TL;DR:
- EAGLYS, Mitsui, and Quantinuum partner to enhance EAGLYS’ DataArmor with Quantum Origin.
- DataArmor employs homomorphic encryption for secure data sharing and AI model collaboration.
- Quantum Origin strengthens encryption keys, defending against quantum computing threats.
- Quantum computers hold innovation potential but pose security risks.
- Businesses must adopt post-quantum cryptographic measures to protect data.
- The collaboration aims to create new value across industries and secure data in the quantum era.
Main AI News:
In an era where global AI systems and the data underpinning them demand unwavering cybersecurity, EAGLYS, Inc., in collaboration with Mitsui & Co., Ltd. and Quantinuum, has introduced Quantum Origin into its secure computation solution, DataArmor. This strategic partnership bolsters the platform’s resilience against the looming quantum threat to encrypted data, as affirmed by an official statement.
Ilyas Khan, Chief Product Officer at Quantinuum, emphasized the necessity of safeguarding AI systems and the proprietary data that fuels modern Large Language Models (LLMs). “The concept of employing the world’s most secure keys to protect and facilitate the global-scale deployment of LLMs nourished by exclusive data has been a long-term objective,” Khan stated during an email interview. “Our collaboration with Mitsui and Eaglys is a testament to this vision, but we anticipate substantial growth in safeguarding AI use cases. Customers not only seek to harness present and future generations of generative AI but also to ensure the utmost protection of their data. Our quantum computers now generate the highest-quality output to initialize current keys and those destined for use in the era of Post-Quantum Cryptography (PQC), establishing security at the source.“
According to the joint statement, Mitsui & Co. Ltd. and EAGLYS Inc. have jointly developed DataArmor, a platform founded on secure computation technology. This groundbreaking system enables secure data sharing and AI model collaboration among research institutions and businesses while upholding data confidentiality. DataArmor leverages homomorphic encryption, a state-of-the-art approach enabling data analysis while data remains encrypted. This guarantees the safeguarding of sensitive information and intellectual property, even when shared across different entities, providing robust defense against sophisticated cyber threats.
Quantinuum’s Quantum Origin harnesses the capabilities of quantum computing processes to demonstrably reinforce encryption keys, forming an integral part of their Quantum-Resilient Data Analytics (AI) Platform.
While quantum computers hold the potential for significant innovation and trillions of dollars in value creation over the next decade, they simultaneously pose a substantial threat to existing cryptographic security measures, including the widely used RSA algorithm. The emergence of quantum technology raises concerns about cybercriminals exploiting it to breach encryption and access confidential data. Although the timeline for quantum computers to effectively crack existing encryption remains uncertain, organizations are growing increasingly wary of potential cyber attacks referred to as ‘Hack now, Decrypt later,’ where data is pilfered immediately and decrypted at a later stage when quantum computing attains the capability to do so.
Experts assert that most businesses are ill-prepared for the cybersecurity challenges that the quantum era presents.
As a proactive defense against these potential threats, organizations must fortify encryption protection for data and AI models by adopting post-quantum cryptographic algorithms and reinforcing cryptographic keys.
Pioneering New Applications
EAGLYS’ DataArmor platform synergizes fully homomorphic encryption, rooted in lattice cryptography, with Quantum Origin’s quantum-derived entropy for key generation. This robust combination bolsters protection against quantum computing-based attacks.
Moving forward, the three collaborators will continue to explore novel use cases utilizing this fortified platform, as stated in the release.
Hiroki Imabayashi, Founder and CEO of EAGLYS Inc., expressed his enthusiasm for the advanced project, stating, “We are delighted to collaborate on this groundbreaking project with Quantinuum, a world-class quantum computing company, and our esteemed partner Mitsui & Co. This collaboration stands as a pivotal initiative for our business, enhancing our Homomorphic Encryption platform and enabling us to create new value for our customers through AI and data within a highly secure environment. By deploying the Quantum-Resilient AI Platform in tandem with these two companies, we aspire to further augment customer value through secure data sharing and AI across sectors such as chemical, medical, financial, and retail.“
Koji Naniwada, Deputy General Manager & Senior Tech Lead at Quantum Innovation Dept., Corporate Development Div., Mitsui & Co., Ltd., chimed in, saying, “Through this collaboration, we are able to present a quantum-resistant data analytics (AI) platform capable of creating new value using EAGLYS’ secure computation technology. We are convinced that by combining EAGLYS’ secure computation technology with Quantum Origin, DataArmor will become an increasingly important solution to prepare for potential threats that may accompany the commercialization of quantum computers. We will continue collaborating with both companies and focus on realizing new customer value by combining Secure Computation and Quantum Technology.”
Duncan Jones, Head of Cybersecurity at Quantinuum, affirmed the critical role of hardening encryption keys in safeguarding sensitive data in the post-quantum era. He underscored Quantum Origin as the sole technology with a proven track record in strengthening key generation. By integrating Quantum Origin, EAGLYS is securing the future of its customers’ data, ensuring its integrity and security in an evolving digital landscape.
Conclusion:
The collaboration between EAGLYS, Mitsui, and Quantinuum represents a significant step towards quantum-secure data analytics. By fortifying encryption and enabling secure data sharing, this partnership addresses the growing concerns of data security in the quantum computing era. It also opens doors to new opportunities and value creation across various industries, highlighting the importance of proactive cybersecurity measures in the evolving market landscape.
