World-renowned physicist, Professor Brian Cox, has been introduced as a keynote speaker throughout Infosecurity Europe 2025.
Cox will headline day one in all this yr’s occasion, on Tuesday 3 June at 10.00am, with a keynote titled: ‘Quantum computer systems would possibly change all the pieces, ultimately ….’
He’ll set out his distinctive perspective on the ideas behind quantum computing and focus on the unbelievable science of how black holes and quantum mechanics are key to the way forward for computing, together with cybersecurity.
“Quantum computing pushes the boundaries of physics and the ideas are mind-blowing – making an attempt to know the mechanics behind it’s an thrilling and daunting problem. There are a number of theories round quantum physics, and we’re on the cusp of a breakthrough as we see its ideas being utilized to computing in ways in which might rework the digital world,” commented Cox.
Quantum’s Cybersecurity Conundrum
This speak couldn’t be timelier for info safety practitioners.
Latest advances in quantum computing, together with Microsoft’s growth of the world’s first quantum chip in February 2024, have raised the prospect of fully-functional commercially accessible quantum computer systems being accessible in years moderately than a long time.
It will present the means for thrilling new breakthroughs in fields comparable to healthcare and manufacturing.
Nonetheless, quantum computer systems additionally elevate essential questions round cybersecurity, notably the power of such computer systems to interrupt present encryption protocols, placing all digital info in danger.
Whereas the world’s first post-quantum cryptography (PQC) algorithms have been revealed in a framework by the US Nationwide Institute of Requirements and Know-how (NIST), most organizations will not be ready to transition their present programs.
Infosecurity Europe’s 2025 Cybersecurity Trends Report discovered that solely 23% of surveyed cybersecurity professionals consider their organisation may be very ready and have applied sturdy quantum-resistant safety measures.
This lack of preparedness consists of excessive threat sectors – simply 23% of the monetary sector mentioned their organisation is ready and solely 9% of the medical/healthcare trade.
Cox will element this cybersecurity problem and set out the necessity for pressing motion to be taken.
“Quantum computing guarantees big potential and chance, but it surely additionally presents basic challenges, notably in relation to cybersecurity. I’m wanting ahead to exploring these concepts and the idea of black holes in quantum info storage and what they imply for the way forward for expertise,” Cox mentioned.
UK’s Most Influential Experimental Physicist
Cox is broadly recognised because the UK’s most influential experimental physicist. His books and TV programmes have been considered by hundreds of thousands internationally and are credited with making science participating and accessible.
He’s Professor of Particle Physics at Manchester College, The Royal Society Professor for Public Engagement in Science, and a key a part of the ATLAS experiment on the CERN Giant Hadron Collider.
Brad Maule-ffinch, Occasion Director at Infosecurity Europe, mentioned: “We’re thrilled to welcome Professor Brian Cox to Infosecurity Europe 2025. Quantum computing is now not a distant chance, it’s an imminent actuality, and the cybersecurity trade should be ready. Brian’s skill to translate complicated scientific concepts into participating, accessible insights will provide attendees a recent and thought-provoking take a look at how rising applied sciences will affect the way forward for safety.”
Cox’s keynote will kick off three days of content material at Infosecurity Europe 2025, marking the occasion’s 30th anniversary.
The occasion will deliver collectively main consultants, innovators, and practitioners to debate the most important challenges and alternatives in cybersecurity at present.
Infosecurity Europe will happen from 3-5 June, 2025, on the ExCel London.
Register to safe your home at present.
Picture credit score: Stefano Guidi / Shutterstock.com
