γ01-01Visualizing motor skill with a smartphone
To develop and test a fast and convenient method to quantify motor skill.
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2024 REPORT
EXHIBITIONS
- Research
- Development
- Business
γ01-02Enhancement of rugby scrumming using the Internet of Things (IoT)
Our research provides data-driven team sports management methods that enable multiple assessments of the characteristics and the suitable combinations of players.
View the detail PDFγ01-03Improving proprioceptive feel of golf shots using the Internet of Things (IoT)
Feedback of invisible dynamic features behind the swing supports self-training and assists communication between learners and trainers.
View the detail PDFγ02-01Real-time voice conversion changing your voice and speaking style
There are various forms of limitations in communication due to physical, ability, and psychological conditions. Our goal is to remove these restrictions and make comfortable communication.
View the detail PDFγ02-02Graphical communication visualization technology
It enables an intuitive understanding of behaviors and situations in conversations by interpreting visual text and graphics.
View the detail PDFγ02-03Condition-based dance generation technology based on music
To support the study of dance expression and mastery of dance by enabling users to freely and easily create dances of their preferred expressions.
View the detail PDFγ03-01Motor-skill transfer: Movement support via brainwaves
Unlock new possibilities beyond physical limits with brainwave-powered device control.
View the detail PDFγ03-02Hyperspectral imaging with a metalens and AI
We aim to enable high-speed spectral video imaging with a compact and simple device, making it applicable in industrial fields where use has previously been difficult.
View the detail PDFγ03-03Emotional-perception-control technology
We research mechanisms for fostering and conveying emotions such as a sense of unity and enthusiasm in the cyber world and realize emotional experiences that transcend those in the current real world.
View the detail PDFγ04-01Trusted credentials formation technologies
We use Verifiable Credentials(VCs) to ensure the trust of humans, AIs, things, and data and to realize a reliable society.
View the detail PDFγ04-02Digital currency protocols for secure value transfer
We will realize a new social infrastructure that enables the exchange of multiple values through technology that safely and securely transfers electronic value.
View the detail PDFγ04-03Photonic cryptographic circuits for cryptographic computation
By implementing cryptography with photonic circuits, we ensure high security and improve convenience of next-generation optical communications/computing.
View the detail PDFγ04-04Cybersecurity measures to stay ahead of attackers
Minimize attack damage by establishing technologies to discover vulnerabilities and attack sources, and quickly implement measures.
View the detail PDFγ05-01Personalized Sound Zone (PSZ)
Evolving events and facilities through devices and media processing that optimize sound within a specific real-world space.
View the detail PDFγ06-01Well-being measurement technology
Developing integrated measurement and support technology to achieve a sustainable society.
View the detail PDFγ07-01High-temperature operation of AlN power-semiconductor devices
Stable operation of AlN (aluminum nitride) -based electron devices under harsh environment.
View the detail PDFγ07-02Towards ultimate device performance revolutionized by single-electron technology
We aim to construct the key technologies to the peak performance of electronic devices from the thermodynamics perspectives.
View the detail PDFγ07-03Green software technologies for software development and operation
Achieving decarbonization of the software supply chain through green software technologies that make environmental impact reduction a business value.
View the detail PDFγ07-04The AI era: Optical computer by TFLN
Achieve 100x energy efficiency for optical matrix vector matrix multiplication relative to conventional optical computing systems.
View the detail PDFγ07-05Forecasting technology considering human-environmental interactions
Our technologies help minimize environmental impact and support sustainable human activity by integrating forecasts of multiple systems in the Earth's future.
View the detail PDFγ07-06Crop breeding technologies for achieving low environmental impact agriculture
We aim to reduce environmental impact and enhance profitability by developing crops with high carbon fixation and no need for pesticides or fertilizers.
View the detail PDFγ07-07Prediction technology for lightning location and charge amount
This technology enables to reduce damage from lightning strikes to towns and people by establishing technology to predict the location and energy of lightning strikes.
View the detail PDFγ08-01Redundant self-adaptive architecture for quantum software systems
Improving reliability of quantum computers ensures safe and secure operation of quantum applications.
View the detail PDFγ08-02Optical device technologies for optical quantum computing
A large-scale optical quantum computing machine with NTT's optical devices will be assembled, which will calculate 1000 times faster than conventional quantum ones.
View the detail PDFγ08-03Quantum communication using multi-photon entanglement
With this technology, we realize cryptography and secret sharing that ensures long-term security among many users.
View the detail PDFγ08-04Ultimate communication network allowed by the laws of physics
The goal is to unveil the potential of a quantum communication network and to clarify technology necessary for the realization.
View the detail PDFγ09-01Non-invasive wearable glucose sensor using microwaves
Achieve a healthcare solution that recommends personalized diet and exercise solutions for lowering the risk of diabetes without inconvenience or stress to the user.
View the detail PDFγ09-02Circadian rhythm monitoring with skin-attachable sensor
A pleasant morning for all even after staying up late or working night shifts.
View the detail PDFγ09-03Natural biological sensor platform technology that gently fits the human body and clothing
Aiming to create businesses worth billions of yen per year, mainly in the rehabilitation support and health promotion business using biological information in daily life.
View the detail PDFγ09-04Transdermal drug/serum delivery technology using battery reactions
We contribute to a future in skincare that offers a "luxurious at-home spa facial" and a world without the need for injections.
View the detail PDFγ09-05Toward digital myocardial function model
We will develop a personalized cardiomyopathy treatment model for clinical use to improve patients' quality of life through timely interventions.
View the detail PDFγ09-06On-chip biological model
We aim to reproduce complex biological functions on a chip and to elucidate the mechanisms of biological functions at the cellular level.
View the detail PDFγ09-07ACIS ( Autonomous Closed-Loop Intervention System)
To save lives by providing support to onsite doctors and autonomous drug therapy in environments without heart treatment specialists.
View the detail PDFγ10-01Cradio® technology for comfortable and continuous wireless connectivity
Integrated design and control, including wireless quality prediction, contributes to higher quality and lower cost for businesses that utilize wireless.
View the detail PDFγ10-02Multi-sector antenna using dielectric image lines
This antenna reduces power consumption to 1/10 compared to conventional base station equipment.
View the detail PDFγ10-03Distributed antenna system utilizing analog-RoF
Providing a high-capacity and stable wireless communication system by this high-frequency band distributed antenna system using radio-over-fiber technology.
View the detail PDFγ10-04NTT group's initiatives in 5G evolution & 6G future tech
・We optimize networks and enhance quality with mobile, wireless, and AI. ・Virtual trials and real-world 6G provide low-latency, high-speed communication.
View the detail PDFγ10-05Photonics-assisted matrix radio beamformer
To provide wireless access to massive users with capacities exceeding 100 Gbps by utilizing high-frequency bands (millimeter waves and THz bands).
View the detail PDFγ10-06Underwater acoustic communication for underwater wireless network
Establishing multi-cell underwater communication systems with system capacity of over 1 Mbits/sec per cell concurrently connecting more than 10 users by multi-user MIMO with asynchronous interference cancellation.
View the detail PDFγ10-07Sub-terahertz band device technologies for 6G era
Creating communication areas that can support 6G technology with wireless transmission exceeding 100 Gbps and realizing innovative sensing capabilities using unexplored frequency bands.
View the detail PDFγ10-08Cooperative infrastructure platform for reliable communications for autonomous driving
By achieving safe driverless service through uninterrupted video transmission, we contribute to addressing issues such as the shortage of drivers.
View the detail PDFγ10-09Network service platform in the 6G/IOWN era
By linking communications and computing, we improve performance per watt of power, economy, and availability.
View the detail PDFγ10-10Digital IDs and network services
Minimize privacy risks, ease identity and credential verification, and address social issues like communication fraud.
View the detail PDFγ10-11Autonomous ICT resource control for disaster
Sustaining service continuity in emergencies by preventing network congestion and power shortages. (reducing impact time by 99%)
View the detail PDFγ10-12Proactive network management methods for APN/NTN
・Provide APN service immediately upon service orders from users. ・Provides stable communication over Non-Terrestrial Network in dynamic environments.
View the detail PDFγ10-13Impact assessment and countermeasure navigation for network failures
We aim to issue an initial report within 30 minutes and respond to complex failures within 60 minutes by visualizing service impact and navigating the response.
View the detail PDFγ10-14Damage prediction technologies for social infrastructures
By implementing effective measures , reduce losses of hundreds of billions of yen without interruption of lifelines even in the event of a large-scale disaster.
View the detail PDFγ10-15Inspection and diagnosis of social infrastructure using image recognition AI
By consolidating facility managers' on-site work into image capture and AI batch inspection, maintenance costs of 30 billion yen will decrease by 78%.
View the detail PDFγ10-16Space-division multiplexing optical fiber cable technology
Reduce network construction costs by 200 million yen per year, a 40% decrease from current levels, by introducing multi-core optical fiber technology.
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δ01-01The evolution of 'tsuzumi': NTT's large language models
NTT's LLM 'tsuzumi' is equipped with advanced reading capabilities. It aims to productivity Improvement by reducing paperwork by 80% in business scenarios.
View the detail PDFδ01-02Fast optimal transport between large-scale data
Reduces the computational cost of computing relationships between large-scale data required for training generative AI by 50%.
View the detail PDFδ01-03Real-time speech summarization for developing human-like intent understanding
This technology allows users to grasp the content of long audio recordings, such as meetings or presentations, in real-time without having to listen to the entire recording. It enables improved work efficiency and better accessibility to information.
View the detail PDFδ01-04NW x Generative AI
To achieve optimized autonomous networks/services by sophisticated network operations.
View the detail PDFδ01-05NW x Generative AI:Intent extraction technology
Improve CX by controlling NW resources according to vague user needs and changes in the environment.
View the detail PDFδ01-06NW x Generative AI: Chaos engineering automation technology
Enhancing system reliability and reducing test efforts through comprehensive, automated chaos engineering.
View the detail PDFδ01-07NW x Generative AI: Recommendation system for failure handling procedures
This technology uses a large language model (LLM) to improve troubleshooting when an atypical failure occurs.
View the detail PDFδ01-08Superfast service development technology utilizing generative AI
We aim to shorten the time required for all stages of service development by 60% and increase the service release speed by 1.7 times.
View the detail PDFδ01-09Tailor-made security reports using LLMs
Automate security operation process using generative AI to reduce inquiry and coordination costs to "zero."
View the detail PDFδ01-10AI Constellation 1
The goal is to solve large-scale and complex real-world issues, such as social and business problems, by using the collective intelligence of multiple LLMs.
View the detail PDFδ01-11AI Constellation 2
We aim to create "Human-AI Society" where AI, which autonomously grows by acquiring knowledge through diverse activities, collaborates with humans to generate massive business opportunities.
View the detail PDFδ01-12Audio-tsuzumi: Speech understanding LLM
Create a new business, such as AI call routing (market: $1.6B), using LLM-based speech understanding technology that can respond with reasoning/evidence.
View the detail PDFδ01-13Service robot control by generative AI
Contributing to issues such as a declining workforce and assisting the elderly by ser-vice robots that can perform their tasks au-tonomously in shared spaces with humans.
View the detail PDFδ01-14Embodied knowledge AI for sports coaching
Achieving a 30% reduction in human costs and coaching fees for sports trainers with a personal trainer AI.
View the detail PDFδ01-15Facilitation technology that considers discussion context and individual
Our system facilitates meetings more automaticallyand efficiently and will be implemented in more than 15% of the nation's educational institutions.
View the detail PDFδ01-16Assistive technology for writing parliamentary answers in municipalities
We will put an LLM-based answer writing support system into practical use to improve the efficiency parliamentary response operations in local governments.
View the detail PDFδ01-17Propose new product ideas using generative AI
To turn manufacturers' new product development into a success story.
View the detail PDFδ01-18Incorporating tsuzumi into business tools
Using tsuzumi in an on-premises environment enables generative AI for sensitive tasks, supporting the expansion of digital transformation for our clients.
View the detail PDFδ01-19Information reference-type chat response system using tsuzumi
Establishing a system that answers user questions in a chat format using highly confidential internal documents within a closed infrastructure architecture.
View the detail PDFδ01-20Interactive AI tourist guide with one's favorite characters
We will enhance customer satisfaction by using new marketing data that combines AI-driven customer insights with Docomo's proprietary big data.
View the detail PDFδ01-21Digital humans capable of natural human-like interaction
By applying this technology to a wide range of customer service scenarios, we can achieve cost reductions and improve the user experience.
View the detail PDFδ02-01GPU over APN
Low-latency APN and NVIDIA GPUs enable distributed data centers to perform AI training with high performance and secure communications.
View the detail PDFδ02-02Efficient utilization of accelerators and connection technologies with DCI
By efficiently using GPUs in remote locations to reduce cost and reduce power consumption by 1/8 compared to 2020.
View the detail PDFδ02-03Direct data transfer control technology between hardware accelerators
Aiming at 1/2 lower power cost than conventional system by eliminating the CPU processing that controls the entire system.
View the detail PDFδ02-04Building domain-specific LLM by sharing data from multiple companies
Building domain-specific LLMs by providing safe use of various data can drive Digital Transformation in various industries.
View the detail PDFδ03-01IOWN Road Map
IOWN roadmap and highlights of the IOWN area
δ03-02Photonics-Electronics Convergence devices (PEC)
Connecting remote LSIs with optical signals for low power consumption supports realization of optical disaggregated computing.
View the detail PDFδ03-03Demonstration with APN - Cloud Endoscopy Analysis -
Through the feasibility of a cloud endoscopy system, contributing to solving societal issues such as expanding access to advanced medical care.
View the detail PDFδ03-04Ultrafast VM Migration for mission critical systems with IOWN APN
An international APN with high capacity, low latency, and an end-to-end optical communication channel is applied to a storage network.
View the detail PDFδ03-05IOWN APN/DCI Technologies for cross-border metaverse services
Overcome technological barriers by using APN/DCI technologies to accelerate cloud rendering and shorten data delivery time.
View the detail PDFδ03-06Data replication technology
Short RPO and secure asynchronous replication combining disaster recovery storage products, and international APN, and NTT security products.
View the detail PDFδ03-07IOWN x Media production DX
Implement a wide-area network between multiple locations that connects a large number of shooting sites and production bases.
View the detail PDFδ03-08Computing environment with end-to-end confidentiality
By securing data in all phases (e.g., data in transit, at rest, and in use), we provides confidentiality for all business applications.
View the detail PDFδ03-09Optimization of green energy - Mobile fronthaul
Applying APN to mobile fronthaul to enable efficient base station operation with dynamic optical path switching based on traffic.
View the detail PDFδ03-10Data center exchange
The future of data center exchanges enabled by IOWN is presented
δ03-11APN connection between ultra-energy-saving data centers
Contribute to continuous innovation by providing a computing platform that significantly reduces environmental impact.
View the detail PDFδ03-12APN between overseas data centers
Using IOWN APN, we are able to build an integrated IT infrastructure overseas that can connect urban and suburban data centers as if they were the same data center.
View the detail PDFδ03-13Green Energy optimization
To reduce environmental impact, we aim to enhance renewable energy efficiency by dynamically allocating workloads based on supply and demand.
View the detail PDFδ03-14The future of manufacturing supported by IOWN APN and Cognitive Foundation technology
We offer IOWN assets and supply chain platforms with high field applicability, targeting under 100 million yen per company, including system integration.
View the detail PDFδ04-01Toward future APN: Novel transport system employing wavelength converter for end-to-end direct optical connections
Highly immersive services will be available by providing end-to-end direct connections between users with higher capacity, lower power consumption, and lower latency.
View the detail PDFδ04-02Toward future APN〜 End to end optical path design technology
Improvement of resource utilization efficiency of APNs by improving the accuracy of wavelength and routing, thereby reducing facility costs.
View the detail PDFδ04-03In-network video processing and subchannel circuit exchange
Provide network resources and video processing capabilities that meet business needs and can be deployed to a wider range of businesses.
View the detail PDFδ04-04High-precision layer 1 delay management technology
Nanosecond precision delay measurement and adjustment enables delay management for computer-to-computer communication such as High-Frequency Trading.
View the detail PDFδ05-01NTT C89's space business strategy
Introduction of NTT Group' businesses, services, and R&D in the space field
δ05-02HAPS for communication services from stratosphere
HAPS enables communication and observation anywhere, enhancing human and material activities while reducing NTN costs through optimal use of HAPS and satellites.
View the detail PDFδ05-03Technology for improving service quality in non-terrestrial networks
By utilizing non-terrestrial networks, we will expand the service area and improve the quality of mobile communications,thereby cultivating new demand.
View the detail PDFδ05-04Expanding automated driving technology with Starlink satellites
Reduce labor hours/man-hours by 50% or more.
View the detail PDFδ05-05Breakthroughs in satellite-based 3D mapping through Multi-View Stereo Technology
With 3D mapping technology, we aim to expand use in telecom, urban development and forestry.
View the detail PDFδ05-064D digital twin generation and dynamic analysis/prediction
We aim to create a new digital twin market by building 4D digital twin platform.
View the detail PDFδ05-07AI inferencing technology for Space Data Centers
Aiming to provide information in real time by efficient AI inference with limited on-orbit computing resources.
View the detail PDFδ05-08Optical satellite communication technology
Generating over 10 billion JPY annually: #1 Real-time Observation data with ultra-high-speed #2 Secure Data Transfer #3 License Free
View the detail PDFδ05-09New wireless energy transmission technology
Develop high-efficiency, contactless power transmission technology using materials that can be obtained on the Moon and implement a lunar power grid.
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β01-01High speed mirror-driven tracking camera
Lowering costs by enabling zoom photography of high-speed subjects and making advanced techniques accessible to all.
View the detail PDFβ01-02Spatial data infrastructure ~ Precise 3D scanning at low cost ~
By realizing accurate 3D scanning at low cost, we improve the quality of radio waves and reduce implementation costs in various sectors.
View the detail PDFβ01-03A platform for promoting the utilization of point cloud data in construction sites
Incorporating our technology automates progress and quality control, reducing workload. Improved construction accuracy reduces rework costs.
View the detail PDFβ01-04Initiatives to utilizing 5G in the industrial field
Visualizing coverage and wireless performance when 5G is introduced aids in corporate decision-making and enhances proposal closing rates for corporate clients.
View the detail PDFβ01-05Edge as a Service for edge AI
We will streamline the operation, maintenance, and management of terminals and make it easy to introduce large-scale edge AI and edge computing.
View the detail PDFβ01-06Super-high-definition video AI inference chip
ASIC designed specifically for Al inference enables high resolution and low-power processing using 4K video. When installed on a drone, the system enables infrastructure inspection while the drone navigates safely and beyond visual line of sight, helping to reduce labor and costs.
View the detail PDFβ01-07Distributed & selective video storage technology
Enables low-cost management of video data to power a city-wide real-time street view platform using thousands of IoT devices like vehicle's dashcams.
View the detail PDFβ01-08Connected car simulator that wireless communication
Utilizing simulators to achieve safe driving assistance and cooperative driving automation support to contribute to traffic accidents and traffic jam avoidance.
View the detail PDFβ01-09EV-base station power rescue system with AI dispatch planning
We will implement efficient dispatch using deep reinforcement learning and a high-efficiency EV power supply system.
View the detail PDFβ01-104D digital platformTM technologies boost society DTC
Improving the technologies that facilitate them will reduce the cost and time required to implement DTC systems in various fields.
View the detail PDFβ02-01Digital twin simulation for better disaster prevention planning
Developing a system for instant, accurate evacuation simulations based on scientific evidence, adaptable to municipal changes, without needing specialized knowledge.
View the detail PDFβ02-02Electric fence capable of detecting touches by animals
An electric fence which detects touches by animals and weeds, ensuring the safety of farmers while reducing the burden of electric fence maintenance.
View the detail PDFβ02-03Comparative analysis technology of PC-operation logs
Comparison of PC-operation logs enables find similar procedures and violations, improving procedure efficiency and reducing work of violation-checking.
View the detail PDFβ02-04Drone-based infrastructure damage detection AI
In addition to photographing infrastructure structures with drones, inspection time is reduced by detecting cracks and rust using AI.
View the detail PDFβ02-05Media AI technology for business applications
Two media AI technologies streamline operations for video, audio, and image data by up to 90%, creating revenue opportunities.
View the detail PDFβ03-01Privacy protection using Attribute-Based Encryption (ABE)
Improve competitiveness by promoting data use with privacy protection and reducing the risk of sensitive data breaches.
View the detail PDFβ03-02SPIP: Security, Privacy, Integrity enhancement platform
To reduce the risks of a privacy/secret information breach when data is leaked from servers or distributed by e-mail etc.
View the detail PDFβ03-03Data security technology with robust key management
This technology reduces incidents related to cloud encryption key management, ensures data security, and enables safe use of cost-effective, convenient cloud services.
View the detail PDFβ03-04IoT and OT security protected by AI
Predicting and defending against unknown cyber-attacks reduces corporate economic losses, increases client confidence, and enhances corporate value.
View the detail PDFβ03-05Tracking people indoors using low-resolution thermal sensor
This technology enables monitoring spaces where privacy is a strong concern, where surveillance cameras could not be placed in the past.
View the detail PDFβ03-06Trust technology x Multilingual technology
Our multilingual speechsynthesis enhances domestic IP voice value, reduces workload, and creates new business content opportunities.
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