Conducting inspections or surveys of structures underwater—where visibility is limited and environmental factors such as currents and water quality are highly complex—poses significant challenges. In this session, we introduce cutting‑edge solutions that enable effective investigations even under such harsh conditions. Through real-world implementation examples and usage scenarios tailored to various underwater environments, we provide a clear explanation of the technological features and key operational considerations.

Introducing the high-precision GPS terminal LRTK, which turns your smartphone into an all-purpose surveying tool with centimeter-level accuracy. Simply attach it to your smartphone or tablet to handle diverse field needs—from centimeter-accurate positioning to 3D point cloud scanning, AR without positional drift, coordinate guidance, and earthwork volume calculations. It records position and orientation with high precision during capture, enabling cloud management and sharing. LRTK enables positioning worldwide by utilizing the country’s position correction information service. Generate orthoimages from point clouds and automatically create DXF/DWG drawings. The next-generation high-precision positioning device “LRTK” contributes to field efficiency across civil engineering, construction, surveying, and infrastructure management.

The civil engineering industry faces an urgent crisis: the mass retirement of veteran engineers is accelerating, leaving firms with fragmented design review processes and a critical breakdown in knowledge transfer that directly threatens infrastructure safety. CiviLink was built to solve this—an AI-powered design quality management platform with a mission to address the talent shortage and technical succession challenges defining this era. In this seminar, we introduce how CiviLink transforms the review process: how team communication changes when AI is embedded in design review workflows, and how organizations achieve meaningful reductions in review workload through real implementation cases.

We deliver the reality of BIM/CIM across a wide range of projects, from large-scale sites spanning 1 to 2 km to small-scale construction of just dozens of meters, by combining our diverse range of in-house equipment.

We will introduce how multiphysics CAE can be leveraged to transform business processes across the entire product lifecycle—from design and development to quality assurance and after-sales service—helping reduce rework, support knowledge transfer, and enhance technical communication.
This session is intended for those who face challenges in optimizing overall design processes and strengthening cross-functional collaboration. We will explain practical approaches to utilizing CAE tools. The main topics include:
- Concepts and implementation methods for system-level simulation across hydraulics, electrical, pneumatics, and mechanical domains
- Insights for identifying challenges and improving cross-functional business processes
- Concrete examples of benefits such as design efficiency improvement, rework reduction, and energy-saving validation based on real use cases

〜 Two Construction Machines can be Remotely Controlled via 10 HD Video Streaming and Transmission of MGs〜
The full-scale deployment of remote construction still faces numerous technical challenges, including minimizing the impact of network latency and transmission errors on video streaming required for remote operation at construction sites, and the need to efficiently transmit large volumes of images within limited network bandwidth. To address these challenges, we developed a video transmission system using a single Starlink Mini terminal, which are affordable and deployable anywhere, enabling efficient, low-latency transmission and reception of on-site video. This established a highly reliable, high-quality video transmission environment. We have verified ultra-long-distance operations exceeding 900 km using two types of construction machinery.

Introducing the high-precision GPS terminal LRTK, which turns your smartphone into an all-purpose surveying tool with centimeter-level accuracy. Simply attach it to your smartphone or tablet to handle diverse field needs—from centimeter-accurate positioning to 3D point cloud scanning, AR without positional drift, coordinate guidance, and earthwork volume calculations. It records position and orientation with high precision during capture, enabling cloud management and sharing. LRTK enables positioning worldwide by utilizing the country’s position correction information service. Generate orthoimages from point clouds and automatically create DXF/DWG drawings. The next-generation high-precision positioning device “LRTK” contributes to field efficiency across civil engineering, construction, surveying, and infrastructure management.

We will introduce how multiphysics CAE can be leveraged to transform business processes across the entire product lifecycle—from design and development to quality assurance and after-sales service—helping reduce rework, support knowledge transfer, and enhance technical communication.
This session is intended for those who face challenges in optimizing overall design processes and strengthening cross-functional collaboration. We will explain practical approaches to utilizing CAE tools. The main topics include:
- Concepts and implementation methods for system-level simulation across hydraulics, electrical, pneumatics, and mechanical domains
- Insights for identifying challenges and improving cross-functional business processes
- Concrete examples of benefits such as design efficiency improvement, rework reduction, and energy-saving validation based on real use cases

We have been involved in Construction machinery domestic manufacturers for over a decade that development work is to support.　This seminar will outline the current state and future direction of construction machinery development from our perspective as an engineering services provider, while also highlighting our efforts to develop an electric retrofit demonstration model for agricultural tractors.

Introducing the high-precision GPS terminal LRTK, which turns your smartphone into an all-purpose surveying tool with centimeter-level accuracy. Simply attach it to your smartphone or tablet to handle diverse field needs—from centimeter-accurate positioning to 3D point cloud scanning, AR without positional drift, coordinate guidance, and earthwork volume calculations. It records position and orientation with high precision during capture, enabling cloud management and sharing. LRTK enables positioning worldwide by utilizing the country’s position correction information service. Generate orthoimages from point clouds and automatically create DXF/DWG drawings. The next-generation high-precision positioning device “LRTK” contributes to field efficiency across civil engineering, construction, surveying, and infrastructure management.

Microvast offers full-scenario energy solutions for commercial, construction and mining equipment with high-power ＆ high-energy lithium-ion battery tech, achieving carbon reduction and TCO optimization. Its HpCO, MpCO, HpTO patented cells hit 235Wh/kg density, support 8C fast charging ＆ 10C discharge, have 6,000+ 3C cycles and work stably at -20℃〜55℃. BEV/HEV solutions cut emissions, intelligent systems lower energy use by 10%-15%, and 10-15min fast charging reduces downtime, boosting efficiency and revenue.

The construction industry faces a critical labor shortage. In the U.S., up to 40% of the workforce is expected to retire by 2031, while in Japan, construction workers have already declined by about 30% over the past two decades. This session introduces practical automation solutions that can be deployed immediately on-site, along with real-world use cases.
Xpanner has experience deploying automation solutions across more than 40 job sites, including projects with leading EPC contractors in solar and BESS construction in the U.S. We will share measurable outcomes such as improved productivity, reduced labor, and enhanced safety, and present our vision for construction automation based on field data.