Company Introduction

AironWorks: Enhancing Teams with AI to Combat Cyber Threats
AironWorks is a cutting-edge cybersecurity company founded with a mission to protect businesses from evolving cyber threats. Utilizing advanced generative AI technology developed since 2020, our platform delivers real-time, personalized training and educational programs. By automating threat simulation emails, generating tailored training content, and employing AI-driven visuals and videos, we empower organizations to mitigate internal security risks effectively.
Unlike traditional template-based training, AironWorks provides fully customized and automated solutions tailored to each organization, addressing real-world threats across channels like email, SMS, and social media. Our platform adapts to businesses of all sizes and industries, ensuring flexibility and relevance in cybersecurity training.
Trusted by enterprises in finance, manufacturing, and beyond, AironWorks continues to strengthen global security through innovative, scalable solutions, aiming to lead the market in advanced cybersecurity SaaS services.

Product Details

AironWorks provides an innovative cybersecurity training platform powered by generative AI. Here's how it stands out:

• Key Features
• AI-Driven Customization
  - Creates realistic phishing emails, SMS, and social media threats tailored to real-world attack scenarios.
  - Automatically generates training content, including visuals and videos, to enhance user engagement.
• Personalized Training
  - Adapts to the unique needs of each organization with real-time content generation.
  - Uses natural language processing and large language models to craft up-to-date training scenarios.
• Diverse Delivery Channels
  - Distributes training via email, SMS, and social platforms, covering multiple attack vectors.
  - Ensures comprehensive employee exposure to potential cyber threats.

• Operational Benefits
• Fully Automated Platform
  - Minimizes administrative workload while delivering effective cybersecurity education.
  - Tracks progress through detailed analytics, identifying vulnerabilities and areas for improvement.
• Scalable SaaS Model
  - Suitable for businesses of all sizes across industries like finance, manufacturing, and enterprise sectors.
  - Offers cost-effective solutions for enhancing organizational security awareness.

• Impact and Value
• Enhanced Security Awareness
  - Provides employees with practical experience to recognize and respond to cyber risks effectively.
  - Builds a strong first line of defense, reducing organizational exposure to attacks.
• Future-Ready Training
  - Continuously adapts to emerging cyber threats, ensuring long-term relevance.
  - Strengthens overall cybersecurity strategies with actionable insights.

With its innovative use of AI, AironWorks empowers organizations to mitigate risks, protect sensitive data, and ensure business continuity in today’s rapidly evolving digital landscape.

Company Introduction

Our company has developed streaming software for volumetric video, free-viewpoint video, and multi-angle video.
We have obtained an international patent for our unique streaming technology and offer it as a product called "SwipeVideo."
We provide to industries such as entertainment, sports, technical education, EC, and events.

Product Details

SwipeVideo is a patented streaming software.
SwipeVideo is a completely new video system that allows you to freely switch viewpoints with just a swipe.
SwipeVideo operates only on web technology (HTML5), so you can switch between videos (slow playback, still images, zoom) at any time easily without the need for any applications. Just swipe to switch video perspectives.

Company Introduction

In Africa, rural areas often remain disconnected from digitalisation as telecom companies focus on urban profitability, widening global and local information and wage gaps. Dots for Inc. addresses this issue by providing telecommunications and digital service platforms tailored for rural villages, enabling residents to significantly increase their income—often multiplying previous earnings.

This initiative empowers individuals to work and thrive in their home villages, eliminating the need to migrate to distant cities for employment. By fostering economic inclusion and bridging digital divides, Dots for Inc. enhances both income levels and quality of life for rural communities. Residents can now enjoy the conveniences and opportunities typically associated with urban areas, all while staying close to family and friends. This approach not only reduces disparities between rural and urban regions but also promotes sustainable development in underserved areas.

Product Details

To bridge the digital divide between rural villages and urban areas in Africa, Dots for Inc. delivers ultra-affordable telecommunications and digital infrastructure alongside its digital platform, d.CONNECT, and a smartphone instalment-based purchasing programme. Through d.CONNECT, rural residents gain access to essential digital services and global gig opportunities, such as AI annotation tasks, enabling them to break free from economic isolation. This connection to global markets often leads to a significant increase in income, multiplying previous earnings and fostering greater economic inclusion.

As users enhance their income and establish payment histories through smartphone instalment purchases, they gain access to personal credit scores. These scores enable them to buy additional goods, such as agricultural equipment, and embark on entrepreneurial ventures within their villages via Dots for's instalment-based marketplace.

The platform also supports a broader ecosystem of services, functioning as a Digital Service Station. This hub allows other companies to offer localised solutions, including phone charging, printing, and community bike rentals, addressing diverse village needs. By integrating connectivity, financial empowerment, and essential services, Dots for Inc. provides a transformative model for sustainable rural development.

Company Introduction

InnoJin, Inc. is a pioneering medical technology startup company established in December 2020 as a spin-off from Juntendo University Graduate School of Medicine. The company was founded by experienced ophthalmologists who share a vision of transforming healthcare through innovation. The name "InnoJin" is derived from the combination of "Innovation" and "Jin," the Japanese word for humanity and compassion, reflecting the company’s commitment to creating solutions that benefit people’s well-being.

With its roots in cutting-edge academic research, InnoJin, Inc. specializes in developing impactful technologies and services in healthcare, life sciences, and beyond. Leveraging the founders' medical expertise and a collaborative approach, the company aims to bridge the gap between research and practical applications.

Through its efforts to foster collaboration between academia and industry, InnoJin, Inc. strives to lead innovation, improve medical outcomes, and contribute to a healthier, more compassionate world.

Product Details

Treatment app for pediatric amblyopia patients (Software as a medical device)
Amblyopia, affecting 1–5% of children, may result in permanent visual impairment if left untreated. Conventional treatment typically involves corrective glasses and occlusion therapy using an eye patch to cover the stronger eye. However, this approach presents challenges: children often resist wearing the eye patch, leading to treatment discontinuation; caregivers must provide constant supervision; and doctors face difficulty effectively monitoring treatment progress.

To address these issues, we are developing an innovative amblyopia training method that minimizes psychological and physical burdens. Key features of this approach include displaying a clear image to the amblyopic eye while blurring the image for the normal eye, enabling vision improvement in the weaker eye with just 30 minutes to 1 hour of daily use. The treatment schedule is customizable to suit individual needs.

By incorporating a Kendama game in a virtual space, the method reduces resistance to treatment among pediatric patients. The game also enhances hand-eye coordination, further enhancing therapeutic outcomes.

Smartphone app for diagnosis of Dry eye Disease
Dry eye causes various symptoms, such as scratchy and burning sensations, redness in theeyes, and more.
If left untreated, sever dry eye can sometimes lead to serious conditions such as decline functional visual acuity ,corneal epithelial disorders, and even mentalhealth issues. Research indicates that approximately 1 billion people worldwide are affected by dry eye.
However, many patients remainundiagnosed worldwide. For instance, while dry eye is well-known condition in Japan, approximately 72% of patients are not diagnosed.
To address this issue, we have developed a diagnostic assistance tool for dry eye disease in the form of a single app'.
Our app have dry eye diagnosis function combined measurement of maximum eyelid opening time and disease-specific questionnaire. This is non-invasive just try to keep eyes open and respond to the questionnaire.
This product can also be used for telemedicine, enabling the diagnosis of a larger number of dry eye patients.

Company Introduction

RevComm’s best-in-class Revenue Intelligence is proud to be a part of MWC. With its globally known AI (named to 2023 Forbes AI 50), RevComm analyzes your business calls and online/offline meetings to visualize effective insights, enable self-coaching, enhance sales and call center performance, and empower business leadership decisions. Our customers, which include Pioneer, SoftBank, Fujitsu, and BlackLine, praise the deep set of metrics combined with our affordability.

Product Details

RevComm (for phone calls)
RevComm Meetings (for online meeting platforms)
RevComm RecPod (for offline meetings)
These RevComm series provide insights which improve the performance of sales and call center teams. With RevComm, customers see higher close rates, appointment rates and customer satisfaction scores.
With our globally known AI (named to the Forbes AI 50 list), RevComm’s expedited process provides analysis and visualization across all aspects of meetings and conversations with customers, including sentiment analysis. In addition to providing improved coaching tools for managers and self-coaching tools for reps, customers use our deep data sets for critical business decisions.
Many RevComm customers have measured net ROIs of 500%+ and double-digit increases in customer satisfaction scores.
For businesses looking for faster revenue growth at a lower cost, our products are the right fit. RevComm increases results by enabling revenue acceleration and driving sales performance on your behalf.

Company Introduction

Elephantech Inc. has three core technologies. 1: Production of printable ink by converting copper into nanoparticles, 2: High-precision and high-throughput inkjet printing technology, 3: Design and manufacture of printing hardware systems with AI-driven printing software development. By integrating these technologies, Elephantech has achieved the mass production and sale of the most sustainable flexible circuits for the first time in human history. The Pure Additive process, an additive manufacturing process that does not use the etching used in conventional manufacturing, makes significant contributions to sustainability. We can reduce copper use by 70%, carbon emissions by 75% and water use by 95%.
We will continue to offer more types of PCBs that can meet more customer demands, such as multilayer Rigid PCBs and multi-layer flex circuits. Metal inkjet printing technologies can be applied not only to additive PCB manufacturing, but also to other manufacturing processes such as semiconductor wiring and passive component manufacturing.

Product Details

Sustainable FPC Antenna
This is one of the application examples using SustainaCircuits, our copper inkjet based sustainable flex circuits. Every electronic device needs a connection and RF is used in every device. Opportunity to have a sustainable FPC antenna that can help reduce the overall system carbon footprint demanded by the market. RF performance is the same as conventional manufactured products and can be easily replaced with them. Evaluation has been conducted for LTE, BT, BLE, Wi-Fi 2.4GHz and 5GHz.

Multi-Layer Sustainable Rigid PCB
Our Sustainable Flex Circuits extend more customer demanded rigid PCB. This is the same as additive manufacturing using inkjet copper printing and plating. Of course, VIA is available and copper printing has also been adopted within VIA design. This also helps reduce the use of rare earth materials. The sample shown is a four-layer board based on FR4 substrate, and the design is a widely used MCU board that can be used in many embedded applications.

AI-powered inkjet printing system
To meet the global customer demand for sustainable inkjet printing, providing the inkjet printing system is the fastest way than elephantech just investing in capacity. The ELP04 is our 4th generation world-class inkjet printer and is not only used for our SustainaCircuits manufacturing in a captive factory located in Nagoya, Japan, but also provides a system for those who want to integrate inkjet printing into their manufacturing system.
The AI-powered NeuralJet printing software, which takes full advantage of the NVIDIA hardware platform, enables highly accurate printing without time-consuming hardware configuration.

Company Introduction

Since our establishment in 1953, we at JAE, under the corporate philosophy of "Explore, Create and Practice", have successfully developed and globally expanded our three core business areas of connectors, user interface related devices, and aviation electronics supported by our outstanding development capability in innovative and creative technologies. With our global corporate slogan "Technology to Inspire Innovation", JAE focuses on technological development and product creation that inspire customer's innovation. For many years, as a basic management policy, JAE has promoted global business expansion based on the consolidated management of the JAE Group including all its subsidiaries; enhancement of global marketing and product development capabilities; and innovation of product quality and manufacturing technology, in order to gain a high level of trust as partners with our worldwide customers. All staff of the JAE Group, as good corporate citizens, will strive together to contribute to the prosperity of 21st century society.

Product Details

FO-BD7D Series Weather-resistant Optical Connector
FO-BD7D is an optical pluggable connector for outdoor use which can be assembled on-site. This connector series addresses common thermal issues caused by optical modules by embedding the optical module into the FO-BD7D plug. With the optical module embedded into the plug connector, field technicians can mate and assemble the optical harness while safely on the ground rather than assembling on the installed base station.

JL10/W Series Outdoor Environmentally Resistant Circular Connector
The JL10/W Series connectors are IP67 rated water and dustproof, and use a special electro-deposition coating on the outer components for high environmental durability. The connectors feature outstanding ease of operation and allow for reliable mating with a one-touch mate and lock mechanism.

224G Jumper Cable Interconnect solution
As requirements for data transmission speed is reaching upper limit of existing printed circuit board (PCB) technologies, it is becoming more difficult to realize constant and reliable data transmission performance. To solve this problem, JAE and Yamaichi Electronics jointly developed a jumper cable interconnect solution which can perform stable data transmission at 112Gbps/224Gbps PAM4 signaling. This interconnect solution has been designed with a compact connector size to be able to fit in a high density design requirement, and can be utilized in several different usages including direct jumper cabling from the front panel pluggable IO to host chip, or the internal chip to chip connection.

In-Vehicle AOC (Active Optical Cable)
JAE envision a society in which autonomous driving using 5G or 6G will become a reality, and JAE believes that optical fiber will be used for in-vehicle networks. We believe that AOC, rather than optical connectors, is the optimal way to connect this optical fiber, and JAE is the only company in the world that proposes In-vehicle AOC.

Company Introduction

Japan Display Inc. (JDI) is a leading manufacturer of advanced display technologies, established in 2012. JDI specializes in producing high-resolution LCDs and innovative displays for smartphones, tablets, and automotive applications. As part of its mid-term plan, Meta Growth 2026, JDI aims to expand its technological capabilities and market presence. This strategic plan focuses on leveraging JDI’s display technology to develop and integrate into various devices beyond traditional displays. By applying their expertise in display innovation, JDI seeks to enhance user experiences across a wide range of applications, including wearable devices, medical equipment, and industrial tools. Committed to sustainability and cutting-edge research, JDI continues to push the boundaries of display technology, striving to meet the evolving needs of consumers and industries worldwide. JDI’s dedication to quality and innovation ensures they remain at the forefront of the display industry, consistently delivering exceptional products.

Product Details

JDI has utilized LCD technologies in the field of radio wave communication and successfully developed a liquid crystal meta-surface reflector capable of reflecting millimeter waves in any direction. Millimeter waves, which are used in 5G, possess strong directivity, making it difficult for signals to reach areas with coverage holes such as building shadows and trees. However, by utilizing the liquid crystal meta-surface reflector, it is possible to reflect radio waves from the base station in any direction based on changes in communication traffic, thus improving the radio wave communication environment of 5G millimeter waves.
Our prototype has the following specifications: an operating frequency of 28 GHz, an enclosure size of 33.5 x 33.5 x 4.8 ㎤, an active area size of 25.2 x 25.2 ㎠, a variable range of ±60 degrees, and a phase setting that can be controlled through Bluetooth and an app.

JDI has utilized LCD technologies in the field of radio wave communication and successfully developed a liquid crystal meta-surface reflector capable of reflecting millimeter waves in any direction. Millimeter waves, which are used in 5G, possess strong directivity, making it difficult for signals to reach areas with coverage holes such as building shadows and trees. However, by utilizing the liquid crystal meta-surface reflector, it is possible to reflect radio waves from the base station in any direction based on changes in communication traffic, thus improving the radio wave communication environment of 5G millimeter waves.
Our prototype has the following specifications: an operating frequency of 28 GHz, an enclosure size of 33.5 x 33.5 x 4.8 ㎤, an active area size of 25.2 x 25.2 ㎠, a variable range of ±60 degrees, and a phase setting that can be controlled through Bluetooth and an app.

JDI has utilized LCD technologies in the field of radio wave communication and successfully developed a liquid crystal meta-surface reflector capable of reflecting millimeter waves in any direction. Millimeter waves, which are used in 5G, possess strong directivity, making it difficult for signals to reach areas with coverage holes such as building shadows and trees. However, by utilizing the liquid crystal meta-surface reflector, it is possible to reflect radio waves from the base station in any direction based on changes in communication traffic, thus improving the radio wave communication environment of 5G millimeter waves.
Our prototype has the following specifications: an operating frequency of 28 GHz, an enclosure size of 33.5 x 33.5 x 4.8 ㎤, an active area size of 25.2 x 25.2 ㎠, a variable range of ±60 degrees, and a phase setting that can be controlled through Bluetooth and an app.

Company Introduction

DENGYO was established in 1947 in Japan. Since then we have been providing indoor/outdoor base station antennas and filters of GSM/CDMA/LTE/5G systems for Japanese and global MNOs. Main customers are NTT DOCOMO, KDDI, SoftBank, US Cellular, AT&T, T-Mobile and Sasktel.

Product Details

DENGYO has lots of antenna portfolio for global market. We customize based on customer specific spectrum and equipment. Ask any DENGYO staffs and we will provide the best antenna solutions in your network.

NINJA ANTENNA™ brand has ninja-like stealth features such as "camouflage", "transparency", and "concealment", enabling seamless integration into various spaces. These antennas can be installed or attached to indoor walls, ceilings, streetlights, pillars, traffic signals, signs, as well as moving vehicles like trains. Come to our booth and have a great experience with our transparent NINJA ANTENNAs!

With a proven track record based on more than 70 years' experience in the telecom space, DENGYO capitalizes on innovative research & development to create one-of-a-kind customizable solutions that solve even the most problematic mobility challenges. Get in touch with DENGYO staffs, and find outstanding technologies!

Company Introduction

Since our establishment in 1972, SEIKOH GIKEN has expanded our business specializing in our core technology - precision processing technology, and we have devoted ourselves to providing products that suit market needs. Both our optical disc mold and optical communications businesses, which have their basis in precision processing technology, have concentrated management resources in the information industry, and are business areas that we have built up through our activities aimed at meeting the requirements of customers for quality, precision and performance. By promptly adapting to changes in the business environment and by building on the core competencies we have established over the history of the Company, we at SEIKOH GIKEN are aiming to contribute to a wide variety of industrial sectors and to become a company trusted by our customers.

Product Details

RF over Fiber Unit for GNSS
Optical transmission of GNSS signals used for network time sync
(1) Transmits all signals in the frequency range of 1 to 2 GHz: GPS/QZSS/GLONASS/BeiDou/Galileo, etc
(2) No need to install coaxial cables by using existing optical fiber network
(3) GNSS signals can be provided underground malls and tunnels for long distance transmission
(4) Effective for lightning protection as isolated by fiber optic cable
(5) Capable of multi-point reception by optical splitter
(6) Equipped with outputs for remote monitoring

Company Introduction

Sumitomo Electric Industries (SEI) is a leading company in optical communication industry. Its products enable high-capacity data transmission, serving as the foundation of modern communication infrastructure. SEI also develops related equipment and systems like multi-core fibers, high-frequency GaN devices, and access network equipment, and FTTH systems. Its business for future network, such as 5G and 6G, improves mobile network efficiency and performance, meeting rapidly evolving communication demands. Furthermore, SEI contributes to energy-efficient communication networks by promoting sustainable product and technology development.

Product Details

mmWave Ready Distributed Antenna System (semiDAS™)
SEI is actively involved in the development of Distributed Antenna Systems (DAS) utilizing A-RoF technology. Its unique concept enables mmWave-ready DAS, which was previously unachievable with coaxial cables. Furthermore, A-RoF streamlines DAS architecture, leading to equipment miniaturization, cost reduction, and lower power consumption. This innovative solution significantly reduces CAPEX and OPEX for customer systems.

mmWave Ready 5G CPE with Edge Computing
SEI successfully commercialized 5G CPE in 2025, which contributes to DX in various industrial environments such as factories and traffic systems. Our CPE features robust dust and water resistance, wide operating temperature range, and high-speed communication through the simultaneous use of sub6 and mmWave. Furthermore, new CPE with GPU can handle AI processing. Our innovative device uses AI image processing on high-definition images captured on-site, enabling immediate feedback to the site or collection of critical data to the cloud. This ensures that we provide best solutions to our customers.

Company Introduction

Enabling a connected future with Flexibility and Innovation
BBSakura Networks is a leading provider of cutting-edge Network-as-a-Service (NaaS) solutions, powered by our innovative OCX platform. Our highly flexible and feature-rich network services empower businesses to create valuable connections.

In Japan, we collaborate with data center operators, system integrators, and network providers to enable seamless connectivity between major cloud platforms and on-premises environments, and between various data centers. This ensures secure and agile network infrastructure that adapts to evolving business needs.

BBSakura Networks is expanding its global presence. By partnering with businesses worldwide, we offer comprehensive network solutions to drive digital innovation. We are actively seeking partners to join us in shaping the future.

Partner with BBSakura Networks to unlock the power of network connectivity and drive digital transformation on a global scale.

Product Details

What is OCX?
Open Connectivity eXchange (OCX) is a Network-as-a-Service (NaaS) solution which enables organizations to establish virtual connections across a range of networks, including major cloud platforms and data centers.

• Key Features
• 1. On-Demand Connectivity
  Users can create and manage virtual connections via APIs in real-time, eliminating the need for physical cross-connects and enhancing flexibility.
• 2. Multicloud Support
  OCX offers closed connections to major cloud providers.
• 3. Simplified Management
  A centralized portal streamlines monitoring and configuration.
• 4. Cost Efficiency
  By using a shared virtual infrastructure, OCX reduces costs associated with traditional interconnection.
• 5. High Performance
  OCX ensures low-latency and highly reliable connections through robust infrastructure.

OCX will expand internationally, starting with Thailand through a partnership with True IDC. It will also extend to neighboring countries such as Singapore as part of its overseas growth strategy.
For future enhancements, BBSakura Networks is developing additional features on the OCX platform, including an “ultra-fail-safe network” that ensures uninterrupted communication by seamlessly connecting different networks such as fixed, mobile, and NTN. Additionally, we aim to develop a common authentication management platform across different networks, delivering a secure, reliable, and resilient communication environment for the Beyond 5G era.

Edge Base Station (under development by Panasonic)
The edge base station is a tiny but high-performance base station which supports sXGP, 4G, 5G and local / private 5G, as well as protocols such as LoRa and Wi-Fi.
This product is also equipped with edge computing functionality and comes standard with applications such as human flow measurement, reservation management and order processing, which can continue to operate at the edge even when the connection to the cloud is disrupted.
We are also studying collaboration with BBSakura Networks' mobile functions over OCX, such as seamless connection between private and public networks and authentication functions, with the aim of providing services in line with the Beyond 5G era*. Despite its compact design, the edge base station is equipped with a wide range of functions and is intended for use in a variety of applications, including smart cities, factories and autonomous facilities.

*These study results are obtained from the grant program (No. JPJ012368G51001) by National Institute of Information and Communications Technology (NICT) , Japan.

Company Introduction

IPNetfusion K.K. is a specialized group that has been designing, developing, delivering, and providing support for mobile network test tools from 3G to 5G for over 20 years. We are proud to have earned high praise both domestically and internationally, particularly for our significant contributions to improving the quality of mobile networks in Japan.

Product Details

TDST (Telecom Device Shosa Tester) is a cutting-edge telecom network testing system developed in Japan, providing all the necessary functions for testing communication devices.

As a protocol simulator with unparalleled flexibility, it supports protocol verification in compliance with international standards such as 3GPP, as well as "shosa" tests reflecting the unique know-how of communication carriers and switch manufacturers.

TDST provides a simulated environment for 5G RAN and 5GC, supporting various test configurations according to the test target and purpose. It can handle all test phases, including debugging, regression, performance, quality, connectivity tests, and proof-of-concept experiments. Furthermore, as the provision of services utilizing new technologies for next-generation communication systems such as 5G, Beyond 5G, and 6G becomes increasingly important, the reliability of the network becomes even more crucial. Therefore, the broad capabilities of TDST are essential.

• Examples of Test Items:
  • O-RAN connectivity tests
  • 5GC NF (Network Function) and SBI tests
  • Inter-RAT handover tests between 5GS and EPS
  • VoNR (Voice over New Radio) tests
  • PNI-NPN (Public Network Integrated NPN) tests
  • Private 5G system tests
  • CIoT (Cellular IoT) network tests
  
• Examples of Test Applications:
  • Protocol verification in compliance with 3GPP specifications
  • Proprietary specification tests
  • Load tests
  • Abnormal/normal condition tests
  

In the future, we plan to support functions necessary for testing next-generation 6G networks. The design philosophy of TDST sets it apart from traditional network testers for communication devices, boasting innovative and exceptionally high versatility. It can meet the diverse testing needs of communication carriers and switch manufacturers, with numerous installations already in Japan.

Please visit our booth to experience the excellent features and flexible support of TDST.

Company Introduction

Meritech is a global leader in mobile network testing, monitoring, and performance optimization solutions. Our cutting-edge tools empower businesses to enhance NR5G, LTE, and Wi-Fi networks through real-time testing, advanced analytics, and network optimization. From Private 5G Networks to Smart Factories, our solutions cater to diverse industries, enabling seamless connectivity and operational efficiency.
In addition to network solutions, Meritech's monoZ portfolio simplifies IoT deployments with a full-stack Edge-to-Cloud platform. By bridging the gap between physical assets and digital ecosystems, monoZ enables System Integrators and Enterprises to connect devices to the internet quickly, securely, and cost-effectively.
With a commitment to innovation, reliability, and customer success, Meritech is at the forefront of empowering businesses to thrive in a connected, data-driven world, whether through optimizing networks or accelerating IoT integration.

Product Details

Sigma-One
Sigma-One is a ruggedized hardware and software solution designed for capturing modem communication. It is tailored for testing COTS devices, CPEs, TCUs, and IoT devices across Private 5G Networks, Connected Cars, Drones, Smart Factories, and more. Its durable design ensures reliability in both lab and field testing environments.

Sigma-ML
Sigma-ML is a compact and user-friendly smartphone-based network testing tool for real-time NR5G, LTE, and WiFi measurement. Its lightweight portability and customizable GUI make it ideal for engineers conducting on-site assessments, troubleshooting, and optimization.

Sigma-LA
Sigma-LA is a Windows-based field drive testing platform designed to support multiple UEs and scanners. It provides real-time measurement and analysis through intuitive graphical interfaces, making it a top choice for diverse network scenarios and optimization teams.

Sigma-PA
Sigma-PA is a post-processing and analysis software that enables detailed analysis of network data captured by Sigma-One, Sigma-ML, Sigma-LA, and QXDM. It includes advanced troubleshooting views, customizable reporting options, and predictive analytics to enhance decision-making and improve network performance.

Centra-SD
Centra-SD is a server-based solution that enables remote control and automation of Sigma tools for 24/7 network monitoring, drone testing, and performance assessments. Its centralized data collection and real-time reporting enhance operational efficiency while minimizing downtime.

monoZ:Jet
monoZ:Jet is a compact, solderable System-on-Module that provides secure LPWA connectivity for IoT systems. Measuring 35 x 42 mm, it integrates seamlessly into designs and offers features like low-power mode and Host FOTA upgrades, ensuring robust connectivity to monoZ:Link through 1NCE network.

monoZ:Link
monoZ:Link is a no-code IoT platform enabling secure, bidirectional data flow between devices and cloud apps. Supporting TCP, MQTT, HTTP, AWS, Azure, and custom webhooks, it offers FOTA, device bootstrapping, and multi-layer security, streamlining deployment and accelerating time-to-market.

Together, these solutions empower businesses with cutting-edge tools for connectivity, testing, and IoT innovation across industries.

Company Introduction

For over 30 years, Morita Tech has been successfully involved in the construction of test systems for cell phones and base stations. We have dedicated our effort to the development of improved 5G/6G test solutions.
Today, we offer you the new compact OTA test system that combines our internationally patented antenna coupler with a shielded box developed by our own company. Engineers will be delighted at the ease of use that this product offers.

Product Details

Today, we are facing the challenge of an "OTA test environment" in practically applying 5G/6G mobile communication.
Testing MIMO and Carrier Aggregation with the conventional methods of using multiple monopole antennas and horn antennas is very difficult. And protocol tests and EVM tests are not cost-effective due to the large size equipment. But we can propose an OTA test environment realize these tests in a small shielded box easily.
Instead of the conventional huge anechoic chamber and Reverberation Chamber, Morita-tech presents the Shielded Box and the Antenna Couplers that allow desktop scale OTA testing. By using MIMO test Antenna Couplers, maximum throughput communication tests and protocol communication tests and handover tests between terminals and base stations are easily accommodated for OTA tests (4X4MIMO, 8X8MIMO, ENDC test, NRDC test) in a compact OTA Shielded Box.

Company Introduction

Sharp Semiconductor Innovation Corporation
Sharp Semiconductor Innovation Corporation (SSIC) aims to drive innovation by meeting customer expectations with its advanced devices in AI, IoT, 8K, CMOS Image Sensors, and 5G/B5G. Leveraging the Sharp Group's strengths in sensing, image processing, high-frequency communication, and low power consumption technologies, SSIC is poised to expand its applications in these fields. We appreciate your continued support and patronage.

The Nakao Akihiro Laboratory at The University of Tokyo
We are interested in research areas on next generation cyber infrastructure, spanning computer networks, operating systems, network security and distributed applications. Our current interests include (but are not limited to):
• 5G and Beyond 5G Mobile Networking
• AI/Machine Learning Empowered Networking
• Ultra-Low Latency Communication
• Internet of Things (IoT)
• Network Softwarization
• Network Applications
• Software Defined Networking (SDN)
• Network Functions Virtualization (NFV)
• Multi-Access Edge Computing (MEC)
• Network Security

Product Details

Beyond 5G/6G IoT SoC and SDR Platform
SSIC will showcase the demo board "ASUKA Board." The ASUKA Board provides a customizable development environment using the baseband SoC "ASUKA" for IoT user equipment (UE) to promote the spread of IoT UE in the Beyond 5G (6G) era.

The baseband SoC "ASUKA" features a scalable architecture. It is a software-defined SoC that allows for functional modifications, enabling it to keep pace with the continuous evolution of communication standards. It includes various expansion interfaces such as PCIe (Gen4), JESD204B, and USB 3.0, allowing users to customize functions via PC connections.

The ASUKA Board also supports an open development environment that enables coordination between base stations and terminals. Users can customize the UE alongside base stations, allowing for simultaneous customization of both. This facilitates the construction of IoT solutions, implementation of new features, and verification in an SDR development environment.

Ultra-compact Software Defined Radio Board in the Local 5G Box
NICT B5G Fund Project "Research and Development of B5G IoT SoC and IoT solution Building Platform of Continuous Evolution" Grant #00801
Successfully developed an "ultra-compact" software-defined radio (SDR) board supporting next-generation communication standards.
Accelerates solving social issues, exploring latent needs, and creating value through demonstrations using 5G/B5G communication equipment.
Features:
• M.2 standard interface, compact size (80mm long x 22mm wide x 5mm thick, 0.8mm board thickness).
• Supports 5G and next-generation protocols.
• Daisy-chainable to expand frequency bandwidth.
• Programmable for flexible network functions.

Ready-to-use, compact, low-power, high-performance Local 5G System "HYPER NOVA"
Industry-academia collaboration by The University of Tokyo and NESIC(NEC Networks & System Integration Corporation) This compact, low-power, high-performance system integrates a local 5G base station, 5G core, and MEC.
Specifications:
• Size: (W)135mm x (H)189mm x (D)357mm (excluding antenna), Weight: 6kg.
• Output: 1W x 4 ports (4W total).
• Power consumption: Approx. 150W
• Fast upload over 700Mbps
• Supports semi-synchronous system (TDD1/2/3)
• Number of UE connections: over 500

This research and development is promoted through research commissioned (JPJ012368C00801) by the National Institute of Information and Communications Technology (NICT) and the Ministry of Internal Affairs and Communications (MIC).