Device Security Assessment
Why OT/IoT device security assessment is needed?
- OT and IoT manufacturers and users require device security assessments to ensure the resilience and integrity of their products in the face of evolving cyber threats. Device security assessments help identify vulnerabilities, weaknesses, and potential entry points that malicious actors could exploit.
- By conducting these assessments, manufacturers can proactively address security flaws, strengthen their devices' defenses, and enhance the overall security posture. This not only protects their customers' critical infrastructure and valuable data but also helps their compliance to regulatory standards and build trust and credibility in the marketplace.
OT Device Assessments
- Novesh offers specialized OT component security assessments to OT manufacturers and asset owners. Our team conducts comprehensive evaluations of OT components, including industrial control systems (ICS), SCADA systems, and other critical devices, to identify vulnerabilities, configuration weaknesses, and potential risks.
- By partnering with Novesh for OT component security assessments, manufacturers and owners can gain valuable insights into the security of their products, identify areas for improvement, and ensure that their offerings meet industry standards and best practices. Our assessments provide manufacturers with the necessary information to enhance the security posture of their OT components, instill customer confidence, and maintain a competitive edge in the market.
IoT Device Assessments
- IoT devices are inherently vulnerable and easy to hack. Many of these devices run on unpatched software, are misconfigured, or use unsecured communication protocols. Organizations need to understand how these devices impact the overall security of their business.
- Whether you are involved in IoT device development or procurement, our expertise can assist you in comprehending the tactics employed by attackers to compromise these devices. We conduct meticulous assessments of IoT devices, thoroughly examining firmware and secure coding practices. Through our analysis of firmware, we identify vulnerabilities and implement measures to bolster their resilience, while our scrutiny of secure coding practices ensures the robustness of software running on these devices.