Security & Surveillance
Modern security and surveillance operations struggle with low-light visibility, false alarms, delayed response, and unreliable analytics, especially across large perimeters, public spaces, industrial sites, and critical infrastructure. Traditional CCTV systems generate massive volumes of video but fail to deliver clear footage or actionable intelligence when it matters most – at night, in poor weather, or under complex lighting conditions.
Myelin’s edge-first AI surveillance solutions bring intelligence directly to the camera and site, enabling real-time video enhancement, object detection, and anomaly detection without relying on cloud connectivity. By running AI on-device, surveillance systems remain low-latency, privacy-preserving, and always operational, even in bandwidth-constrained or offline environments.
From night-time video clarity and reduced false alerts to faster threat detection and evidence-ready footage, Myelin enables security teams to move from passive monitoring to proactive, intelligence-driven surveillance. The result is higher situational awareness, faster response times, and lower operator fatigue – across cities, campuses, factories, transportation hubs, and enterprise facilities.

Fovea Clearity – Edge AI for Real-Time Video Enhancement
Fovea Clearity is a cutting edge product which delivers AI-powered low-light enhancement (LLE) combined with denoising, dehazing, and IR optimization to provide day like videos in full color.
Adapts to real-world conditions such as glare, fog, headlights, and uneven lighting for reliable visibility.
Enables dangerous object and anomaly detection, improving safety and
response accuracy.
Reduces false alarms and control-room fatigue during night and low-light surveillance.
Enhances CCTV footage for investigations and evidence, delivering clearer, usable recordings.
Improves industrial and perimeter surveillance across shop floors, warehouses, and factory sites.
Delivers consistent, always-on, cost-effective surveillance through automated, edge-based AI processing.