SiNGRAY G2

The hardware package includes the SiNGRAY G2 headset, battery pack(s), a carrying case and charging accessories. Two kit configurations are available:

Storage configuration and exact package contents are confirmed in the quotation and packing list for each order.

The device is supplied with its Android-based operating system and the HMS system software, together with access to SiNGRAY G2 Configure for authorized administrators.

Applications are not included as standard. They may be licensed from HMS software partners or developed by customers using the SiNGRAY Native SDK or the built-in OpenXR runtime. For HMS and ISV bundled offerings, please contact an authorized G2 distributor. The distributor's quotation will specify the software license, services, and support included in each offer.

HMS offers optional developer support for teams building or migrating applications to SiNGRAY G2. The service provides project-specific technical assistance and access to relevant developer documentation.

Developer support is offered separately from the hardware. Its scope and terms are confirmed with HMS or through the authorized distributor.

The program connects participating early customers with HMS for operational feedback and product dialogue. Eligibility, allocation and registration details will be announced separately.

Industrial AR deployment requires long-term manufacturer engagement. Launch 100 gives customers a direct channel for product feedback, roadmap dialogue, and future platform planning.

Participation criteria and registration details will be issued separately.

HMS SiNGRAY G2 — a standalone binocular optical see-through AR platform built for enterprise applications and deployment.

SiNGRAY G2 is a standalone binocular optical see-through AR platform combining Micro-OLED optics, true 6DoF spatial tracking and on-device computing for enterprise applications. The device features IP65 protection and a hot-swappable battery for use in evaluated industrial workflows.

SiNGRAY G2 is designed for remote assistance, guided work and inspection, immersive training and spatial visualization, and supports use cases across manufacturing, field service, energy, aerospace, defense and healthcare.

SiNGRAY G2 brings digital information into the worker's direct view of the workplace. Its optical see-through design lets the wearer view the equipment directly, with instructions, 3D models and remote guidance overlaid in the workspace.

Binocular Sony Micro-OLED displays at 90 Hz and a 51° diagonal field of view present text and 3D content clearly; 6DoF visual SLAM, quad fisheye cameras, ToF depth sensing and a 1000 Hz IMU support spatial alignment of digital content in compatible applications.

A Qualcomm QCS8550 processor and an Intel Movidius Myriad X provide on-device computing resources for compatible applications without a host PC. The device features IP65 protection and a hot-swappable battery; backup power keeps it running during battery replacement according to the user manual.

Enterprise buyers apply a consistent set of requirements before deploying a device in mission-critical workflows. SiNGRAY G2 was designed around those requirements from the outset, rather than adapted to meet them later.

SiNGRAY G2 is positioned as a premium enterprise AR device — for enterprise and industrial customers who need professional-grade hardware, long-term support, software integration, and reliable deployment, not general consumers.

G2 provides the hardware platform; the application selected by the customer defines the workflow and the available functionality. This section covers both the operational workflows supported by the device and the industries in which those workflows are deployed.

SiNGRAY G2 deployments fall into four core workflow categories.

Field service · Maintenance · Energy and utilities · Defense sustainment

When an on-site technician encounters a problem beyond the documented procedure, they can open a live session with a remote expert who sees the equipment from the technician's own point of view and places visual annotations directly within their field of view. This enables teams to diagnose and resolve issues during the same visit, without waiting for a specialist to travel to the site.

What G2 contributes. The 8 MP autofocus camera provides the technician's point of view, and the microphone carries their voice to the remote expert. Compatible applications use spatial tracking for anchored annotations and support hands-free interaction.

Assembly · MRO · Quality assurance · Process plant · Warehouse and logistics

A procedure previously held in paper manuals, PDFs or documented expert knowledge can be delivered step by step within the worker's field of view. These may include assembly sequences, maintenance routines, inspection checkpoints, parts identification and pick confirmation. Instructions appear in context at the relevant component, while evidence can be recorded against the work order as the operator proceeds.

What G2 contributes. 6DoF spatial tracking anchors instructions and checkpoints to the physical component. Operators can advance the sequence using supported hand tracking or physical buttons. Interaction should be evaluated with the protective equipment used at the site. The RGB camera captures evidence from the operator's own point of view. Compatible applications can run directly on the device. Remote assistance, cloud content and other online features require network access.

Technical training · Safety procedures · Onboarding · Sales and customer demonstration

New operators, service engineers and customers can become familiar with equipment before, or instead of, working on the live machine. Interactive instructions and 3D content can be overlaid on the physical equipment — or on an empty workspace when the equipment is not available. This allows teams to rehearse procedures, practice safety scenarios, and demonstrate products at customer sites and trade shows.

What G2 contributes. The binocular display renders a spatial 3D model with natural depth and scale. Standalone operation allows sessions to take place beside the machine, in a training room, or at a customer site. The IP65-rated enclosure supports training on the production floor.

Engineering · Design review · Construction · Factory layout · Data centers

Digital models — including machines, assemblies, buildings, and facility layouts — can be reviewed at full scale and aligned with the physical space they represent. Teams can walk around the content, compare as-designed with as-built conditions, plan installations before work begins, and visualize IoT or digital-twin data at its physical source.

What G2 contributes. The device aligns digital content with the real environment and renders complex 3D models in real time. Compatible visualization applications run on the headset using its on-device computing resources, without a tethered workstation.

The same four workflows apply across industries, although priorities vary by sector. HMS focuses on three core verticals.

A concise specification set for product cards, catalog listings, and comparison tables.

The complete specification set, organized by category. The key specifications above are drawn from this table.

SiNGRAY G2 runs an Android-based operating system built on Android 15 AOSP. This platform provides the foundation for enterprise enrollment, security, application management, and software updates through compatible mobile device management solutions — similar to the management of enterprise phones or tablets.

HMS offers a developer support service for project-specific technical assistance. Scope and terms are agreed with HMS — see section 2.3.

SiNGRAY G2 is MDM-ready. Three routes are available for provisioning, deployment and updates.

Please keep to these in any published material. They protect the customer as much as HMS and the partner.

Eleven product renders are supplied at full resolution in G2_Product_Images.zip. Left and right are from the wearer's perspective. Images may be cropped and resized; please do not recolor, add effects, composite onto another product or generate alternative product imagery.

Eight videos. Titles below are the display titles for partner use.

Developer documentation and SDK access are provided by HMS. Contact ar-support@hms-global.com with the project, the intended development environment and the team that will receive access.

HMS Inc. develops edge AI solutions, smart vision systems and enterprise-grade AR devices, backed by Japanese engineering and volume-production experience. The company was founded in 2018 and is headquartered in Fukuoka, Japan, with development teams in Shanghai and France. SiNGRAY G2 is its standalone optical see-through enterprise AR headset.

HMS Inc. develops edge AI solutions, smart vision systems and enterprise-grade AR devices, backed by Japanese engineering and volume-production experience. Founded in 2018 and headquartered in Fukuoka, Japan, HMS came to AR from industrial imaging, spatial sensing and inspection. The company works across the stack, from spatial sensing and visual SLAM through edge AI to the devices themselves and the SiNGRAYNET edge-cloud platform. Across seven years of Japanese volume production and five generations of AR hardware, HMS has shipped more than 32,000 edge AI camera units into production environments, serving customers in industrial imaging and automation. Manufacturing and country-of-origin information for a specific order is available from HMS.

Orders, quotations and distribution: order@hms-global.com

Technical, developer and marketing support: ar-support@hms-global.com