OnBoard Security InSights

Secure Multiparty Computation

Posted by Gene Carter on Sep 27, 2018 10:14:00 AM

Recently, our customer, Rivetz, announced their Dual Roots of Trust solution to protect private keys in a mobile phone, even if one of the systems is compromised. The Rivetz software generates and distributes the private key between the two roots – the Trusted Execution Environment (TEE) running in ARM TrustZone and the SIM card. This means that both roots would have to be compromised in order to get the user’s private key.  Since the TEE is controlled by the phone manufacturer and the SIM is controlled by the mobile carrier, the user’s data is also protected from insider attacks or a vendor security breach.

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Topics: Blockchain, SCMS, Trusted Computing, Cryptography, Privacy, garbled circuits, secure computation, Cyber Security, Research

OnBoard Security Creates Computational Learning With Rounding Over Rings (R-CLWR) Problem

Posted by Zhenfei Zhang on Sep 10, 2018 4:25:08 PM

The world is facing an increasing threat from quantum computers.  All widely deployed public key cryptosystems, namely, RSA, ECC and (EC)DH, will be broken due to Shor’s algorithm running on a quantum computer. To mitigate this threat, NIST started a call for proposal to identify cryptographic algorithms that are secure against quantum computers (a.k.a, post-quantum cryptosystems or PQC).

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Topics: Blockchain, Trusted Computing, NTRU, Quantum Computing, Cryptography

The Future of Blockchain - A Lack of Authenticity and Privacy

Posted by Zhenfei Zhang on Jul 31, 2018 4:22:00 PM

Modern technology is all about buzz words. Unless you have been trapped in the phantom zone for the past few years, you must have heard of quantum computers and blockchains. Some say that quantum computers are the next generation of computers, and blockchains are the next generation of the Internet. What will the next generation look like when we have both quantum computers and blockchains in a same room? A quantum apocalypse.

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Topics: NTRU, Cryptography, Quantum Computing, Blockchain

Top-Down and Bottom-Up Defenses to Secure IoT

Posted by Lee Wilson on May 24, 2018 12:14:38 PM
Many IoT device manufacturers understand the need for cyber security but aren’t sure where to begin. To add to the confusion, some security vendors will claim their firewall or password system or a “magic bullet” will protect your system from every type of attack. Don’t believe the hype.
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Topics: TPM, TSS, Cyber Security, Embedded Security, Internet of Things, Cryptography

TPM - a Powerful, Inexpensive Security Building Block

Posted by Lee Wilson on Mar 22, 2018 1:51:50 PM

There are two worlds of computer security - high-end systems and then everything else. Both high- and low-end systems typically employ “top-down” defenses to harden their attack surfaces. These are “software-only” security techniques.

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Topics: TPM, Trusted Computing, TSS, Cyber Security, Embedded Security, Internet of Things, Cryptography

The OnBoard Security Mission

Posted by Peter Samson on Jan 11, 2018 12:24:30 PM

I often get asked, what is the company’s mission?

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Topics: DSRC, Connected Vehicles, Research, V2V, TPM, Trusted Computing, TSS, Cyber Security, Autonomous Vehicles, Embedded Security, Regulation, Automotive, V2X, Internet of Things, Privacy, Quantum Computing, Cryptography, NTRU, BCAM, SCMS

Secure Crypto Key Management for Automotive

Posted by Gene Carter on Nov 1, 2017 12:21:38 PM

Car makers use cryptographic keys for a variety of purposes, including Over-The-Air (OTA) software updates, security immobilizers, inter-module communications, and Vehicle-to-Everything (V2X) communication security. Key Management Systems (KMS) are very complex, as the manufacturer has to manage dozens of keys for each car model, both at production and when new components are introduced during repairs, and they must maintain these keys over the long lifetime of a car. Key Management is a daunting task.

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Topics: Automotive, Autonomous Vehicles, Connected Vehicles, Cyber Security, Cryptography, Embedded Security, Research, Internet of Things

Closer to Proving the NTRU Assumption

Posted by Zhenfei Zhang on Apr 20, 2017 3:57:28 PM

NTRU is a cryptosystem that uses a special type of polynomial ring. The underlying hardness assumption, known as the NTRU assumption, is that an inverse of a short polynomial (polynomial whose coefficients are very short compared to the modulus q) is indistinguishable from a uniformly random polynomial in this ring. This indistinguishability is crucial in designing a cryptosystem.

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Topics: Cryptography, Embedded Security, Internet of Things, NTRU, Quantum Computing

Learn About the Latest in IoT Security from Our Team of Experts

 

OnBoard Security's security experts share insights on the latest security topics in:

  • Connected Cars
  • Autonomous Vehicles
  • Internet of Things
  • Quantum Computing

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