Detect critical vulnerabilities during product development and before rollout with the ONEKEY firmware analysis platform.
Seamless integration into your existing processes and tools ensures
sustainable results and enables “security by design” for your IoT / OT devices
Security must be embedded in every producer’s development process and workflow. This allows them to react directly to warnings in a sprint, i.e. before the release, and optimize their code.
The Result: you will produce safe, high-quality software with every release.
In addition, the ONEKEY firmware analysis platform also automatically monitors previous releases for new vulnerabilities and helps PSIRT teams triage security alerts.
Critical vulnerabilities of your firmware immediately identifiable
Transparent Software Bill of Materials (SBOM)
Deep cryptographic analysis
Verification of international standards
Direct reference to known vulnerabilities (Common Vulnerabilities /
CVEs)
Detects hard-coded passwords, debug accounts, source code
repositories
automatic analysis for potential vulnerabilities created as a result
instant feedback with reference to CVE/CWE and resolution advice
automated upload of your firmware to the ONEKEY firmware analysis platform
automatic evaluation and transfer of results to your development / test
environment
The result: Fully automated cybersecurity and compliance testing
ensures continuous
sustainable quality for you and your customers
ONEKEY offers you cost-effective, automated security analysis
including compliance checking already DURING software development:
ONEKEY is a Software-as-a-Service (SaaS), or cloud-based, platform for automated security
and compliance analysis of connected devices and embedded systems, running IoT/IIoT/OT
firmware. ONEKEY does not need any source code, network or physical device access.
The platform provides full supply chain transparency through automated Software Bill Of Materials (SBOM), deep security and compliance analysis and product lifetime monitoring, including 24/7 auto-alerts for new vulnerabilities. ONEKEY platform provides a powerful API for deep process & tools integration and an easy-to-use browser interface.
ONKEY’s security experts are available for implementation, API integration and consultation on your current product security process.
Exclusively for device producers and integrators, we offer a free analysis of
your firmware:
After a successful analysis and your internal review, we will discuss the results, your feedback and potential steps moving forward, jointly.
Here, we will have the joint opportunity to outline the advantages of automated security & compliance for your products to ensure confidence for your development team.
Simply enter your business mail address!
Our security experts will contact you promptly with instructions on how to send your firmware*. Our quick and efficient check will validate in minutes if your firmware is secure and compliant, i.e. with the upcoming EU Cyber Resilience Act.
No Obligations. Zero costs & setup. Instant results.
ONEKEY is a technology-leading European firmware analysis platform available worldwide. The core technology had been developed by world-leading pentesting experts and has been continuously enhanced since then.
ONEKEY is available as Software-as-a-Service (SaaS), or onPremise for automated security and compliance analysis of connected devices and embedded systems running IoT/OT firmware. ONEKEY does not require source code, network or physical access.
The platform provides complete supply chain transparency through automated Software Bill Of Materials (SBOM), deep security checks, compliance analysis, and product lifetime monitoring including 24/7 auto-alerting for new vulnerabilities. The ONEKEY firmware analysis platform provides an easy to use web interface and a powerful API that allows for seamless integration with existing tools such as CI/CD, vulnerability managers, or ticketing systems.
ONEKEY’s security experts are available for implementation, API integration and consultation on your current product cybersecurity process.