Defense & Scientific Research Automation

Military R&D
Specialized Automation

Deeply serving defense research institutes, weapons manufacturing, and specialized laboratories. Using P2P decentralized scheduling and optical communication technology to achieve highly reliable collaborative transport of multiple AMRs/CTUs/AGVs in Wi-Fi-restricted shielded environments.

Confidentiality Commitment:Zhijieli places the highest priority on information security for defense research clients. All military projects are conducted under strict NDA frameworks. Client information, project content, and technical details are not disclosed publicly. For inquiries, please contact us through dedicated channels.

Extreme Challenges in Military Scenarios

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Strong EM Shielding, Wi-Fi Prohibited

Production sites are under strong electromagnetic shielding, public frequency Wi-Fi networks are strictly prohibited. Traditional AMR scheduling systems are completely ineffective.

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High-Precision Load Cross-Station Transport

Precision devices require extremely high vibration and positioning accuracy. Transport must complete precise path planning and vehicle control without real-time communication.

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Positioning Challenges in High-Glare Environments

Cleanrooms or metal structures cause strong ground reflections. Standard laser SLAM positioning fails severely, compromising transport accuracy.

Benchmark Case · Aerospace Weapons Institute

Assembly Line P2P Seamless Smart Transport Solution

3 CTUs (Box Transfer Robots)
1 AMR (Autonomous Mobile Robot)
1 Under-Ride AGV (Cart Transport)
Automated warehouse storage with mobile scanner traceability
240%
Transport Efficiency
0
Wi-Fi Dependency

Core Technology

Four Core Military-Grade Technologies

Zhijieli's self-developed communication and positioning technology stack, designed for heavily shielded, high-interference, high-security specialized scenarios.

Sub-GHz P2P

P2P Decentralized Scheduling Protocol

Each agent acts as a mobile signal base station during tasks. Adjacent agents use Sub-GHz proprietary bands for direct handshake and self-organizing networks, enabling global cluster control without relying on facility AP infrastructure.

Optical Comms

Optical Communication Module (Point-to-Point)

For military applications, supports point-to-point peer-to-peer communication via optical links. Data is locally encrypted with anti-jamming SLAM positioning, independent of GPS or public Wi-Fi.

Anti-Glare

Anti-Glare Precision Positioning

Anti-Glare Robust Positioning technology delivers precise positioning under strong reflective interference. Applied in Singapore semiconductor fabs and aerospace assembly with high-cleanliness, high-reflectivity surfaces.

Offline SLAM

Security-First SLAM Positioning

Physically isolated positioning solution independent of any network infrastructure. Achieves high-precision autonomous navigation in 100% enclosed shielded rooms, supporting cross-station precision transport.

Why Choose Us

Trust and Expertise Are Our Foundation

Zhijieli has extensive experience serving military research sectors, understanding the extreme requirements for delivery reliability, technical independence, and information security in this domain.

NDA Project Experience
GJB-Compliant System Integration
Emergency Response & Rapid Delivery
Full Lifecycle Technical Support

Qualifications & Capabilities

GJB Integration
Sub-GHz Protocol
NDA Framework
Optical P2P
Security-First SLAM
Anti-Glare Positioning

Specialized Needs,
Dedicated Response

For military research automation requirements, contact our specialized team through the channel below. All communications are conducted under NDA framework.