Internet of Things
Comprehensive IoT security solutions ensuring robust protection and compliance for connected devices.
Our Internet of Things (IoT) Cyber Assurance service offers a holistic approach to securing internet-connected devices. We provide certification aligned with internationally recognized standards such as ETSI EN 303 645 and UK legislation, and mapped to the IoT Security Foundation (IoTSF) Security Compliance Framework. Our service addresses the critical need for security in the rapidly evolving IoT landscape, ensuring devices are protected against vulnerabilities such as weak passwords, outdated software, and insecure communications. Additionally, we offer specialized assessments and strategies tailored to Industrial IoT (IIoT), focusing on risk identification, mitigation, and architectural integrity to safeguard critical infrastructures.
Obtain certification for internet-connected devices, ensuring protection against vulnerabilities like weak passwords, outdated software, and insecure communications. Level 2 includes third-party testing and independent certification to provide an added layer of security assurance.
Develop a comprehensive risk and mitigation strategy tailored to Industrial IoT environments. Identify risks in critical zones and define effective countermeasures to protect endpoints and mitigate shadow IT risks.
Conduct thorough reviews of Operational Technology (OT) integration into IT infrastructure. This includes zoning segregation, implementing robust patching regimens to minimize downtime, and optimizing communication integration for enhanced data flow.
Evaluate security controls and governance across the IIoT supply chain. This involves examining secure development processes, analyzing hardware and software bills of materials, conducting threat analyses, and ensuring supplier certification compliance.
Implement a zero-trust architecture for IIoT environments to significantly reduce risks. Utilize the digital twin concept to conduct a comprehensive system analysis, identify potential unwanted behaviors, and improve overall system performance.