As the computing world moves on to Quantum computing, experts at Oxford University developed an innovative method enabling millions of users to access quantum computing from the comfort of their homes. The new invention called ‘blind quantum computing’ is believed to work over existing fiber optic systems. Contrary to its name, ‘blind quantum computing’ can deliver quantum computing securely,as per insights from a release by Oxford University.
What’s the bright side of ‘blind computing?’
Industry believes that this new method of blind quantum computing can allow millions of students to access this innovative technology from their homes securely. This is expected to be a game-changer for the education sector in India. With the increasing demand for technology in education, quantum computing has the potential to revolutionise how students learn and solve complex problems. “As India strives to become a global technology leader, this quantum computing research breakthrough is a significant step forward. India has been a frontrunner in developing innovative technologies, and this new method of quantum computing will pave the way for more groundbreaking research,” Chitranshu Mahant, CEO and co-founder, Primebook, explained.
This advancement is expected to mark a significant leap in quantum technology, allowing users to access quantum computing from their homes through existing fiber optic systems. It is believed that blind quantum computing can also play a role overcoming the traditional barriers of ultra-low temperature requirements and specialized facilities. Furthermore, this innovation not only broadens the potential user base but also ensures secure, remote access.
Additionally, another key area of blind quantum computing is that this development can have a profound enhancement of security and privacy in quantum computing. In the digitalised world where data breaches pose a significant threat, the ability to perform computations securely and verify results without exposing sensitive data or algorithms is invaluable. Blind quantum computing is expected to play a crucial role in sectors such as healthcare and finance, where data sensitivity is paramount. Moreover, “The potential of this technology to seamlessly integrate into existing systems without the need for specialised hardware positions quantum computing to soon become a staple feature of cloud computing services. This could catalyse innovation across multiple industries, driving new solutions and efficiencies,” Ravi Changle, director, AI &, emerging technology, Compunnel Digital, mentioned.
The ‘Blind’ side of ‘Blind quantum computing!’
From what it is understood blind quantum computing can enable users to delegate a computation task to a quantum server without revealing the input data or the computation itself. Industry experts believe that this can raise questions about the applicability of Data Protection laws, such as the DPDP in India (similar to the GDPR in Europe). “Furthermore, India’s participation in international collaborations and partnerships in quantum computing research and development will necessitate alignment with global legal standards and best practices. Harmonising Indian laws with international norms will facilitate cross-border cooperation while ensuring the protection of individual rights and interests,” Siddharth Chandrashekhar, advocate and counsel, Bombay High Court, highlighted.
Moreover, the international nature of BQC technology necessitates harmonisation of legal standards across jurisdictions. As quantum computing advances, critics argue that consistent legal frameworks needs to be introduced. This can facilitate global collaboration and innovation while protecting individual rights and interests.
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