OS Malevich update for Ajax hubs and relays will add new functions to sensors
13.02.24
Ajax Systems has begun the process of updating the firmware of its hubs and repeaters to OS Malevich 2.19. Ajax Systems reports that hubs and relays will receive the update within 4-5 weeks.
With the update, MotionCam (PhOD) sensors now have a Scheduled Photo feature and can now automatically take photos at specific times. This feature will help control the nearby area at specified intervals.
Fire sensors from the AC series will now have a redundant synchronous alarm system (from sensor to sensor). Even if communication with the hub is lost, a synchronous alarm will be activated within a minute.
Wired devices connected to integration modules have received new types of alarms and notifications. They will alarm for glass breakage, high and low temperature, vibration, masking and duress code.
Additionally, with this update comes automatic support for new features and devices that will be available in future app updates.
Don't miss interesting news
Subscribe to our channels and read announcements of high-tech news, tes
Oppo A6 Pro smartphone review: ambitious
0 
Creating new mid-range smartphones is no easy task. Manufacturers have to balance performance, camera capabilities, displays, and the overall cost impact of each component. How the new Oppo A6 Pro balances these factors is discussed in our review.
One UI 8.5 Gives Older Samsung Phones a New Lease on Life — Here’s What the Update Brings
0 
One UI 8.5 brings features once exclusive to Samsung’s newest flagships to older Galaxy devices. But can the update really make the Galaxy S22, S23 and S24 feel closer to the Galaxy S26 experience? Here’s what actually changes after installing the new firmware.
MSI at Computex 2026: RTX 5090 laptops, AI PCs, 5K monitors and a new ecosystem for local AI
At Computex 2026, MSI held one of the largest presentations in recent years.
An engineer has created a laser system with AI to automatically fight mosquitoes
An enthusiast has developed an experimental system that uses artificial intelligence, computer vision and a laser to automatically detect and destroy insects.