Benchmarking post-quantum cryptography: News regarding the SUPERCOP benchmarking system, and more recommendations to NIST. #benchmarking #supercop #nist #pqcrypto
2016.10.30: Some challenges in post-quantum standardization: My comments to NIST on the first draft of their call for submissions. #standardization #nist #pqcrypto
2016.06.07: The death of due process: A few notes on technology-fueled normalization of lynch mobs targeting both the accuser and the accused. #ethics #crime #punishment
2016.05.16: Security fraud in Europe’s “Quantum Manifesto”: How quantum cryptographers are stealing a quarter of a billion Euros from the European Commission. #qkd #quantumcrypto #quantummanifesto
2016.03.15: Thomas Jefferson and Apple versus the FBI: Can the government censor how-to books?

Alright, IoT and crypto convergence. You know what I love most about these two technologies? They both involve a lot of buzzwords that make me feel like I’m living in the future! But seriously , there are some serious benefits to combining them. )

First off, security. IoT devices have been notorious for being vulnerable to hacking and cyber attacks. But what if we could add some crypto magic to the mix? By implementing encryption algorithms and digital signatures, we can ensure that data transmitted between IoT devices is secure and tamper-proof. This means that sensitive information like personal health data or financial transactions won’t be intercepted by malicious actors.

Crypto also helps with trust management in the IoT ecosystem. By using blockchain technology to create a decentralized network of devices and sensors, we can ensure that each device is authenticated and authorized to access certain data or perform specific functions. This not only improves security but also increases efficiency by reducing the need for centralized control and management.

Now efficiency. IoT devices generate a lot of data, which means they require significant computing resources to process and analyze that data. But what if we could use crypto algorithms to optimize resource usage? By implementing lightweight encryption techniques like Elliptic Curve Cryptography (ECC) or AES-128 in hardware accelerators, we can reduce the computational load on IoT devices while still maintaining high levels of security and privacy.

Crypto also helps with resource management by enabling rekeying techniques that allow for dynamic key distribution and revocation. This means that if a device is compromised or lost, we can quickly and easily replace its keys without affecting the overall security of the network.

So what are some practical applications of IoT and crypto convergence? Let’s take healthcare as an example. By implementing secure data storage protocols for sensors in industrial IoT systems, we can ensure that personal health data is protected from cyber attacks while still allowing for real-time monitoring and analysis. This not only improves patient outcomes but also reduces costs by eliminating the need for expensive hospital stays or frequent doctor visits.

Crypto can also be used to improve supply chain management in IoT systems. By implementing blockchain technology to track goods from production to delivery, we can ensure that each product is authentic and has not been tampered with during transit. This improves efficiency by reducing the need for manual inspections or quality control checks while still maintaining high levels of security and privacy.

Now if you’ll excuse me, I have to go check my bank account balance using quantum cryptography (just kidding, but it would be pretty cool if we could do that someday).