Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Today, organizations are confronted with a multitude of cybersecurity risks, both from external and internal threats. The global cost of cybercrime is projected to exceed $10 trillion by 2025. In 2023, a staggering 72% of all organizations worldwide fell victim to ransomware attacks, which is just one type of threat. The reality is that cyber threats are pervasive, and the adversaries behind them are becoming increasingly sophisticated with each passing year.

Organizations’ zero-trust policies and identity-centric programs ensure that user identities and login credentials are vigorously protected with IAM policies and security tools like MFA or IP restrictions. However, the situation is very different regarding non-human identities (NHI) like API keys, OAuth apps, service accounts, and secrets. Lack of visibility, monitoring, and governance of this permissive access is everywhere, and attackers have figured it out.

In an era marked by an increasing volume and sophistication of cyber threats, the efficiency of your SOC operations has become more important than ever. SOCs are flooded by a daily barrage of attacks and alerts, with a significant portion being false positives, leading to alert fatigue and the potential for genuine threats to slip through the cracks.

In Kubernetes, managing and analyzing network traffic poses unique challenges due to the ephemeral nature of containers and the layered abstraction of Kubernetes structures like pods, deployments, and services. Traditional tools like Wireshark, although powerful, struggle to adapt to these complexities, often capturing excessive, irrelevant data – what we call “noise.”

User Account Control (UAC) serves as a security feature in Windows, aiming to safeguard the operating system from unauthorized modifications. Whenever alterations demand administrator-level permissions, UAC prompts the user, allowing them to either authorize or reject the requested change. User Account Control (UAC) provides several benefits, especially in maintaining security and minimizing risks associated with administrative privilege.

Critical infrastructure facilities operated by the private and public sectors face a complex and continuously growing web of security threats that are compounded by the increasing convergence of information and operational technology (OT) in this area.

This week, the U.S. Environmental Protection Agency (EPA) warned that cyberattacks against water utilities across the country are becoming more frequent and more severe. The agency urged water systems to take immediate actions to protect the nation’s drinking water. According to the EPA, there are more than 150,000 public water systems across the U.S. serving over 300 million people—virtually all of which are administered and secured at local levels of government.

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When a data breach happens, criminals may instantly expose millions of personal, financial, and medical information. They can then use that compromised data to break into other systems, help commit consumer frauds schemes, or be sold to the highest bidder. If that compromised information also contains personally identifiable information (PII), those exposed may fall victim to identity theft.

When consumers get online, they enter a vast environment of potential threats. These threats may be after money, information, or network access, and cybersecurity defenses work to prevent these valuables from falling into criminals’ hands.