Synnax

Synnax is an observability and control platform for hardware systems. Connect devices, stream telemetry, automate control, and review data in one workflow.

Asistente de Analítica IA Monitorización y Logs

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Overview

Synnax is an observability and control platform for hardware systems. It combines real-time data acquisition, hardware control, visualization, analysis, automation, and data review in a single product.

The homepage positions Synnax for engineering teams that need to operate complex hardware from one workflow: connect devices, stream telemetry, visualize live state, run automation, and inspect historical data. It includes tools for schematics, line plots, alarms, calculated channels, and a storage engine for high-rate data.

Its automation layer, Arc, is presented as a reactive programming language for hardware sequences. The site says it is designed to help teams manage control authority, deploy to real-time hardware, and transition between automated and manual operation without changing platforms.

Features

Unified observability and control

Build real-time dashboards, plot live telemetry, and command hardware from one console.

Interactive schematics

Create interactive schematics that reflect live system state and bind valves, sensors, and actuators directly to hardware channels.

High-density line plots

Plot millions of live and historical points with sub-millisecond precision and continue to pan, zoom, and annotate without dropping a frame.

Arc automation language

Write reactive automation sequences in Arc, then deploy them to real-time hardware and move between automated and manual operation.

Integrated storage and review

Store and organize kilohertz-rate data, tag runs and anomalies, and review data with range-based context.

Live processing and alarms

Build visual alarms, calculated channels, and real-time processing pipelines without deploying separate infrastructure.

Use Cases

Hardware operations dashboards
Use Synnax to build operator consoles that show live telemetry, interactive schematics, and direct hardware commands in one place.
Test and production automation
Use the Arc language to define control sequences, manage authority, and move from bench testing to production control with the same automation layer.
Telemetry review and analysis
Use the storage engine, range organization, and line plots to review runs, compare experiments, and inspect anomalies after the fact.
Real-time processing and alerts
Use calculated channels and visual alarms to transform incoming sensor data, monitor conditions, and surface system state without deploying separate processing services.
Custom system integration
Use the SDKs and native drivers to connect hardware, external controllers, or internal tools to the platform through Python, TypeScript, or C++.

Pros and Cons

Pros

Combines monitoring, control, automation, and review in one platform.
Supports both live and historical telemetry with high-density line plots and range-based organization.
Includes native support for hardware integration workflows and setup steps that start from device connection.
Offers multiple ways to work with the platform, including visual alarms, calculated channels, and SDKs.
Documents support for industry-standard protocols and vendor hardware such as OPC UA, Modbus, and EtherCAT.

Cons

The collected pricing page returns a 404, so pricing and packaging are not visible in the available source.
The source is strongest on homepage product claims; integration coverage is limited to OPC UA, Modbus, EtherCAT, and native client libraries in Python, TypeScript, and C++.

FAQ

What is Synnax used for?

The site describes Synnax as a platform for real-time data acquisition, hardware control, visualization, analysis, automation, and review. It is positioned for engineering teams working with hardware systems.

How do you get hardware connected?

The homepage says Synnax includes a setup workflow for connecting hardware, configuring channels, and starting data acquisition. It also says native drivers automatically detect and establish communication with supported devices.

Can Synnax be used for both monitoring and control?

Yes. The site says Synnax supports live dashboards, interactive schematics, line plots, alarms, calculated channels, and real-time pipelines for live telemetry.

Does the site show pricing or plans?

The pricing page did not load and returned a 404, so the site does not provide pricing details in the collected source. The homepage invites visitors to request a demo, get detailed pricing, or ask questions.

Quick Facts

Category: Observability and control platform
Primary users: Engineering teams working with hardware systems
Core workflows: Data acquisition, control, visualization, automation, and review
Supported protocols: OPC UA, Modbus, EtherCAT
Developer SDKs: Python, TypeScript, C++
Pricing status: No pricing details available in collected source; pricing page returned 404