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The most powerful and supreme in the history of Foresight Sports.

A New Industry Standard. QuadMAX In 2017, GCQuad established the industry standard for golf ball trajectory measurement devices. Now, built on the same advanced four-camera photometric data capture technology, QuadMAX is equipped with even more new features. It has evolved into a compact and stylish body. ■ Easy data linking with NFC support Simply hold your smartphone up to the QuadMAX screen to pair the device, allowing you to access data, customize My Tiles, and perform various other operations. ■ Measurement Items □ Ball Data Ball Speed Launch Angle (Vertical) Launch Direction (Horizontal) Backspin Sidespin / Spin Axis Carry Total Distance Lateral Deviation Ball Height Angle of Descent □ Club Data Head Speed Impact Rate Club Path Attack Angle Face Angle Loft Angle Lie Angle Impact Graphic Face Open/Close Rate *Markers need to be attached to the club.

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Economy Plus Golf Ball Trajectory Measurement Device "GC3"

Economy Plus Golf Ball Flight Measurement Device Real Data × Play × Reasonable The "GC3" from the American company Foresightsports has finally arrived in Japan. Leading the industry with performance, it offers a new gaming experience through simulation. Furthermore, the ultimate personal launch monitor has been born as the most user-friendly product to date. ▢ Camera Equipped with three high-resolution high-speed cameras for data on both the ball and club. Real-time performance through advanced internal metering technology. ▢ Easy Simply place the ball and hit it to quickly simulate the ball flight. Even important correction tasks for the measurement device can be completed instantly by just placing an alignment stick. ▢ Data Contributes to golfers' skill improvement through ball flight data and club semi-data, along with a simulation experience provided by the included software. ▢ Includes FSX2020 Software The GC3 includes "FSX2020," which can be used on a PC. With a PC, you can enjoy simulation golf on your computer (the PC must meet recommended specifications).

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Bringing GCQuad technology to the ceiling.

More powerful, more compact. The FALCON achieves a compact size that is about half that of the previous model, the "GCHawk." With a larger measurement area, it has become a more powerful and comfortable measuring device than ever before. Many measuring devices require moving the machine or changing settings when switching between left and right shots, but with the FALCON, players with different dominant hands can enjoy rounds alternately without stress, simply by placing the ball. The area around the shot mat is also beautifully designed, creating a seamless space. *Recommended installation conditions: Ceiling height: 3000mm or more Width of the hitting area: 3800mm or more Depth of the hitting area: 5600mm or more ■Measurement items □Ball data Ball speed Launch angle (vertical) Launch direction (horizontal) Backspin Sidespin / Spin axis Carry Total distance Lateral deviation Ball trajectory height Angle of descent □Club data Head speed Impact rate Club path Attack angle Face angle Loft angle Lie angle Impact point graphic Face opening and closing rate *Markers need to be attached to the club.

• Other analytical equipment

We will be exhibiting at the "International Construction and Surveying Exhibition" held at Makuhari Messe. This exhibition is one of the largest in Japan, gathering cutting-edge products and technological services from the ever-evolving industries of construction machinery, heavy equipment, and construction DX. We will also be introducing various solutions utilizing AI. Exhibited Products: - AI Rebar Shape Measurement System 'AIJO Haikin King -AIJO HiKing-' - AI Monitoring Solution 'AIJO Site Monitor' - Safety Gear Inspection Before Work 'AIJO Safety' - Automated Drone Inspection Service for Solar Power Plants 'AIJO Check Solar'

In the field of research and development for food and health foods, an increasing number of companies are facing the following challenges: • Difficulty in exploring new functional materials and differentiation themes, leading to a depletion of research topics. • While they collect information from academic conferences and papers, they struggle to translate this into research themes directly related to their products. • They remain limited to competing similar products or follow-up projects, failing to establish uniqueness. • Although there are nascent ideas, they struggle to elevate these to scientific hypotheses and to build the necessary evidence for internal approval. Behind this lies a "wall of execution" that cannot be overcome by traditional information gathering and research processes. In this webinar, we will introduce a new R&D approach to break through these challenges, combining hypothesis generation through discovery-oriented paper exploration AI with trial implementation and risk assessment based on insights from human trials in food research. Specifically, we will start from our own materials and existing research to identify hypotheses related to functionality expansion that are not easily visible through keyword searches, and examine whether these hypotheses can be connected to human trials and implemented as research plans. This will allow us to redefine the potential of existing materials as "next value" and translate them into scientifically verifiable research themes, thereby providing a pathway for functional development and differentiation.

The theme of this exhibition is "Solutions to Challenges Facing the Infrastructure Industry," where we will introduce how Bentley can address the current issues facing Japan's infrastructure industry, such as massive BIM/CIM data processing, infrastructure aging, and the re-siloing of information between job sites and headquarters. On June 19 (Friday), we will participate in a PR seminar and present the latest digital twin case studies from construction sites in Japan in collaboration with our partner, EARTHBRAIN. [Date and Time] June 19 (Friday) 13:30-14:30 [Title] Come, See, and Experience! The DX Revolution in Construction Sites [Presenters] - Wataru Shiiba (Vice President, EARTHBRAIN Co., Ltd.) - Muthu Kalamani (Senior Partner Success Manager, Bentley Systems LLC) We look forward to seeing you at the Bentley Systems booth [21 – 66]!

We will hold the "4DKanKan Next Akiba'26" conference. 4DKanKan is a digital twin platform that automatically generates 16K ultra-high-definition panoramic images, high-density point cloud data, and 3D models simply by walking around the site with a dedicated device. It accurately digitizes the "now" of the site across a wide range of fields, including construction, infrastructure, real estate, cultural heritage, and smart cities. We will introduce advanced technologies and various industry use cases. We sincerely look forward to your participation.

― The Definitive Difference Between "Implementations That Cause Chaos on the Ground" and "Implementations That Skyrocket Productivity," and Key Points for Utilizing Subsidies ― "Introducing robots will resolve the labor shortage on-site and dramatically increase productivity" — many companies are taking the plunge into the implementation of AMRs (Autonomous Mobile Robots) with this expectation. However, the reality often contradicts these hopes, leading to cases where "tasks have become more complicated" or "constant error stops require human oversight." Why do some sites achieve overwhelming results with high-functioning robots while others end in failure? Merely considering catalog specifications and superficial functions will not help avoid this "trap." To achieve true productivity improvement, there exists an "absolute principle" that must be firmly grasped before implementation. In this seminar, logistics professionals who have solved numerous on-site challenges will unravel actual "failure cases" and clarify the definitive "boundary line" that separates successful AMR implementations from unsuccessful ones. Additionally, we will introduce the autonomous mobile robot "Logiler Move" from Cios. Furthermore, we will present subsidies available for use in this fiscal year.