Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In our last post, we shared how we began to scale our security code review process with SAGE. We discussed how we gathered historical Product Security (ProdSec) review records to create a 1Password-specific ruleset, the three-stage Finder/Critic/Judge pipeline, and the limitations of our v1 implementation.

AI agents are rapidly moving from experimental projects into everyday business operations. Unlike traditional AI systems that generate content or answer questions, AI agents can take action. They can call APIs, access applications, retrieve data, execute workflows, and make decisions with limited human intervention. That shift is creating a new security challenge for enterprises.

Employees are already using AI at work. They build agents in Microsoft Copilot Studio, write code with Claude Code, and paste sensitive data into chatbots in the browser. Each of these actions can expose sensitive information outside of approved workflows, and most of it happens where traditional endpoint, network, and data loss prevention (DLP) security controls can't see the prompt or the tool call.

The July 2026 Apache Traffic Server security release addresses a large batch of vulnerabilities across the proxy core and its plugin ecosystem, disclosed on July 29, 2026 and fixed in versions 9.2.15 and 10.1.4. Published counts of the batch differ. The Apache Traffic Server project describes the release as addressing 34 CVEs, while Belgium’s Centre for Cybersecurity puts the figure at 38 vulnerabilities.

In this post, we will uncover the “Fuyao Enterprise,” a previously unknown, sophisticated and highly modular botnet operating within Android TV boxes. This operation marks a shift in modern ad-fraud, where automated bots fake both clicks and views to defraud advertisers and ad-networks. While deploying novel tactics and techniques, Fuyao managed to escape public research for several years. Now, its operators openly advertise their network of over 120,000 “AI digital humans.".

MSPs are operating in an increasingly demanding environment. Every client they onboard adds more applications, identities, endpoints, cloud services, data, and third-party dependencies. All of this drives up the daily operational workload that teams have to absorb.

After a laptop compromise, the hard question is which credentials were on it. See why blast radius scoping is hard, and how to turn it into a revocable list.

In May I wrote that you probably don’t need private PKI for internal infrastructure, because DNS validation gets a publicly trusted certificate onto hosts that never touch the internet. In June I pointed out that Apple enforces an 825-day cap on private certificates, so your own CA doesn’t even free you from the browser vendors. Two days ago I told you that public client certificates stop renewing in October, and that the replacement is a private certificate authority.

If you've been following the cybersecurity conversation over the last several weeks, you've heard some version of the phrase “Claude Mythos changes everything.” It’s dominated the industry news cycles since early April. While the capabilities these stories tout are very much real, I have an issue with the framing being wrong when it comes to vulnerability management. There’s a narrative that Mythos and other frontier models will find too many vulnerabilities to deal with.

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