FPT Japan Holdings Co., Ltd.

Companies facing challenges in evaluating the business value of AI/GPU solutions or lacking sufficient expertise.
Organizations considering the adoption of advanced AI analytics, integrated monitoring, Vision AI, or Edge AI.
Research institutes and development departments requiring large-scale AI infrastructure.

Real-time data analytics for demand forecasting, inventory optimization, and overall supply chain efficiency.
Business process automation (SOP-compliant) for chatbot operations, image recognition, and anomaly detection.
Utilization of large-scale AI training environments to develop new services and improve product accuracy.
Advanced monitoring and maintenance (including anomaly detection and security measures) to enhance safety.

Powerful AI Infrastructure
AI data centers in Japan equipped with the latest NVIDIA GPUs (H200 Tensor Cores) for high-speed cloud services.

Extensive AI Professional Resources
Over 1,000 AI engineers, 60+ AI architects, and more than 3,000 NVIDIA-certified AI professionals.

Comprehensive AI Solutions
Covers demand forecasting, image analytics, integrated monitoring, Vision AI/Edge AI, and AI for software development.

Global Service Capability
Broad service coverage including overseas locations.

Logistics companies facing increased business continuity risks due to aging systems (infrastructure, middleware).

Organizations experiencing a shortage of skilled personnel for legacy system operations.

Teams seeking to improve engineer productivity and resource efficiency.

Streamlining operations and reducing costs through modernization of existing legacy logistics systems.

Reducing maintenance and operational risks for core systems developed in COBOL, RPG, and other legacy languages.

Improving development speed through automation of system integration and inter-system connections.

Utilizing training and re-education programs to address shortages of specialized engineers.

High-quality system development using advanced technologies
Providing robust, scalable systems designed for the future.

Legacy system modernization support
Utilizing COE (Center of Excellence) environments to support COBOL, PL/I, RPG, and other development languages.

Talent development and skill enhancement
Offering advanced engineer training programs such as the COBOL Academy.

AI-driven development efficiency
Leveraging AI and tools for code conversion, automated testing, and productivity improvement.

Logistics companies, transportation operators, and warehouse businesses

Companies considering the implementation or upgrade of WMS (Warehouse Management Systems) or WES (Warehouse Execution Systems)

Logistics and manufacturing companies facing labor shortages and seeking operational efficiency

Organizations interested in warehouse automation solutions using automated storage, transport robots, and RFID

Streamlining complex and high-frequency logistics operations driven by the growth of e-commerce and diversification of consumer demand

Conducting operational efficiency simulations and business feasibility assessments for warehouse layout changes or new equipment installation

Implementing end-to-end integrated automation from WMS to WES for robotic transport, inventory management, and picking

Introducing automated transport equipment and AI-powered warehouse operations as a solution to labor shortages

Optimal warehouse solutions based on extensive logistics data

Cost simulation and business feasibility evaluation tailored to warehouse layouts and operational conditions

Integrated automated warehouse system development from WMS to WES

Next-generation logistics automation combining RFID, robotics, and AI

Companies that rely on third-party transportation services but face issues with cost and operational efficiency

Logistics, retail, and manufacturing companies seeking to optimize delivery operations and reduce costs

Organizations aiming to improve operational efficiency through optimized transport planning and dispatch scheduling

Reducing transportation costs by efficiently combining multiple shipping orders

Improving operational efficiency and delivery quality through optimized delivery routes and dispatch schedules

Utilizing AI and mathematical analysis to optimize resources including hubs, inventory, vehicles, and personnel

Introducing transportation optimization systems as a countermeasure against rising delivery costs and driver shortages

Advanced AI algorithms for transport planning optimization
Proprietary algorithms integrating business analytics with mathematical information processing.

Simulation capabilities considering complex delivery conditions
Proposes optimal transport plans by factoring in destinations, inventory, vehicles, personnel, and schedules.

Large-scale transport data analysis for practical operations
Achieves both operational efficiency improvement and cost reduction based on real transport data.

Executives and strategy departments of companies operating global logistics
SCM (Supply Chain Management) managers and logistics department project
CIOs and CTOs focused on risk management and supply chain stability

Detect abnormal behaviour of staffs to prevent thief in warehouse
Detect abnormal status of staffs like falling to the ground or violation of safety regulatory
Recognize, track employee location and alert intruders
Detect forklift and human distance for early warning

Advanced supply chain analysis using AI prediction engines in collaboration with NVIDIA and LandingAI to forecast demand fluctuations and geopolitical risks.

Cloud-based integration of WMS (Warehouse Management), TMS (Transportation Management), and PCS (Port Community) systems.

Global operation network with over 80 sites in 30 countries and more than 100,000 resources, providing 24×7 support.

Rapid risk response and recovery, ensuring supply chain stability by quickly establishing alternative routes during disruptions.

Executive and SCM dashboards providing real-time visibility into logistics, inventory, and demand forecasts to support decision-making.