東芝情報システム Product Lineup

Waveform Meister is an AI platform specialized in waveform characteristic assessment, providing a package for learning, evaluation, and judgment. ■ Do you have these challenges? - Checking oscilloscope waveforms one by one visually - Spending a lot of time checking large amounts of measurement data - Wanting to automate the judgment process and shorten evaluation periods - Wanting to distinguish not only between normal and abnormal but also the types of abnormalities - Wanting to streamline the process from measurement to judgment on a test program - Wanting to collectively judge multiple waveforms displayed on the same screen - Wanting to reduce the workload in the LSI evaluation process - Wanting to automate the confirmation of spectrum waveforms and the detection of specific waveforms Waveform Meister supports solving these challenges through the automation of waveform judgment. ■ Features of Waveform Meister ✓ Automates analog characteristic judgment through visual inspection using AI ✓ Checks thousands of waveforms in a short time ✓ Supports classification of abnormal cases in addition to normal and abnormal ✓ Judges waveform data while measuring ✓ Simultaneously judges multiple waveforms within the same screen ✓ Usable for various waveform checks

• oscilloscope
• Other electronic measuring instruments
• Other analyses

The NAND flash memory driver "ANAND" is a flash memory driver that helps avoid various issues specific to NAND flash memory, supporting safe and long-term data storage. ■ Do you have any of these challenges? - Want to shorten the boot time of products equipped with NAND flash memory - Want to reduce the memory capacity used by the NAND driver - Want to mitigate the risk of data corruption due to sudden power loss during writing - Want to extend the lifespan of NAND flash memory - Want to support multiple types of NAND flash memory - Want to develop products that support NAND Boot - Want to customize the NAND driver to match product specifications The NAND flash memory driver provided by Toshiba Information Systems meets your needs for incorporating NAND flash memory products. ■ Five Features ✓ Fast Boot ✓ Memory Saving ✓ Power Loss Recovery Support ✓ Enhanced Durability (Patent Pending) ✓ Supports NAND Boot

• Software (middle, driver, security, etc.)
• Other embedded systems (software and hardware)

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to securely encrypt network communications. ● I want to implement IPsec in compliance with international standards. ● I want to prepare for the risk of decryption by future quantum computers. ● I want to achieve high-performance and high-reliability VPN communication even in embedded devices. 　　　　　　　　　　▼ Leave it to Toshiba Information Systems' IPsec solution! ――― Features ―――――――――――――――――――――― ◆ IPsec compatible with the latest technologies such as IKEv2 ◆ Providing FIPS-compliant / post-quantum cryptography (PQC) compatible IPsec ◆ Broad support from embedded devices to the cloud ――――――――――――――――――――――――――― Toshiba Information Systems' encrypted communication solution is a software toolkit that enables secure communication using IPsec.

• Encryption and authentication
• Software (middle, driver, security, etc.)
• Other security

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to use high-performance IPsec even in embedded devices ● I want to ensure the implementation of secure communication using IPsec ● I need VPN/encrypted communication that complies with international standards ● FIPS compliance is required for government procurement and infrastructure 　　　　　　　　　▼ Leave it to QuickSec IPsec Toolkit! ――― Features ―――――――――――――――――――――― ◆ Adoption of FIPS-compliant cryptographic modules ◆ IPsec compliant with the latest RFCs such as IKEv2 ◆ Wide compatibility from embedded devices to network equipment ――――――――――――――――――――――――――― The QuickSec IPsec Toolkit is a highly reliable IPsec software toolkit compliant with international standard RFCs. It adopts FIPS-compliant cryptographic modules to ensure secure encrypted communication in VPN devices, network equipment, and embedded devices. It absorbs the complexities of IPsec implementation, contributing to quality improvement and efficiency in product development.

• Encryption and authentication
• Software (middle, driver, security, etc.)
• Other security

■Do you have any of these challenges? - I want to visualize data collected from equipment and sensors. - I want to check the status of factories and warehouses from a remote location. - I want to understand the power usage for each piece of equipment and process. - I want to check data such as temperature and humidity in the cloud. - I want to use IoT data to streamline equipment monitoring and inspections on-site. ■NetNucleus IoT can solve these challenges! NetNucleus IoT is software that visualizes on-site data collected from IoT sensors in the cloud. In the IoT visualization solution, on-site data is collected and visualized in the following configuration: Sensor → NetNucleus LPWA → Gateway → NetNucleus IoT. NetNucleus LPWA handles the IoT edge, providing sensors, wireless devices, and gateways. NetNucleus IoT visualizes the data in the cloud.

• Server monitoring and network management tools
• Other operation management software
• Wireless LAN

The combinatorial optimization problems in embedded systems are important issues that also affect control accuracy. Toshiba Information Systems provides combinatorial optimization solutions for embedded systems utilizing Toshiba's unique quantum-inspired optimization technology. We quickly compute good solutions to combinatorial optimization problems and support parallel processing on diverse hardware. Furthermore, by processing in an embedded environment, we assist in achieving a low-latency and secure environment. ■ Do you have these challenges? - Want to process combinatorial optimization problems quickly - Want to perform optimization processing with limited resources of embedded devices - Face strict hardware constraints and cannot achieve sufficient performance - Want to realize processing that leads to real-time decision-making and control - Want to process without relying on an online connection environment - Want to achieve a low-latency processing environment in embedded systems - Want to perform optimization processing in a secure environment - Considering optimization processing using FPGAs and other technologies ■ We propose our combinatorial optimization solutions for embedded systems to address these challenges! ✓ Quickly compute good solutions to combinatorial optimization problems ✓ Capable of parallel processing on diverse hardware ✓ Achieve a low-latency and secure environment

• Software (middle, driver, security, etc.)
• Other information systems
• Other industrial robots

OneShotBRDF is an optical inspection technology that captures changes in scattered light due to defects, making it easier to recognize fine scratches and defects. By imaging the slight changes in scattered light caused by scratches through a "multi-wavelength coaxial aperture filter," it simplifies the recognition of fine defects. ■ Do you have these challenges? - Inspection processes rely on skilled inspectors, leading to high inspection costs. - Labor shortages due to an aging population and declining birth rates. - Variability in inspection quality among workers. - Returns from customers due to the need for re-evaluation of defects. - Lack of clear inspection evidence. ■ OneShotBRDF solves these challenges! ✓ Reduces inspection time and provides stable inspection quality. ✓ Visualizes difficult-to-recognize microscopic scratches and unevenness. ✓ Enables high-speed inspection through scattered light identification using multi-wavelength coaxial apertures. ✓ Identifies scratches that are difficult to recognize through image recognition by color. ✓ Accommodates gently curved 3D surfaces.

• Visual Inspection Equipment
• Other microscopes
• Defect Inspection Equipment

Auracast is a voice distribution solution that utilizes Bluetooth technology to deliver announcements at airports and train stations directly to users' smartphones or earphones. By providing multiple audio channels in languages such as Japanese and English, it supports the creation of an environment where users can choose and listen to the necessary language or information. This can be utilized to enhance multilingual guidance and voice information provision in public spaces like airports and train stations, where many users come and go. ■ Are you facing any of these challenges? - Want to enhance multilingual guidance at airports and train stations - Want users to be able to choose and listen to the information they need - Want to deliver voice guidance even in noisy places - Want to consider information provision methods that do not rely solely on in-house announcements - Want to enhance guidance for foreign users - Want to explore new voice services ■ Image of use realized with Auracast ✓ At the airport - Boarding announcements - Voice guidance around the gate - Multilingual audio in Japanese, English, etc. - Users can select the audio channel they need ✓ At the station - Guidance within the station - Voice guidance around platforms and ticket gates - Information provision in multiple languages - Voice distribution to users' own devices

• Wireless LAN
• Communications
• Software (middle, driver, security, etc.)

This is a voice information distribution solution using a system (Auracast) that allows broadcasting audio using Bluetooth technology. It supports the creation of an environment where users can select the audio they want to hear by distributing multiple audio contents such as commentary, explanations, and multilingual audio in theaters, stadiums, and sports viewing facilities. Furthermore, it can be utilized to provide new experiential value by combining audio with video, competitions, and performances, such as multilingual support in theaters and commentary during sports viewing. ■ Do you have these challenges? - I want to be able to listen to commentary and explanations during sports viewing. - I want to be able to choose my preferred audio from multiple commentaries and explanations. - I want to provide multilingual audio at theaters and events. - I want to deliver different audio content to each visitor. - I want to provide an audio experience linked to the venue's visuals and performances. - I want to enhance the added value of the viewing experience. ■ Achieved with Auracast ✓ Distribution of commentary and explanation audio ✓ Selection of desired audio from multiple channels ✓ Distribution of multilingual audio ✓ Utilization in theaters, stadiums, and event venues ✓ A new viewing experience through video + audio

• Wireless LAN
• Communications
• Software (middle, driver, security, etc.)

In AGVs and autonomous robots, it is necessary to accurately grasp the destination and current position to determine the travel route. This solution customizes Toshiba's unique self-position estimation technology for your system and optimizes it for real-time systems. ■ Do you have any of these challenges? - Want to improve the self-position estimation accuracy of AGVs and transport robots - Want to reduce position drift and cumulative errors that occur during long-distance travel - Want to implement SLAM that is robust to environmental changes such as ambient light, lighting, and moving obstacles - Want to combine multiple sensors such as cameras, LiDAR, and IMUs - Want to achieve autonomous driving in areas where GPS/GNSS signals are unstable - Want to generate an environmental map while simultaneously estimating self-position - Need a fast, low-memory SLAM that operates on embedded devices - Want to customize SLAM to fit your own robots or mobile units ■ Would you like to solve these challenges with SLAM? We support self-position estimation tailored to your system by combining Visual SLAM, Visual Relocalizer, landmark-based SLAM, sensor fusion, and environmental map generation.

• Software (middle, driver, security, etc.)
• Transport and handling robots
• Other conveying machines

Are there any challenges related to "optimization and decision-making" in systems within the embedded, automotive, and robotics fields? ● The combinations are complex, making it impossible to provide optimal decisions in real-time. ● Calculations take time, leading to control delays and performance degradation. ● You want to perform high-precision optimization, but cannot use servers or the cloud. ● In embedded environments, optimization processes are heavy, leading to abandonment of implementation. 　　　　　　　　　　　　　▼ Leave it to our combination optimization solution for embedded systems! ――Features――――――――――――――――――― ◆ Rapid calculation of good solutions for combinatorial optimization problems using quantum-inspired optimization technology. ◆ Contributes to speeding up control and decision-making through low-latency, real-time processing. ◆ Compatible with various hardware such as FPGA and GPU, making it implementable in embedded environments. ――――――――――――――――――――――― This is a combination optimization solution for embedded devices utilizing Toshiba's unique quantum-inspired optimization technology. It can process combinatorial optimization problems such as allocation, route exploration, and matching at the edge, quickly and securely, in embedded devices like automotive equipment, industrial machinery, and robots.

• Software (middle, driver, security, etc.)
• Other information systems
• Other industrial robots

■Do you have any of these concerns? - It takes time to build a simulation environment for BMS development. - I want to verify the validity of the control specifications before the actual device is completed. - I want to evaluate the SOC estimation algorithm early. - I want to shorten the development period for EVs and battery storage systems. - I want to conduct pre-validation in HILS or MILS environments. - I want to use models that reflect battery cell characteristics. - I want to conduct abnormal system tests in a safe environment. - I want to promote model-based development using MATLAB/Simulink. The Battery/BMS Model Library solves these issues! It is a MATLAB/Simulink-compatible model library that supports improving design efficiency in battery system development. ■Features of the Battery/BMS Model Library ✓ Enables model development that reflects battery characteristics. ✓ Supports flexible configuration changes. ✓ Models BMS functions. ✓ Streamlines model-based development (MBD).

• simulator
• Software (middle, driver, security, etc.)

■Do you have any of these concerns? - It takes a long time to create training data for AI development. - Struggling with a shortage of manpower for annotation tasks. - High outsourcing costs make it difficult to create large datasets. - Want to efficiently create data for semantic segmentation. - Want to reduce the workload for object detection (bounding boxes). - There is a shortage of training data for AI in autonomous driving and manufacturing. - Want to prepare the training data necessary for improving AI model accuracy in a short period. - Want to shorten the duration of AI development projects. Our automatic annotation service can solve these problems! This service takes your training specifications and the target image data for training, and automatically creates high-precision training data using AI. ■Features of the Automatic Annotation Service ✓ AI automatically generates training data. ✓ Supports semantic segmentation and object detection. ✓ Capable of high-precision and large-scale creation. ✓ Shortens AI development time.

• Business Intelligence and Data Analysis
• Software (middle, driver, security, etc.)
• Other services

■Do you have any of the following challenges? - The processing time of the DNN model is long, making real-time processing difficult. - I want to lightweight and speed up the model for implementation on edge devices. - I want to avoid a decrease in image recognition accuracy due to acceleration. - A lot of effort is required for model modification, measurement, and evaluation. - I feel limited in manually searching for the optimal DNN model. - I want to shorten the AI development period and accelerate the market launch of products and services. - I cannot find a model that balances the desired recognition accuracy and processing performance. Our DNN acceleration service supports the acceleration of image-dependent processing while maintaining the accuracy of DNN models. ■Features of the DNN Acceleration Service ✓ Accelerates DNN models while maintaining recognition accuracy. ✓ Automatically generates and selects numerous DNN models. ✓ Reduces the development time and effort required for model improvement.

• Software (middle, driver, security, etc.)
• Embedded system design service

In the manufacturing industry, it is essential to protect highly confidential design information over an extended period. Particularly in light of concerns regarding the risks of decryption by future quantum computers and the diminishing security of existing encryption methods, it is crucial for systems designed for long-term operation to implement measures against these risks. Adopting quantum-resistant cryptography that complies with international standards, without significantly altering existing security infrastructure, is vital for ensuring the ongoing safety of design information. Our "Quantum Safe Crypto Library" addresses these challenges and provides a next-generation cryptographic foundation for protecting design information in the manufacturing sector. 【Use Cases】 - Protection of highly confidential design data and manufacturing processes - Strengthening security for production management systems and IoT devices that require long-term operation - Ensuring security in information sharing across the entire supply chain 【Benefits of Implementation】 - Proactive measures against future decryption risks - Gradual security enhancement with minimal impact on existing systems - Achieving reliable encryption in compliance with international standards

• Encryption and authentication
• Other security
• Software (middle, driver, security, etc.)

In the financial industry, protecting highly confidential transaction data is extremely important. With the advancement of quantum computers, there are concerns about the risk of traditional encryption technologies being decrypted in the future. This is particularly crucial for transaction records and customer information that are stored for long periods, making it essential to prepare for future encryption risks. Our "Quantum Safe Crypto Library" provides a next-generation cryptographic foundation to ensure the safety of financial transactions by preparing for these future encryption risks now. 【Use Cases】 - Protection of customer information and transaction data in financial institutions - Encryption of confidential information that needs to be stored long-term - Measures against potential attacks from future quantum computers 【Benefits of Implementation】 - Maintaining the security of transaction data in the era of quantum computers - Enhanced reliability through quantum-resistant encryption compliant with international standards - Gradual security enhancement with minimal impact on existing systems

• Encryption and authentication
• Other security
• Software (middle, driver, security, etc.)

In the manufacturing industry, the protection of intellectual property such as technical information and design data embedded in products is extremely important. In preparation for future risks of decryption by quantum computers, compliance with international security standards such as FIPS is required. Vulnerabilities in cryptographic libraries can threaten the overall safety of systems and lead to the leakage of confidential information. Our cryptographic library addresses these challenges and provides robust security features to protect your intellectual property. 【Use Cases】 - Protection of product design data and source code - Encryption of confidential information in manufacturing processes - Protection of firmware for IoT devices - Protection of data communication in the supply chain 【Benefits of Implementation】 - Addressing future risks of decryption by quantum computers - Compliance with international security standards (FIPS) - Reduction of vulnerabilities in cryptographic libraries - Support for secure migration from OpenSSL

• Encryption and authentication
• Other security
• Software (middle, driver, security, etc.)

In the field of smart grids, ensuring the stable operation of power networks and information security is extremely important. In particular, there is a need to prepare for the risks of decryption by future quantum computers and to comply with international security standards such as FIPS. Vulnerabilities in cryptographic libraries can lead to serious incidents such as power supply interruptions or information leaks. Our cryptographic library addresses these challenges and provides a robust security foundation for protecting power networks. 【Use Cases】 - Protection of power system control systems - Communication security for smart meters - Renewable energy management systems - Remote monitoring and control of power infrastructure 【Benefits of Implementation】 - Response to future decryption risks - Compliance with international security standards - Improved overall security reliability of the system - Enhanced protection against cyber attacks

• Encryption and authentication
• Other security
• Software (middle, driver, security, etc.)

In the financial industry, advanced encryption and security measures are required to protect highly confidential transaction records and customer information. In particular, preparing for the risk of decryption by future quantum computers and complying with international security standards such as FIPS are essential for maintaining the reliability of systems. Vulnerabilities in cryptographic libraries can pose risks to the overall safety of the system. Our cryptographic library addresses these challenges and contributes to enhancing the security of financial systems. 【Use Cases】 - Data protection for financial transaction systems - Encryption of customer information - Security implementation for regulatory compliance 【Benefits of Implementation】 - Strengthened resistance to future quantum computer attacks - Compliance with international security standards - Reduced risk of vulnerabilities in cryptographic libraries

• Encryption and authentication
• Other security
• Software (middle, driver, security, etc.)

■Do you have any of the following challenges? - I want to reduce the burden of Bluetooth SIG certification compliance. - I want to shorten the Bluetooth development period. - I want to freely choose Bluetooth chips and platforms. - I want to resolve connection issues with Bluetooth devices. - I want to improve the quality of Bluetooth products. - I want to outsource Bluetooth application development. - I want to develop Bluetooth for automotive, medical, and industrial equipment. - I want to support Bluetooth Low Energy (BLE) and Bluetooth Classic. - I want a technical partner who can consult in Japanese. The NetNucleus SDK is a Bluetooth development kit that provides a Bluetooth stack and application development framework that has already obtained Bluetooth SIG certification. It supports the reduction of the burden of Bluetooth certification compliance and shortens the development period, achieving high versatility that is less dependent on Bluetooth chips and platforms. It accommodates a wide range of product development for automotive, medical, and industrial equipment, and domestic engineers provide total support from specification consideration to development, certification, and connectivity evaluation.

• Software (middle, driver, security, etc.)
• Communications
• Wireless LAN

■Do you have any of these concerns? - I want to implement a subscription-based license. - I want to prevent the use of software beyond the contracted license count. - I want to control the features available based on customers and contract details. - Managing a large number of licenses is cumbersome. - I want to prevent software piracy and reverse engineering. - I want to support multiple environments such as Windows, Linux, and embedded devices. The license management and software protection solution "CodeMeter" provides flexible license models and supports control over the number of licenses, validity periods, and features. Additionally, it protects software from threats such as piracy and reverse engineering through application encryption and anti-debugging features. ■Features of CodeMeter ✓ Flexible license models ✓ Streamlined management of large numbers of licenses ✓ Protection of the software itself

• Other security
• Software (middle, driver, security, etc.)
• Encryption and authentication

SecNucleus WhiteEgret is a whitelist-type malware protection software developed for embedded Linux systems. ■ Do you have any of the following challenges? - Want to strengthen cyber attack measures for embedded Linux devices - Concerned about protection against ransomware and unknown malware - Do not want to perform updates for virus definition files - Looking for security measures that can be implemented on resource-constrained devices - Want to protect Docker container environments as well - Want to prevent the execution of tampered programs SecNucleus WhiteEgret supports the resolution of these challenges. ■ Features ✓ Blocks unknown malware with a whitelist approach ✓ Execution control through tampering detection ✓ Resource-efficient and high-speed operation specialized for Linux ✓ Supports scripts and Java applications ✓ Compatible with Docker containers

• Software (middle, driver, security, etc.)
• Virus software
• filtering

Toshiba Information Systems' Auracast-compatible solution utilizes Bluetooth LE Audio technology to directly deliver audio information to earphones worn by on-site workers. Even in noisy environments, it ensures that necessary information is reliably conveyed. ■ Are there any challenges like these in factories, plants, construction sites, or underground facilities? - Instructions cannot be heard due to noise - Communication with foreign workers takes time - Difficulties in contacting in underground facilities or tunnels - Immediate delivery of emergency messages is needed ■ Solutions with Auracast - Mass audio broadcasting to workers - Instructions conveyed in multiple languages - Portable transmitters - Usable in underground or confined spaces

• Wireless LAN
• Communications
• Software (middle, driver, security, etc.)

Bluetooth Auracast is a next-generation Bluetooth broadcast technology that allows simultaneous delivery of audio content to a large number of users. Toshiba Information Systems utilizes Auracast to provide a multi-content delivery solution that combines not only audio distribution but also multilingual guides, exclusive content delivery, and text information distribution. It supports the creation of new value in various settings such as tourist facilities, stadiums, theaters, commercial establishments, transportation systems, and factories. ■ Do you have any of these concerns? - I want to efficiently provide multilingual guidance. - I want to deliver content to a large audience simultaneously. - I want to enhance added value with exclusive content. - I want to ensure information is conveyed even in noisy environments. ■ Features of Bluetooth Auracast ✓ Enables simultaneous delivery to a large audience. ✓ Realizes multilingual guide services. ✓ Delivers not only audio but also text information. ✓ Supports member-exclusive and paid content delivery. ✓ Strengthens promotions through coupon distribution.

• Wireless LAN
• Communications
• Software (middle, driver, security, etc.)

In the manufacturing site, there is a risk that equipment abnormalities such as pumps, piping, transformers, and analog meters can lead to production stoppages and quality defects. ■ Do you have such challenges? Concerns of equipment maintenance personnel: - Unable to increase inspection frequency due to a shortage of inspectors - Delayed detection of abnormalities leading to equipment stoppages - Want to manage equipment in a large factory efficiently - Difficulties in laying wired networks - Want to implement IoT but keep costs down - Want to monitor even old equipment ■ Preventive maintenance using LPWA Instead of "reactive maintenance" that responds after an abnormality occurs, we continuously monitor equipment conditions and detect early signs of abnormalities to reduce the risk of equipment stoppage. This system wirelessly collects data from sensors installed in the factory and aggregates it in the cloud or on-premises environment, allowing real-time understanding of equipment status. ■ Features ✓ Easy to implement without wiring work ✓ Mesh network that connects even in large factories ✓ Energy-efficient design powered by AA batteries ✓ Real-time notifications of abnormalities ✓ Visualization of data

• Wireless LAN
• Server monitoring and network management tools
• LAN construction and wiring work

Do you have any of these concerns? - I want to collect equipment data within the factory, but wiring work is difficult. - I want to monitor scattered equipment collectively. - I want to obtain data from areas where radio waves are hard to reach. - I want to grasp equipment abnormalities in real-time. - I want to integrate with existing cloud or higher-level systems. - I want to automate temperature and humidity management. These challenges can be solved with the LPWA 920MHz mesh communication IoT service "Low-Power Wireless Mesh Network." ■Features ✓ Easy to implement without wiring work No large-scale communication wiring work is required due to wireless communication. ✓ Wide-area communication with 920MHz band mesh network Wireless devices automatically relay each other and select the optimal communication route. ✓ Real-time abnormality notifications Collected data is stored on the IoT platform on AWS. ✓ Supports a wide range of sensor connections Can connect to various external sensors.

• Wireless LAN
• Server monitoring and network management tools
• LAN construction and wiring work

Are there any issues with "water leakage" like this in your manufacturing site or machine room? ● Delayed detection of water leakage from floors or pipes has led to equipment troubles and production stoppages. ● Regular patrols and visual inspections are necessary to confirm water leakage. ● There are concerns about the risk of water leakage during unmanned hours or at night. ● I want to monitor water leakage automatically, but installation and wiring are difficult. 　　　　　　　　　　　　　▼ Leave it to VisilantEye to monitor the "leakage status" non-contact! ―― Features ―――――――――――――――――――――― ◆ Detects water leakage on floors and target areas with a non-contact leakage detection sensor. ◆ Alerts you to water leakage and supports early response. ◆ Easy to implement with retrofitting installation that requires no construction. ―――――――――――――――――――――――――― VisilantEye is equipped with three functions in one device: temperature detection, water leakage detection, and dryness detection. In the water leakage detection mode, it continuously monitors for water leaks or liquid occurrences around equipment, contributing to the early detection of anomalies. This enables remote status monitoring and rapid initial response without relying on human patrols or visual inspections, leading to reduced equipment damage and labor savings in maintenance operations.

• Other measurement, recording and measuring instruments

The anemolink-2D is a sensor that helps identify the causes of increased defective products due to dust in the factory by monitoring airflow, contributing to improved yield. It checks wind direction and speed on the top surface and captures airflow starting from a gentle breeze of 0.03 m/s. It can be measured immediately by simply placing it, eliminating the need for complicated settings. Do you have any of the following challenges? - Want to check airflow - Want to reduce defective products caused by dust in the factory - Want to measure wind direction and speed but find it difficult to introduce large-scale equipment - Want to check the measured data ■ Reasons for Choosing Us ✓ Visualization of gentle and weak winds Measures gentle and weak winds occurring in clean rooms and manufacturing sites, visualizing airflow. ✓ Easy Measurement Operates on USB power. Its compact design allows for flexible placement in desired measurement locations. ✓ Wind Direction and Speed Data Acquisition By connecting to a Windows PC, real-time monitoring and log acquisition are possible. ✓ Visualization of CO₂ Concentration With the optional CO₂ sensor, CO₂ concentration can also be monitored. ✓ Supports Multi-Point Measurement By adding an RS-485 interface board, it supports connection of up to 31 units.

• Wind Speed/Volume Meter
• Sensors

In systems that require real-time performance, such as depth sensors, VR, and touch panels, achieving a balance between "processing delay" and "prediction accuracy" is a significant challenge. RealtimeForesight is a next-generation prediction technology that addresses this challenge through our proprietary AI algorithm. It predicts time-series 3D data quickly and accurately, achieving reduced latency, noise reduction, and enhanced feature sharpness. It is also suitable for implementation on edge devices and FPGAs, allowing for deployment across various industrial sectors. Do you face any of the following challenges? - Want to reduce processing delays of sensor data - Want to improve processing speed while maintaining AI prediction accuracy - Looking for a lightweight algorithm that can be embedded as edge AI - Want to reduce noise from ToF sensors or depth sensors - Want to implement AI technology on FPGAs - Want to improve the response performance of systems that require real-time performance ■ Features of RealtimeForesight that support solving these challenges ✓ Proprietary algorithm that achieves both high-speed processing and high-accuracy prediction ✓ Reduced latency through real-time prediction ✓ Lightweight design suitable for edge device and FPGA implementation ✓ Noise reduction and improved recognition accuracy

• Business Intelligence and Data Analysis

Are you having trouble securing alternatives for custom LSI or ASICs that have been discontinued (EOL)? - There is a shortage of last buy stock. - Replacement LSIs are unavailable. - You want to continue long-term supply and maintenance of your products. - FPGA conversion and board redesign require significant time and cost. - The original design data or designers are no longer available. Toshiba Information Systems' "Discontinued LSI Revitalization Service" regenerates discontinued LSIs using new processes, supporting long-term supply and maintenance. We provide a consistent response from prototype to mass production while utilizing multiple foundries both domestically and internationally, independent of the processes of discontinued semiconductor vendors. ■ Features of the LSI Revitalization Service ✓ Minimizes board changes ✓ Can accommodate even without design data ✓ Supports small-scale production ✓ One-stop service from prototype to mass production

• Other semiconductors
• EMS
• Dedicated IC

Are you having trouble securing alternatives for custom LSI or ASICs that have been discontinued (EOL)? - There is a shortage of stock for last buy items. - Replacement LSIs are unavailable. - You want to continue long-term supply and maintenance of the product. - FPGA conversion and board redesign require significant labor and costs. - The original design data or designers are no longer available. Toshiba Information Systems' "Discontinued LSI Renewal Service" regenerates discontinued LSIs using new processes, supporting long-term supply and maintenance. ■ Features of the Discontinued LSI Renewal Service ✓ Minimizes changes to the platform ✓ Can accommodate even without design data ✓ Supports small-scale production ✓ One-stop service from prototyping to mass production

• Other semiconductors
• EMS
• Dedicated IC

Toshiba Information Systems' analog IC turnkey service is a service that develops and supplies fully custom analog and mixed-signal ICs tailored to customer requirements. We provide comprehensive support from consulting, specification review, circuit design, prototyping, evaluation, to mass production supply. We propose the optimal development plan according to development period, cost, and required specifications. Do you have any of the following challenges? - A large number of discrete components resulting in a large board size - Desire to reduce the number of components and lower manufacturing costs - Shortage of engineers for analog IC design - Difficulty in continuing product availability due to the end of production (EOL) of existing ICs - Other companies have declined small lot development - Only want to request prototyping Toshiba Information Systems' analog IC turnkey service can solve these challenges. Features: ✓ Full custom development of analog and mixed-signal ICs ✓ Comprehensive support from planning and specification review to mass production supply ✓ Miniaturization and increased reliability by integrating discrete circuits into ICs ✓ Support for the regeneration of EOL and discontinued ICs

• Circuit board design and manufacturing
• Prototype Services
• Dedicated IC

Toshiba Information Systems' LSI turnkey service is a one-stop support service that assists from the organization of requirements specifications to LSI design, evaluation, prototyping, and mass production. Utilizing the LSI development technology and semiconductor manufacturing know-how cultivated over many years, we propose the development of custom LSIs tailored to our customers' products and applications. We take responsibility for supporting the entire process from development to mass production, including coordination with foundries and manufacturing management. Do you have any of the following challenges? - Want to develop an LSI with unique functions - Facing cost and power consumption issues with FPGAs - Lack of experienced personnel in semiconductor development - Want to consolidate requests from prototyping to mass production - Want to reduce the burden of coordination with multiple vendors - Want to conduct LSI development with long-term supply in mind Features of the LSI turnkey service: ✓ One-stop support from requirements specifications to mass production ✓ Specialized engineers in semiconductor development accompany you ✓ Coordination with foundries is also taken care of ✓ Support from small-lot prototyping to mass production

• Circuit board design and manufacturing
• Prototype Services
• Dedicated IC

Anemolink-2D is an IoT sensor for measuring airflow direction and velocity in clean rooms and positive pressure controlled environments. It visualizes gentle and weak airflows while allowing the acquisition of wind direction and velocity data, which can be utilized for airflow management and improving air quality. Do you face any of the following challenges? - Want to visualize airflow in clean rooms - Want to improve airflow on the production line - Want to understand airflow changes due to layout modifications - Want to evaluate ventilation conditions numerically - Want to acquire wind direction and velocity data ■ Reasons for Choosing Us ✓ Visualization of gentle and weak winds Measures gentle and weak winds occurring in clean rooms and manufacturing sites, visualizing airflow. ✓ Easy Measurement Operates on USB power. Its lightweight and compact design allows for flexible installation in desired locations. ✓ Acquisition of wind direction and velocity data By connecting to a Windows PC, real-time monitoring and logging are possible. ✓ Visualization of CO₂ concentration With the optional CO₂ sensor, wind direction, velocity, and CO₂ concentration can be monitored simultaneously. ✓ Supports multi-point measurement By adding an RS-485 interface board, it can support connections of up to 31 units.

• Wind Speed/Volume Meter
• Sensors

Liquidseeker is a liquid leak detection algorithm that utilizes SWIR (Short-Wave Infrared) technology. By integrating it into compatible SWIR ToF cameras, it can non-contact detect leaks of chemicals, water, oil, and other liquids used in semiconductor manufacturing equipment. It can detect even minor leaks, contributing to the reduction of risks associated with equipment downtime and quality issues due to chemical spills. Do you have any of the following challenges? - Want to detect chemical leaks in semiconductor manufacturing equipment early - Want to prevent equipment downtime due to chemical leaks - Want to understand minor leaks from pipes and joints - Want to automate leak monitoring ■Challenges in Semiconductor Manufacturing In semiconductor manufacturing processes, leaks from chemical supply equipment or piping can lead to production stoppages and equipment recovery work. Early detection of chemical leaks is particularly important, and continuous leak monitoring is required from the perspective of equipment maintenance and preventive maintenance. Liquidseeker supports early detection of equipment abnormalities by detecting chemical leaks using non-contact sensing technology. ■Features of Liquidseeker - Non-contact leak monitoring - Identifies and detects water, chemicals, and oil - Detects even minor leaks - Detects from a distance of up to 3 meters

• Sensors
• Surveillance Camera System

Liquidseeker is a liquid leakage detection algorithm that utilizes SWIR (Short-Wave Infrared) technology. By integrating it into compatible SWIR ToF cameras, it can non-contact detect liquids such as water, chemical solutions, and oil. It accurately detects abnormal liquid leaks while identifying the type of liquid, contributing to the reduction of equipment troubles and production stoppage risks. Do you have any of the following concerns? - I want to detect and distinguish between water and oil. - I want to find small leaks. - Replacing and maintaining leakage detection tape is difficult. - I want to detect chemical leaks early. ■ Reasons to choose Liquidseeker ✓ Detects and distinguishes between water, chemical solutions, and oil It can detect not only the presence of liquid but also differentiate between water, chemical solutions, and oil. ✓ Detects even a few drops of leakage It can detect small leaks, making it useful for early detection of equipment abnormalities. ✓ Monitors leaks non-contact There is no need to install sensors on the target, enabling leak monitoring from a distance. ✓ No need for leakage detection tape It eliminates the risk of malfunction due to disconnection or peeling, contributing to reduced maintenance costs. ✓ Detects from a distance of up to 3 meters It enables remote monitoring through cameras, making it applicable to hard-to-access equipment.

• Sensors
• Surveillance Camera System

In factories and plants, leaks from piping, valves, and pump equipment can lead to equipment shutdowns and decreased safety. VisilantEye is an equipment monitoring sensor that detects floor leaks without coming into contact with the target object. Since it does not require regular replacement or maintenance like leak detection tape, it enables early detection of leaks while reducing maintenance burdens. Do you have any of these concerns? - Relying on manual inspections for leak detection - Difficulty in replacing leak detection tape - Worrying about leaks at night or on holidays - Wanting to reduce the risk of equipment shutdowns Features of VisilantEye: ✓ Non-contact leak detection ✓ Can be implemented without construction ✓ Reduces maintenance burdens ✓ Can be integrated with equipment through external contact output

• Sensors

Do you have any of the following concerns? - It takes time to analyze the causes even after detecting waveform anomalies. - Judgments and responses vary depending on the evaluator. - The transfer of technology to younger engineers is not progressing. - I want to reduce the man-hours spent on evaluation tasks. - I want to utilize AI to improve quality. Waveform Insight will solve these issues! Waveform Insight is a tool that works in conjunction with the waveform judgment AI "Waveform Meister" to provide insights on abnormal waveforms: ✓ What is abnormal? ✓ What could be the potential causes? ✓ What responses are effective? It goes beyond simple pass/fail judgments and supports cause analysis and countermeasure considerations, thereby assisting engineers in their decision-making.

• oscilloscope

Our leak detection solution contributes to the early detection of invisible leaks and spills through non-contact sensing technology, helping to prevent equipment troubles. ■ For simple leak detection, there is "VisilantEye" VisilantEye is the ideal product for those who want to implement non-contact leak detection sensors while keeping installation costs low. It is compact enough to fit in the palm of your hand, and installation is as simple as pointing it at the target. It operates on USB power (Type-C) and can be used in dark environments without ambient light, as it detects using a thermal sensor. ■ For leak detection that can also identify liquids, there is "Liquidseeker (in development)" Liquidseeker is a leak detection algorithm that not only detects leaks but also identifies the types of spills. By combining it with a dedicated ToF camera, it can instantly detect the leak status and the type of liquid, notifying the operator. ■ For water leak detection, there is "Water Meter Leak Detection (in development)" Water Meter Leak Detection allows for automatic leak detection simply by retrofitting it to existing water meters.

• Sensors

Are you facing challenges with "Battery Control and State Estimation" in embedded, automotive, and robotics systems? ● Unable to accurately estimate the state of the battery (SOC) ● Concerns about control accuracy and safety due to the effects of temperature and degradation ● Development reliant on actual machine testing, leading to time and cost in verification ● No practical battery model available for embedded environments ▼ Leave it to our battery model / BMS model! ―― Features ――――――――――――――――――――――― ◆ High-precision SOC estimation using a battery model that reflects actual machine characteristics ◆ A model that considers temperature and degradation, contributing to improved safety and control performance ◆ Implementable as a BMS model that operates in embedded and automotive ECU environments ――――――――――――――――――――――――――――― This is a battery model / BMS model solution for embedded devices. In the fields of automotive equipment, industrial equipment, and robotics, it enables battery state estimation, degradation assessment, and control algorithm verification through simulation and on actual embedded devices.

• simulator
• Software (middle, driver, security, etc.)

Do you have challenges with "creating training data" in the fields of embedded systems, automotive, and robotics? ● Creating training data is time-consuming and costly, hindering development ● Manual annotation leads to variability in quality ● A large amount of training data is needed, but cannot be handled manually ● You want to accelerate PoC and validation, but data preparation is a bottleneck 　　　　　　　　　　　▼ Leave it to our automatic annotation service! ―― Features ――――――――――――――――――――――― ◆ Our unique AI technology automatically generates high-precision training data from a small number of training examples ◆ Supports semantic segmentation and bounding boxes ◆ Creates a large volume of training data in a short time, significantly shortening AI development periods ――――――――――――――――――――――――――――― The automatic annotation service is an engineering service that provides a large volume of high-precision training data for image annotation in a short period of time, using tools based on Toshiba Information Systems' unique AI technology, with a small dataset of learning data and target image data provided according to your annotation specifications.

• Business Intelligence and Data Analysis
• Software (middle, driver, security, etc.)
• Other services

Are there any issues with "NAND flash memory operation" in embedded devices? ● Long boot time affects user experience and device startup ● Want to minimize RAM usage by the driver ● Concerns about data corruption and lifespan degradation during power outages ● High labor costs for accommodating different NAND manufacturers and capacities ▼ Leave it to the NAND flash memory driver "ANAND" to achieve fast startup, memory efficiency, and high reliability! ―― Features ――――――――――――――――――――――― ◆ Significantly reduces device startup time with fast boot ◆ Effectively utilizes limited RAM resources with memory-efficient design ◆ Achieves high reliability and long lifespan through power loss recovery and wear leveling ◆ Enhanced wear leveling function allows all blocks to be used up to the maximum erase count ◆ Compatible with NAND Boot products ――――――――――――――――――――――――――――― The NAND flash memory driver avoids various issues (risks) associated with NAND characteristics, enabling safe and long-term data storage.

• Software (middle, driver, security, etc.)
• Other embedded systems (software and hardware)

Do you have any concerns about the performance and cost of DNN model development? ● Increasing processing speed reduces inference accuracy ● No effect of acceleration in the target environment (edge devices) ● Repeated manual model modifications, measurements, and evaluations lead to increased labor and time ● Difficult to optimize for embedded devices with limited memory 　　　　　　　　　　　　　▼ Leave it to our "DNN Acceleration Service" to shorten processing time while maintaining accuracy with our unique neural architecture search technology! ――― Features ―――――――――――――――――――― ◆ Accelerate while maintaining accuracy ◆ Provide optimal models in a short period ◆ Optimized for embedded and edge applications ―――――――――――――――――――――――――― The DNN Acceleration Service generates numerous modified models from your DNN model and searches for a DNN model that meets accuracy and performance requirements. By utilizing our unique automation and prediction technologies, we can explore the optimal DNN model in a short time. *DNN: Deep Neural Network*

• Software (middle, driver, security, etc.)
• Embedded system design service

Are you facing challenges with "utilizing IoT data and visualization" in manufacturing sites, warehouses, and facility monitoring? ● Systems are separated by sensor, making centralized data management impossible ● Want to use sensors other than temperature and humidity, but it's cumbersome to implement ● Creating and modifying dashboards is difficult ● IoT has been introduced, but the operational and maintenance burden is significant ▼ Leave the collection, accumulation, and visualization of sensor data to the cloud software NetNucleus IoT! ――― Features ―――――――――――――――――――― ◆ Easily build visualizations with a general-purpose dashboard ◆ Stable data collection through gateway-cloud integration ◆ IoT infrastructure service designed with operational and maintenance considerations ―――――――――――――――――――――――――― NetNucleus IoT is a cloud service that manages data acquired through a low-power wireless mesh network (NetNucleus LPWA) on a cloud server, providing various functions to deliver the necessary information to customers on a monthly subscription basis.

• Server monitoring and network management tools
• Other operation management software
• Wireless LAN

Do you have any of the following concerns? ● Processing sensor data and 3D data takes time ● Improving prediction accuracy slows down processing ● AI cannot be used in devices that require real-time performance ▼ Leave it to our ultra-fast, high-precision AI prediction technology "RealtimeForesight"! ―― Features ――――――――――――――――――――――― ◆ Our unique algorithm achieves both fast processing and high-precision predictions ◆ Small-scale AI model capable of real-time processing ◆ Easy implementation on edge devices and FPGAs ――――――――――――――――――――――――――――― RealtimeForesight is a technology that predicts 3D data that changes over time using AI technology.

• Business Intelligence and Data Analysis