Test network devices before
real-world failures happen
Validate routers, gateways, IoT devices, and connected systems across real network conditions, configurations, and workloads.
Modern network devices fail in ways traditional tests often miss: unstable connections, timing issues, configuration conflicts, and failures that only appear across multiple devices.
Why network devices fail in production
Network hardware rarely fails in isolation.
Problems often appear when firmware, communication protocols, hardware limitations, and real traffic conditions interact.
We reproduce these scenarios in a controlled environment - before your devices reach customers.
What makes network testing complex
Network environments are inherently dynamic and difficult to reproduce.
Variability in network conditions and traffic
Real networks behave unpredictably, making consistent test reproduction difficult
Interaction between multiple communication protocols
Devices must operate across several protocols simultaneously without interference
Performance bottlenecks under load
Issues that only surface under high traffic volumes are hard to catch without load simulation
Hidden firmware and system behavior
Many failures happen below application level and require deeper system visibility.
Device fleet complexity
Managing multiple devices, firmware versions, and test configurations becomes difficult as systems grow.
Difficulty reproducing real-world scenarios
Production failures are complex to replicate in controlled test environments
Supported technologies and protocols
We support testing across a wide range of network technologies and communication standards:
This allows teams to validate behavior across both standard and high-throughput environments.
Our approach to network hardware testing
We combine traffic simulation, protocol-level validation, and system-level testing to provide a complete view of network behavior. Test scenarios can:
Powered by TS Factory, our testing engine for complex device environments.
This enables teams to move beyond isolated tests and understand how the system behaves in real environments.
Use cases
Network hardware testing is designed for teams working on communication-critical systems where reliability and performance are essential.
Routers, gateways, and communication devices
Validate firmware, connectivity, and system behavior across real network conditions.
Embedded systems with connectivity features
Embedded devices that rely on WiFi, Bluetooth, or other wireless protocols for operation
High-performance networking systems
Platforms requiring DPDK or TRex-level traffic generation and packet processing validation
IoT and distributed environments
Connected device ecosystems where network stability directly impacts system reliability
Systems with strict performance requirements
Applications where latency, throughput, and packet loss must meet precise specifications
Validate network devices before they fail in production
Test real-world scenarios across protocols, configurations, and device environments.
Related pages
Software testing
Full lifecycle testing for complex systems
Software testing for embedded systems
Testing for hardware-dependent environments
Software testing tools
Tools for deep visibility into system behavior
Test automation
Automate validation across devices and environments
Static code analysis for embedded systems
Detect issues in embedded code before hardware integration
Start your pilot
Tell us about your network hardware and we will propose a testing approach tailored to your protocols and performance requirements.
We typically respond within 1-2 business days.
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