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Discover NTT Laboratories’ tsuzumi, a 7 billion parameter language model inspired by traditional Japanese drums, tackling societal challenges with efficient, collaborative intelligence.

ACIS uses NTT Research’s Cardiovascular Digital Twin to innovate heart attack and heart failure treatments by optimizing therapies, enhancing efficiency in medical care.

NTT and ClimateForce collaborate to restore Australia’s Daintree Rainforest using NTT DATA’s Smart Management Platform, blending technology with environmental science for global sustainability.

NTT Research explores Optical Edge Computing, using photonics for machine learning with scalable “delocalized” architectures, advancing real-world silicon photonics applications.

Explore why service providers should adopt “secure by default” to enhance safety, featuring examples and collaboration insights from industry experts.

Delve into the intriguing concept of succinct cryptographic proofs, which foster trust by providing concise, swiftly verifiable proofs, regardless of the claim’s complexity, thereby enhancing collaboration.

Explore how transitioning from electronics to photonics with IOWN can enhance AI infrastructure, offering faster, sustainable, and secure network and computing solutions.

Discover how Attribute-Based Encryption (ABE) evolves within the Security Privacy Integration Protection Platform, offering flexible, user-friendly data security and privacy solutions.

Explore strategies for securing human-AI interfaces, ensuring trust and safety in chatbots and virtual assistants through privacy measures and ethical practices.

Harness the power of AI with NTT’s Edge as a Service, ensuring secure, accurate data for advanced AI by digitizing physical environments in real time.

Discover how using physics to analyze AI can demystify its learning processes, leading to a future of reliable and sustainable artificial intelligence.

Explore NTT Research’s advancements in computing using Thin Film Lithium Niobate, enhancing performance and efficiency with photonic circuits for future computational needs.