Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

What do you do when an attacker doesn’t break into your network, but simply walks in by turning your own multi-factor authentication against you? In this episode of The Tabletop, Jason Chan takes the hot seat and works the problem in real time.

Active Directory controls access to nearly every application, file, and system in your network. That's exactly why it's the first thing attackers go after. Get privileged access to AD, and an attacker doesn't need to break into ten different systems. They just need one path in, and from there they can move freely, escalate privileges, and sit undetected for weeks. AI is making this worse. Faster reconnaissance, sharper phishing, quicker lateral movement, all pointed straight at identity infrastructure.

A trusted security professional with powerful AI access is still a human under pressure. If someone is unemployed, desperate or offered money to look the other way, these tools become much harder to regulate and far easier to misuse.

Think you’re not a target? Here’s exactly why that logic is dangerous… Being prepared is simple with Keeper Security. Keeper generates and stores passwords for every account, alerts you if your credentials ever show up in a breach and protects everything in an encrypted vault.

Think phishing is just a corporate email issue? Think again. Scammers use compromised accounts and lookalike profiles on social media to target you where you least expect it. Stay sharp, verify outside the app, and don't get reeled in by sketchy links!

What happens when 20,000 engineers descend on Amsterdam to talk about Kubernetes and AI? Welcome to Episode 1 of Live Laugh Logs, the podcast from Annie, Lewis and Andre from the Coralogix Developer Relations team where we will get together and recap everything going on in our worlds! We had an amazing time at KubeCon in Amsterdam and had loads of insights from the talks we went to around designing observability systems, all the AI tools being created and how to observe them, and using agent-generated code.