Cama Security provides hardware‑level protection for critical infrastructure by continuously monitoring embedded devices for cyberattacks, self‑destructive code, and environmental hazards. Its flagship Real‑Time Remote Attestation Protocol verifies device integrity at the bit level on a wide range of IoT hardware, including low‑power ARM Cortex‑M processors, delivering instant detection of unauthorized modifications and ensuring uninterrupted, compliant operation in high‑stakes environments.
Funding
Funding not disclosed
Founders
Product
Problem
Critical infrastructure increasingly relies on embedded IoT devices that lack built‑in mechanisms to verify firmware integrity, leaving systems vulnerable to cyberattacks, malicious code injections, and environmental damage that can cause sensor failure or operational downtime.
Solution
CAMA Security delivers a hardware‑level attestation protocol that continuously monitors the integrity of embedded devices in real time. The lightweight cryptographic scheme runs on low‑power processors such as ARM Cortex‑M and scales to high‑power PLCs, enabling bit‑level verification without adding noticeable overhead. By detecting unauthorized modifications, faulty code, or hazardous environmental conditions instantly, the solution ensures uninterrupted, compliant operation of critical systems. The protocol operates remotely, allowing centralized monitoring across diverse IoT ecosystems while maintaining device performance.
Target Audience
Primary customers are operators of industrial control systems, utilities, and other critical infrastructure organizations that deploy embedded IoT devices and require continuous security assurance.
Features
- Proprietary, lightweight cryptographic attestation that verifies firmware integrity at the bit level
- Continuous real‑time remote attestation, providing instant detection of unauthorized changes
- Compatibility with a wide range of embedded devices, from high‑power PLCs to low‑power sensors
- Designed for low‑power processors (e.g., ARM Cortex‑M) with minimal performance impact
- Scalable architecture that integrates across heterogeneous IoT ecosystems
- Supports compliance with industry security standards for critical infrastructure