AZAPA List of Products and Services

"Cyber Physical Solution" is a solution designed to unravel complex systems and derive new insights. It allows for the rapid hypothesis and verification of system value by replacing the real world with a virtual one. Additionally, we provide comprehensive support for the verification of systems reconstructed into the real world. 【Cyber Domain (AZAPA)】 ■ Services - Physical modeling, model identification, statistical analysis, statistical modeling, performance analysis ■ Sales - Performance models, identification models, statistical models, performance analysis reports *For more details, please refer to the PDF materials or feel free to contact us.

• others

"E-STATION" is a renewable energy facility that can be flexibly implemented. It consists of a storage system with PV (solar panels) and an MMC interface. As a new energy spot in the region, multiple units of this product are connected through a network, providing a new electricity trading platform that includes BEVs. Additionally, thanks to AZAPA's proprietary technology, it can supply power even during disasters. 【Features】 ■ Independent from the power grid of power plants ■ No need for new transmission line construction ■ Affordable establishment of renewable energy power supply bases ■ EVs charged with 100% renewable energy can be shared ■ Contributes to the expansion of EV usage *For more details, please refer to the PDF materials or feel free to contact us.

• Solar power generator

【Statistical and Quality Engineering Based MATLAB Data Analysis Toolset】 〇AZP-T method The T method (Taguchi Method) is a type of regression analysis in machine learning and is an effective analytical technique for prediction problems and calculating contribution rates. The analysis flow involves calculating the contribution degree (SN ratio) and sensitivity of each item from the training data, and using these to determine the estimation formula for the signal. This estimation formula is then used to predict the values of unknown signals. 〇AZP-MT method The MT method (MT-method) is a type of multivariate analysis and is an effective analytical technique for classification problems. The analysis flow begins by loading good product data as unit data to create a unit space. Next, defective product data is loaded as signal data to calculate the MD value. This MD value is used to distinguish between good and defective products. 〇AZP-PD (Parameter Design) Parameter design is a design methodology aimed at optimizing the functionality of a system. To prevent issues in the market, each design parameter that constitutes the system is determined using statistical thinking to ensure robustness against disturbance factors and to maximize performance.

• Other analyses

We would like to introduce the unique tools developed by AZAPA Corporation: 'AI-Modeling', 'AI-Layout', and 'AI-Connect'. 'AI-Modeling' Automatically converts specifications written in natural language into Simulink models. It suppresses variations in model description quality due to individual differences and reduces readability issues, enabling the creation of high-quality and efficient models from specifications. 【Features】 ■ Automatically generates control models from control specifications described in pre-defined language and formulas. ■ Automatically generates M-files from specifications that describe constants and maps. ■ Reflects comments from control specifications in the model, generating highly readable control models. ■ Automatically generates Stateflow from state transition tables. ■ Compliant with JMAAB. ■ Customizable reading rules to match the format of existing control specifications. 'AI-Layout' Automatically arranges multiple models based on design documents. Achieves automatic integration in combination with 'AI-Connect'. 【Features】 ■ Automatically arranges multiple control models within a parent model according to the model placement design document. ... For more details, please refer to the PDF document or feel free to contact us.

• Other electronic parts
• Instrumentation and Control Systems
• Development support tools (ICE, emulators, debuggers, etc.)

We would like to introduce the coupled simulation platform 'CosiMate' handled by AZAPA Corporation. It enables the easy integration of various specialized tools used in model-based development, allowing for coupled simulations. Users can decompose complex models, distribute hardware, and then connect them to perform coupled simulations. 【Features】 ■ Complex structures can be connected with a simple coupling bus ■ Easy distribution of functions ■ Reduction of execution time is possible ■ Multiple physical phenomena can be executed as a single simulation ■ Construction and tool management are possible through a simple connection interface *For more details, please refer to the PDF materials or feel free to contact us. *An English version of the catalog is available for download.

• Other electronic parts
• Instrumentation and Control Systems

AZAPA offers a high-speed FPGA-based "Mobility Control Unit." Designed with the concept of maximizing the use of an "FPGA platform" that has a heterogeneous architecture structure to optimize load balancing between CPU and GPU. Additionally, we provide three series aimed at realizing mobility services, all connected via DDS-compliant Ethernet, allowing for the construction of a highly scalable in-vehicle network architecture that can be applied to various mobility solutions. 【Overview of the Three Series】 ■Real-Time Series - Requires redundancy and real-time processing for domains such as power and drive train. ■AI Series - Equipped with advanced machine learning for applications like autonomous driving. ■High Performance Series - Specialized for high-performance processing such as image recognition. *For more details, please refer to the PDF materials or feel free to contact us.

• controller
• Safety Controller
• others

Our company provides a "Kansei Development Solution" that quantifies evaluation axes for sensory performance, which has traditionally been a qualitative assessment that could not be quantified, such as ride comfort and acceleration feel. In response to the needs of the times, we contribute to development assuming various functions and performances. It is built on the premise of model-based development, enabling performance and function design from the planning stage (front-loading of development), which is expected to improve development efficiency, reduce costs, and enhance development competitiveness. 【Features】 ■ Quantification of evaluation axes ■ Built on the premise of model-based development ■ Ability to design performance and functions from the planning stage ■ Improvement of development efficiency, cost reduction, and enhancement of development competitiveness ■ Contribution to development assuming various functions and performances *For more details, please refer to the PDF materials or feel free to contact us.

• Other information systems
• Development support tools (ICE, emulators, debuggers, etc.)
• Embedded system design service

We would like to introduce our "Measurement Lab" for automotive performance development. This product establishes a measurement environment centered around the "Chassis Dynamometer System," and has been opened as an open facility aimed at co-creation with automotive manufacturers and suppliers, as part of the "Measurement Platform Concept" for establishing measurement processes related to performance design and collaborative research on measurement systems. By utilizing the actual measurement data of physical phenomena obtained through measurement, model-based development is expected to demonstrate further effectiveness and contribute to the reduction and efficiency of development. 【Features】 ■ Direct hub connection allows for full-throttle acceleration measurement without considering tire slip ■ 4WD measurement capability ■ Independent operation of left and right wheels ■ Power measurement possible from light vehicles to large SUVs and Formula Cars ■ PM/PN can be measured via direct sampling *For more details, please refer to the PDF document or feel free to contact us.

• Public Testing/Laboratory
• others

Our company offers the communication unit "T-BOX" used for mobility services and the connected platform "Connected Platform" that enables data services. The "T-BOX" is a new IoT Gateway that allows multiple partnered operators to simultaneously acquire vehicle data and utilize it for services. Additionally, the "Connected Platform" implements a "synchronization interface function" that hierarchically manages a wide variety of sensing data, such as vehicle data, images, audio, and biometric data, in the same time series. 【T-BOX Features】 ■ Ensures reliable collection of in-vehicle data ■ Developed to reliably accumulate vast amounts of data ■ Allows multiple partnered operators to simultaneously acquire vehicle data and utilize it for services ■ Enables the creation of an environment where all involved operators can provide better services *For more details, please refer to the PDF document or feel free to contact us.

• Communications
• others

This document introduces the agreement between AZAPA Corporation and 24m Technologies, Inc. to collaborate on a "performance design approach for cost reduction" and "next-generation BMS technology" aimed at the transition to the global EV market, with the goal of providing new functionalities. It also addresses issues such as "the emergence of challenges related to quality, cost, and supply capacity" and "the key to battery reuse being residual value assessment and longevity." Please take a moment to read it. [Contents] ■ The EV industry has entered a major transition period ■ Competitive proposals for the global EV market - Issue 1 [Emergence of challenges related to quality, cost, and supply capacity] - Issue 2 [The key to battery reuse is residual value assessment and longevity] - Issue 3 [Immaturity of recycling technology and exploration of profit models] ■ 24m's semi-solid battery ■ What new technologies AZAPA and 24m are aiming for ■ AZAPA's global strategy is co-creation with component suppliers *For more details, please refer to the PDF document or feel free to contact us.

• Embedded system design service
• Other contract services

The "NAVI Turn Table" is a test system for cooperative control that utilizes navigation information, which is increasingly being adopted to improve fuel efficiency. By inputting the calculated yaw and pitch angles of the NAVI installation position based on customer simulations, it is possible to simulate the yawing and pitching behavior of the NAVI system in real-time during actual driving. Output data from the gyro sensor installed within the NAVI system can be obtained, allowing for the creation of a virtual test environment for NAVI cooperative control. 【Features】 ■ Ability to create a virtual test environment for the development of NAVI cooperative control ■ Reproduces the yawing and pitching behavior of the NAVI unit while driving, and acquires gyro sensor output data from within the NAVI in real-time ■ Yaw range (standard) = ±360 [deg], maximum angular velocity = 30 [deg/s] ■ Pitch range (standard) = ±15 [deg], maximum angular velocity = 30 [deg/s] ■ Compatible with 1DIN/2DIN in-dash type NAVIs *For more details, please refer to the PDF materials or feel free to contact us.

• Instrumentation and Control Systems
• Other information systems

This document introduces "UB.bot," a new AMR brand launched by AZAPA Corporation. It provides detailed information using photographs about its applications beyond logistics (UB.bot PLUS) and its implementation in forklifts, construction machinery, and agricultural machinery (currently being demonstrated). Please take a moment to read it. 【Contents】 ■ SLAM technology based on spatial recognition (LRF + particle filter) ■ "+STATION" for managing and optimally operating multiple UB.bots ■ Applications beyond logistics (UB.bot PLUS) ■ Emergency response ■ Applications in forklifts, construction machinery, and agricultural machinery (currently being demonstrated) ■ Accelerating technological collaboration between AZAPA (Japan) and POTENiT (Korea) *For more details, please refer to the PDF document or feel free to contact us.

• others