Proven Protection for the AI Data Center Era

Trusted by global cloud hyperscalers to identify real threats early and maintain site continuity across large mission-critical data center campuses

For more than 20 years, SightLogix has helped security teams protect demanding outdoor environments. Our smart thermal security cameras identify real threats early, pinpoint their location, and support confident response across expansive campuses where uptime matters, alarm noise is costly, and infrastructure efficiency affects total project cost.

Data center perimeter security features

Built for Perimeter Performance

Engineered for the real demands of perimeter security, SightLogix delivers trusted detection at distance, fewer nuisance alarms, and more coverage with fewer devices.

More Coverage, Fewer Resources

Long-range SightSensor cameras protect expansive fence lines, buffer zones, and outdoor infrastructure with fewer devices, network connections, and maintenance points.

Early Warning Before the Fence

SightSensors identify, locate, and track threats at distance, giving operators more time to assess events and respond before intruders reach critical outdoor areas or equipment.

Identify Real Threats Before They Reach Critical Areas

Purpose-Built Thermal AI for Trusted Alerts at Distance

SightSensors detect and classify threats directly inside the camera, helping data center security teams identify real intrusions before they reach the fence, outdoor power systems, or operationally sensitive areas.

Unlike cameras that rely on compressed video streams, SightSensors use powerful onboard processing to analyze raw thermal data at the edge, preserving critical scene detail. Combined with image stabilization and geospatial intelligence, this helps generate more dependable alerts at longer distances, in harsh weather, and when wind or vibration affects the scene.

AI-Powered Thermal Security Camera Technology | SightLogix
Smart Thermal Analytics

Reduce False Alarms Before They Reach Operators

Smart Thermal Analytics for Expansive, High-Value Sites

Data center campuses span long fence lines, outdoor power systems, service roads, and controlled-lighting areas. Where weather, vehicles, people, glare, and vibration create motion, operators need verified alerts — not false alarms.

SightLogix Smart Thermal Analytics combine thermal detection with purpose-trained AI to help separate real threats from nuisance activity. Operators receive alerts pre-filtered for relevance, geospatial rules, and site-specific detection logic — reducing alarm noise, unnecessary dispatches, and SOC workload for large, always-on campuses.

Reduce Project Cost Across Large Perimeters

Reliable Range Serious Sites Can Design Around

Detection range is one of the biggest drivers of perimeter project cost.

But not all range claims are measured the same way. SightLogix specifies performance against the hardest case—a person approaching directly toward the camera—with margin built in. That gives security teams and designers a range they can trust. Even by that tougher standard, SightSensors cover more perimeter with fewer cameras, poles, trenching runs, power requirements, cables, and maintenance points.

SightLogix aerial map showing green camera zones with numbered markers indicating perimeter security

SightLogix analytics were very effective at long range. Someone who has been in the industry as long as I have knows how truly difficult that is. Their system does that very, very well.

Data center security practitioner
Global Data Center Owner

Stay Informed

Get practical updates on smart thermal perimeter security, including product news, application insights, and best practices for protecting outdoor sites.

SightLogix
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.