Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

AI-powered browser agent security risks are structurally different from traditional software risks: agents inherit authenticated sessions, operate across multiple applications simultaneously, and generate actions from natural language instructions that no existing control layer can interpret. Governing them is now part of building cyber resilience, because you need visibility into both identity and data before deployment, not after an incident.

2001: A Space Odyssey introduced the world to HAL 9000, the fictional artificial intelligence (AI). HAL’s capabilities include everything from facial recognition to natural language processing and automated reasoning. As HAL malfunctions over time, the computer becomes violent to prevent the humans from disconnecting it. The story serves as a morality tale suggesting that without human oversight, AI is dangerous.

Security configurations are not static. They evolve over time due to software updates, policy changes, emergency patches, and human intervention. While these changes are often necessary, they can lead to configuration drift, a gradual misalignment between an organization’s security controls and its intended security policies.

We brought the message of Autonomous IT to the leading security show, and people took notice.

The quiet shift no one talks about. Something happened over the past few years that most MSPs didn't plan for. Their customers moved to Microsoft 365, adopted Entra ID as their identity provider, and started using Microsoft Authenticator for MFA. It made sense at the time. It was simple, it was included in the license, and it worked. But somewhere along the way, a strategic decision was made by default. Microsoft became the identity provider, directory, credential store, and MFA provider. All at once.

An employee receives what looks like a routine email. Maybe it’s a shared document link, a shipment update, or a tool they already use. Nothing feels off. They click. Within seconds, a malicious script runs in the background. No warning. No alert. And the firewall? It didn’t block it. This isn’t an edge case. It’s how many modern attacks actually begin. Not by breaking in, but by being let in. Traditional network defenses were built to block external threats at the perimeter.