Solution
Tailored solutions to address industry challenges
As a core foundation of public safety infrastructure, the security industry plays a critical role in social security prevention, intelligent surveillance, emergency response, and smart city management. The stability, data security, and environmental adaptability of security systems directly determine the effectiveness of public safety operations and emergency management capabilities.
As a core foundation of social security prevention and public safety protection, the security industry supports critical operations such as video surveillance, intelligent security, access control and attendance systems, intrusion detection, emergency command, and long-term data retention.
The stability, reliability, protection capability, and data security of security IT infrastructure directly determine the effectiveness of security prevention, monitoring response, and emergency handling.
As the core hardware carrier for security systems, server chassis house key devices such as surveillance hosts, storage servers, and AI analysis servers. They play a crucial role in ensuring 7×24 uninterrupted operation, massive video data storage, intelligent analysis, and emergency response.
Unlike the internet industry, which focuses more on high computing power and high-density deployment, the security industry focuses on:
All-weather stable operation
Complex environment protection
Secure long-term video data retention
Convenient maintenance and management
Multi-scenario adaptability
Compliance with industry requirements
Standard server chassis can no longer fully meet the needs of security applications, which often involve complex deployment environments, distributed maintenance scenarios, long data retention cycles, and strict protection requirements.
Based on deep customization capability, this solution focuses on the core scenarios and pain points of the security industry. It provides full-chain customization services from single chassis to full-rack cluster systems, helping security enterprises and institutions standardize infrastructure, improve maintenance efficiency, strengthen data security, and enhance the full-process protection capability of security systems.
This solution is built around four core principles:
Stable and reliable operation
High-protection adaptability
Data security
Convenient maintenance
It provides customized server chassis solutions for major security scenarios, including:
Security monitoring centers
Edge surveillance nodes
Emergency command centers
Campus and industrial park security
Outdoor security stations
The solution accurately matches the business characteristics of the security industry and balances practicality with compliance.
The chassis structure and power supply design are optimized for 7×24 uninterrupted operation.
Key features include:
MTBF ≥150,000 hours
Redundant protection
Stable long-term operation
Reduced monitoring interruption risk
Continuous security data retention
This meets the core requirement of security systems that must operate continuously throughout the year.
For security scenarios such as outdoor locations, underground equipment rooms, park corners, and roadside deployments, the chassis can be customized to resist:
Dust
Moisture
High and low temperatures
Electromagnetic interference
Vibration
Corrosion
The solution supports:
IP54 or higher protection
Wide-temperature operation from -20°C to 65°C
Anti-EMI design
Anti-vibration structure
Anti-corrosion coating
This ensures stable operation in harsh environments and reduces failure rates in outdoor and edge scenarios.
The storage layout is optimized for high-density drive deployment, supporting up to 48 drive bays for long-term retention of surveillance video, alarm records, and security logs.
Security features include:
Hardware encryption
Anti-tamper alarms
Data anti-modification protection
Traceable storage records
This helps protect core monitoring data from leakage, loss, or tampering while meeting public security and security industry data retention requirements.
The modular hot-swappable design supports fast replacement of:
Hard drives
Fans
Power supplies
Fault location and component replacement can be completed within minutes.
Integrated intelligent management modules support:
Remote monitoring
Fault alarms
Log retention
Centralized multi-node management
This reduces on-site maintenance workload and supports distributed security system management.
The solution covers security monitoring centers, edge surveillance points, outdoor stations, emergency command centers, campuses, and industrial parks.
It supports multiple installation methods:
Rack-mounted
Wall-mounted
Embedded
The chassis is compatible with security-specific hardware and systems, including:
Video capture cards
AI analysis modules
Access control controllers
Surveillance platforms
AI video analytics systems
It supports flexible hardware upgrades for intelligent security and AI video analysis applications.
Security monitoring centers handle core operations such as video storage, real-time preview, intelligent analysis, and alarm handling for all surveillance cameras within a region.
Key challenges include:
Extremely high requirements for system stability and storage density
Large-scale HD / 4K video data retention for 30–90 days or longer
Strict storage reliability and data security requirements
Serious electromagnetic interference caused by centralized device deployment
Fast maintenance response requirements
Need for AI video analysis modules
Compliance requirements for data traceability and anti-tampering
Mainly based on 2U / 4U rackmount chassis, with chassis depth optimized to 600–1000mm for standard monitoring center cabinets.
A 4U chassis can support:
24–48 hot-swappable drive bays
3.5" / 2.5" SAS, SATA, and NVMe drives
Integrated storage, computing, and power modules
PCIe 4.0 expansion slots
AI video analysis modules
Video capture cards
Storage density is increased by more than 50%.
The reinforced 1.2–1.5mm SECC galvanized steel structure provides load capacity of more than 120kg and strong electromagnetic shielding capability.
The cooling architecture uses:
Front-to-back airflow
Independent airflow zones for drives, CPU, and AI modules
Industrial high-static-pressure smart fans
N+1 fan redundancy
Dynamic fan speed control
Cooling efficiency is improved by 35%, and core component temperatures are controlled below 55°C.
Redundant power and cooling design ensures uninterrupted 7×24 operation.
Security features include:
Hardware encryption modules
Encrypted video storage and transmission
Anti-tamper chassis design
Automatic alarm when illegal opening occurs
RAID 6 redundancy
Log retention module
Traceable device operation records
These features help prevent video data loss, leakage, or tampering while meeting security industry compliance requirements.
The full hot-swappable design allows hard drives, fans, and power supplies to be replaced without shutdown.
Key capabilities include:
Fault response time ≤10 minutes
Chassis-level BMC intelligent management
Remote monitoring
Fault alarms
Centralized server management
Compatibility with mainstream security platforms
AI video analysis system integration
Domestic hardware platform support
Compatible platforms include Hikvision, Dahua, Uniview, and other major surveillance ecosystems.
Edge surveillance nodes are often deployed in residential communities, roadsides, factories, and perimeter areas.
Challenges include:
Highly distributed deployment
Difficult on-site maintenance
Dust, humidity, and temperature fluctuations
Limited installation space
Low-power requirements
Need for local video storage and basic analysis
Multi-camera access
Noise restrictions in residential areas
The solution uses:
Short-depth 1U chassis, 500–600mm
Wall-mounted chassis
Aerospace-grade aluminum alloy
Sealed reinforced structure
Compared with traditional chassis:
Volume is reduced by 40%
Weight is reduced by 30%
Protection features include:
IP54 or higher protection
Anti-corrosion coating
Vibration and impact resistance
Wear-resistant powder coating
Noise level ≤40dB
Suitable for wall-mounted or embedded installation in narrow spaces.
The system adopts low-power hardware and thermal design.
Key specifications include:
Standby power ≤35W
Wide-temperature operation from -20°C to 65°C
Low-noise cooling fans
Backup power interface
Stable operation under unstable power conditions
This reduces power pressure and improves monitoring continuity.
Supports customized I/O interfaces for:
Cameras
Access control devices
Alarm sensors
Multi-camera data collection
5G / 4G modules
Local AI analysis
Human detection
Abnormal movement detection
Compatible protocols include:
ONVIF
RTSP
This enables flexible integration with different surveillance brands and systems.
Integrated remote management supports:
IPMI / Redfish protocols
Batch monitoring of edge nodes
Fault alarms
Power failure alerts
Drive failure warnings
Temperature and humidity alerts
Real-time operating data upload
This enables full-chain remote operation and maintenance for distributed edge surveillance systems.
Outdoor security stations are commonly deployed on highways, remote areas, outdoor squares, and perimeter locations.
Challenges include:
Harsh outdoor weather
High temperature, cold weather, rainstorms, and sandstorms
IP65 or higher protection requirement
Unstable power supply
Solar power adaptation
Remote unmanned operation
Multi-camera, radar, and alarm device access
Long service life under UV and corrosive environments
Local storage and remote backup requirements
The chassis uses a sealed reinforced structure and supports IP65 or higher protection.
Features include:
Protection against rain, sand, dust, insects, and moisture
Thickened aerospace-grade aluminum alloy
Anti-UV and anti-corrosion coating
High/low-temperature resistance
Salt spray resistance
Vibration resistance
Wide-temperature operation from -20°C to 70°C
Anti-theft and anti-tamper design
Service life can exceed 5 years in outdoor environments.
The system supports ultra-low-power operation.
Key specifications include:
Standby power ≤30W
Operating power ≤80W
12V–24V wide-voltage input
Solar power compatibility
Backup battery interface
Intelligent power management module
This ensures stable operation in remote locations with limited or unstable power supply.
Supports:
4–6 PCIe 4.0 expansion slots
Video capture cards
AI analysis modules
5G / 4G communication modules
Multi-camera access
Radar and alarm device integration
16–24 hot-swappable drive bays
Local storage and remote backup
Suitable for intrusion detection, vehicle recognition, outdoor monitoring, and intelligent security applications.
Integrated intelligent remote management supports:
Remote power on/off
Remote diagnostics
Firmware upgrades
Temperature and humidity monitoring
Battery monitoring
Drive status monitoring
Fault alerts
Self-healing redundancy
The modular design allows key components to be upgraded without replacing the entire chassis.
Emergency command centers support emergency response, video dispatching, alarm linkage, and data aggregation.
Key requirements include:
Extremely high stability
Fast response speed
Multi-scenario video access
Multi-department data linkage
Strong electromagnetic shielding
Rapid expansion capability
Fast fault response
Data retention and secure transmission compliance
The solution uses a 4U reinforced rackmount chassis with a fully welded SECC galvanized steel structure.
Features include:
Load capacity ≥150kg
Strong impact and vibration resistance
EMC-certified electromagnetic shielding
N+1 redundant power and fan design
Stable operation during emergency events
The hybrid cooling system combines air cooling and liquid cooling.
Key features include:
Liquid cooling for CPU and AI modules
Core component temperature below 50°C
Industrial high-static-pressure fans
Intelligent thermal control
Optimized internal cable routing
Video dispatching and alarm linkage response time can be controlled within 1 second.
The chassis reserves:
8–10 full-height, full-length PCIe 5.0 expansion slots
24–48 hot-swappable drive bays
Supports:
Video dispatch cards
AI analysis modules
High-speed network cards
Emergency command platforms
Public security video platforms
Fire dispatch systems
Domestic hardware and software platforms
This enables real-time data synchronization and cross-department emergency response collaboration.
Security and maintenance features include:
Hardware encryption
Encrypted emergency data and video transmission
Anti-tamper structure
Automatic alarms for illegal operations
BMC intelligent management
Centralized device management
Remote diagnostics
Fault response time ≤5 minutes
Log retention and data traceability
This supports emergency management compliance and post-event review.
Campus and park security systems are deployed in diverse locations such as school gates, teaching buildings, dormitories, office buildings, park entrances, and underground parking lots.
Challenges include:
Different installation environments
Access control, video surveillance, facial recognition, and visitor systems integration
High user traffic
Limited maintenance staff
Need for local storage and remote management
Noise and appearance requirements
Compliance requirements for personnel and property security
Supports:
Rack-mounted installation
Wall-mounted installation
Embedded installation
The chassis offers:
Compact design
Simple appearance
Custom color options
Noise level ≤45dB
Small footprint
Suitable for teaching buildings, office buildings, underground garages, campus entrances, and park control rooms.
Customized interfaces support:
Access control controllers
Facial recognition devices
Surveillance cameras
Visitor registration devices
USB interfaces
Network interfaces
Multiple I/O interfaces
Compatible with campus and park security platforms, supporting:
Real-time video preview
Access control linkage
Facial recognition comparison
Low-power operation
Domestic hardware compatibility
Supports:
16–24 hot-swappable drive bays
Customizable data retention cycle from 30 to 90 days
Hardware encryption
RAID 5 redundancy
Anti-tamper alerts
This protects student, employee, visitor, and surveillance data.
The modular hot-swappable design enables fast replacement of:
Hard drives
Fans
Power supplies
Fault response time can be controlled within 10 minutes.
Remote management supports:
Device status monitoring
Video data access
Fault alarm processing
Batch device management
User-friendly maintenance interface
This helps non-professional personnel quickly manage security equipment.
Main materials include:
SECC galvanized steel
Reinforced 1.2–1.5mm steel for monitoring centers and emergency command centers
Aerospace-grade aluminum alloy for outdoor and edge scenarios
Anti-corrosion and anti-UV composite materials for outdoor stations
Surface treatment includes wear-resistant, anti-corrosion, and anti-UV powder coating.
The solution adopts:
Precision sheet metal fabrication
CNC machining
±0.5mm tolerance accuracy
Fully welded reinforced structures
Modular architecture
Sealed process for outdoor and edge scenarios
Customizable appearance and colors
This improves installation accuracy, protection performance, service life, and scenario adaptability.
The cooling system uses:
Front-to-back airflow
Independent airflow zones for CPU, drives, power supplies, AI modules, and expansion cards
Hot-air short-circuit prevention
Optimized airflow for sealed outdoor structures
Cooling efficiency is improved by 35%.
Supports:
Air cooling
Hybrid cooling
Optional liquid cooling for monitoring centers and emergency command centers
Liquid cooling can reduce core component temperatures by 15–20°C.
For outdoor and edge scenarios, low-power air cooling is adopted with dustproof and low-noise fans.
The solution uses industrial-grade high-reliability fans with:
MTBF ≥150,000 hours
N+1 redundancy
High-static-pressure options for monitoring centers
Dustproof, low-noise, and anti-corrosion options for outdoor and edge scenarios
Intelligent temperature control
Supports:
Intel Xeon
AMD EPYC
Low-power CPUs
ATX / EEB / ITX / custom motherboards
1U / 2U / high-power redundant power supplies
Wide-voltage power modules
PCIe 4.0 / 5.0
GPU accelerator cards
Video capture cards
AI analysis modules
3.5" / 2.5" SAS / SATA / NVMe drives
Access control devices
Facial recognition devices
Alarm sensors
Domestic hardware platforms
Supports:
Multiple PCIe expansion slots
Up to 48 hot-swappable drive bays
Flexible hardware upgrades
5G / 4G module expansion
Backup power interfaces
Multi-camera and multi-device access
Large-scale security system expansion
The solution supports:
Lightning protection
Anti-static protection
Over-current protection
Over-voltage protection
Surge protection
Physical lock and anti-tamper alarms
Hardware encryption
Data encryption and anti-tampering
EMC electromagnetic interference protection
IP65 or higher protection for outdoor scenarios
Illegal opening automatically triggers alarms and pushes notifications to the management platform.
The solution supports:
CE certification
FCC certification
CCC certification
ISO9001 quality management
Security industry IT equipment standards
Data retention and log traceability requirements
Domestic hardware adaptation
Each chassis undergoes:
High-temperature testing
Low-temperature testing
Vibration testing
EMC testing
Dustproof and waterproof testing
Security encryption testing
Complete quality inspection and compliance reports can be provided for project acceptance.
A dedicated security industry team communicates with the customer to confirm:
Security scenario
Hardware list
Protection requirements
Data retention cycle
Maintenance model
Compliance requirements
A requirement confirmation document is provided to ensure the solution matches real security project needs.
The engineering team performs:
3D modeling
Thermal simulation
Protection verification
Airflow optimization
Layout optimization
Deliverables include:
Detailed design proposal
BOM list
Cost quotation
Protection design description
Data security design description
Compatibility design description
The prototype stage includes:
Hardware compatibility testing
Thermal testing
Security testing
Dustproof and waterproof testing
High and low temperature testing
Salt spray and vibration testing for outdoor scenarios
EMC testing for emergency command scenarios
Simple structural modifications can be completed within 3–5 days, while complex outdoor protection or high-density storage designs may require 10–15 days.
With an in-house sheet metal fabrication workshop and automated production lines, the company supports scalable production.
Quality inspection includes:
48-hour high-temperature and high-humidity testing
Vibration testing
EMC testing
Dustproof and waterproof testing
OEM/ODM branding is supported.
Monthly capacity can reach tens of thousands of units, supporting orders from dozens to thousands of units.
Support includes:
On-site installation guidance
Hardware debugging
Large-scale deployment assistance
7×24 technical support
Security platform integration
Surveillance device integration
Access control system integration
1–3 year warranty
Lifetime technical support
Spare parts inventory
Fault response within 24 hours
On-site maintenance for outdoor scenarios
Training for security maintenance teams
Compliance documents and testing reports
A customized 4U high-density storage chassis was developed for a municipal public security monitoring center.
Configuration:
48 hot-swappable drive bays
Support for thousands of HD camera streams
90-day video retention
Electromagnetic shielding
Redundant cooling system
Hardware encryption
Anti-tamper alarm
Remote management module
Results:
MTBF ≥150,000 hours
7×24 stable operation
Maintenance efficiency improved by 80%
Full support for public security monitoring and emergency response
A high-protection outdoor chassis was customized for a highway management authority.
Configuration:
IP65 dust and water resistance
-20°C to 70°C wide-temperature design
Solar power adaptation
Standby power ≤30W
8-channel HD camera access
Local storage
5G remote data upload
Results:
Remote fault alarm and self-healing capability
Maintenance cost reduced by 60%
Stable operation under heat, rainstorms, and sandstorms
Continuous highway security monitoring
Customized wall-mounted edge chassis and rackmount monitoring center chassis were deployed for a university campus.
Configuration:
Access control, facial recognition, and surveillance integration
Low-noise design ≤40dB
Appearance matching campus environment
24 hot-swappable drive bays
30-day data retention
Hardware encryption
Remote management module
Results:
Centralized multi-node management
Reduced maintenance workload
Improved campus safety monitoring efficiency
Protection of student information and surveillance data
A customized 4U hybrid-cooling chassis was developed for a municipal emergency management bureau.
Configuration:
Emergency command platform integration
Video dispatch system support
Multi-department data linkage
AI video analysis
Liquid cooling for core components
Redundant power and fans
Data log retention and traceability
Results:
Response time ≤1 second
Uninterrupted operation during emergency response
Compliance with emergency management requirements
Improved emergency handling capability.
