ODG Smart Glasses

ODG R7
Category	smartglasses
Developer	Osterhout Design Group, Inc.
Announced	January 2015
Released	Developers: Consumers: 2016
Price	2750 USD (pre-order)
Operating system	ReticleOS (Android-based)
Display	LCOS
Resolution	1280x720
Field of view	unknown
Weight	125 g
Controls	voice, inertial, trackpad, buttons
Data available	good
Risk factor	low
Standalone
http://www.osterhoutgroup.com/products-r7-glasses

The ODG R7 Smartglasses System are wearable stereoscopic glasses with an inbuilt, projector-based displays. The device is standalone and feature an Android-based operating system. ODG R7 is equipped with several sensors and also has an HD camera in the front. The company is planning to make the device available to potential costumers by the Q2 2016. The device package also includes software development kits and access to the developer program. The device is designed to comply with MIL-STD 810G (extreme conditions) and 461F (electromagnetic compatibility) American military standards.

Compared with other available "mixed reality" devices that actively map the spaces of the rooms they are in, such as Microsoft's HoloLens, ODG R7 Smartglasses are a bit more straightforward, serving as hands-free, heads-up displays that can be accessed easily and offer the utility of an Android tablet, albeit one overlaying the real world. ODG is working on building models that actively map the geometry of the rooms they are in, and has brought limited positional tracking to its newer models thanks to the latest Snapdragon 835 that both devices run on.

Aside from more advanced R8 and R9 versions that are under development (the R8 consumer version planned for Q3 2017, while the R9 enterprise version planned for Q2 2017), the company is currently working on the R7HL (the HL standing for "Hazardous Location") version designed specifically for hazardous environments. ODG specifically details oil exploration and production, energy, mining, utilities, chemical production and pharmaceuticals as some of the industries for which the new headset is optimized. The R7HL will begin shipping by the end of the second quarter of 2017 and will sell for $3,500.

http://www.wareable.com/ar/odg-ported-pokemon-go-onto-ar-smartglasses-3001

http://variety.com/2016/digital/news/odg-funding-ar-glasses-21st-century-fox-1201931093/

https://imagineality.com/2017/01/ces-2017-top-6-ar-tech-innovations/

http://www.tomshardware.com/news/qualcomm-835-odg-r8-r9-vr,33701.html

Main characteristics

R7 is glasses-like wearable device for augmented reality and resembles ordinary glasses with thicker nose frame that houses the electronics. The operating system of the device is a custom Android-based (Android KitKat) framework ReticleOS. It runs on Qualcomm Snapdragon 805 2.7 GHz quad-core processor, 3 Gb DDR3 RAM, and 64 Gb flash memory. The virtual information is accessible via two 720 pixels transparent displays that are incorporated in the lenses of the device, capable of showing content at 80 frames per second with full 3D visualization. The frames house several sensors: accelerometer, gyroscope, magnetometer, altitude sensor, humidity sensor, and a GPS antenna. The connectivity is available through Bluetooth 4.1 and Wi-Fi 802.11ac. The front of the frame features a 1080 pixels camera with microphone. The battery is Lithium-Ion 1300mAh and is housed in the horns of the glasses frame.

The company share the technical specifications through a publicly accessible product tech sheet.

Purpose

ODG R-7 are smartglasses for augmented reality meant to be used in the enterprise sector.

Motionwerx documents six areas where the ODG R7 Smartglasses might find their use:

• Industrial - Manufacturing, maintenance and construction professionals can quickly access checklists and work manuals. Pull up the exact design of an engine or building and follow step-by-step visual and audio instructions on how to build or repair it, while keeping hands free. Consult real-time with remote experts while showing live point-of-view camera and digital AR feed. Prevents and resolve project bottlenecks with Location Based Tracking. Keeps critical business and personal networks connected.
• Consumer - Email. Browse the web. Navigate with GPS. Connect via social media. Place a video call. Play a game. Watch a 3D video. Read a book. Work on a report, a presentation, a spreadsheet. Endless possibilities anywhere, anytime, and in private. Record life’s best moments whether standing still or on-the-go – running, biking, skiing. Body position independent and able to work and play anywhere – lie down in bright sunlight and your screen will remain in your line of sight and fully visible.
• Medical - Medical professionals can view and share patient information and have immediate visual access to monitoring devices, vitals, and medical records, while keeping an eye on the patient and keeping hands free. Live point-of-view camera feed delivers ability to communicate from across the operating room, care facility, country, or world. Reduces contamination with true hands-free capabilities.
• Security & Government - Soldiers and security agents such as border patrol officers can utilize biometric data capture capabilities to increase awareness and effectiveness. Camera provides live feed to others on the ground or back at base, improving coordination or providing an accurate log of activity. Rapid delivery of useful contextual information, such as environmental information and suspects whereabouts in relation to location.
• Energy and Utilities - Workers at energy plants often service equipment in dangerous and noisy environments. Access information and interact with it while keeping hands free to complete a task quickly, effectively, and safely. Allows technicians to better understand, see, and complete the task at hand and ensures proper technique and best practices.
• Logistics and Warehousing - Professionals in warehouses are able to view an optimized and streamlined workflow to guide them through their packing lists and with real time inventory management. AR allows for quick and easy part identification and hands free barcode scanning. Reduces downtime penalties and errors – increases productivity, accountability, and accuracy and improves the financial efficiency of day-to-day operations.

Company & People

ODG R-7 smartglasses are being developed by Osterhout Design Group, Inc.. The company is based in California, United States of America, and it was founded in 1999. The company focuses on optical eyewear and optical sensors technologies.

• Ralph Osterhout - Chief Executive Officer
• Pete Jameson - Chief Operating Officer

Important Dates

• September 2014 - ODG shows a prototype of R-7 at an unspecified trade show.
• 9 June 2015 - ODG announces the R-7 smartglasses

Enhancement/Therapy/Treatment

Enhancement - The company markets the device to be used in enterprise, industrial, or security sector to interpose a layer of relevant digital information onto the wearer's visual field thus enhancing they capability to perform their function.

Ethical & Health Issues

There are no ethical nor health issues relevant to this specific device.

For more general issues connected with smartglasses, please see the Smartglasses synopsis.

Public & Media Impact and Presentation

The media only got a glimpse of the device at various trade shows. The company plans to offer the device to developers in 2016. Until then, the media impact id confined to a handful of articles about the early versions of the R-7 smartglasses.

Technology magazine Anandtech got a hand-on experience with an early prototype of the device on an unspecified trade show in September 2015. The article goes through the technical specifications of the device first, then it moves onto the design and how the augmented reality feels. The authors mentions the device runs rather hot and it is uncomfortable to wear due to this. But they also state that this will probably be addressed with further development. The article does not give any specific verdict over the quality of the augmented reality experience but we assume the experience was positive as there is no negative feedback about it.

USA Today article opens with the description of the offices and the history of the company. It mentions possible applications for the device, mainly it's use in the medical field.

Public Policy

There is no public policy that considers this device specifically.

For more information about policies related to smartglasses, please see the Smartglasses synopsis.

Related Technologies, Projects or Scientific Research

Global partners:

• Advanced Medical Applications (AMA) - offerings in the medical, industrial and energy sectors
• AeroGlass - augmented reality solutions for general aviation pilots
• Augumenta - gesture control and navigation capability
• Blippar - AR and visual marketing content
• Dysonics - interactive 360° audio that creates more immersive AR/VR experiences
• Imagus Technology - computer vision technologies
• iTiZZiMo - professional software-solutions for the industrial environment
• Los Angeles Low Vision - distribution of technology that improves the lives of those dealing with declining vision
• Medweb - collection and recording of vital signs for healthcare use
• OpTech4D - training and assisted reality designed for oil and gas companies, and complementary industries such as nuclear, aerospace, and construction
• Paracosm - 3D mapping and AR capability
• Pristine - connecting novices and experts for hands-on work in the field in industries including heavy machinery, healthcare and manufacturing
• Scope AR - AR maintenance functionality
• Vital Enterprises - tele-presence and remote assistance solution.

Related Technologies:

• Microsoft HoloLens