Synnax

Synnax is the foundational data and operations framework designed specifically for the complex needs of modern hardware engineering teams. It serves as a centralized nervous system for hardware projects, enabling seamless, real-time communication with thousands of sensors and actuators. At its core, Synnax features a purpose-built time-series database optimized for extreme performance, capable of handling millions of data samples per second. This allows teams in fields like aerospace, robotics, and automotive to capture, process, and analyze terabytes of telemetry data with minimal latency, transforming raw data into actionable insights.

The platform is engineered to bridge the gap between physical hardware and software-driven operations. It provides a comprehensive suite of tools that streamline the entire hardware lifecycle, from initial bench-top testing to large-scale, distributed deployments. By unifying data acquisition, control, visualization, and analysis, Synnax eliminates data silos and empowers engineers to build, test, and operate sophisticated systems more efficiently and reliably.

How to use Synnax

Using Synnax involves a streamlined workflow designed for operational efficiency:

1. Deployment: Begin by deploying the Synnax node. Packaged as a single binary, it can be launched with a single command on-premise, in the cloud, or at the edge, providing maximum flexibility.
2. Hardware Integration: Utilize Synnax's extensive library of drivers to connect to your existing data acquisition (DAQ) and control devices. The system automatically detects and configures your hardware.
3. Real-Time Operation & Visualization: Use the Synnax Console, a unified web interface, to monitor operations. Its GPU-accelerated plotting engine allows you to visualize millions of data points from sensors in real-time. You can configure instrumentation, manage resources, and organize data sets.
4. Control Execution: Implement control sequences through the Console's diagram assembler. The platform's powerful control negotiation system allows for seamless handoffs between automated sequences and manual operator control.
5. Data Analysis: Access real-time or historical data with just a few lines of code using client libraries for Python, C++, or Typescript. Integrate with industry-standard tools like Matplotlib and NumPy to perform in-depth analysis, attach metadata, and derive insights.
6. Workflow Automation: Configure 'Signals' to automate tasks. These hooks can trigger actions—like running post-processing scripts, sending Slack notifications, or updating an ERP system—based on operational events (e.g., test completion) or data conditions (e.g., a sensor exceeding a threshold).
7. Customization: For advanced use cases, leverage the React component library to build custom operational consoles or use the client libraries to develop bespoke drivers, data applications, and AI-powered enhancements.

Core Features of Synnax

• High-Performance Time-Series Database: Purpose-built for hardware, delivering write/read throughput of over 10 million samples per second on a single node.
• Unified Operations Console: A central interface for real-time data visualization, historical data search, instrument configuration, and operational control.
• GPU-Accelerated Plotting: The fastest available plotting engine, capable of rendering millions of data points in real-time without performance degradation.
• Seamless Control Handoff: A sophisticated system that manages authority transitions between automated control sequences and manual operators smoothly.
• Automated Workflows with Signals: An event-driven system to trigger custom actions, from data analysis to notifications, based on operational events or data thresholds.
• Extensible Driver Framework: Easily integrate with a wide range of existing data acquisition and control hardware.
• Rich Client Libraries: High-quality libraries for Python, C++, and Typescript, enabling powerful custom analysis and application development without proprietary languages.
• Simple, Scalable Deployment: Packaged as a single binary for easy deployment anywhere, scaling from a single test bench to a globally distributed team.
• Custom UI Components: A React component library to build custom user interfaces, dashboards, and operational consoles tailored to specific needs.

Use Cases for Synnax

Synnax is ideal for any industry developing or operating complex hardware:

• Aerospace & Defense: Rocket engine test stands, satellite telemetry monitoring, drone fleet management, and structural testing.
• Automotive: Electric vehicle (EV) battery lifecycle testing, autonomous vehicle sensor fusion and data logging, and powertrain development.
• Robotics: Real-time control and performance monitoring of industrial robots, and data management for autonomous mobile robot (AMR) fleets.
• Energy: Monitoring and control of power plant turbines, performance analysis of renewable energy farms, and grid management.
• Advanced Manufacturing: In-line quality control for complex assembly lines, and performance testing of high-precision machinery.

Advantages of Synnax

Synnax provides a distinct competitive edge by offering a platform that is simultaneously powerful and flexible. Its unparalleled performance ensures that no data is missed, even in the most demanding test conditions. The unified nature of the platform breaks down departmental silos, allowing for tighter collaboration between test, control, and analysis teams. By avoiding proprietary languages and providing high-quality client libraries, Synnax empowers teams to build on top of a solid foundation, fostering innovation and reducing development time. Its scalability ensures that it remains a valuable asset as a project grows in complexity and scale.

Pricing and Plans

Synnax offers enterprise-level solutions tailored to the specific needs of each organization. Pricing information is not publicly listed. To get a detailed quote and understand how the platform can fit your use case, it is recommended to contact the Synnax Labs sales team or request a personalized demo through their official website.