Interactive schematics and telemetry plots
Bind valves, sensors, and actuators to hardware channels on a visual canvas without programming. Plot live and historical telemetry, then pan, zoom, and annotate data with sub-millisecond precision.
Synnax
Freemium
Data acquisition, hardware control, and telemetry analysis for engineering teams.
What is Synnax?
Synnax is a platform for engineering teams that test and operate advanced hardware. It brings real-time data acquisition, hardware control, visualization, and analysis into one console, connecting live operations with later data review.
Teams can configure instrumentation, monitor system state, run automated procedures, and investigate recorded telemetry within the same environment. Its integrated storage engine retains high-rate channel data, while client libraries support custom applications and external processing.
What can Synnax do?
Reactive hardware automation
Arc, Synnax’s hardware automation language, defines staged sequences and manages control authority. Deploy procedures to real-time hardware at rates up to 5 kHz, with manual handoffs and prioritized emergency overrides.
Integrated storage and named ranges
Store kilohertz-rate data from thousands of channels. Mark runs, events, and anomalies as named time ranges, attach metadata, and nest ranges into hierarchies to keep data traceable.
Calculated channels
Attach Arc expressions to channels for calculations on live or historical samples. Stateful variables and vector math support workflows such as unit conversion, sensor voting, and FFT analysis.
Visual alarm configuration
Connect sources, conditions, and actions in a visual node editor. A unified status bar displays alarms alongside device and system health indicators.
Native device connections
Connect hardware through native drivers, including support for OPC UA, Modbus, and EtherCAT. Configure channels, sample rates, and physical signal mappings from one interface.
Use Cases
“Commission a hardware test setup”
Connect acquisition devices, assign logical names to signals, and verify instrumentation through live dashboards before running a test.
“Run controlled test procedures”
Sequence pressurization, timed holds, and venting using sensor thresholds, with abort procedures and operator intervention available during execution.
“Investigate anomalies across test runs”
Compare runs side by side and drill into unusual telemetry using annotated plots and event ranges to locate the relevant operating interval.
“Build custom engineering applications”
Use client libraries to connect AI models, external controllers, custom dashboards, or test runners to stored data and live streams.
Frequently Asked Questions
How do teams start acquiring data?
Connect hardware to the Synnax cluster, configure channels and sample rates, and map physical signals to logical names. Teams can then stream telemetry and send actuator commands from the console.
Which programming languages have client libraries?
Synnax provides native client libraries for Python, TypeScript, and C++. The website demonstrates streaming, writing, and reading channel data with its Python client.
How is pricing obtained?
Synnax’s contact form accepts requests for detailed pricing and product demos.
Quick Facts
- Product category
- Hardware data acquisition and control
- Primary users
- Engineering teams testing and operating advanced hardware
- Automation language
- Arc
- Published storage throughput
- Read and write speeds exceeding 10 million samples per second, according to Synnax
- Company
- Synnax Labs; backed by Y Combinator
Synnax Traffic Analysis
Traffic data is for reference only.
- Domain Rating
- 29
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