How Secure Multi-Party Computation (SMPC) enables digital currency exchanges to match the trading services and speed of fiat

Liquid, a major APAC-based exchange, partnered with Unbound to expand their operations, grow their volume, and optimize -- all while maximizing their key security and management.

There are different approaches to implementing a code signing solution within an in organization. Our Executive Brief outlines all approaches on the market, and highlights the pros and cons of each.

Organizations can now benefit from the elasticity, manageability, automation and crypto-agility capabilities that Unbound products deliver, with the assurance that they meet the industry-accepted security standard for cryptographic modules issued by NIST.

Organizations deploying cryptographic products should evaluate their practical security capabilities and alignment with a modern IT architecture. This brief shows how Unbound’s FIPS 140-2 Level 2 certification provides vital assurance that cryptographic modules meet industry-accepted standards for protecting keys.

Thinking about how to manage and protect your encryption keys in the wake of the digital transformation? This white paper provides a detailed analysis of available key management technologies to help you choose the best approach for your organization.

Get an in-depth explanation of how Unbound uses MPC, a mathematically proven method to secure keys on any device, anywhere. Learn how advancements in Multiparty Computation (MPC) research is leading us to the forefront of exciting application frontiers for security and privacy.

In a hybrid cloud environment, managing distinct tools from CSPs and keeping organizational security policies consistent across platforms and providers is a challenge. Read here for key insights to inform your organization’s digital transformation strategy

Enterprises have long relied on hardware security modules (HSMs) to secure cryptographic keys throughout each stage of their life cycle, but can HSMs fully adapt to new digital needs? Read this comprehensive guide on traditional and virtual HSMs.

Learn how CYOK lets you confidently migrate your valued business applications and data to the cloud by maintaining full control of a foundational security element – your cryptographic keys.

A lot of research has been done on various usage models and the security of Intel SGX, and the side channel attacks on SGX.  This paper shows that these attacks are extremely effective at extracting private data from inside an SGX enclave.

Offering consumer-friendly experiences such as mobile banking, while protecting sensitive data is a challenge for financial institutions. In this Solution Brief, learn companies can manage a secure and flexible crypto foundation across the cloud, server and endpoint.

Download our infographic that will walk you through how leading global Fortune 500 organizations are doing to protect their crypto keys in the wake of digital transformation.

Both GDPR and the CLOUD Act are aimed at modernizing past data privacy legislation, however they seemingly contradict one another. Our Executive Brief will shed light on how to comply with both GDPR and the CLOUD Act, and how to ensure full control of your encryption keys while complying with these two new frameworks.

Companies that work with Code Signing are under a sophisticated cyber threat landscape that HSMs cannot sufficiently guard against. The Unbound Key Control (UKC) code signing solution delivers pure-software HSM-level security covering all development teams across your entire infrastructure.

In this case study we pose challenges facing a top tech company, including the large number of developers and global sites, a mix of on-premise and cloud-based development environments and how to tackle the problem of agility vs. scalability.

If your exchange, custodial service, or enterprise manages blockchain keys, you’ll want security options that not only keep your systems safe, but can move with the rapidly-changing blockchain market. Here are 6 Signs Your Crypto Asset Protection Isn’t Good Enough.

Bank-Grade Security for Crypto Asset Trading and Custody Service, Secure your assets with the confidence of knowing your crypto asset keys never exist in the clear, ever.

In today’s digital climate with growing vulnerabilities and threats, law firms with a comprehensive enterprise-wide solution to protect their clients’ data gain competitive advantage. Unbound offers client-friendly experiences without compromising security on any cloud, server or endpoint.

Take a deep dive into the cryptographic foundation for our Crypto Asset Security Platform (CASP) in this informative talk by world-renowned cryptographer and Unbound Tech’s Chief Scientist, Prof. Yehuda Lindell.

Samuel Ranelluci,  Unbound's Chief Scientist, had the opportunity to attend and speak at the NIST Threshold Cryptography Workshop this year.  

Is it possible to use MPC to compute the outcome with two or more secret inputs from a number of entities while keeping the inputs private?” and more. Prof. Nigel Smart answers the internet’s most asked questions about encryption.

Ever wondered what the difference between public key vs. private key cryptography actually means? Furthermore, why is quantum cryptography even important? Prof. Smart answers all of your questions, and also explains how cryptography has changed in the past five years.

Where is crypto headed? What does this mean for Post-Quantum Cryptography, Privacy and Machine Learning? Prof. Nigel Smart discusses the future of crypto, and explains why the breaking of the Enigma Machine brought the end of WWII much faster.

Will Quantum Key Distribution ever replace Standard Cryptography (as we know it today). Prof. Smart discusses German Lorenz Cipher, which was even more complex than Enigma.

Yao's Millionaire Problem (how to reveal who is the richest millionaire w/out revealing how much money they actually have), in the case of two or more parties. Additionally, what do you do if the message is longer than the keystream? And finally, how and when should one study cryptography?

Do you happen to have a crypto algorithm you'd like to introduce? Then get ready to do a thorough security proof; just because you can't break it, doesn't mean it's secure. Prof. Nigel Smart discusses cryptographic algorithms, applications of multiparty computation, and answers whether we can bioengineer public-key cryptography into human voice.

In this video, Prof. Nigel Smart answers interesting questions whether Multiparty Computation (MPC) can be applied to online dating, how games are used in cryptography incl. system breaking, and if we ever solved the P vs. NP problem, could we replace public key cryptography?

In this video, Prof. Nigel Smart answers whether double layers of encryption make information more secure. What’s the best way to make sure data is protected when one layer can be breached? Prof. Smart answers here!

Prof. Nigel smart answers: What are garbling circuits? What books would you recommend to learn more about cryptography? Is cryptography concerned with worst or average case hardness to solve problems?

Prof. Nigel Smart answers how does multiparty computation work? How does data signing work with public keys and secret keys? And we've all been wondering: Why do you love being a cryptographer and does that make you a good or bad guy?  

Prof. Smart gives an analogy about distributed trust. Why is better to learn classical cryptography vs. quantum key distribution? And the question we’ve all been wondering: Why would an academic cryptography expert start a company?

Prof. Smart answers how cryptographers will deal with Quantum computers that break the hard math which are the foundations of cryptography. Prof. Smart discusses government back-door policies with crypto and why garbled circuits can't be reused.

Unbound received this award for its strides in protecting data and private information in today’s increasingly interconnected digital landscape. At the ceremony, PM Netanyahu highlighted Unbound’s vital contribution of building trust in an untrusted digital world.