IMC | SBOM: IoT Security Is a Journey, Not a Destination

The Critical Benefits of SBOMs

A software bill of materials (SBOM) serves as a “nutrition facts label” for software. It allows manufacturers and end users to see the software’s components and security posture. 

SBOMs provide transparency for enterprises to monitor security vulnerabilities and act quickly to mitigate them. Internet of Things (IoT) devices can stay protected even as threats emerge and evolve. 

As IoT security rules grow, SBOMs are changing from a best practice to a requirement for cybersecurity compliance. They prevent breaches and ensure end-to-end device safety. 

SBOMs and IoT Modules

Device makers must build IoT security into the device from the ground up rather than add it as an afterthought. This practice includes ensuring the IoT module for your device is built with a security by design approach.  

Wireless modules designed with security measures ensure device protection throughout its life cycle. SBOMs provide clarity into the module’s components so that device makers can comply with government and industry regulations. 

How SBOMs Protect IoT Devices throughout Their Life Cycle

Maintaining device security throughout their life cycles is paramount. In the past, IoT systems were deployed with a “set it and forget it” mentality. This made them open to cyberattacks and security breaches. 

Today’s IoT deployments require remote updates and monitoring to protect them as threats evolve. SBOMs make this possible with their visibility into the software components and vulnerabilities. 

Key Takeaways 

Watch this IoT M2M Council (IMC) IoT Days Fall panel with Somos, Digi and Telit Cinterion experts. You’ll gain insights across the IoT ecosystem as they explore how SBOMs affect IoT device development and deployment. 

You will learn: 

• What SBOMs are and the benefits they provide 

• How they help maintain government and industry regulatory compliance as IoT cybersecurity pressure increases 

• Why they are essential to provide security and transparency for IoT devices in the long term