Thermal/Particle/Gas Imaging
Atomrock’s Perception Vigilance system visualizes subtle thermal, particle, and gas anomalies that the human eye and conventional cameras routinely miss. Vehicle-mounted after earthquakes or other large-scale incidents, it detects the heat signatures of trapped survivors regardless of lighting or visibility. Fixed at industrial sites, it surfaces hazardous gas leaks before they escalate. Deployed across critical infrastructure, it visualizes microscopic particulates that conventional cameras miss. The system enables early intervention, faster response, and higher chances of preventing harm to people, assets, and the environment.
Rapid post-earthquake survivor detection
Timely gas leak prevention
Reliable operation in low-visibility conditions
Advanced visualization for microscopic particulates
Perception Vigilance surfaces what the human eye and conventional cameras can easily miss. By capturing heat signatures, particle clouds, and gas emissions in real time, it provides dependable situational awareness that functions effectively even in low-visibility or challenging environments such as haze, smoke, and debris. These strengths make it a trusted solution for governments, emergency agencies, and industrial operators seeking reliable tools for disaster response, hazard prevention, and continuous safety monitoring.
Optical Gas Imaging (OGI) as a thermal imaging application enhances safety and disaster prevention in the oil and gas sector by detecting and controlling gas leaks before they expand. It identifies methane and other toxic emissions at the earliest stage, enabling rapid intervention before leaks escalate into explosions, fires, or environmental harm. OGI can be deployed across pipelines, processing plants, refineries, storage facilities, offshore platforms, chemical plants, power stations, and other sensitive sites, protecting workers, communities, and the environment.
Powered by AtomOS 4.0
Perception Vigilance runs on Atomrock's AEC300 / AEC310 edge AI platforms, powered by AtomOS 4.0, a purpose-built operating system designed with security as a foundational principle rather than an add-on layer. The OS employs a deliberately stripped-down architecture with rigorously screened and whitelisted programs, locked-down ports and protocols, and a strict policy of storing no security-sensitive data locally on the device. All external communications are secured through encrypted connections, while the entire system is hardened from the OS layer upward, creating a significantly reduced attack surface suitable for enterprise, critical infrastructure, and regulated industry deployments.
Secure Provisioning at Scale
Beyond its security posture, AtomOS 4.0 delivers operational advantages through native self-provisioning capabilities that enable secure, automated onboarding and configuration at scale. This allows large numbers of distributed edge devices to be deployed rapidly with minimal manual intervention while maintaining consistent security policies across the fleet. The combination of OS-level hardening, encrypted communications, and streamlined provisioning makes the AEC300 / AEC310 particularly well-suited for organizations requiring both high-assurance edge intelligence and manageable, policy-driven deployment across multiple sites.
Frequently Asked Questions
What is Atomrock Perception Vigilance?
A computer vision system that surfaces thermal, particle, and gas anomalies the human eye and conventional cameras routinely miss. It is deployed for disaster response, industrial safety, and critical infrastructure protection.
What types of sensors does Perception Vigilance use?
A multi-modal stack: thermal imaging cameras, particle visualization cameras, optical gas imaging (OGI), and standard EO cameras. Atomrock’s edge AI ingests every stream into a single inference pipeline.
How is Perception Vigilance deployed in the field?
Vehicle-mounted for post-disaster search and rescue, fixed at industrial sites for continuous gas leak monitoring, or distributed across critical infrastructure for continuous particle and thermal surveillance.
What conditions does Perception Vigilance handle?
Low-light, smoke, dust, fog, and other low-visibility environments. The thermal and gas-imaging layers do not rely on visible light, so detection remains reliable when standard cameras fail.
Does Perception Vigilance run on the edge or in the cloud?
Inference runs on Atomrock’s AEC-series edge AI hardware on-site, with only events and relevant footage uploaded to AtomCloud — keeping bandwidth low and response latency in real time.