As the number of IoT devices increases, so do security concerns. To combat this issue, many different security approaches are used. A strong option for high-end applications, such as connected cars, utility metering, and medical devices, is to embed a hardware root of trust underpinned by public key cryptography. However, the onset of large-scale quantum computing - estimated within seven to ten years - will break current public key cryptography rendering hardware roots of trust vulnerable to attack.
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Why is this an issue for today? High-end devices in development and production today will be in-field for several years. Recalling every device to upgrade the hardware roots of trust will be financially and logistically challenging, resulting in significant risk and widespread vulnerabilities.
Join us for a practical and informative webinar covering the following topics:
- A brief overview of quantum computing and it’s effect on current public key cryptography – no PhD required!
- Why focusing on the exact date a large-scale quantum computer will exist is a recipe for failure, instead Mike presents a practical planning approach to reduce complexity
- Understanding the unique challenge quantum presents to durable IoT devices
- Why it’s critical to take action today to avoid costly, logistically challenging recalls in the future
- Exploring quantum-safe solutions available today, specifically quantum-safe signature options and their implementation on HSMs