Bitcoin: Tether targets large mining farms with a modular solution

For a long time associated with stablecoins, Tether is now making moves towards mining infrastructure. The company has unveiled a modular architecture for Bitcoin mining and has partnered with Canaan and ACME Swisstech to develop customizable and scalable platforms. This initiative aims to give operators more control over hardware, power, and cooling in a sector where efficiency has become a central issue.

In short

  • Tether has unveiled a modular architecture for Bitcoin mining, aimed at large mining farms.

  • The company partnered with Canaan and ACME Swisstech to develop customizable, scalable platforms.

  • The system separates processing units, electrical power supply, and cooling to make technical adjustments easier.

  • Tether has not yet announced a launch schedule or published images of the new equipment.

Tether launches an open-source framework to structure mining

Tether, the company that issues USDT, announced a new open-source framework aimed at reshaping how Bitcoin mining operations are built and managed. It also announced the development of a modular architecture in partnership with Canaan Inc. and ACME Swisstech.

This initiative marks a deeper step by Tether beyond its core activity related to stablecoins. It includes a project that separates processing units, electrical power supply, and cooling—making each part easier to adjust without having to replace the entire installation.

This launch is based on Tether's previous R&D work, especially its open-source mining operating system, called MOS, and its software development kit, or SDK. These tools aim to give operators more direct control over hardware, power consumption, and the performance of mining sites.

Paolo Ardoino, CEO of Tether, believes current infrastructures are still too rigid to meet the needs of large-scale mining operations. In a press release, he says:

Most mining infrastructure is still designed as fixed, closed units, which makes expansion expensive and operations inefficient. With modular processing units that can be adjusted, upgraded, and cooled independently, we are rethinking this model to better control costs, improve efficiency, and optimize performance at scale.

Paolo Ardoino, CEO of Tether.

With this approach, Tether seeks to connect hardware, software, and energy management under a single logic. The goal remains to simplify technical adjustments, improve machine monitoring, and make mining installations more adaptable.

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Bitcoin becomes a field of industrial innovation

Bitcoin remains at the center of this strategy, since its network relies on equipment capable of processing large volumes of computing. For miners, every technical improvement can reduce downtime, extend the machines’ lifespan, and reinforce mining-site stability.

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In this context, Canaan contributes its expertise in ASIC chips used in Bitcoin mining, while ACME Swisstech handles industrial integration and the design of systems adapted for large facilities. This collaboration therefore primarily targets professional operators, with an approach different from ready-to-use machines aimed at the general public.

Giv Zanganeh, president of ACME Swisstech, even believes that this cooperation makes it possible to “create radically different mining systems from ready-to-use products aimed at the general public currently available on the market,” thanks to a holistic industrial codesign approach for large-scale operations.

Bitcoin mining also requires precise management of electricity, heat, maintenance, and network difficulty. With a more flexible setup, operators can better adapt their equipment to market conditions.

However, several points remain unknown. Tether has not yet announced a launch schedule for this hardware. The company also has not published images of the planned models. Therefore, the industry will have to wait for concrete tests to measure the real impact of this architecture on large-scale Bitcoin mining.