Building business partnerships in AI, quantum, cybersecurity and computer architecture
18 September 2024Hear from four of our leading researchers on their work and why partnering with industry is key to their success.
Hear from four of our leading researchers on their work and why partnering with industry is key to their success.
Arm is working with Cambridge researchers to make our phones and computers more secure, more efficient and ready for the digital revolution.
Researchers at the Cambridge Cybercrime Centre have revealed what they’ve learned from analysing hundreds of thousands of illicit trades that took place in an underground cybercrime forum over the last two years.
Take extra care before buying face masks or testing kits online, or responding to texts apparently sent to you by the UK Government or the NHS. Because while lockdown has helped reduce the spread of the coronavirus, it is also helping fuel a rise in cybercrime.
Highly-targeted messaging campaigns from law enforcement can be surprisingly effective at dissuading young gamers from getting involved in cybercrime, a new study has suggested.
Many modern laptops and an increasing number of desktop computers are much more vulnerable to hacking through common plug-in devices than previously thought, according to new research.
More than 130 students representing 18 of the UK’s top cybersecurity universities battled it out at the Inter-ACE 2018 cybersecurity challenge, hosted by the University of Cambridge. The competition, supported by GCHQ’s National Cyber Security Centre, and designed to attract the next generation of cybersecurity talent took place over two days on the 16th and 17th of March 2018.
A major cyber security challenge, aimed at educating and inspiring the next generation of cyber defenders from across the UK and US, will be held at the University of Cambridge next week.
Students from the UK’s top cyber security universities will compete in Cambridge this weekend, in part to address the country’s looming cyber security skills gap.
A new method of implementing an ‘unbreakable’ quantum cryptographic system is able to transmit information at rates more than ten times faster than previous attempts.