Advanced NetComm Validation for Reliable Network Testing Pro

Make accurate network protocol validation with powerful frame analysis, trace reporting, and diagnostics. Simplify testing workflows while improving performance, visibility, and reliability.

Networking Test Suite (NTS)

Networking Test Suite is an end-to-end solution built to validate, analyze, and troubleshoot complex network communications across multiple protocols, devices, and environments. It helps teams accelerate testing cycles, improve debugging precision, and ensure reliable data exchange between connected systems. With advanced protocol analysis, automated validation workflows, and detailed reporting, the suite reduces development effort, improves product quality, and supports consistent, high-performance network communication across modern connected platforms.
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Dynamic Wakeup Test (DWT)

Dynamic Wakeup Test is designed to validate and analyze wake-up and sleep communication behavior in modern networked systems. It helps ensure reliable wake signal detection, reduces power management issues, and improves system readiness. With automated testing, detailed logging, and accurate timing validation, it enables faster debugging, enhances product reliability, and supports efficient development of power-sensitive connected devices.
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Validates wake-up signal detection across network nodes with accurate timing and reliability checks

Ensures proper sleep and wake transition behavior in connected devices and embedded systems

Supports automated wake pattern testing to reduce manual validation effort and testing time

Provides detailed logs for wake events, signal timing, and communication sequence analysis

Helps identify power state transition issues early in development and validation phases

Improves overall system readiness and startup communication stability across platforms

Reduces field failures related to wake communication and power management behavior

Scales across multiple ECUs, devices, and complex network communication architectures

Routing Test Suite

Routing Test Suite is a powerful solution designed to validate and analyze routing behavior across complex network architectures. It helps ensure accurate data path configuration, reliable message forwarding, and protocol compliance across devices. With automated routing validation, detailed traffic analysis, and comprehensive reporting, it enables faster debugging, reduces configuration errors, and improves overall network performance, stability, and communication reliability across connected systems and platforms.
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Validates routing paths across complex network architectures ensuring correct data delivery and protocol compliance

Detects routing configuration errors early to reduce integration risks and improve system communication reliability

Supports automated routing validation to speed up testing cycles and reduce manual testing effort

Provides detailed traffic flow analysis to track message forwarding and routing behavior across nodes

Helps improve network stability by verifying routing failover and redundancy handling mechanisms

Scales across multi-domain networks supporting modern connected systems and distributed architectures

Why Choose NetComm Validation and Akkodis

Proven Engineering Expertise

Backed by deep industry experience in network validation and embedded system testing across global programs.

Reliable and Accurate Testing


Delivers precise protocol validation and analysis to ensure stable and predictable network behavior.

Scalable Validation Solutions

Designed to support small setups to complex multi-network and multi-device environments.

Faster Development Cycles

Helps teams reduce debugging time and accelerate product validation and release timelines.

Comprehensive Reporting and Insights

Provides detailed logs, traces, and analytics to support faster troubleshooting and decision making.

Trusted by Global Engineering Teams

Used by leading organizations to validate, test, and ensure reliable network communication performance.

FAQs about NetComm Validation

NetComm Validation is Akkodis' network communication validation solution designed to help organizations test, verify, and validate communication interfaces within electronic control units (ECUs), connected systems, and software-defined products. It automates the validation of vehicle network communications and helps engineering teams ensure that communication interfaces comply with industry, OEM, and AUTOSAR requirements while reducing manual testing effort.
Modern vehicles increasingly rely on dozens of interconnected electronic systems that must communicate reliably and securely. Communication failures can impact functionality, safety, performance, and customer experience. Network communication validation helps organizations identify defects, interoperability issues, and compliance gaps early in development, reducing risk and helping ensure that connected systems function as intended.
Organizations developing connected and software-defined products often face increasing communication complexity, evolving industry standards, and growing validation requirements. NetComm Validation helps address these challenges by automating network communication testing, simplifying compliance verification, and identifying issues early in development. This helps engineering teams reduce manual effort, accelerate validation activities, and improve product quality.
NetComm Validation combines automated test execution, evaluation, and reporting within a single solution focused on communication interface validation. Unlike tools that require extensive manual testing, it provides a large library of standardized test cases covering OEM and AUTOSAR requirements across multiple communication protocols. Its hardware-compatible and process-friendly approach helps organizations integrate communication validation into existing development and testing workflows with minimal disruption.
NetComm Validation supports the testing and validation of widely used automotive and embedded communication technologies, including CAN, CAN FD, LIN, FlexRay, and Automotive Ethernet. The solution also supports industry-standard data formats and communication descriptions commonly used in modern vehicle and ECU development environments.
The solution automates test execution, result evaluation, and report generation, significantly reducing manual testing activities. Engineering teams can validate communication interfaces using predefined test cases, receive structured reports quickly, and identify defects earlier in the development lifecycle. This helps shorten validation cycles and improves the consistency and repeatability of testing processes.
Yes. NetComm Validation includes extensive test scenarios that evaluate communication behavior during early development stages. By identifying protocol deviations, interface issues, and configuration problems before integration and production, organizations can reduce costly rework, improve product maturity, and strengthen overall system reliability.
NetComm Validation helps organizations verify communication behavior against OEM requirements, AUTOSAR specifications, and established network standards. Automated testing and structured reporting improve traceability and consistency, while early validation helps reduce the risk of communication failures, interoperability issues, and quality defects in connected products and systems.
While especially relevant for automotive and transportation applications, NetComm Validation can support any industry developing networked electronic systems and embedded products. Typical applications include ECU development, software-defined vehicles, connected mobility solutions, commercial vehicles, industrial systems, and other environments where reliable communication between electronic components is essential.
NetComm Validation helps organizations improve communication reliability while reducing testing effort and development risk. Key benefits include automated validation of network interfaces, faster test execution, improved compliance with OEM and AUTOSAR standards, earlier defect detection, greater testing consistency, reduced manual effort, reusable test cases, and faster integration into existing development processes. By simplifying the validation of increasingly complex communication networks, organizations can improve product quality, accelerate development timelines, and reduce validation costs.