But the bigger story wasn’t the number of announcements.
Taken together, they point toward a broader shift in physical security: cameras, access control, alarms and intercoms are increasingly becoming part of a connected operational platform, one that can provide organizations with greater context about what’s happening across their facilities, automate responses and help teams investigate incidents faster.
Here are some of the biggest announcements from VerkadaOne 2026 and what they could mean for IT and security teams.
Security Moves Beyond the Building with Verkada Transportation
One of the largest announcements was an entirely new product line: Verkada Transportation.
The platform extends Verkada’s cloud-managed security model to vehicles and fleets, combining video security, GPS location, vehicle telemetry and fleet operations within Verkada Command.
The new portfolio includes three ruggedized camera models and a 5G and Wi-Fi vehicle gateway, along with integration with vehicle diagnostics. Teams can access footage from moving or parked vehicles and search information based on factors such as GPS location, driving behavior and vehicle health. Passenger privacy features include face blurring.
For organizations operating buses, service vehicles or other fleets, the significance is straightforward: physical security no longer has to stop at the building perimeter. Facilities and vehicles can increasingly be managed as part of the same environment.
Verkada Expands into Enterprise Audio
Verkada also introduced Verkada Sound Systems, another new product family that brings enterprise audio management into Command.
Organizations can centrally manage ambient music, announcements and other audio across locations. New Network Audio Players can connect existing third-party speakers and amplifiers to Command, while Network Speakers offer Power over Ethernet connectivity for new deployments.
That may sound like a departure from traditional physical security, but it reflects an important direction for the platform. Audio can play a role not only in everyday building operations but also in security response and automated deterrence.
Instead of treating video, access, alarms and audio as isolated systems, organizations can manage more of their physical environment through a common cloud platform.
AI Gets a Much Bigger Role in Security Operations
AI was another major theme at VerkadaOne, including an interesting connection between physical security and generative AI.
Verkada introduced Catalyst, its Model Context Protocol (MCP) integration for Command. Catalyst can connect Verkada Command with third-party AI platforms including ChatGPT, Claude and Gemini, allowing teams to interact with security and operational information using natural language. The initial release provides AI agents with read-only tools and is being offered as a private beta. (Verkada)
The possibilities extend beyond asking questions about camera footage. Verkada demonstrated potential workflows such as analyzing occupancy and foot-traffic trends, identifying cameras that may need maintenance, reviewing transaction activity alongside associated video and creating operational reports.
That’s an important development for organizations exploring AI. Rather than AI operating as a separate application, it can increasingly become an interface into existing operational systems and data.
Faster Investigations with Live Unified Timeline and Maps
Verkada also expanded its AI-powered Unified Timeline, which brings sightings and events together to help security teams reconstruct incidents.
A new Live Unified Timeline mode can automatically add additional sightings of a person as they move around a property, supporting investigations while an event is still happening. Access control events can also be incorporated into the timeline to provide additional context around movement through a facility.
The experience is becoming more visual as well.
New Verkada Maps capabilities provide an interactive view of devices, alerts and camera coverage across a property. Teams can use the map during investigations and take actions such as remotely unlocking a door. Maps are also being incorporated into monitoring workflows to help responders understand where activity is occurring across a site.
The goal is less time piecing information together across separate systems and more context available from one interface.
New AI-Powered Detection and Alerting
Verkada announced several new detection capabilities designed around specific security and operational scenarios.
New alerts include wrong-way driving detection, blocked-door detection, and retail-focused concealment and grab-and-run alerts. A new Transport Number Mode can also identify and search shipping container numbers, giving logistics and transportation environments another way to connect video with operational information. (Security Info Watch)
Verkada also introduced an updated AI-powered search model designed to improve accuracy and support more complex searches, including multi-condition queries and safety-related searches involving equipment such as hard hats and high-visibility vests.
These developments show how computer vision is moving beyond simply identifying people and vehicles toward understanding specific behaviors, conditions and operational events.
New Cameras, Intercoms and Access Control
There was plenty of new hardware, too.
Among the announcements is Verkada’s first dual-spectrum thermal camera, the CTB63, which combines standard and thermal feeds and supports temperature insights as well as people and vehicle analytics. Verkada also announced six new government-grade multisensor and remote camera models designed to meet FIPS 140 encryption requirements while being TAA and FY2019 NDAA compliant.
For entry management, the new TK74 Touchscreen Intercom features a seven-inch touchscreen designed to help visitors navigate directories and reach the correct person, department or unit. It also supports multiple credential options, including Face Unlock for enrolled users.
Verkada also introduced the AW33 Wireless Access Controller as part of its continued expansion of wireless access control, along with new AI receiver capabilities that can use voice AI to handle routine intercom interactions such as assisting visitors who arrive outside normal business hours.
Alarms Become More Connected
The alarm portfolio received significant updates as well.
The new BP42 Alarm Panel is designed for smaller sites and supports both wired and wireless coverage. Verkada also introduced its Better Sensor Protocol (BSP), which can carry power and data over a single wire run while supporting large numbers of addressable sensors.
Other updates connect alarms more closely with broader security response. Organizations can configure an alarm response to trigger a site lockdown when a panic button is pressed, while Maps can provide monitoring teams with greater context about the location and movement of an intruder during an incident. Verkada also announced cloud-managed fire alarm monitoring that brings fire, intrusion and video information into a more unified monitoring experience.
An Increasingly Open Security Platform
Verkada also continues to expand how Command interacts with technologies outside its own portfolio.
Along with Catalyst, the company announced improvements to its APIs and an integration with Skydio drones. In the private-beta drone integration, a specified alert can automatically deploy a Skydio drone, with aerial footage displayed inside Command alongside the drone’s location and nearby Verkada camera feeds.
It’s another example of physical security becoming less about individual devices and more about orchestrating information and response across a connected environment.
What VerkadaOne 2026 Means for IT and Security Leaders
The individual product announcements are significant, but the broader direction may matter more.
Physical security is becoming increasingly connected with networking, cloud, AI, facilities and broader IT operations. Cameras aren’t simply recording video. Access systems aren’t simply unlocking doors. Sensors, video, access events, alarms, vehicles and AI-generated insights can increasingly contribute to a shared operational picture.
That creates new opportunities, but it also raises important questions.
How should physical security fit into the organization’s broader technology architecture? Is the network ready to support growing numbers of connected devices? How should access and security data be governed? Where does AI add meaningful value? And how can organizations consolidate systems without creating new operational or security gaps?
Those are architecture questions as much as they are physical security questions.
For organizations evaluating their next phase of physical security, the takeaway from VerkadaOne 2026 is clear: the conversation is getting much bigger than cameras.
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