Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Smart HVAC systems have become a core part of modern commercial buildings. But they also sit squarely on the front lines of digital risk. These systems connect to sensors, cloud dashboards, vendor portals, and building automation networks that attackers increasingly try to exploit. Protecting them takes more than checking a few security boxes. It requires a plan that mixes cybersecurity, mechanical expertise, and day to day operational discipline.

When you work in cybersecurity, whether you're steering the operational team, or in a more strategic role, the mission is the same: protect the business. But when it comes to executing that mission, finding consensus on the best approach can be hard. At this pivotal point in the evolution of cybersecurity, as automation becomes table stakes and AI adoption accelerates, it is important that stakeholders are pulling in the same direction. However, recent ThreatQuotient research highlights real differences in how CISOs and Heads of IR approach the introduction of AI into cybersecurity strategy and practice.

Programmable Logic Controllers (PLCs) form the foundation of operational technology (OT) environments, governing everything from assembly lines to critical infrastructure utilities. While traditionally isolated by air gaps, modern connectivity has exposed these assets to new risks. If compromised, a PLC can be manipulated to cause physical damage, safety hazards, and significant downtime. However, securing these devices does not always require deep firmware re-engineering or replacing entire fleets of hardware.