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RUGGED EDGE COMPUTING FOR SURVEILLANCE

RUGGED EDGE COMPUTING FOR AI VIDEO SURVEILLANCE


Ruggedised, fanless and hybrid-cooled edge computing platforms for surveillance systems requiring local video processing, multi-camera connectivity and AI inference at the point of capture. Designed for demanding indoor and outdoor deployments, 2CRSi Edge platforms support distributed surveillance, video analytics and real-time monitoring where network bandwidth, latency and environmental conditions are critical considerations.


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a security camera attached to the side of a building
white and black security camera
Security cameras on a tower behind barbed wire
Security cameras mounted on a pole outside building

AI - ENABLED SURVEILLANCE

AI VIDEO ANALYTICS AT THE EDGE

Edge AI moves video inference closer to the camera, enabling events, objects and activities to be analysed locally. This reduces dependence on centralised processing, limits data transfer and supports lower-latency video analytics.

Real-time AI video analytics


ANALYTICS

Real-time video analytics
Analyse objects, events and activities locally for applications including incident detection, perimeter monitoring, object tracking and operational safety.

Behavioural and anomaly detection


ANOMALY

Behavioural & anomaly detection
Identify activity that differs from defined patterns, rules or expected behaviour for review and response.

Smart city and traffic analytics


SMART CITY

Smart city & traffic analytics
Analyse vehicle, pedestrian and traffic activity locally, including flow, congestion and defined traffic conditions.

Distributed video processing at the edge


DISTRIBUTED

Distributed video processing
Process video locally and transmit relevant events or selected footage instead of continuously transferring high-resolution video.


THE REQUIREMENTS

WHERE SURVEILLANCE SYSTEMS HAVE TO OPERATE

Surveillance computing must be specified for both the workload and the installation environment from controlled indoor spaces to exposed, remote and distributed sites.

Humidity and salt exposure at coastal sites
ENVIRONMENT

Humidity and salt exposure
Ports, coastal sites and exposed infrastructure can subject equipment to sustained humidity and salt-laden air.

Heat and humidity at surveillance sites
THERMAL

Heat and humidity
Elevated ambient temperatures combined with humidity increase the demands on thermal management and system reliability.

Outdoor installation without climate control
DEPLOYMENT

No climate control
Street-level, perimeter and remote installations may operate without controlled environmental conditions or convenient physical access.

Additional environmental protection enclosure
PROTECTION

Additional environmental protection
Some installations require secondary enclosures or additional protection to meet the environmental requirements of the deployment.

High-volume video streams from multiple cameras
DATA

High-volume video streams
Multiple high-resolution camera streams generate substantial demands on network bandwidth, storage and local processing.

Latency-sensitive video processing
PROCESSING

Latency-sensitive workloads
Surveillance and monitoring applications may require rapid analysis close to the point of capture.

Multi-display surveillance control room
OPERATIONS

Multi-display control rooms
Control rooms may need to process and display multiple camera feeds across high-resolution displays with low acoustic output.

Power-constrained roadside surveillance site
POWER

Power-constrained installations
Remote, roadside and distributed sites may have limited available power, requiring efficient edge computing platforms.

PLATFORMS

Edge Computers for AI Video Surveillance, from Camera to Control Room

JUNCTION & ROADSIDE

Vision Guard

 · VG-15MV-66

VG-15MV-66 Vision Guard IP66 edge computer with PTZ camera mounted on a wall

Compute, networking and PoE camera power in one sealed enclosure, mounted directly with fixed and PTZ cameras on lamp posts, roadside infrastructure and utility poles.

• CPU: Intel Core Ultra 5 225H  · up to 96GB DDR5
• Cameras: Up to 3 IP cameras · 2 × IP66 PoE ports
• AI: Optional Axelera Metis M.2 · up to 214 TOPS
• Network: 1 × 2.5GbE LAN
• Environment: IP66 · fanless · −20°C to 70°C


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OUTDOOR AI INFERENCE

Outdoor Edge AI System

· FM-METIS-66 · FM-METIS-66-12V


FM-METIS-66 waterproof IP66 AI computer with Axelera Metis accelerator for outdoor video analytics

Security, roadside and infrastructure installations without an external cabinet.


• AI: Axelera Metis AIPU · 214 TOPS 
• CPU: Rockchip RK3588 · 8-core
• Graphics: ARM Mali-G610 GPU
• Network: Dual LAN 
• Power: 110–220 V mains or 12 V DC variant


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BUSES & FLEET VEHICLES

Mobile Edge System

· FM-15MIV-51


FM-15MIV-51 fanless in-vehicle computer for on-board bus cameras (only if you keep the card)

On-board cameras, passenger information and tracking for buses and enforcement fleets


• Processor: Intel Core Ultra 5 225U / 7 255U 
• Storage: Up to 8 TB SATA SSD
• Connectivity: Dual GbE · Wi-Fi 6E · SIM slot
• Power: Vehicle DC · intelligent ignition control

• Environment: -15°c to 60°c


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SURVEILLANCE & AI VIDEO ANALYTICS

Hybrid Cooled Mini - Jetson Orin 64GB

HCM-JON-64-41

HCM-JON-64-41 hybrid-cooled NVIDIA Jetson Orin computer for multi-camera AI video analytics

Deep-learning video analytics, multi-model inference, and dense multi-camera streams requiring higher AI throughput.

• Processor: 12-core Arm Cortex‑A78AE v8.2 · 3MB L2 + 6MB L3
• GPU: 2048-core NVIDIA Ampere GPU · 64 Tensor Cores
• Memory: Up to 64GB LPDDR5
• Network: 1 × 1GbE + 1 × 10GbE
• Environment: IP41 · hybrid cooling · −25°C to 80°C


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CONTROL CENTRE

Fanless Mini Edge Server - AMD

FSM-EP4S-50

FSM-EP4S-50 fanless AMD EPYC edge server for surveillance control rooms (only if you keep the card)

Operations dashboards and CCTV walls for the city
operations centre.

• Processor: AMD Epyc 4464P
• Memory: Up to 192GB
• Network: Up to Dual 10GbE
• Operating Range: -10°C to 50°C
• Dimensions: 67 × 221 × 246 mm


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INTERCHANGE & DISTRICT HUB

Waterproof Server - AMD

FS-EP3S-66

FS-EP3S-66 waterproof IP66 AMD EPYC server for transport hub video (only if you keep the card)

Brings together feeds from a district or transport hub

without building a server room.

• Processor: AMD EPYC 3000
• Memory: Up to 128GB
• Network: 2 × 10GbE + management
• Operating Range: -10°C to 50°C
• Resilience: IP66 


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APPLICATIONS

Edge computing for distributed surveillance

COASTAL & WATERFRONT

Outdoor surveillance in exposed environments
Local video processing for coastal, waterfront and port installations exposed to humidity and salt-laden air.

PORT & TERMINAL SECURITY

Port and terminal surveillance

Edge processing for perimeter monitoring, access points, gates and operational security across distributed sites.

 STREET & PERIMETER

Roadside & perimeter surveillance

Local video analytics for street-level, perimeter and boundary monitoring where connectivity and environmental conditions can vary.

SMART CITY & TRAFFIC

Smart city & traffic monitoring

Edge AI processing for vehicle, pedestrian and traffic analysis at roadside and distributed urban infrastructure.

CONTROL ROOMS & MONITORING

Multi-display surveillance systems

Fanless edge computing for control rooms, monitoring walls and multi-display video environments requiring low acoustic output.


REMOTE & POWER-CONSTRAINED SITES

Remote surveillance infrastructure

Local processing for distributed sites where network bandwidth, available power or physical access is limited.


ISO 9001 & ISO 14001

Cyber Essentials and full build traceability


Silent operation

Fanless, passive cooling for control rooms and monitoring walls where fan noise is unwanted.

Made in Britain

Designed and manufactured in the UK

3 Year warranty


Why 2CRSi Edge?

Standardising the platform across sites simplifies configuration, deployment, spare-part management and technical support as a camera estate grows. We have designed and built in Britain since 2003.

TELL US WHAT THE CAMERAS NEED TO DO.


Camera count, resolution, frame rate, AI workload, required latency, environmental conditions, power, connectivity and display requirements. For distributed estates we can help define a repeatable architecture from single cameras to multi-site deployments.