RealWear

RealWear
Information
Type	Private
Industry	Augmented reality, wearable computing
Founded	2016
Founder	Andy Lowery, Christopher Parkinson
Headquarters	Vancouver, Washington, United States
Notable Personnel	Christopher Parkinson (CEO)
Products	Head-mounted assisted reality computers (HMT-1, Navigator series)
Website	https://www.realwear.com

RealWear is an American company that designs rugged, voice-controlled head-mounted computers for industrial and frontline workers. It was founded in 2016 and is headquartered in Vancouver, Washington. Rather than full Augmented Reality or Mixed Reality visors, the company builds what it calls "assisted reality" devices: a small monocular display sits just below the wearer's line of sight and is operated entirely by voice commands, so the user's hands and field of view stay free for the task in front of them. Its products are aimed at heavy industry, including oil and gas, manufacturing, utilities, and automotive service, where workers use them for remote video assistance, guided workflows, digital documents, and inspection.

The company is best known for its first product, the RealWear HMT-1 head-mounted tablet, which went on sale in 2017, and for the later Navigator line of devices. RealWear has positioned itself as one of the leading vendors of industrial Smart glasses, competing with devices such as Vuzix glasses and the Microsoft HoloLens, and counts large enterprises such as BMW, Ford, Goodyear, Shell, and Coca-Cola HBC among its customers.

History

RealWear was founded in 2016 by Andy Lowery and Dr. Christopher Parkinson, with Lowery serving as the company's first chief executive. Parkinson, who had previously worked on wearable and hands-free computing including a stint as a software lead at Kopin Corporation, had spent years developing the design that became the company's flagship head-mounted tablet. The first product, the HMT-1, moved from prototype to sale in 2017.

In February 2018 RealWear raised a 17 million US dollar Series A round. The following year it announced a much larger Series B: in July 2019 the company raised 80 million US dollars in a mix of equity and debt, in a round led by the automated test equipment maker Teradyne. Other participants included Qualcomm Ventures, Bose Ventures, Kopin Corp., and investors associated with JPMorgan Chase. The round brought RealWear's total funding to more than 100 million US dollars since its founding.

In early 2023 RealWear pursued a public listing through a special purpose acquisition company (SPAC). On February 5, 2023 it signed a business combination agreement with Cascadia Acquisition Corp. that would have taken RealWear public, but the agreement was terminated on April 7, 2023 and the deal did not close, leaving the company privately held.

On November 14, 2024, RealWear acquired Almer Technologies, a Swiss maker of compact AR headsets founded in 2021 out of a research project at ETH Zurich. The terms were not disclosed. The deal was strategically and financially backed by the German software company TeamViewer, a longstanding partner and minority investor in both businesses. As part of the transaction, TeamViewer chief executive Oliver Steil joined RealWear's board of directors, and Almer's co-founders Sebastian Beetschen and Timon Binder joined RealWear's leadership team. The acquisition added Almer's staff to RealWear, bringing the combined company to about 65 employees, and by this point RealWear's chief executive was Dr. Christopher Parkinson.

Technology

RealWear devices are built around the idea of "assisted reality" rather than immersive Augmented Reality. Each device carries a single small microdisplay on an articulated arm that the wearer positions just below one eye, where it appears similar to looking at a small tablet held at arm's length. The display does not overlay graphics onto the real world the way an optical see-through headset does; instead it presents an Android user interface that the worker reads while keeping full situational awareness.

The defining feature is fully hands-free voice control. RealWear's software, originally branded WearHF, lets users navigate menus, dictate notes, fill in forms, and place video calls entirely by speaking, using an array of noise-cancelling microphones tuned to work in loud industrial settings rather than relying on touch, swipe, or scroll input. The hardware is engineered to survive harsh environments: RealWear's mainstream devices are rated IP66 against dust and water, are designed to withstand two-meter drops onto concrete, and operate across a wide temperature range of roughly -20 to +50 degrees Celsius, with hot-swappable batteries so they can run across a full work shift. The company also offers intrinsically safe variants, certified to standards such as ATEX Zone 1, for use in explosive atmospheres like chemical and petrochemical plants.

Because RealWear sells primarily to enterprises, the hardware is paired with management and collaboration software. The company provides a cloud platform for deploying applications, pushing updates, and monitoring fleets of devices, and its hardware is widely used as the wearable endpoint for third-party remote-assistance software, including from its partner and investor TeamViewer.

Products

RealWear's catalog centers on head-mounted, voice-operated computers running Qualcomm Snapdragon mobile chipsets and Android-based software. The lineup has progressed from the original HMT-1 head-mounted tablet to the Navigator series, with intrinsically safe versions offered for hazardous environments.

Product	Year	Notable specs and notes
RealWear HMT-1	2017	First product; rugged head-mounted Android tablet; Qualcomm Snapdragon 626, 3 GB RAM, 32 GB storage; 854x480 monocular display viewed like a 7-inch tablet; about 20-degree field of view; weighs roughly 380 g; IP66, two-meter drop rating, -20 to +50 C operation
RealWear HMT-1Z1	2018	Intrinsically safe variant of the HMT-1 certified for hazardous areas (ATEX Zone 1); aimed at oil, gas, and chemical sites
RealWear Navigator 500	2021	Announced December 8, 2021; modular successor to the HMT-1; Qualcomm Snapdragon 662, 4 GB RAM, 64 GB storage; 48-megapixel camera with 1080p 60fps video; four noise-cancelling microphones; weighs about 272 g; IP66 and two-meter drop rated
RealWear Navigator 520	2023	Update to the Navigator 500 with a brighter "HyperDisplay" offering higher 1280x720 resolution and about 20 percent more screen area; same Snapdragon 662 platform, 48-megapixel camera, hot-swappable 2,600 mAh battery, and IP66 rugged build
RealWear Navigator Z1	2023	Intrinsically safe member of the Navigator family for explosive atmospheres, succeeding the HMT-1Z1

In November 2024 RealWear added Almer's product to its portfolio through acquisition. Almer's device, the Almer Arc, is a more compact AR headset (the Arc 2 weighs about 179 g) sold through a subscription-based hardware rental model, which RealWear positioned as a lighter, lower-friction complement to its rugged voice-first wearables.

Market position

RealWear is one of the more established vendors in the niche of industrial, enterprise-focused head-mounted wearables, a market distinct from the consumer VR and AR space. The company markets its devices specifically to the world's frontline workforce, citing a global population of around two billion deskless workers as its addressable market. Its customer base spans large industrial and consumer-goods firms, including BMW, which deployed the HMT-1 across its United States dealerships, as well as Ford, Goodyear, Shell, Mars, Colgate-Palmolive, Coca-Cola HBC, and Samsung SDS.

The company's strategy contrasts with that of immersive headset makers. Where devices such as the Microsoft HoloLens emphasize holographic overlays, and consumer products like Google Glass struggled to find a mainstream audience, RealWear has focused narrowly on hands-free reliability in tough working conditions and on integration with enterprise remote-support and workflow software. The 2024 acquisition of Almer, backed by TeamViewer, was framed as a way to broaden RealWear's hardware range and accelerate adoption of wearables across industry.