AGENT-BASED | MULTI-PROTOCOL | HARDWARE-CONNECTED
TestBot is an agent-based test automation framework that unifies embedded firmware, hardware interfaces, communication protocols, and software layers into a single orchestrated execution engine.
Stop stitching together fragmented tools. Start shipping validated products faster.
Modern embedded products don't fail at one layer - they fail at the seams between firmware, hardware, protocols, and software.
From CAN bus validation and Modbus simulation to UI automation and cloud API testing, TestBot executes deterministically, captures responses precisely, and delivers audit-ready reports - all from a single platform.
Supported Interfaces & Protocols: CAN · LIN · UDS · Modbus · BACnet · SPI · I2C · UART · Ethernet · Bluetooth · Wi-Fi · USB · RS-485 · GPIO
Whether you are validating a CAN bus, running a protocol simulation, or checking an API endpoint, TestBot executes the same way every time.
Firmware, hardware, protocol, UI, and cloud testing stay under one orchestrated execution flow instead of split across disconnected tools.
CAN, LIN, UDS, Modbus, BACnet, SPI, I2C, UART, Ethernet, Bluetooth, Wi-Fi, USB, RS-485, and GPIO are all first-class citizens in TestBot.
TestBot closes the gaps that appear when firmware, hardware, protocols, and software are validated with disconnected tools.
Off-the-shelf digital/analog IO modules, CAN adapters, resistance boxes, HMI vision cameras, SCARA and XY manipulators, and Bluetooth/Wi-Fi modules give you a complete hardware ecosystem.
TestBot covers the full validation chain from test specification and logic authoring to hardware-connected execution and structured reporting.
Domain experts build logic with drag-and-drop blocks, automation engineers script in Python, and enterprise teams architect in Java.
CAN, UDS, Modbus, BACnet, LIN, Ethernet, Bluetooth, and Wi-Fi stay first-class citizens without middleware or protocol-specific silos.
Separate test logic from test data using Excel datasets and run hundreds of input combinations without touching your scripts.
Integrate with Jenkins and other CI pipelines for automated execution on every code commit, with headless mode for lab machines connected to real hardware.
Deploy agents across multiple machines and run multi-agent, multi-test suites concurrently to reduce regression cycle times.
Step-level logs, timestamped agent responses, pass/fail summaries, and traceable test IDs export cleanly to HTML, PDF, and Excel.
Install TestBot Deploy on Windows, macOS, or Linux. Minimal configuration. Integrates with your existing toolchain.
Create a Project Define your device under test and validation scope inside a structured project workspace.
Build Test Cases Use visual blocks, Python scripts, or a Java framework. Reuse pre-built functional blocks to accelerate authoring.
Create Data Sets Build Excel datasets covering valid inputs, boundary values, fault states, and expected outcomes.
Map Data to Tests Bind each dataset to its corresponding test case and validation logic.
Configure Execution Select agents, set timeouts, configure communication parameters, and define execution scope.
Execute The engine initializes agents, validates preconditions, runs test steps, and captures real-time hardware responses.
Review the Report Receive structured reports with step-level logs, timestamped results, pass/fail verdicts, and export-ready documentation.
TestBot adapts to every skill level on the team - from domain expert to senior automation engineer.
TestBot ships with hardware-connected interfaces that help you simulate, drive, and validate physical devices without building custom tooling from scratch.
Simulate and read digital signals, analog voltages, and PWM outputs via CAN-based communication.
Direct CAN bus connectivity between your DUT and TestBot.
Precision resistance simulation across a wide range for sensor emulation.
Image-trained display validation for instrument clusters, HMIs, and touchscreen interfaces.
Physical touchscreen interaction and button press automation.
Raspberry Pi-based dual-mode module acting as both central and peripheral.
Embedded products need different validation strategies, but the same need for traceable, repeatable evidence.
ECU validation, CAN/LIN/UDS testing, instrument cluster automation, diagnostics, and hardware-in-the-loop testing for automotive-grade reliability.
PLC validation, Modbus and BACnet protocol testing, controller verification, and industrial communication simulation.
Hardware and software validation workflows designed for regulated environments where traceability and repeatability are non-negotiable.
High-fidelity embedded system validation with full execution traceability and audit-ready documentation for mission-critical programs.
Smart meter, grid controller, and industrial communication validation for systems that demand continuous uptime.
Scalable automated testing for smart home devices, wearables, and connected products across Wi-Fi, Bluetooth, and USB interfaces.
TestBot gives embedded and hardware-integrated product teams a single platform to validate every layer - from firmware to cloud - with the precision, traceability, and scale modern product programs demand.