
The Valid8 IoT Device Simulator – Virtual Lab is a software-only platform for early-stage IoT development and validation. It enables realistic device emulation, automated functional testing, and repeatable protocol validation without requiring dedicated hardware.
The Valid8 IoT Device Simulator – Virtual Lab is a software-only solution designed to provide an accessible and flexible environment for early-stage development, integration, and validation of cellular IoT solutions.
Because the test system is fully software-based, it can be deployed quickly without dedicated hardware, making it particularly suitable for development teams that want to start testing early, automate validation workflows, or create a virtual lab environment for continuous integration and regression testing.
At the core of the platform is the Valid8 protocol engine, which emulates realistic signalling procedures, session establishment,and network interaction. This allows engineers to reproduce real-world communication behaviour in a controlled environment and validate how IoT devices and services respond during key network procedures.
The integrated IoT test harness provides the framework for automated and repeatable test execution. It enables teams to structure validation scenarios,execute tests consistently across development cycles, and identify issues earlier in the process.
Using the IoT device emulator, users can simulate realistic device behaviour without depending on physical hardware. Registration procedures, session setup,traffic exchange, and service interaction can all be reproduced in a virtual and repeatable way, helping accelerate development and troubleshooting.
The included IoT functional test suite provides ready-to-use validationscenarios that help verify core functionality, protocol procedures, and service behaviour. This allows teams to quickly establish a reliable functional baseline and perform regression testing as products evolve.
The Valid8 IoT Device Simulator – Virtual Lab is an efficient way to bring IoT validation into a software-driven workflow, helping organizations reduce hardware dependency, speed up development, and improve product quality before moving into larger-scale lab or field testing.

Fully Software Based Test System
