Architecture Overview

Designed for ultra-low latency and high reliability.

Three-Tier Architecture

Designed for Ultra-Low Latency

Our architecture consists of three main components that work together to deliver real-time edge AI capabilities. Each component is optimized for performance, reliability, and seamless integration with your existing infrastructure.

EDGE ANALYTICS DASHBOARD
Three-tier architecture overview
  • Edge Devices On-site hardware with embedded AI processing for local data capture and analysis.
  • Real-Time Analytics Sub-second inference and decision making at the edge without cloud dependency.
  • Dashboard & Alerts Instant insights and automated notifications delivered to operators and systems.
  • Seamless Integration Compatible with existing safety systems, automation platforms, and business tools.
architecture 3-Tier

Optimized three-component system for maximum performance.

latency <1ms

Ultra-low latency from edge to decision making.

reliability 99.9%

High-availability design ensures continuous operation.

Component Integration

Optimized for Performance

Each component in our architecture is designed to work seamlessly with the others while maintaining independence. Edge devices process data locally, analytics layer makes instant decisions, and the dashboard provides real-time visualization and alerting.

CORE EDGE AI DASH API
Component integration flow
  • Edge processing Local AI processing eliminates cloud latency and bandwidth requirements.
  • Instant decisions Real-time analytics layer makes decisions in milliseconds for critical events.
  • System integration Standard APIs and protocols ensure compatibility with existing infrastructure.
integration Seamless

Works with existing safety systems and automation platforms.

protocols Standard

Uses standard APIs for easy integration and deployment.

design Scalable

Architecture scales from single devices to enterprise deployments.

Learn More About Our Architecture

See how our three-tier design delivers ultra-low latency and high reliability.