How Quectel Builds Trust Through Independent Testing
11. July 2025 | Planegg
In an increasingly digitalised world, where security threats and new dangers are constantly on the rise, trust in the security of IoT components is of paramount importance. Quectel therefore relies on maximum transparency and regularly has its products tested by independent security companies such as Finite State. The result: Over 94% of all Quectel modules shipped in the USA since January 2022 have been tested by Finite State – a unique commitment to product security in the industry.
Highest Product Security for IoT Components
As part of these comprehensive tests, the firmware and software of the modules are examined through binary and source code analysis, penetration testing, and code audits. The results speak for themselves: Quectel modules achieve an average Finite State risk score of less than 18 – while the industry average is 98. Furthermore, not a single backdoor was discovered, and the average time to remediate vulnerabilities is only a few days, approximately ten times faster than the industry average. This ensures that data and systems remain secure and that trustworthy, secure connections are guaranteed.
Maximum Transparency and Security: SBOMs, VEX Documentation, and Vulnerability
Management for Future-Proof IoT SolutionsAnother highlight: Quectel provides complete SBOMs (Software Bills of Materials) and VEX documentation for all current products, offering customers full transparency about the components used and known vulnerabilities. OEMs and customers can view security notifications and regularly receive security updates via a dedicated vulnerability portal.Quectel thus demonstrates that a safety-first approach and collaboration with external experts form the foundation for building trust and future-proof IoT implementations. For device manufacturers, this means maximum security, transparency, and compliance – today and in the future.
Finite State Certification FAQ?
Quick answers on finite state certification
1. Why is Finite-State certification particularly important for IoT components?
Finite-State certification plays a central role in the security of IoT components because it verifies the trustworthiness and integrity of the modules used through independent, comprehensive testing. In an increasingly connected world where cyber threats are constantly growing, companies benefit from verified, transparently tested products. This allows OEMs and system integrators to ensure that their end products meet the highest security standards and comply with increasing data protection and compliance requirements.
2. How do the Quectel-tested modules differ from the industry average in terms of security and response time to vulnerabilities?
Quectel modules tested by Finite State achieve an average risk score of less than 18 – significantly below the industry average of 98. Additionally, vulnerabilities are typically resolved within a few days, about ten times faster than the usual industry timeframe. These figures demonstrate Quectel’s exceptional security strategy and provide customers with clear added value through rapid response times and significantly reduced risk.
3. What role do SBOMs and VEX documentation play in Quectel’s security concept?
SBOMs (Software Bills of Materials) and VEX documentation are key components of Quectel’s security concept. They provide full transparency about all software components used in the modules and document known vulnerabilities. For OEMs and system integrators, this means they can always trace which components are in use and understand the current security status. Customers also receive regular relevant security updates via a dedicated vulnerability portal.
4. How does collaboration with independent security companies like Finite State contribute to building trust?
Regular, independent security assessments by companies like Finite State underline Quectel’s commitment to the highest product security. By disclosing test results and consistently implementing recommendations from external experts, Quectel creates the highest level of transparency and trust. For device manufacturers and system integrators, this means they can rely on demonstrably secure, tested, and future-proof IoT solutions.
