that traditionally required manual effort. AI-enhanced malware, for example, can modify its behavior in real-time to evade detection, posing significant challenges for traditional, rules-based cybersecurity frameworks.

The future of AI in cybersecurity – navigating the path forward

What lies ahead for AI in the cybersecurity landscape? Will it evolve as the vigilant defender we envision, or will it be surpassed by the ingenuity of human and machine adversaries?

The path forward for AI in cybersecurity points to a future where AI is neither a standalone solution nor an abstract question, but rather an integrated part of an advanced, comprehensive strategy. At C8 Secure, we see AI transitioning from being a supportive tool to becoming an autonomous partner in defense – albeit under careful supervision. This evolution will hinge on continued advancements in transparency and the emergence of Explainable AI (XAI). XAI will be crucial in demystifying the “black box” of AI decision-making, enabling stakeholders to understand, trust and refine models to better detect errors and biases.

The use of AI by cyber criminals will also drive continuous innovation in defense mechanisms, creating a cycle of adaptation and response that echoes traditional warfare but at digital speeds. Collaboration between human insight and AI precision will be essential to remain ahead in this race. At C8 Secure, our commitment to collaborative intelligence ensures that we blend machine efficiency with expert human oversight to stay at the cutting edge of cybersecurity solutions.

AI in cybersecurity: the answer or the question?

Is AI the definitive answer or simply another layer of complexity in cybersecurity? The most accurate conclusion is that AI embodies both. It is a powerful tool and partner, but one whose ultimate effectiveness relies on human integration, strategic application and ethical governance. AI in cybersecurity is not a panacea; it is an evolving resource that will shape and be shaped by the sector’s progress.

C8 Secure remain committed to advancing this partnership, creating a resilient cybersecurity ecosystem where AI and human expertise complement each other. As threats grow more sophisticated, our vigilance, adaptability and commitment to innovation will ensure that AI remains a force for protection rather than a liability. Whether AI becomes the linchpin of our defenses or fades as a transient solution will depend on how we, as a community and an industry, steer its development and deployment.

Cybersecurity solutions for a safer tomorrow

C8 Secure provides multi-layered, AI-powered threat prevention, detection and response solutions to secure your organization’s digital assets in the face of evolving cyber threats. For more information on how C8 Secure can support your cybersecurity initiatives, email info@c8secure.com or fill out our Contact Us page.

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November 15, 2024
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vapt services

How Vulnerability Assessment and Penetration Testing (VAPT) can protect your business from cyber threats

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How Vulnerability Assessment and Penetration Testing (VAPT) can protect your business from cyber threats

Organizations face daily threats to their IT infrastructure, making Vulnerability Assessment and Penetration Testing (VAPT) an essential practice for maintaining security and meeting compliance.

Cybersecurity threats pose significant risks to organizations worldwide, potentially leading to substantial financial losses and reputational damage. Consequently, investing in robust cybersecurity maintenance for IT infrastructure is crucial for business continuity.

Craig Lusher

Security professionals employ various strategies to safeguard IT infrastructure from threats. Among these, Vulnerability Assessment and Penetration Testing (VAPT) stands out as a predominant and essential practice for cybersecurity. In fact, certain sectors even require organizations to perform this testing regularly.

In this blog, Craig Lusher, Product Principal at C8 Secure, examines the concept of VAPT, showcases VAPT in practice, provides a comprehensive guide to VAPT in cybersecurity and offers insights on selecting the right service provider.

What is VAPT?

VAPT is a testing methodology that combines vulnerability assessment with penetration testing to deliver a thorough security evaluation. Understanding the distinction between Vulnerability Assessment and Penetration Testing is crucial, as each serves different purposes.

A vulnerability assessment involves examining the security weaknesses within an organization’s infrastructure. In contrast, penetration testing, or pentesting, is a more assertive approach where the tester seeks to understand how these vulnerabilities could impact the system.

Recognizing the potential consequences of leaving these security vulnerabilities unmitigated highlights the importance of VAPT for the organization. Below are the risks that organizations may encounter with a vulnerable IT infrastructure.

  1. Data leaks

Organizations safeguard critical assets such as financial information and customer data within their information systems. Authorized personnel access these assets regularly for routine day-to-day operations.

However, a compromised information system is susceptible to security breaches, potentially resulting in data leaks. A data leak occurs when an organization’s sensitive information is inadvertently exposed, either during transmission (e.g., online) or while stored (e.g., on laptops or hard drives). This information can then be exploited by unauthorized individuals for personal gain.

  1. Significant financial losses

Security breaches can cause significant disruption to business operations. They may block employees’ network access, hindering their ability to perform daily duties and obstructing communication with external partners.

A company can incur substantial financial losses if it cannot function effectively, even for a single day. It risks missing production targets and losing business opportunities. Prolonged disruptions have forced some companies to lay off employees due to financial constraints.

  1. Reputational damage

A company’s reputation is built on multiple factors, including its ability to ensure confidentiality. Data breaches can severely damage a company’s hard-earned reputation.

Customers and partners may sever ties due to diminished trust. Rebuilding public trust becomes increasingly challenging once reputational harm has been done. Therefore, implementing a robust security system to safeguard confidential data is crucial.

  1. Legal issues

Regions generally enforce laws requiring companies to uphold data security. Non-compliance with these laws can result in penalties or suspension of data processing permissions.

Users can initiate legal action against a company for failing to protect their personal data. Legal proceedings are not only time-intensive but also costly, prompting many businesses to proactively implement data protection measures to avoid such dilemmas.

Penetration Testing (VAPT)

VAPT in practice

VAPT is mandatory for organizations across many sectors in the IT industry, including iGaming and online sports betting. The gaming sector is a great example where VAPT is required because of the sensitive nature of the business. A gaming organization stores the financial data of its customers. If a security breach occurs and the data falls into the wrong hands, the financial implications will be significant for the company and the customers.

Two recent, high-profile security breach examples involved MGM Resorts International and Caesars Entertainment:

  • In September 2023, MGM Resorts suffered a 10-day cyber attack. The breach affected systems across Aria, Bellagio and MGM Grand, including corporate email, reservations, bookings and digital key card access. At the G2E 2023 gaming show, MGM CEO Bill Hornbuckle shared that the cyber attack disruption cost the company over $100 million.
  • Caesars Entertainment fell victim to a cyber incident in the same month, and it appears that the same hacker group was behind the attack. “Scattered Spider” or “Roasted 0ktapus,” an affiliate of the Blackcat ransomware group that deploys their ALPHV malware during attacks, accessed the “Caesar’s Rewards” loyalty program database. Caesars reveals making a $15 million ransom payment to prevent sensitive information from being made public.

A thorough VAPT can prevent such an incident from happening. It can identify the internal and external vulnerabilities in the system to prevent unauthorized data access by irresponsible parties.

A closer look: The three-part process to VAPT

A comprehensive VAPT security assessment contains three major portions: Vulnerability Assessment (VA), Penetration Testing (PT) and reporting and remediation.

  1. What is Vulnerability Assessment (VA)?

VA is a systematic process of identifying and quantifying vulnerabilities in an organization’s IT assets:

  • VA involves scanning networks, systems and applications using automated tools and manual techniques to detect security weaknesses.
  • VA helps organizations prioritize vulnerabilities based on their severity and potential impact on the business.
  • Common vulnerabilities include misconfigurations, unpatched software, weak passwords and insecure protocols.

  1. What is Pentesting (PT)?

Once vulnerabilities are identified, the security team advances to Pentesting (PT). PT, also known as ethical hacking, is a simulated attack on an organization’s IT infrastructure to evaluate its security posture:

  • Skilled security professionals (penetration testers or pentesters) use a combination of tools and techniques to exploit identified vulnerabilities and gain unauthorized access to systems and data.
  • PT helps organizations understand the real-world effectiveness of their security controls and incident response procedures.
  • Types of PT include network pentesting, web application testing, mobile application testing and social engineering.

  1. Reporting and remediation

After conducting VA and PT, a detailed report is prepared, highlighting the identified vulnerabilities, their severity and the potential impact on the organization:

  • The report includes recommendations for remediation, such as patching software, strengthening access controls and improving security configurations.
  • Organizations can use the report to prioritize and implement security improvements to reduce their risk exposure.

Vulnerability Assessment & Penetration testing (VAPT)

 

Choosing the right VAPT service provider

Given the critical role of VAPT for any organization, selecting the right service provider is crucial. While cost is an important factor to many, there are several other considerations when choosing a VAPT service for your enterprise.

Engage with seasoned professionals to ensure you maximize value. Experienced VAPT specialists can efficiently identify system vulnerabilities and devise solutions.

Furthermore, the provider must possess a comprehensive understanding of industry regulations. As these standards are frequently updated by regulatory bodies, the provider must stay informed of the latest developments.

C8 Secure – A trusted VAPT service provider

C8 Secure, a managed security service provider (MSSP),  offers VAPT services to industries such as finance, healthcare and iGaming and online sports betting. These services offer comprehensive security assessments of IT infrastructures and applications, assisting companies in meeting regulatory requirements, identifying vulnerabilities and enhancing their cybersecurity framework.

The C8 Secure team is dedicated to conducting an all-encompassing VAPT service to evaluate the security posture of the customer’s external and internal IT assets. Their certified security professionals collaborate closely with the customer’s team to establish the scope and objectives of the assessment. The VAPT encompasses rigorous testing of security aspects, including information gathering, configuration testing, authentication testing, session management testing and data validation, in adherence to the OWASP Top 10 standards.

This assessment employs a combination of automated tools and manual techniques to meticulously identify potential vulnerabilities and weaknesses in the customer’s systems. Upon completion, the customer receives a detailed report that outlines the findings, risk ratings and recommended remediation actions.

By engaging in regularly scheduled VAPT services, customers can ensure the compliance and robustness of their systems and safeguard sensitive end-user data. This proactive approach also helps customers stay ahead of the evolving cyber threat landscape, continuously enhancing their security posture while maintaining customer trust, managing reputation and supporting financial growth and stability.

VAPT Webinar

Cybersecurity solutions for a safer tomorrow

C8 Secure provides comprehensive, multi-layered threat prevention, detection and response solutions to secure your organization’s digital assets in the face of evolving cyber threats. For more information on how C8 Secure can support your cybersecurity initiatives, email info@c8secure.com or fill out our Contact Us page.

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November 5, 2024
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DDoS Attacks

DDoS explained: From attacks to solutions – Insights into safeguarding your network

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DDoS Attacks

DDoS explained: From threats to solutions – Insights into safeguarding your network

A Distributed Denial-of-Service (DDoS) attack, whether large or small, can cause significant downtime and financial loss.

Craig Lusher But what is exactly a DDoS attack?

In this blog, Craig Lusher, Product Principal at C8 Secure, will explore what a DDoS attack is, the different types of DDoS attacks and the best practices for mitigating DDoS attacks.

What is a DDoS attack?

A DDoS attack is like an unexpected traffic jam on an otherwise free-flowing highway. The attacks attempt to disrupt the normal traffic of a targeted server, service or network by overwhelming it with a flood of Internet traffic.

DDoS attacks leverage multiple compromised computer systems as sources of attack traffic, including computers and Internet of Things (IoT) devices. They involve networks of Internet-connected devices infected with malware, controlled remotely by attackers and forming a botnet.

The process begins with the attacker creating the botnet by infecting multiple devices. Next, they send remote commands to the botnet, which then sends numerous requests to the target’s IP address. This flood of requests overwhelms the server or network, resulting in a denial-of-service for legitimate traffic.

Several high-profile DDoS attacks have made headlines in recent months, showcasing the damage these attacks can inflict, regardless of industry.

Types of DDoS attacks

DDoS attacks come in various forms. DDoS attacks can be categorized into three main types based on which part of the network connection they target.

DDoS Attacks
Volumetric attacks

A volumetric attack aims to overwhelm the bandwidth between the target and the Internet with massive amounts of data. The attack often uses amplification techniques to ensure it consumes all available bandwidth.

A good example is Domain Name System (DNS) amplification. This method is done through a small query to an open DNS server with a spoofed IP address, resulting in a large response being sent to the victim, ultimately overwhelming their bandwidth.

Protocol attacks

A protocol attack exploits weaknesses in network protocols, particularly layers 3 and 4 of the protocol stack. It disrupts service by consuming server resources or network equipment resources like firewalls and load balancers.

SYN flood is a popular method. It overwhelms the target by sending many TCP SYN packets with spoofed IP addresses, exhausting resources by never completing the TCP handshake.

Application layer attacks

The application layer attack targets the application itself, often appearing as legitimate traffic. It exhausts the target’s resources and creates a denial-of-service. The attack preys on the application layer (Layer 7 of the OSI model) where web pages are generated and delivered in response to HTTP requests.

HTTP flood method, for example, generates multiple HTTP requests to flood the server. These requests overwhelm the server and cause a denial-of-service. These can range from simple attacks with one URL and similar IP addresses to complex attacks using many IP addresses and random URLs.

Mitigation methods – A defense-in-depth, multi-layered approach

The main challenge in mitigating a DDoS attack is distinguishing between legitimate traffic and attack traffic. For example, a legitimate surge from a product release differs from an attack surge from known attackers.

These attacks are also multi-vector. This means they use multiple pathways to overwhelm targets, making it harder to distinguish between attack and normal traffic. A layered approach, such as combining DNS amplification (targeting layers 3/4) with an HTTP flood (layer 7), requires varied strategies for mitigation.

Due to these complexities, protecting a site from DDoS attacks requires a multi-layered approach. In the event of unforeseen circumstances, having a clear plan in place for responding to DDoS attacks can minimize downtime and damage.

Finding a service specializing in DDoS solutions can be a great help, but there are layers to the mitigation process.

  • It begins with securing all devices and keeping them updated to prevent their compromise and inclusion in a botnet. Regular updates and patches are particularly crucial for mitigating application layer attacks.
  • In DDoS mitigation, more redundancy means more reliability. Scaling network redundancy enhances reliability by distributing resources across multiple data centers, which helps balance the load during an attack. Increasing network bandwidth can also aid in handling volumetric attacks.
  • Having on-demand capacity to increase the resources to the affected asset. This can be achieved by either expanding vertically, by adding larger throughput connectivity or laterally by adding additional connectivity or by using Content Delivery Networks (CDNs) which absorb excess traffic by taking the load off the origin servers.
  • Implementing rate or connection limiting using Web Application Firewalls (WAFs). Rate and connection limiting controls the number of requests and connections a server accepts in a given timeframe.
  • Effective traffic monitoring combined with behavioral analytics is essential for identifying and responding to unusual patterns. In this case, traffic analysis tools improve efficiency.
  • Deploying WAFs and using advanced Intrusion Protection Systems (IPS) to act as a reverse proxy can help filter out malicious traffic. WAFs are also key to mitigating protocol attacks.

At C8 Secure, we advocate for a ‘defense-in-depth’ strategy, where multiple layers of security controls are implemented throughout the organization’s IT environment. This ensures that if one layer is breached, additional layers are in place to prevent or mitigate the attack.

C8 Secure’s defense-in-depth, multi-layered approach includes:

  1. Coarse filtering: Ad-Hoc upstream traffic filtering and DDoS scrubbing
  2. Medium filtering: Managed access control lists at the network edge
  3. Medium/fine filtering: Layer 3 and 4 DDoS scrubbing
  4. Fine filtering: Layer 7 Web Application and API Protection (WAAP) rate limiting and filtering
  5. Polish: Traffic delivery with Endpoint Detection and Response/Managed Detection and Response (EDR/MDR) solutions and managed updates and hardening
  6. Log event monitoring and threat protection: Security Operations Centre (MSOC) and Security Incident and Event Management (SIEM) threat detection and response

DDoS Solutions

C8 Secure for complete DDoS protection

C8 Secure offers the most comprehensive cybersecurity solutions equipped to meet today’s emerging DDoS threats.

  • DDoS solution: Our DDoS service offers a global network with 5 Tbps> of DDoS scrubbing and network capability. This ensures businesses are protected from volumetric layer 3/4 attacks. We use multiple layers of protection in our DDoS system from best-of-bread technology partners to our own intellectual property and processes.
  • EDR and MDR solutions: Our EDR and MDR services ensure comprehensive protection for endpoints against advanced threats such as ransomware, malware and phishing attempts. These solutions monitor endpoint activity in real-time, detect anomalies and respond to threats promptly.
  • Firewall solution: Our Firewall service includes customisable IDS/IPS capabilities. When combined with our SOC service, IDS/IPS events are enriched with specific threat intelligence and ingested into our SIEM platform. Our SOC analysts can then deliver powerful insights into a customer’s current threat state and perimeter activities, providing detection, prevention and responses to known and emerging threats.
  • SOC and SIEM solutions: Our SOC and SIEM services deliver continuous 24x7x365 monitoring, advanced threat detection to identify anomalies and potential risks, integrated threat intelligence to stay ahead of evolving and high-impact threats and a cutting-edge SIEM architecture for high-performance analytics and efficient incident management.
  • WAAP solution: Our WAAP service defends web applications and APIs from threats like OWASP Top 10 vulnerabilities such as SQL injection, cross-site scripting, as well as credential stuffing, site scraping, malicious bots and other vulnerabilities and exploits. This cloud-based solution is scalable and flexible, allowing businesses to adapt their security measures as needed.

Cybersecurity solutions for a safer tomorrow

C8 Secure provides comprehensive, multi-layered threat prevention, detection and response solutions to secure your organization’s digital assets in the face of evolving cyber threats. For more information on how C8 Secure can support your cybersecurity initiatives, email info@c8secure.com or fill out our Contact Us page.

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September 26, 2024
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Web application and API protection (WAAP)

Web application and API protection (WAAP) security: A guide to overcoming today’s complex digital landscape

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Web application and API protection (WAAP)

Web application and API protection (WAAP) security: A guide to overcoming today’s complex digital landscape

Craig Lusher

Executive summary

Today, web applications are indispensable for businesses across all sectors. C8 Secure recognizes that the hybrid and multi-cloud environments, modern application architectures and the necessity of securing remote work whilst maintaining high service availability pose significant challenges in securing these applications. Our comprehensive approach to application security is designed to mitigate the many challenges of protecting web applications and APIs from a diverse range of threats.

Despite the availability of numerous web application security solutions, businesses often struggle due to resource constraints (budgetary and expertise), the complexity of modern applications (including microservices, API ecosystems and continuous updates), and issues with false positives and negatives resulting from outdated security policies.

In this blog, I’ll explore the current threat landscape for web applications, examine the biggest challenges in securing modern applications, highlight the business implications of security breaches and offer insights and best practices into navigating today’s ever-evolving digital landscape.

Web Application API Protection (WAAP)

Evolving threat landscape and its implications

The threat landscape for web applications is ever-changing, presenting businesses with intricate challenges. Key aspects include:

  • Human threats: These encompass hackers, insiders and other malicious actors who exploit vulnerabilities in web applications.
  • Bot threats: Malicious bots are increasingly sophisticated, often used to breach user accounts with stolen credentials and mimic legitimate user behaviour, causing significant harm.
  • OWASP Top 10 risks: Common attack vectors like (Structured Query Language) SQL injection and cross-site scripting highlight the critical security risks identified in the Open Web Application Security Project (OWASP) Top 10, necessitating robust security measures.

What are the biggest challenges in securing modern applications?

Modern applications are inherently difficult to secure due to several factors:

  • Distributed infrastructure: Applications spread across data centres and cloud environments complicate security efforts.
  • Microservices and APIs: These add complexity to data flows, making it harder to monitor and protect.
  • Continuous Integration/Continuous Deployment (CI/CD): Frequent changes by development teams can introduce new vulnerabilities.
  • Skilled resource shortage: The industry-wide lack of skilled security experts exacerbates these challenges.
  • Evolving threats: Sophisticated and evolving threats require constant vigilance and advanced security solutions.

How security breaches impact your business

Failure to secure web applications and APIs can have far-reaching business consequences:

  • Financial impact: Breaches can lead to substantial financial losses from both direct costs (response and recovery) and indirect costs (lost revenue and brand damage).
  • Reputational damage: Customer trust and brand reputation can be severely affected, leading to customer churn and long-term damage.
  • Regulatory and legal consequences: Non-compliance with data protection laws can result in hefty fines and legal penalties.

C8 Secure’s holistic application protection approach

To address these challenges, C8 Secure advocates for a comprehensive set of best practices in web application and API security:

  1. Regular Vulnerability Assessments and Penetration Testing (VAPT) assessments: Both automated and manual testing help identify and address weaknesses.
  2. Patch management: Keeping software and libraries up-to-date is crucial for preventing exploitations of known vulnerabilities.
  3. Secure coding practices: Training for development and operations teams on secure coding reduces the introduction of vulnerabilities.
  4. Web Application and API Protection (WAAP) security: Emphasis on authentication, authorization and rate limiting for APIs is essential.
  5. Incident response plan: A well-defined plan ensures quick and effective responses to security breaches.

Building a resilient web application and API security framework

Securing web applications is a complex challenge requiring a holistic approach. By understanding the evolving threat landscape, recognising the business implications of security breaches and implementing best practices, businesses can significantly enhance their security posture. C8 Secure is dedicated to providing robust security solutions that help businesses protect their critical web applications and APIs, ensuring resilience against the complex threats of today’s digital landscape.

C8 Secure WAAP solutions represent a proactive approach to web application and API security.

To support organizations enhance their web application and API security framework, C8 Secure is offering 3 months of FREE WAAP services for the first 50 customers to sign up to a 15-month contract*.

Learn more about the WAAP solution here.

For further information and detailed guidance on securing your web applications, email info@c8secure.com or fill out our Contact Us page.

 

*T&Cs apply. Limited-time offer; subject to change. First 3 months free, when signing up to a 15-month contract.

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Related content: C8 Secure in the Philippines 

TESTIMONIAL

Philippine National Bank – Customer Spotlight

Hear from Roland Oscuro, FSVP, CISO, Philippine National Bank, who discusses his company’s partnership with C8 Secure, providing SOC services to the company.

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C8 Secure - Philippine National Bank - Customer Spotlight

EVENT

C8 Secure CIO Philippines Summit 2024

Our C8 Secure team hosted a Cybersecurity Summit gathering the brightest minds, industry leaders, and executives from top organizations.

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C8 Secure CIO Philippines Summit 2024

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September 3, 2024
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The Philippines’ cybersecurity issue: More than 5 billion cyber attacks daily, report says

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The Philippines’ cybersecurity issue: More than 5 billion cyber attacks daily, report says

The Philippines saw a sharp increase in cyber attacks in the first quarter of 2024, with the number of attacks reaching a staggering five billion per day . This is a significant 28 percent increase from the previous quarter’s 3.9 billion.

In this blog, we will explore some of the most popular types of cyber attacks in the Philippines in 2024, recent high-profile cases and the necessary measures that the government and organizations must adopt to ensure they remain resilient against evolving cyber threats.

Cybersecurity threat #1: DDoS attacks

Cybercrime in the Philippines takes various forms, employing different methods depending on the objectives, whether obtaining bank information, personal data or other sensitive information.

Among them are Distributed Denial-of-Service (DDoS) attacks, which aim to disrupt online services by overloading their traffic.

An infamous group known as Exodus Security has been responsible for carrying out DDoS attacks on Philippine government websites. The group has been involved in leaking stolen data from its targets in the Philippines, as well as other countries such as the United Kingdom, France, Indonesia, and India.

Recently, there have been cyber attacks in the Philippines by a local group called DeathNote Hackers. They are said to have leaked data from the Bureau of Customs, with the stolen data amounting to 4.5 gigabytes and containing personal information of over 2,200 employees and approximately 80,000 customers.

Cybersecurity threat #2: Malware attacks

Malware presents a high-risk cyber attack threat. Malware, short for malicious software, is any app or software designed to disrupt device or computing operations, steal sensitive data or gain access to system resources. It can take different forms, including computer viruses, ransomware, spyware, Trojan horses and worms.

In February, hackers used malware to access and control the Philippine Coast Guard’s (PCG) Facebook page, posting two malicious videos. This was the third time the PCG has been targeted by hackers this year. In mid-February, the PCG’s X (formerly Twitter) account was hijacked for several hours. The month before, the PCG’s website was one of several Philippine government sites attacked by hackers with IP addresses in China.

The Philippine National Police (PNP) also recently experienced several system breaches. The hackers gained access to the PNP’s Logistics Data Information Management System, which is the official repository for data on police equipment and physical assets. They also breached the online permits application platform of the PNP-Firearms and Explosives Office. The PNP is working with the Department of Information and Communications Technology (DICT) to investigate potential malware activity and malicious accounts created for the cyberattacks.

Then again in July, the DICT itself was compromised by a threat actor known as ph1ns. This hacker group, notorious for reigning havoc and causing disruption across various government systems in the Philippines, infiltrated the DICT’s Disaster Risk Reduction Management Division and disclosed screenshots and detailed system descriptions on a dark web forum.

A message posted on the DICT-DRRMD website revealed ph1ns’s motivations from a hacktivist position, stating, “This attack is not merely to ridicule DICT’s reputation but also to fortify the nation’s cyber defense by embarrassing them.”

5 measures for mitigating cyber risk

The Philippines will continue to be a target for cyber attacks. To mitigate against these ongoing threats, local government agencies and organizations must adopt a proactive and layered defence strategy.

Here are some of the best measures they should consider:

  • Regular security audits and assessments

  • Advanced threat detection and response using latest technologies

  • Robust incident response and mitigation plans

  • Comprehensive training and awareness programs

  • Legislative and regulatory compliance

    • Ensure compliance with relevant cybersecurity regulations and standards, and not simply performing Checkbox Security.
    • Stay abreast of legal requirements and industry standards.

Cybersecurity solutions for a safer tomorrow

With cyber threat incidents on the rise, C8 Secure is committed to working closely with corporations and governmental agencies to provide practical, adaptable, preventable and problem-solving security solutions.

Learn how our expertise can help your organization stay ahead of cyber threats – contact us today!

DOWNLOAD BROCHURE

For more information, please download our solutions brochure

DOWNLOAD

Related content: C8 Secure in the Philippines 

TESTIMONIAL

Philippine National Bank – Customer Spotlight

Hear from Roland Oscuro, FSVP, CISO, Philippine National Bank, who discusses his company’s partnership with C8 Secure, providing SOC services to the company.

Play Video

C8 Secure - Philippine National Bank - Customer Spotlight

EVENT

C8 Secure CIO Philippines Summit 2024

Our C8 Secure team hosted a Cybersecurity Summit gathering the brightest minds, industry leaders, and executives from top organizations.

Play Video

C8 Secure CIO Philippines Summit 2024

Let’s Get Started

info@c8secure.com
+1 (877) 861-1611
C8 Secure
C8 Secure

July 9, 2024
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Key takeaways from Infosecurity Europe 2024

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Key takeaways from Infosecurity Europe 2024

Leon Allen, Director of Cybersecurity at C8 Secure, alongside several of his colleagues in the global Continent 8 and C8 Secure cybersecurity team, recently attended Infosecurity Europe 2024. Infosecurity Europe is the UK’s premier cybersecurity event, bringing together senior leaders of the cybersecurity community to pool their expertise and tackle the pressing challenges they face daily in the information security sector.

Here, Leon shares his key takeaways from the event.

Tell us about your impressions of Infosecurity Europe 2024? What did you enjoy most about the show?

Infosecurity Europe always offers valuable learning opportunities. These come in the form of conference sessions and networking discussions with cybersecurity experts and professionals, allowing for the exchange of ideas and sharing of lessons learned from diverse practices, backgrounds and applications.

In addition, a small but appreciated observation is Infosecurity Europe’s new floor plan layout. The distinct startup, technology and networking zones made it easier to navigate the exhibition for an improved attendee experience.

While at Infosecurity Europe 2024, did you see a common themes at the event?

The event covered a wide range of relevant themes and topics that were of interest to the cybersecurity community. These ranged from AI (overload; of course!) to securing the supply chain to ransomware. Organizational-specific topics also included encouraging diversity in cybersecurity and creating a security-focused culture.

Were there any topics or specific conference sessions that were of interest to you?

I always look forward to Infosecurity Europe’s agenda as it never disappoints. I try to attend as many conference sessions as I can over the three-day period – I thoroughly enjoy all of them!

While it’s too lengthy to detail all sessions details, here are some of the highlights, notes and key takeaways from two of the ransomware and AI presentations that I attended:

Session 1: Ransomware: Time to Decide – Will You or Won’t You Pay?

  • 1 billion paid in ransom in 2023!
  • Skill shortage across cybersecurity remains (and is getting worse)
  • There is no legislation in the UK mandating reporting of cyber ransoms
  • Figuring out who’s on the other end of the table is important (e.g. do they have the decryption key or are you a victim of a ransom of a service with no real technical expertise?)
  • Advice:
    • Three Ps
      • Prepare: This will happen.
      • Plan: Understand who are the stakeholders.
      • Practice: Can you use your insurance provider or managed
        security provider to perform a tabletop exercise?

Session 2: How to Win the AI Arms Race

  • Projection that cybercrime will be worth 10.5 trillion dollars in 2025! (To put it in perspective, that would make it the third richest country in the world in terms of GDP)
  • Threats:
    • Generative AI (targeted emails; improving virus’)
    • AI constructive programs
    • AI Red Teaming
    • Polymorphic attacks (e.g. Black Mamba – where a virus morphs over time)
  • How can AI help defence in depth?
    • 92% of malware uses DNS and traditional tools only look at basic DNS
      • E.g. Suburst Solarwinds Compromise
      • AI could help us identify nefarious domains to expediate efforts in blocking these compromises
    • 91% of attacks involve email
      • Using AI to scan emails to look for abnormalities
    • AI-powered end-point protection
      • AI-powered XDR; including deep learning
    • Deep Learning AI is closing the gap
    • Updates and patch management
      • AI patch management vendors are coming to market
    • Training and awareness
      • Culture AI – scanning the network and recommend targeted training
    • Incident response planning
      • Micro segmentation
  •  Summary:
    • Know your enemy
    • AI is only part of the solution
    • Create a multi-layered defence

I’ve already marked my calendar for Infosecurity Europe 2025. Hope to see you there!

With cyber threat incidents on the rise, C8 Secure is committed to working closely with corporations and governmental agencies to provide practical, adaptable, preventable and problem-solving security solutions.

Learn how our expertise can help your organization stay ahead of cyber threats – contact us today!

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July 2, 2024
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Key takeaways from the 2024 Report on the Cybersecurity Posture of the United States

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Key takeaways from the 2024 Report on the Cybersecurity Posture of the United States

The Office of the National Cyber Director’s (ONCD) 2024 Report on the Cybersecurity Posture of the United States highlights significant trends and areas of concern in the evolving cyber threat landscape. Notably, it underscores the growing risks to critical infrastructure, the persistent threat of ransomware, the exploitation of supply chains, the proliferation of commercial spyware and the dual-edged impact of artificial intelligence.

Brian Borysewich, Chief Information Security Officer (CISO) at C8 Secure, provides his insights on the report, emphasizing the importance of enhanced public-private collaboration, robust incident response plans, advanced threat detection technologies and comprehensive training programs. By adopting these measures, organizations can build a resilient cybersecurity framework to defend against ever changing and increasingly sophisticated persistent cyber attacks.

Q&A with Brian Borysewich

What were your initial impressions after reading the 2024 Report on the Cybersecurity Posture of the United States?

The report identifies several areas needing significant improvement. These include the need for enhanced collaboration between public and private sectors, improved cyber hygiene practices across all industries, and the development of more robust incident response plans. Additionally, there is a call for greater investment in cybersecurity research and development to keep pace with the evolving threat landscape.

Was there anything in the report that surprised you or confirmed what you are already seeing in the industry?

The emphasis on commercial spyware was particularly striking. While we’ve been aware of its existence, the report’s detailed analysis confirms its rapid growth and the significant

threat it poses. The extent to which these tools are being developed and sold by private vendors to nation-state actors was eye-opening. This aligns with what we are already seeing in the industry, where the lines between nation-state and criminal activities are increasingly blurred. The sophistication and availability of these surveillance tools are growing at an alarming rate, making it easier for malicious actors to carry out highly targeted and invasive attacks.

Another point of confirmation was the continued threat posed by ransomware. The report’s findings on ransomware mirror what we’ve been observing: ransomware groups are becoming more organized and their tactics more advanced. They are continually finding new ways to evade detection and disrupt operations, which reinforces the need for constant vigilance and adaptive security measures within organizations.

Overall, the report validates many of the trends and threats that cybersecurity professionals have been monitoring, but it also highlights emerging areas that require immediate attention and action.

How do the findings of this report compare to some of your other governmental agency experiences?

The findings of the 2024 report are notably more detailed and forward-looking compared to other governmental agency reports I’ve encountered. One significant difference is the comprehensive integration of emerging technologies, such as artificial intelligence, into the broader discussion on cybersecurity. Many previous reports have touched on traditional cybersecurity threats and responses but have not delved as deeply into how rapidly advancing technologies are reshaping the threat landscape.

Additionally, this report places a strong emphasis on the interconnection of cyber threats and the broader geopolitical environment. It recognizes that cyber risks are not isolated incidents but are often part of larger strategic moves by nation-state adversaries. This holistic view aligns well with the realities we see in the industry, where cyber threats are increasingly used as tools of political and economic influence.

Another standout aspect is the report’s focus on the commercial spyware market and its implications. This is a relatively new area of concern that hasn’t been covered in as much depth by other reports. The acknowledgment of commercial entities contributing to the cyber threat landscape by selling advanced surveillance tools to nation-state actors is a critical insight that requires immediate attention and regulatory action.

Furthermore, the report’s recommendations for enhancing collaboration between the public and private sectors, as well as investing in cybersecurity research and development, reflect a progressive approach that is essential for addressing modern cyber threats. In my experience with other governmental reports, there is often a lag in recognizing the need for such proactive measures.

Overall, the 2024 report provides a more nuanced and forward-thinking perspective that is crucial for developing effective cybersecurity strategies in today’s rapidly evolving digital world.

What are the best measures government agencies or organizations should take in the face of ever-growing cyber attacks?

Government agencies and organizations must adopt a proactive and layered defense strategy to effectively combat the ever-growing threat of cyber attacks. Here are some of the best measures they should consider.

  • Enhanced collaboration
    • Foster stronger collaboration between public and private sectors.
    • Share threat intelligence, best practices and resources.
    • Establish partnerships and communication channels.
  • Regular security audits and assessments
    • Conduct regular security audits and assessments.
    • Perform internal and external evaluations.
    • Update vulnerability assessment and penetration testing (VAPT) regularly.
  • Advanced threat detection and response using latest technologies
    • Invest in AI-driven analytics, machine learning and behavioral analysis tools.
    • Implement Security Information and Event Management (SIEM) systems.
  • Robust incident response and mitigation plans
    • Develop and maintain clear procedures for detecting, responding to, and recovering from cyber incidents.
    • Regularly test and update these plans through simulations and drills.
  • Comprehensive training and awareness programs
    • Provide ongoing cybersecurity training and awareness programs for all employees.
    • Educate staff on recognizing phishing attempts, social engineering tactics and other common attack vectors.
  • Cyber hygiene practices – protecting the environment
    • Implement and enforce strong cyber hygiene practices.
    • Ensure regular software updates, patch management and the use of multi-factor authentication (MFA).
  • Supply chain security
    • Strengthen supply chain security by assessing and monitoring third-party vendors and partners.
    • Establish strict security requirements and conduct regular assessments.
  • Investment in research and development
    • Allocate resources to cybersecurity research and development.
    • Invest in innovative technologies and methodologies to stay ahead of emerging threats particularly around advancements in AI and artificial general intelligence (AGI).
  • Legislative and regulatory compliance
    • Ensure compliance with relevant cybersecurity regulations and standards, and not simply performing Checkbox Security.
    • Stay abreast of legal requirements and industry standards.
  • Public awareness campaigns using all mediums
    • Engage in public awareness campaigns to educate citizens about cybersecurity risks and best practices.
    • Increase public knowledge and vigilance to create a more secure digital environment.

With cyber threat incidents on the rise, C8 Secure is committed to working closely with corporations and governmental agencies to provide practical, adaptable, preventable and problem-solving security solutions.

Learn how our expertise can help your organization stay ahead of cyber threats – contact us today!

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June 4, 2024
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Cyber warfare escalates in Philippines: The Armed Forces of the Philippines forms exclusive ‘cyber command’ to combat growing menace

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Cyber warfare escalates in Philippines: The Armed Forces of the Philippines forms exclusive ‘cyber command’ to combat growing menace 

The Armed Forces of the Philippines (AFP) is taking a groundbreaking move in response to the growing threat of cyber attacks. The country’s military is forming an exclusive “cyber command” to combat digital threats, which have become as significant as physical ones.

Recently, Philippine corporations and governmental agencies have fallen victim to a spate of cyber attacks. To address this, AFP General Romeo Brawner announced plans to refine the recruitment process at a media event organized by the Foreign Correspondents Association of the Philippines on October 12, 2023.

What’s at stake

The Philippines is grappling with a surge in cyber attacks from state-sponsored and independent entities. According to the Philippine National Police (PNP), cyber crimes skyrocketed by 68.98 percent in 2023, jumping from 11,523 cases in 2022 to 19,472 incidents in 2023.

Recently, Philippine Senate legislative websites, including those of the House of Representatives and the Senate, were breached by anonymous hackers, resulting in temporary shutdowns. The Philippine Star reported further breaches involving major institutions like the Philippine Health Insurance Corp., the Department of Science and Technology and the Philippine Statistics Authority, leading to consequential data leaks.

In response to these escalating cyber threats, President Ferdinand Marcos Jr. has urged the Department of Information and Communications Technology to bolster its cyber defense protocols. Meanwhile, Microsoft has launched an educational-based initiative to train in artificial intelligence (AI) and cybersecurity.

This training program, a collaborative effort between various government agencies and educational institutions, aims to enhance cybersecurity knowledge among government workers by equipping them with the skills to identify cybersecurity threats. Philippine Trade Undersecretary Rafaelita Aldaba praised this initiative, emphasizing its potential to strengthen cybersecurity and foster trust in technology adoption.

The program is also seen as a strategic move to combat the pervasive issue of disinformation – which the North Atlantic Treaty Organization (NATO) defines as the deliberate creation and dissemination of false or manipulated information with the intent to deceive or mislead. By focusing on education, the initiative aims to enhance people’s ability to discern authentic content from manipulated information, ultimately empowering them to make informed decisions in the digital age.

Assessing vulnerability and high-profile cyber attacks

The Philippines is facing an unprecedented cyber crisis, with millions of personal records compromised and critical institutions crippled by ransomware attacks. The nation’s extensive internet use, lack of awareness about cybersecurity, and underdeveloped cybersecurity infrastructure have created a perfect storm of vulnerabilities.

  • In April 2023, a severe data breach exposed the personal details of millions, affecting vital institutions like the Philippine National Police, the National Bureau of Investigation, the Bureau of Internal Revenue, and the Special Action Force. Compromised data from Philippine government subdomains subsequently appeared in the Russian black market. This incident highlights the devastating consequences of cyber attacks on the country’s critical infrastructure.
  • Ransomware attacks have become a daily threat to key sectors, including finance, government, healthcare, education, and retail. General Brawner has warned that Philippine government institutions are facing near-daily cyber attacks. The situation is further complicated by the involvement of international actors like China’s People’s Liberation Army, which has launched several cyber attacks on the Philippines, targeting sectors related to trade, defense, and external affairs.
  • The country has also faced threats from Russian-speaking ransomware groups and South Korean hackers. This complex cyber threat landscape underlines the urgent need for strengthened cybersecurity measures in the Philippines.

To address these challenges, the government and military are investing in developing its cybersecurity infrastructure, raising awareness about online safety and collaborating with international partners to combat transnational cybercrime.

C8 Secure – Your partner in cybersecurity

As a leading cybersecurity provider, C8 Secure has safeguarded several renowned Philippine brands against the rising tide of cyber threats. Our collaboration with the Philippine National Bank (PNB) has yielded immediate returns and enhanced threat prevention, detection and response capabilities.

We have also partnered with Jollibee Foods Corporation (JFC), providing comprehensive end-to-end security solutions to safeguard their extensive operations.

Cybersecurity solutions for a safer tomorrow

With cyber threat incidents on the rise in the Philippines, C8 Secure is committed to working closely with corporations and governmental agencies to provide practical, adaptable, preventable and problem-solving security solutions.

Discover how we can protect your organization

Learn how our expertise can help your organization stay ahead of cyber threats – contact us today!

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April 30, 2024
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Partnership News

C8 Secure enters partnership with Corrata to deliver mobile endpoint security solution, Mobile Protect

By Featured

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Partnership News

C8 Secure enters partnership with Corrata to deliver mobile endpoint security solution, Mobile Protect 

18 March 2024: C8 Secure (a Continent 8 company), a provider of comprehensive, multi-layered cybersecurity solutions that focus on threat prevention, has entered into an agreement with Corrata, a mobile endpoint security solution provider that offers complete protection against any mobile threat.

Through this agreement, C8 Secure has launched its Mobile Protect solution, a C8 Secure managed service which incorporates Corrata’s unique technology with other mobile centric security capabilities. The solution protects employee devices, strengthening mobile endpoints against contemporary security threats, ensuring safe access to corporate data while respecting personal usage.

Mobile Protect provides a complete defence against mobile threats, such as detecting and disabling malware, blocking smishing attacks, protecting WiFi communications and vulnerability management.

It complements the company’s SafeBait solution which simulates social engineering and phishing campaigns, a managed service that offers customized phishing defense solutions.

Patrick Gardner, Managing Partner at C8 Secure, a Continent 8 company, comments:

Mobile devices are an essential tool for today’s modern business, making this a huge target for cyber criminals. In 2022 alone, 46% of organizations suffered a mobile-related security breach, so it is essential that businesses are securing these devices.

We are thrilled to be working with Corrata to develop our Mobile Protect solution which enables businesses to protect all iOS and Android devices from cyber attacks, safeguarding their employees from malicious actors.

Dylan Fermoyle, VP at Corrata, comments:

We are delighted to partner with C8 Secure. Their track record in providing high-touch managed security services to marquee customers aligns directly with Corrata’s mission to provide the best possible protection to the mobile workspace.

C8 Secure leverages a comprehensive, multi-layered solution focused on threat prevention versus detection. This includes SIEM/SOC capabilities, EDR and MDR protection and DDoS and WAAP solutions. Learn more here: c8secure.com.

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March 19, 2024
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Insider Threat

Best practices for protecting your business from insider threats

By Featured, Uncategorized

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Insider Threat

Best practices for protecting your business from insider threats

An insider threat is a cybersecurity risk coming from within an organization. This risk often arises when employees, contractors, vendors, or partners with proper access misuse it to harm the organization’s networks, systems and data. Whether intentional or not, such actions threaten the confidentiality, availability and integrity of the organization’s systems and data.

In the 2023 Insider Threat Report by Gurucul, it is revealed that over 70% of organizations believe that they are moderately to highly susceptible to insider threats. Over the past year, more than half of the surveyed organizations have faced at least one insider threat, with 8% encountering over 20 incidents.

According to the 2023 Cost of Insider Risks Global Report by Ponemon Institute, the average cost to address and mitigate the fallout of an insider threat that lasts for 91 days is $18.32 million. The report also highlights that only 13% of insider threats could be mitigated within 31 days.

Types of insider threat

Insider threats within organizations can manifest in various forms. These threats include:

  1. Unintentional Threats: Caused by negligence or accidents, these threats arise from insiders who disregard security protocols or make errors, like sending sensitive information to the wrong recipient or losing data storage devices.
  2. Intentional Threats: This involves malicious insiders who deliberately harm the organization for personal gain or due to grievances. Actions can range from data leaks to sabotage.
  3. Collusive Threats: These occur when insiders collaborate with external actors, like cybercriminals, to compromise the organization. This threat often involves fraud or intellectual property theft.
  4. Third-Party Threats: Often involving contractors or vendors, these threats stem from those with some level of access, who might directly or indirectly pose a risk to the organization.

Case examples of insider threat

High-profile cases of insider threats have demonstrated their significant impact on organizations. While some cases may not have immediate monetary implications, they still harm the company’s reputation and customer trust.

For instance, Tesla faced a data leak where two former employees disclosed over 75,000 employees’ personal information. The information compromised included personal and contact details, employment records and sensitive financial data. The two perpetrators also disclosed details about customer bank accounts, Tesla’s production secrets and feedback on its Full Self-Driving features. Tesla took legal measures against the individuals responsible, but the breach left lasting implications for its data security reputation.

In May 2022, Qian Sang, a then-Yahoo research scientist, downloaded Yahoo’s AdLearn product information. Sang transferred about 570,000 pages of intellectual property to his devices. This occurred shortly after he accepted a job offer from The Trade Desk, a rival company. Weeks later, Yahoo discovered the data theft. The company then issued Sang a cease-and-desist letter. Yahoo filed three charges against Sang, including the theft of IP.

Microsoft also experienced a security lapse when employees accidentally exposed login credentials in August 2022. The company did not disclose specific details about the systems impacted by the credential exposure. However, had the breach involved the personal data of EU customers, Microsoft would have to pay a substantial €20 million fine under GDPR.

In 2022, Apple initiated legal action against the startup Rivos. The tech giant accused Rivos of systematically hiring its former employees. Apple claimed that Rivos did this to obtain confidential information. At the time, Rivos had hired over 40 of its previous staff, including engineers who allegedly took gigabytes of sensitive data related to Apple’s System-on-Chip (SoC) technology. Apple had developed this SoC technology for over a decade with substantial investment. This technology was reportedly critical to Rivos’ accelerated SoC development. Apple’s lawsuit framed this as a data theft.

Protect your business from insider threats

To combat insider threats, organizations must integrate a series of strategic actions into their security plan. This begins with a comprehensive inventory and classification of data resources throughout the IT environment. The classification includes data stored onsite and in cloud infrastructures. Classifying data allows for the efficient and secure use of information across the organization.

Next, developing a detailed data handling policy is crucial. This policy should dictate how different types of data can be accessed and used and by whom. It’s essential to incorporate a system that flags violations of this policy, which could indicate potential insider threats.

Training employees is also essential in preventing insider threats as it enhances their awareness of security risks, including unintentional ones. Through training, employees better understand company policies and their roles in data security. They learn to recognize signs of potential threats and the correct response to suspected breaches. This reduces accidental security lapses and cultivates a strong culture of security within the organization.

Monitoring systems for signs of insider threats is also key. Implementing solutions like intrusion detection systems, privileged access management systems and user behavioral analytics helps in identifying suspicious activities. Investigating any unusual activities promptly can significantly mitigate risks posed by insider threats.

At C8 Secure, we provide comprehensive services tailored to combat insider threats. Our expertise includes conducting detailed cyber security assessments, vulnerability testing and crafting incident response plans. C8 Secure’s managed Endpoint Detection and Response (EDR) and Managed Detection and Response (MDR) services play a crucial role in mitigating insider threats. These services continuously monitor endpoints and network activity for suspicious behavior, enabling rapid detection and response to potential threats. For example, if an employee attempts to exfiltrate sensitive data via an unauthorized USB device, C8 Secure’s EDR solution would detect this anomalous activity and trigger an alert for investigation.

Similarly, C8 Secure’s managed Security Operations Center (SOC) and Security Information and Event Management (SIEM) services provide 24/7 monitoring and analysis of security events across an organization’s infrastructure. By correlating data from multiple sources, such as user activity logs, network traffic, and application events, C8 Secure’s SOC team can identify potential insider threats that might otherwise go unnoticed. For instance, if a privileged user suddenly starts accessing sensitive resources outside of their normal working hours, the SOC team would be alerted to investigate this anomalous behavior.

C8 Secure’s managed Web Application and API Protection (WAAP) services are also critical in defending against insider threats. These services protect an organization’s web applications and APIs from unauthorized access and abuse, which is particularly important given the growing reliance on cloud-based services. For example, if an employee attempts to exploit a vulnerability in a web application to gain unauthorized access to sensitive data, C8 Secure’s WAAP solution would detect and block the attempt.

Beyond these technical controls, C8 Secure also emphasizes the importance of employee training and policy development in mitigating insider threats. By working with organizations to develop comprehensive security policies and providing targeted training to employees, C8 Secure helps foster a culture of security awareness. This can help prevent unintentional insider threats, such as the accidental exposure of login credentials by Microsoft employees.

Insider threats pose a significant risk to organizations of all sizes and industries. By leveraging C8 Secure’s managed security services, including EDR, MDR, SOC, SIEM, and WAAP, organizations can significantly enhance their ability to detect and respond to insider threats. Combined with robust security policies and employee training, these services provide a comprehensive defense against the growing risk of insider threats.

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