EdgeOps Console

Nexus

Multi-device, multi-plot command center for embedded intelligence.

Built with an adapter-first architecture, Nexus delivers deterministic ingest, GPU-fast visualization, and operator-grade controls for teams shipping mission-critical devices.

Download Nexus View Roadmap

WindowsLinux

Raspberry Pi

Nexus

Live

Multi-device orchestration

Capabilities

Everything you need for EdgeOps

See All Features

Adapters

Connect Anything

Serial and File Replay available now. CAN, UDP/TCP, MQTT adapters coming soon, all sharing the same interface.

Visualization

Visualize Everything

Multi-plot dashboards with gradient/line fills, per-channel scales, dual cursors, zoom/pan, and linked timebases.

Performance

Operate in Real Time

Dual cursors, zoom/pan, configurable data windows, and deterministic buffering to prevent drops.

Recording

Record and Replay

Timestamped CSV export and file replay with scrubbing and variable speed (-20x to 20x).

Control

Control Loop Support

Built-in terminal/command channels for device interaction. Roadmap includes OTA hooks and remote shell.

UI/UX

Workspace Ergonomics

Dockable panels, presets, theming, and persistent settings per operator.

Platform

Cross-Platform Delivery

Native builds for Windows, Linux, and Raspberry Pi with hardware-accelerated OpenGL rendering.

Key Differentiators

Built for Mission-Critical Edge Systems

True Multi-Device Orchestration

Serial and file replay run today with isolated acquisition threads and synchronized timelines.

Multi-Plot, Multi-Channel

Unlimited plots per workspace, unlimited channels per device, linked cursors, stacked/synchronized time bases, and per-plot styling.

Adapter/Pipeline Architecture

Contract-first adapter layer feeding a multi-stage parsing/timestamping pipeline for consistent data across any source.

Replay as First-Class

File replay adapters with variable speed, looping, and synthetic or preserved timestamps.

Deterministic Performance

Real-time processing with consistent throughput, low-latency updates, and robust buffering mechanisms to ensure predictable system behavior under load.

Modular & Extensible Design

Modular architecture with clearly separated processing stages and flexible hooks for extending functionality or integrating additional analysis and rendering components.