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Execution capability extending from development to mass production
We provide the entire stack necessary for product commercialization, not just a single area.
Design→Product→Manufacture
We provide an End-to-End development stack that extends to the mass production stage, handling hardware, firmware, applications, and platforms within a single team.
Hardware Design
- From MCU-based control boards to AP-based high-performance boards, tailored to required specifications
We design. Circuit design, PCB layout, power/signal integrity considerations, interfaces
Includes configurations (UART/I2C/SPI/ETH, etc.).
- Reflecting improvements based on functional verification after prototype production, and a BOM considering mass production
We review optimization and parts supply risks together.
- If necessary, consider test points/assembly/cost structure from a DFM (manufacturability) perspective
We enhance the design.
We design hardware tailored to civilian, defense, and industrial environments.
Firmware / Embedded
Firmware and embedded software for stable hardware operation
We develop.
- Products including sensor/module integration, control logic, communication protocol implementation, logging/diagnostic functions, etc.
Systematically organize the functions necessary for operation.
- Real-time processing, stability (exception handling/Watchdog), memory and CPU usage optimization, etc.
We develop with a focus on field operational quality.
- With a structure that considers device updates (firmware distribution/version management) and operational stability
It is possible to implement.
Productization (Verification → Mass Production Transition)
- From verification to mass production transition to complete the development results as a “product”
It supports the process.
- Define function/performance/reliability test items and organize test procedures, and verify prototypes
Improve the design based on the results.
- Coordination from BOM/Cost/Process Perspectives for Mass Production and Joint Response to Manufacturing Issues
We will proceed.
- As a result, it does not stop at the PoC stage, but becomes a commercial product capable of actual delivery and operation
It helps complete the form.
Web Platform / SaaS
- Build a web platform that connects devices and services, and tailor it to the scale of operations
It provides a scalable structure.
- Administrator Console (Devices/Users/Permissions/Policies), Data/Event Collection and Processing, Notifications/
Implement operational functions including history and statistics features.
- Initially built as a single platform, and subsequently multiple customers and multiple sites
It is designed to be scalable into supported SaaS forms.
- Considering stability elements from a service operation perspective, such as monitoring, logging, and incident response
Configures the architecture.
Windows Application
- Windows-based operation tools and administrator programs for field operations and maintenance
We develop.
- Focused on actual use, such as device setup/monitoring, status diagnosis, log checking, and firmware updates.
We provide the function as a UI.
- Applies a user-friendly screen layout and menu configuration based on operator permissions.
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