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CosmoEdge / Open-source edge vision AI

Turn video into
actionable events.

Connect video, models and scenario rules to bring intelligence into your workflow.

Vision algorithms. Already included.

  • Safety helmets
  • Fire & smoke
  • Falls
  • People & vehicles
Explore ready devices
Scenario previewHelmet detection
01Video & region
Site entrance

Site entrance · Selected analysis region

Helmet tutorial · Actual scene and eventSee the workflow
Video inputConnect your on-site streams
Edge analysisRun vision models and scenario rules
Business eventsDeliver structured events to your systems

01 / A complete scenario

Helmet detection, from setup to alerts.

Set a detection region at a construction entrance, configure the helmet rules, then view the live analysis and captured alerts.

Scenario task · Detection region

Draw a region over the construction entrance to set the detection area.

View full image
Scenario task · Detection region
Helmet-detection tutorial · Actual product interface

02 / From model to application

Connect your models. Configure your rules.

Configure model inputs, detection regions and event rules with built-in video processing, live views and integration APIs.

PROMPT-BASED EXPLORATION

Describe a target or ask about a scene.

Use DINO to find targets described in a prompt, or ask VLM questions about a scene. Try your own images or video and inspect the detections, answers and events.

View platform benchmarks →Example: DINO with the garbage.person prompt and a corridor result.
TARGET PROMPTgarbage.person

03 / SYSTEM ARCHITECTURE

Analyze at the edge.
Deliver events to your systems.

Video processing, inference and scenario rules run on the edge device. A web console handles configuration and inspection; interfaces deliver events to business systems.

On-site inputs

RTSP streams
Video & images

Web Console

Configure tasks · Live views · Review events

CosmoEdge Edge AI engineOn the edge device
Runtime platformsSophon / Rockchip / x86
Business systems

Receive events & results

Select a module to explore its role

Scenario orchestration

Connect models and processing nodes, define regions and set conditions. Save task logic as a scenario template, ready to adjust and reuse in the next task.

Visual nodesRegions & conditionsScenario templates

04 / ENGINEERING EVIDENCE

Performance and sustained operation. Tested separately.

Person detection + no-safety-helmet analysis · 2 tasks / stream · 5 FPS target per task

Multi-stream, dual-task performance

Highest tested passing workload

BM1688
≥16streams
CV186X
≥8streams
RK3576
≥8streams
RV1126B
≥4streams

≥ means the highest tested workload passed.Passing gate: 80% of target FPS · 30 seconds per step

Read the performance report

72 hours at a fixed load

72hContinuous operation
0%Maximum observed discard rate
PlatformFixed streamsAverage FPS
BM168885.086
CV186X85.085
RK357685.098
RV1126B45.230

A separate fixed-load run targeting 5 FPS per task. Average FPS comes from runtime samples.

Read the 72-hour report

Test input1080p · H.264 High · 24 FPS local looped video, with preview off.

05 / GET STARTED

Choose the right setup for you.

Deploy on your hardware

Run your first detection on a computer, then choose the build and deployment path for your edge hardware.

Choose a setup path →

Start with included algorithms

Ready devices include vision models and scenario presets. Compare RK3576, CV186AH and BM1688. For international purchases, contact us by email.

Compare configurations →

Discuss your deployment

Bring your model, hardware context and business needs to define integration scope and validation steps.

Discuss your project →

BUILD YOUR FIRST FIELD APPLICATION

Your next step: get a task running.

CosmoEdgeApache-2.0 licensed enginev1.1.0

Engine code: Apache-2.0. Models and dependencies retain their own licenses.

CosmoEdge / Contact

Let’s talk about your edge AI project.

Model deployment, hardware selection or system integration—start with the question you’re working on.

Business & project enquiries

hello@cosmowander.ai
Email us

Installation, usage and open-source questionsVisit community discussions
What should I include?

Share what you know; we can work through the remaining details together.

  • Use case

    What to detect and how events will be used

  • Existing setup

    Existing models, hardware or systems

  • Workload

    Stream count, frequency and latency needs

  • Project stage

    Your project stage and immediate questions