Check Point Software

Hybrid SASE is not a label – it is an architectural commitment. Many enterprises pay twice for SASE: once for the platform, and again for the overhead of integrating and managing components never designed to work as one architecture. Check Point’s Hybrid SASE takes a different path: a single operating model that unifies access and policy. That distinction decides whether traffic is secured and routed predictably – or whether teams spend years working around architectural seams. Take a typical workday. A remote employee connects from a managed laptop, a branch office user accesses a private application, and a contractor opens The post The State of Hybrid SASE: Built-In vs. Bolted-On appeared first on Check Point Blog.

Today is AI Appreciation Day, and honestly, we mean it. AI has changed how we write code, analyze threats, and get work done faster than anyone thought possible a few years ago. It deserves a moment of gratitude. But at Check Point, we spend most of our year studying the other side of that coin and our newly released AI Security Report 2026 makes one thing very clear: the same qualities we’re celebrating today are exactly what’s made AI such a powerful tool for attackers too. So in the spirit of appreciating AI honestly, not just enthusiastically, here’s what a The post AI Appreciation Day: Let’s Be Honest About What We’re Appreciating appeared first on Check Point Blog.

Security programs are built around moments of closure: the finding is closed, the control passed, and the release can move forward.  AI security refuses to cooperate with that model.  A passing test is useful evidence, but only for a specific system, configuration, and moment.  Production AI keeps moving. Models change behavior, prompts are revised, retrieval sources are added, agents gain tools, and users introduce unexpected context. Attackers adapt just as quickly. Yesterday’s clean result may not describe tomorrow’s risk.  That has been the practical case for continuous AI red teaming. Now, research from the National Institute of Standards and Technology The post AI Security Is Never Finished: Building the Continuous Red Teaming Loop  appeared first on Check Point Blog.

Key Takeaways Vulnerability response times have collapsed from days to hours. AI can reason about code well enough to generate working exploits at scale, so defenders now face patch windows of 12 to 72 hours instead of the traditional timeframe Your exposed AI infrastructure is being actively probed right now. Model servers, inference endpoints, and agent control panels are facing the internet, and most security teams don’t know they’re there Data leakage through approved AI use doubled in one year. Employees sharing context with generative AI to get useful answers are exposing credentials and source code in ordinary workflows, no The post AI Security Threats in 2026: Annual Insights from Check Point Research appeared first on Check Point Blog.

Every AI vendor is talking about agents – autonomous systems that handle complex tasks without constant human input. The promise is real. But one question gets asked too rarely: what makes an agent reliable enough to trust with your network security?  The answer isn’t the model. It’s the harness.  Agents Run on LLMs. Reliability Runs on Something Else AI agents get their reasoning power from large language models (LLMs). LLMs are impressive. They understand context, reason through complex problems, and plan across a wide range of tasks.  But on its own, an LLM is a generalist. It knows a little about everything and not enough about your The post AI Agents are Only As Effective as Their Harness appeared first on Check Point Blog.

Key takeaways  AI agents create a new email attack surface because they can process content before humans see it Email Agent Hijacking hides instructions in email content to manipulate AI interpretation, decisions, or outputs Post-delivery controls are too late when an AI agent acts immediately after delivery Organizations need preventive protection for AI-consumed content and validation for AI-generated responses AI agents are now reading and writing emails before humans ever see them. What was once a human-centric communication channel is quickly becoming an AI-driven workflow, and that shift introduces a new and largely unprotected attack surface.  Much of the industry’s recent attention has centered The post Email Agent Hijacking: The Hidden Threat That Breaks Post-Delivery Security appeared first on Check Point Blog.

A student receives what looks like a routine summer job offer from a trusted school account. The link goes to Google Forms. The email passes authentication. There is no malware, no fake login page, and no strange-looking domain. To the student and to many security tools, it looks harmless.  But this is where modern phishing succeeds: it borrows trust instead of faking it. In this case, Check Point Research observed more than 3,200 copies of a phishing campaign targeting students with the promise of flexible summer work. The emails were sent from a compromised but legitimate school mailbox and directed The post How Check Point Email Security Stopped a Student Job Scam Before It Reached the Inbox appeared first on Check Point Blog.

Walk into almost any executive leadership meeting right now and you’ll find the same dynamic playing out. The CEO is asking how the company can do more with AI, faster. Engineering teams are already three sprints deep into building something new. And when the CISO walks into the room, the energy subtly shifts. The unspoken question is always the same: is this person here to help us move, or to slow us down? That dynamic is an issue, and I think it’s one the security community has to own. The CISO has long carried the label of the “Office of The post Redefining the CISO Contract: From Securing the Business to Securely Doing Business appeared first on Check Point Blog.

Key takeaways Weekly cyber-attacks per organization reached 2,270 in June 2026, up 10% from May and 17% higher than June 2025 Education, Government, and Telecommunications again sat at the top of the industry list, with Education and Telecommunications posting double-digit gains while Government rose 5% year over year Most regions grew year over year, led by Latin America at a 27% increase, while Africa was the exception with a 9% decline GenAI exposure held roughly steady, though Healthcare and Telecommunications emerged as the industries carrying the most risk from unsafe prompts Ransomware attacks reached 646 for the month, a 33% The post A New Ransomware Leader Emerges as June 2026 Attack Volumes Climb Worldwide appeared first on Check Point Blog.

As organizations adopt both on-premises firewalls and cloud-delivered SASE, security becomes more distributed and complex. Users connect from headquarters, branch offices, and remote locations, expecting the same secure and seamless internet experience everywhere. When Internet Access policies across firewalls and SASE are managed separately, maintaining consistency becomes harder, increasing the risk of human error and misconfiguration.  The 2026 Verizon Data Breach Investigations Report found that misconfiguration is one of the top recurring error types in breaches year after year, noting that, “the fact that Misconfiguration remains among the top errors over time is rather concerning.” In environments with separate Internet Access policies, that risk is The post How Unified Policies Close Security Gaps appeared first on Check Point Blog.