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Mausware has reached an agreement to establish its new headquarters in the Tredegar Trust building, also known as the Virginia Trust Company building, a century-old former bank in the downtown financial district of Richmond, Virginia. The wearable technology company also announced the lineup of its expanded Finger Maus range, which now includes Finger Maus ULTRA, Finger Maus Blaze, Finger Maus ULTRA X, and Finger Maus Spectrum.
The announcements come as Mausware, which says 3D printing, biodegradable materials, and ergonomic design are central to how it manufactures its devices, looks to widen its product range and raise outside funding. The headquarters decision follows numerous discussions over the past year between founder and CEO Max Eternity and a group of investors.
A Former Bank as Corporate Base
The building was designed by neoclassical architect Alfred Charles Bossom and appears on the National Register of Historic Places. According to realtor Jonathan Gardner, the property sits a couple of blocks from Richmond City Hall and has a 90 ft entry arch of carved stone. Gardner noted that historic sites require particular care and maintenance, as well as an owner committed to it.
Eternity works across art, design, and socioeconomic policy and is a self-taught architect and historian. The company credits him with leading the 2008 to 2010 preservation effort for Atlanta’s Central Library, designed by Marcel Breuer. Since becoming an alumnus of the World Monuments Fund, he has also volunteered as an expert document reviewer.
The Expanded Finger Maus Range
The announcement names the four devices and provides details for one of them: Finger Maus Spectrum weighs 23 grams and has five programmable buttons. Images released by the company show Finger Maus ULTRA as a 3D printed prototype being worn by a user. The materials do not list pricing or release dates for any of the models, or specifications for the other three.
Eternity said Mausware has more than a dozen products in development, with several others at the concept stage, and that “we believe a 10 billion dollar valuation in the next 7 years is very realistic and achievable.”
Investor Talks and Next Steps
Mausware says individuals from several companies have expressed interest in the business, including an offer from Microsoft to collaborate. According to the company, feasibility and vision alignment have not yet been reached, and conversations continue as it seeks additional investors and vertical partners.
Mausware plans to hold a preview event at the new headquarters and says details will follow.
Rethinking the Computer Mouse With 3D Printing
Mausware’s approach centers on offering an alternative to the conventional mouse through a finger-worn controller whose structure is 3D printed from plant-based resin. When the company launched Finger Maus on Indiegogo in August 2025, it described the ULTRA model as non-toxic and biodegradable, able to operate without a flat surface, and part of a device weighing 20 grams. Eternity pointed to conventional mice, which average 130 grams, and Finger Maus was presented as reducing material use by more than 80 percent. The idea grew out of his volunteer work at a digital technology center serving elderly people, low-income families, and people with disabilities.
Charlie Pyott of PyottDesign LLC also turned to 3D printing to rethink mouse ergonomics, producing a size-adjustable case whose outer surfaces can be repositioned and locked to fit a user’s hand. The case is printed in a single build with interlocking hinges and fitted onto an existing mouse after its shell is removed. Like Finger Maus, it uses 3D printing to change how an input device fits the hand.
Cybosense BV and SenseGlove are applying 3D printing to hand-worn interfaces as well, developing 3D printed smart gloves that integrate Cybosense’s stretchable, self-healing bioelectronic material into SenseGlove’s haptic gloves. The material senses physical, chemical, and biological signals, enabling live monitoring of hand gestures and external pressures as well as real-time health and performance monitoring. The project shares Mausware’s focus on wearable hardware for human-machine interaction, but targets defense, industrial, and space applications, while Finger Maus is designed to control laptops, tablets, PCs, and other digital devices.
With four Finger Maus models now named, Mausware is extending this approach from its crowdfunded Finger Maus to a wider product range.
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Featured image shows Finger Maus Spectrum weighs just 23 grams and has 5 programmable buttons. Image via Mausware.
