WHAT IS IRONBRIDGE

IronBridge is a key generation platform that uses quantum computers to generate provably perfect cryptographic keys. This is the only solution available in the market that uses verifiably quantum entropy.
The keys generated by the platform can be classical algorithms (such as RSA or AES) or post-quantum algorithms from the NIST post-quantum cryptography competition.22 All of the keys are seeded from quantum entropy.

IronBridge is a software-as-a-service platform, delivering encrypted keys to wherever they are needed within an organisation. Use cases such as data encryption, PKI, blockchain and IoT all benefit from using strong cryptographic keys.

Unlike other solutions in the market, IronBridge is based on verifiably perfect quantum randomness. This means that the keys generated are always completely unpredictable to present–day threats as well as future quantum attacks.

Integration with existing cybersecurity solutions is easy, thanks to the existing standards for accessing keys and hardware security modules. IronBridge delivers keys wherever they are needed and existing applications can continue working exactly as they did before.

“There’s a 1-in-7 chance that  RSA-2048 will be broken by 2026.”

We set out our vision to positively transform the world using the power of quantum computing back in 2014. Today, we are recognised as one of the foremost quantum computing companies, delivering science-led, enterprise-driven solutions to tackle hard problems across a diverse range of industries.
Cambridge Quantum designs, engineers and deploys algorithms and enterprise application libraries, translating cutting-edge research into industry leading technologies through a product-centric focus. Tket, our hardware-agnostic software development platform, and other technologies are currently utilised by an expansive and ever-growing user base.
The team at Cambridge Quantum has been developing the theoretical foundations of quantum computing for over 25 years, forging ahead with breakthroughs in the fields of quantum chemistry, quantum artificial intelligence, quantum cybersecurity and quantum algorithms.
At present, we have the deepest roster of researchers, developers and engineers, working to democratise quantum computation and realise the benefits for the greatest possible number of people.

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Why now?

Quantum computing will completely change the face of cybersecurity. On the one hand, quantum computers will disrupt many of the systems we rely upon today, forcing a wholesale move to new solutions and algorithms. While on the other hand, quantum technology will allow us to achieve unprecedented levels of security in many aspects of cryptography.

In this whitepaper, we outline the challenges and opportunities that quantum computing brings to cybersecurity and the digital industry as a whole. In particular, we will explore some of the ways that quantum technology can strengthen cybersecurity solutions today.

In this whitepaper, we outline the challenges and opportunities that quantum computing brings to cybersecurity and the digital industry as a whole. In particular, we will explore some of the ways that quantum technology can strengthen cybersecurity solutions today.

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