Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In an era where AI accelerates both innovation and adversarial capability, security leaders are confronting a difficult reality: traditional approaches to cyber defense are no longer sufficient. Cyberhaven’s Office of the CISO is responding with a forward-looking strategy designed not simply to keep pace with emerging threats, but to fundamentally redefine enterprise readiness in a post-Mythos world.

Sophos Firewall and Synchronized Security Synchronized Security is a unique capability you won’t get anywhere else. If you look at what’s required to properly secure a modern network, it breaks down into three pillars: hardening, protection, and detection and response. Or another way to look at it: being equal parts proactive and reactive - or what you need to do before, during, and after an attack.

Infostealers are among the most persistent and damaging strains of malware affecting individuals and organizations worldwide. These stealthy and malicious programs often go unnoticed, quietly infiltrating devices to steal sensitive data and relay it to cybercriminals. From session tokens and login credentials to financial information and browser-stored data, infostealers pose a grave risk to organizations.

Most organizations have an acceptable use policy for AI tools. Very few have controls that actually enforce it. The gap between what the policy says and what security teams can detect is where insider risk lives when it comes to large language model (LLM) usage.

A newly disclosed security issue, tracked as CVE-2026-44578, affecting Next.js applications is raising concerns across the developer and security communities after researchers identified multiple authorization bypass and middleware evasion paths that could expose protected application data and credentials. The vulnerabilities impact several versions of Next.js and allow attackers to bypass middleware-based authorization controls using crafted requests and route manipulation techniques.

For years, managed service providers (MSPs) have played a critical role in helping businesses maintain and support their IT environments. But today, the market is demanding something fundamentally different. Cybersecurity has become a continuous operational challenge, one that many SMB and midmarket organizations can no longer manage alone.

Certificate automation does a lot of work on your behalf. Agents running on your servers, talking to certificate authorities, deploying certs to your infrastructure. At some point someone (your CISO, your auditor, or your own brain at 3am) is going to ask: what exactly happened, and when? Today we’re shipping audit logs. Every action taken in CertKit is now recorded: logins, invitations, certificates added, issued, renewed, revoked, and deployed. Agent registrations, approvals, and config changes.

Security incidents are rising with each passing year. The global cost of cybersecurity incidents was $10.5 trillion at the end of 2025. It is projected that data breaches will increase by 40% in 2026, as reported in SentinelOne. Security incidents are no longer isolated events. Many organizations use security systems such as SIEMs, EDRs, and identity telemetry, which generate alerts based on detection logic. While some controls can block the activity, others may allow it to continue undetected.

Every CISO has sat in a budget meeting where the conversation quietly pivoted from risk to price. Not because the chief financial officer (CFO) was being difficult. Not because security stopped mattering. But because at some point in the discussion, two platforms started to look identical, and when things look identical, cost becomes the deciding factor. That pivot is where security investment decisions go wrong. Security leaders do not lose budget because financial leaders undervalue security.

Software composition analysis (SCA) tools have become essential in modern security programs. They continuously scan software supply chains and match component fingerprints against Common Vulnerabilities and Exposures (CVE) databases to surface vulnerabilities in dependencies. SCA tools are effective at scale, but they introduce a persistent challenge: Not every flagged vulnerability actually presents a risk.