Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Law firms don’t monitor employees because they’re “worried about productivity.” They monitor because one mistake can expose privileged matter files, trigger breach notifications, derail litigation strategy, and permanently damage client trust, especially in a hybrid work model. External attackers are still a threat.

The digital landscape is currently witnessing an industrialization of fraud. Legacy defenses, once considered standard, are now struggling to keep pace with sophisticated attackers who operate with the speed of AI. For enterprises, the Request for Proposal (RFP) process is no longer just a bureaucratic hurdle. It is a critical opportunity to filter out reactive “band-aid” fixes and identify account takeover (ATO) fraud solutions that provide preemptive protection.

A few months ago I wrote about BygoneSSL and the 1.5 million domains with valid certificates owned by someone else. Domains change hands but certificates don’t know. The old owner keeps their private key, and the certificate keeps working. It’s an industry problem, but it turns out it’s our problem too. We purchased certkit.dev for internal development and demos.

By January 2025, over 160,000 EU organizations became subject to new cybersecurity regulations—NIS2, DORA, or both. If you operate in the EU or serve EU clients, you’re likely affected. This guide clarifies which regulations apply to you and what you must do to comply. Contents hide At-a-Glance Comparison Is Your Organization Affected? Question 1: Where Do You Operate? Question 2: What Sector Are You In? Question 3: What’s Your Company Size? What is NIS2?

The Cybersecurity Infrastructure Security Agency (CISA) issued an alert this week based on an attack that struck Poland’s energy sector in late 2025. The attack compromised the operational technology (OT) and industrial control systems (ICS) in 30 renewable energy and heating plants, impacting 500,000 people and also that nation’s manufacturing sector.

Organisations are investing heavily in cyber security, with global spending on cyber security products and services projected to reach approximately $213 billion in 2025 and expected to grow further to around $240 billion by 2026. Yet, a persistent paradox remains: despite escalating budgets, the threat landscape continues to evolve, and data breaches and cyber attacks are becoming more sophisticated and prevalent.

Jeremy, the Head of IT, thought it was a normal Monday until his help desk was overwhelmed with login complaints. 37 employees couldn’t log in. Password resets were happening that nobody could explain, and some devices seemed to vanish from the identity directory. The worst part was that the identity logs did not show a clear break-in. There was no obvious malware and no dramatic spike, only routine-looking admin activity.

Login abuse is one of the common types of cyberattacks. It happens quietly, often showing up as a spike in failed sign-ins or customers locked out of their accounts. On the surface, these events look routine. In reality, they are usually early signs of automated attacks targeting login systems. This pattern is commonly known as credential stuffing. In this method, attackers use automation to test large volumes of stolen usernames and passwords across multiple services.

Web application security is the prevention and protection of web applications through protocols and processes implemented to ensure a cyber threat and vulnerability-free web environment. Modern applications need to handle sensitive customer data, financial transactions, and proprietary business data, as most of the world has transitioned to digital business. As a result, these systems have been prime targets for various attackers seeking to exfiltrate data, disable services, or gain access to the systems.

In 2025, universities in the United States and Australia found themselves squarely in the crosshairs of persistent and evolving cyber threats. Higher education institutions manage highly sensitive personal information, financial details, healthcare records, and research data, making them prime targets for sophisticated attackers, ransomware gangs, and even hacktivists. As cybercrime escalates globally, the education sector is facing some of its most disruptive and consequential breaches in years.