ALNETS
02Industrial & Edge Floors

Industrial & Edge AI

Mission-Critical Lines · Real-Time Edge Analytics · 100% On-Premises Privacy

Engineered for factory floors, campus perimeters, and industrial edge environments—deploying rugged compute with ECC VRAM for multi-channel video analytics and responsive control integration.

100% On-Premises · Zero Data LeakageSub-Millisecond · Industrial ECC VRAMSolid Aluminum Thermal · 24/7 DutyOpen Standards · RTSP & ONVIF Integration

DOMAIN SCENARIO SOLUTIONS

Scenario Solutions & Bespoke Customization

Offering verified hardware-software architectural references, with comprehensive support for tailored customization and on-site integration based on your specific workflows.

AI Video Surveillance & Event ManagementAI Video Surveillance

AI Video Surveillance & Event Management

Transform raw CCTV video into detectable, verifiable, and actionable on-site events

Combines stream ingestion, person detection, perimeter rules, event alerts, and video evidence to help facility managers spot critical incidents and inspect evidence without staring at screens 24/7.

事件驱动Event-Driven Rules
现场证据Evidentiary Clips & Snaps
利旧兼容RTSP / ONVIF Integration
Core Hardware
AE-2000 Industrial Edge AI ComputerAiR AI Cloud Gateway RouterAiM Remote Ops & Development Platform
View Solution Reference & Topology
In Planning Roadmap

Industrial Edge Vision & Inspection

High-Speed Industrial Cameras · Automated Inspection · Sub-10ms PLC Signaling

Targeted at high-speed manufacturing lines, visual quality inspection, and automated PLC control. Powered by AE-2000 with 16GB ECC VRAM, delivering real-time defect classification with zero cloud exposure.

Notice: This domain is continuously expanding. The standardized hardware-software bundle is undergoing final validation and will be released soon.

HARDWARE ECOSYSTEM

Recommended Hardware for Industrial & Edge AI

Clear responsibilities across edge compute, security routing, and fleet operations.

ENGINEERING METHODOLOGY

Four-Stage Deployment Methodology

Clear engineering discipline from workload sizing to thermal stress testing and standardized sign-off.

STEP 1

01 Workload & Sizing

Define site conditions, model footprint (vision/7B/14B/27B), concurrency, and mounting space.

STEP 2

02 Hardware Sizing & Boundary

Match edge hosts, high-VRAM workstations, or routers with explicit data privacy boundaries.

STEP 3

03 On-Site Stress Testing

Verify latency, thermals, power draw, and failover behavior under production loads.

STEP 4

04 Handover & Standard Ops

Archive golden firmware configurations and integrate unified telemetry for continuous support.