IoTecha Corp, a leader in electric vehicle charging and grid integration technology, announced the launch of the Sniffer Lite™, the newest addition to its Sniffer™ Portfolio. IoTecha is the original developer of non-invasive, no man-in-the-middle protocol analyzers, solving critical challenges in EV charging communication by providing real-time, low-level analysis without interfering with the signal flow. The Sniffer Lite™ extends this capability by offering essential protocol diagnostics at a competitive price, enabling businesses to monitor, detect, and resolve EV charging communication issues effectively. It complements IoTecha’s comprehensive Sniffer Portfolio, which includes the Original Sniffer™ for advanced diagnostics and the Embedded Sniffer™ for large-scale testing across multiple vehicles or chargers.
The Sniffer Lite™ captures and analyzes real-time data for key EV charging protocols, including ISO/IEC 15118 and DIN 70121, giving businesses critical insights into charging station interactions. With this real-time monitoring capability, companies can quickly detect communication errors, protocol misalignments, and failed message exchanges, enabling faster and more efficient troubleshooting. This streamlined approach helps ensure that EV charging networks operate smoothly, minimizing downtime and enhancing the reliability of charging infrastructure.
One of the standout features of the Sniffer Lite™ is its upgradeability. Users can start with high-level diagnostics and, as their needs evolve, seamlessly upgrade to the full Original Sniffer™ without the need for new hardware. This upgrade provides access to low-level physical layer diagnostics and SLAC signal strength analysis, ensuring that businesses can scale their diagnostic capabilities as needed, all while maintaining cost-effectiveness.
IoTecha’s Sniffer product line is recognized for delivering innovative solutions that address the growing complexity of EV charging communications. With the introduction of the Sniffer Lite™, businesses can now access a scalable, cost-effective diagnostics tool that supports reliable, high-performance charging operations.
