Indigenously Developed Embedded Testing and Automation Tools
Testing & Automation Solutions
Purpose-built embedded test automation solutions for automotive, IoT, and wireless connectivity systems. Our automation frameworks and hardware tools help engineering teams validate infotainment software, ECUs, WiFi and networking stacks, communication protocols, and connected devices through scalable integration testing, protocol analysis, and system validation.
Validation Platforms
End-to-end automated validation platforms designed for system-level integration testing of embedded and connected devices. These platforms eliminate manual testing bottlenecks and bring repeatability and scale to your QA process.
Available Now
TouchBot
Automated System-Level Integration Testing & Validation for UI-Driven Embedded Systems
TouchBot is a robotic test automation platform that physically interacts with touchscreen-based embedded devices while simulating real user gestures like taps, swipes, and multi-touch inputs. It enables fully automated functional and non-functional testing of HMI/UI-powered embedded devices, with minimal customization.
- Physical touch simulation on any capacitive screen
- Supports Android, Linux, QNX, and RTOS-based HMI systems
- Integrates with Robot Framework for test scripting
- Camera-based visual verification of UI responses
- Scalable for multi-device parallel testing
Ideal Applications
- Automotive digital cockpit validation
- Infotainment and instrument cluster testing
- Android Automotive and Linux HMI testing
- Industrial touchscreen device validation
- Smart appliance UI automation
Available Now
PitStop
Automated WiFi Stack Integration Testing for Wireless Infrastructure & IoT Devices
PitStop is a comprehensive WiFi integration testing platform built for Access Point and Residential Gateway manufacturers. It automates the complete test lifecycle, including sanity testing, functional testing, protocol conformance verification, throughput benchmarking, and regression validation.
- Automated WiFi 4/5/6/6E protocol testing
- Supports AP, STA, and mesh topology validation
- Throughput, latency, and roaming test suites
- Integrates with CI/CD pipelines
- Configurable test environment simulation
Range of DUTs
- Residential gateways
- WiFi access points
- Mesh routers
- Broadband CPE devices
- Wireless IoT gateways
Automation Frameworks & Libraries
Open-source and extensible test automation frameworks that integrate with Zilogic's hardware tools and standard industry test runners to enable scalable and maintainable, and CI/CD-ready embedded test automation.
Parrot - Open-Source Embedded Test Automation Framework
Parrot is Zilogic's open-source embedded test automation framework built on top of Robot Framework. It provides a rich library of keywords and drivers for controlling Zilogic hardware modules (USB Relay, USB Switch, PDU, USB-CAN, Ethernet Converter) and integrating them into automated test pipelines.
Key Capabilities
Scalable Framework
- Built on Robot Framework
- Keyword-driven test scripting
- Python libraries and AI-assisted automation support
- Parallel test execution support
CI/CD & Reporting
- Jenkins and GitLab CI integration
- HTML & XML test reports
- Log capture and analysis (WiFi, CAN, Ethernet)
- Extensible plugin architecture
Test Instrumentation Integration
- Native support for all Zilogic Instrumentation and simulation products
- Support for select third-party hardware’s
- Camera Integration for Vision-based UI validation
- Custom instrumentation development and support
License: Apache 2.0 Open Source
Test Instrumentation
A comprehensive suite of USB-based hardware modules for communication, power control, and protocol analysis, purpose-built for embedded and automotive test automation workflows.
Communication & Interface Tools
Communication and interface tools engineered for embedded and automotive test automation, enabling seamless protocol connectivity, device interaction, and scalable validation workflows.
Available Now
USB to CAN Adapter
Models: ZS1310 (CAN)
This is a single-channel USB-to-CAN interface for connecting a PC to CAN bus systems for simulation, debugging, and analysis. Built on open-source CANtact hardware and candleLight firmware for communication with CAN-enabled ECUs and data monitoring.
- Configurable pin selection
- OBD-II diagnostics support
- Troubleshooting CAN-based systems
- Rapid prototyping of CAN devices
Part numbers: ZCAN-IO-P1A
Learn More →Available Now
USB to CAN FD Adapter
Models: ZS1311 (CAN FD)
A versatile adapter tool for connecting a PC and CAN bus systems, supporting both Classical CAN and CAN FD (Flexible Data-Rate) protocols. Ideal for automotive cockpit electronics, heavy vehicles, and industrial automation.
- Automotive testing of CAN FD-based systems
- High-speed and reliable data exchange
- CAN FD up to 8 Mbps
- Linux SocketCAN compatible
Part numbers: ZS-CANFD-P1B
Learn More →Available Now
Automotive Ethernet Converter
Models: ZZS1320 (100Base-T1) | ZS1330 (1000Base-T1)
Converts standard Ethernet signals to Automotive Ethernet (100Base-T1 / 1000Base-T1). Recognized as a USB serial device on PC. Enables reading, diagnosing, and transmitting data to embedded ECUs directly from a PC.
- USB serial control interface
- Integrated command engine
- PHY configuration & status monitoring
Part numbers: ZS-ETH-SPE100 / ZS-ETH-SPE1000
Learn More →Under Development
A2B Interface
An upcoming USB‑based Audio Bus (A2B) tool for working with Analog Devices A2B networks used in automotive audio systems. It enables a PC to record and play back A2B audio streams.
- Support for the A2B protocol
- Compatibility with USB Audio Class (UAC)
- Audio‑stream recording and playback
- Capture of I²C and SPI traffic
- Python API for automation
Status note: Expected availability: Q3 2026
Request Quote →Available Now
ZSniff – WiFi Packet Sniffer
A Ethernet-based, portable WiFi packet sniffer for capturing and analyzing 802.11 wireless frames across 2.4 GHz and 5 GHz bands. Supports monitor mode and compatible with Wireshark and tcpdump for deep packet inspection.
- 802.11 a/b/g/n/ac/ax/be frame capture support
- Supports WiFi-7(eMLSR) frame capture
- Python APIs for Robot Framework and Pytest Integration
- User friendly GUI configurator
- 2 x 6dBi External Antenna
Control & Power Management Tools
Programmable USB modules for relay switching, USB host/device switching, and power distribution, forming essential building blocks for automated hardware test rigs
Available Now
USB Relay
Models: ZS1210
An 8-port SPDT relay module operating on 12V DC. Receives serial commands via USB to activate or deactivate individual relay ports. Ideal for power cycling, signal switching, and hardware fault simulation in automated test setups.
- 8x SPDT relays
- 12V DC operation
- USB serial command interface
- Individual or group port control
- Compact form factor
Part numbers: ZS-USBRLY8-P1A
Learn More →Available Now
USB Switch
Models: ZS1110 | ZS1120
Programmable multi-port USB switch enabling switching of two USB host connections to multiple USB devices. The ZS1110 supports 8 ports (stackable to 15), while the ZS1120 features USB 3.0 with built-in over-current and UVLO protection
- 8-port stackable design (up to 15 ports)
- USB 2.0 and USB 3.0 variants
- Over-current & UVLO protection (ZS1120)
- PC-controlled via USB serial interface
Part numbers: ZS-USBSW2H-P1A / ZS-USB3SW2H-P1
Learn More →Available Now
Power Distribution Unit
Models: ZS1220 | ZS2121
An 8-port USB PDU for controlling power distribution across independent ports. Recognized as a USB 2.0 serial device on PC, it uses a built-in command engine to manage the power state of individual or grouped ports. Designed for test automation applications.
- 8 independently controlled power ports
- USB 2.0 serial device interface
- Individual & group port power control
- Built-in command engine
Part numbers: ZS-PDU8-USB
Learn More →Flashing & Diagnostics Tools
Upcoming tools to support flashing and diagnostics over standard CAN and Ethernet interfaces using Zilogic CAN, CAN-FD and Ethernet hardware.
Under Development
CAN Flashing Tool
Support for J2534 for the Zilogic USB CAN Adapter and USB CAN FD Adapter. The J2534 adaptation layer will enabled UDS (ISO 14229) based flashing and diagnostics over CAN and CAN-FD. Enables flashing ECUs over CAN bus directly from a PC using existing software tools like Mahindra Garuda ECU Diagnostic Flashing.
- Driver with J2534 Interface
- ISO-TP (ISO 15765-2) Support
- Multi-ECU sequential flashing
- Support for existing OBD-II Tools
Status: Under Development — Expected Q4 2026
Under Development
Ethernet Flashing Tool
Support for J2534 for the Zilogic Automotive Ethernet (100Base-T1 / 1000Base-T1) using DoIP (Diagnostics over IP) protocol. The J2534 adaptation layer will enabled UDS (ISO 14229) based flashing and Diagnostics over IP. Enables flashing ECUs over Ethernet directly from a PC using existing software tools like Mahindra Garuda ECU Diagnostic Flashing.
- DoIP (ISO 13400) protocol support
- 100Base-T1 and 1000Base-T1 compatible
- Batch ECU flashing capability
Status: Future — Roadmap Item
Interested in early access? Contact us at sales@zilogic.com