Robotics software platform engineering
We understand risk.
Our responsibility is to remove it.
Tinverse gives robotics teams a dependable foundation for control, motion, communication, and deployment—with engineering evidence tied to the system that ships.
The platform
Let us deal with the most challenging infrastructure components.
We see a robot as a network of processors, drives, sensors, and applications.
The Tinverse product portfolio enables teams to create highly configurable robotic systems without losing a coherent system architecture. Common interfaces and connected engineering evidence across hardware, software, communication, and deployment simplify verification, risk management, and the path to regulatory review.
tin Application Framework →
A modern developer friendly C++ application framework to build embedded and real-time control applications
EtherCAT Platform →
An implementation of the EtherCAT master protocol for bare-metal ARM, Linux and Windows targets.
Tin DDS →
An implementation of the DDS specification in the C++ programming language.
Retina →
An implementation of the DDS specification in the Rust programming language.
Tin DDS and Retina benchmarks →
tin-dds and Retina performance when publishing a range of message sizes over UDP and shared memory. Some comparisons with CycloneDDS and FastRTPS
Bare Metal Platform →
A C++ BSP for select embedded processors, designed to work with the tin Application Framework and Tinverse Hardware Platform.
Tinverse Linux Guix →
Create declarative, fully reproducible development and production environments. Release tooling produces SBOMs, checks dependencies against published CVE data, and records reviewed vulnerability dispositions.
Tinverse Linux Yocto →
Create customizable development and production images from pinned layers and recipes. Release tooling produces SPDX SBOMs, checks packages against published CVE data, and records reviewed vulnerability dispositions.
Tinverse Hardware Platform →
Compute, FPGA, embedded-controller, network, actuator, power, thermal, board-layout, and form-factor decisions captured as versioned contracts for the software and hardware implementations that follow.
Commercial licensing and evaluation terms are available from sales@tinverse.com.