Summary

Actionable Benefits

• Design and deploy secure IoT platforms for added value and competitive edge in market offerings.
• Understand how to use trusted technologies to protect valuable intellectual property in commercial IoT solutions.
• Identify new business models (such as lifecycle management) that can be created with the integration of the latest security features in hardware and software.
• Prepare for upcoming regulatory requirements and potential liability that will significantly affect product design and platform offerings.

Critical Questions Answered

• What are the vulnerabilities of IoT technologies and the threats facing deployments today?
• What are the security technologies that can be used cost effectively and comprehensively for the IoT?
• Which markets are actively incorporating security for their IoT deployments?
• Who are the vendors offering security solutions for the IoT?

Research Highlights

• Overview of the current challenges to IoT security.
• Analysis of technologies, including hardware, software, and services that can address vulnerabilities and threats.
• Market forecasts of secure hardware shipments and security services revenues for the IoT.
• Snapshot of vendor ecosystem.
• The latest regulation, policy, standards and best practices  in the field of IoT security.

Who Should Read This?

• Semiconductor product designers and developers to better position their solutions on secure embedded hardware and tie them in with the emergence of device lifecycle management services.
• IoT device OEMs to understand the latest security technology that can be integrated into devices
• IoT  service providers to offer appropriate security for resource constrained devices that can scale accordingly
• IoT deployers to understand and implement comprehensive security end to end in line with best practices and any regulatory compliance requirements

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