Wall-mounted residential compute appliance lets homeowners earn up to $2,000 per month hosting GPU capacity; company targets 100,000 installed homes by end of 2027 amid strong homebuilder interest and 10,000+ reservations

United States, 12th Jun 2026 — Nanocenter, Inc. today launched with a mission to build the world’s largest data center — not on a desert mega-campus, but distributed across the garages of American single-family homes. The company’s wall-mounted compute appliance turns idle garage wall space into a new income stream for homeowners, while sidestepping the land, water, and community-opposition problems that have stalled hyperscale data center construction nationwide.

Roughly the size and visual profile of a home battery system, the Nanocenter appliance mounts to standard 16-inch on-center stud bays inside the garage and houses NVIDIA RTX Pro 6000 GPUs with 96GB of VRAM. Its patent-pending, inverter-driven cooling system operates at just 40 decibels — about the volume of a quiet library — both inside the garage and at the exterior vent. Through the company’s platform at nanocenter.ai, homeowners sell idle compute cycles to the global cloud, earning up to approximately $2,000 per month in hosting fees, depending on utilization and market rates.

The company calls the model “Solar 2.0.”

“Just as solar panels let homeowners sell electrons back to the grid, Nanocenter lets homeowners sell compute cycles back to the world,” said Aaron Peterson, founder and CEO of Nanocenter. “This is a residential appliance, not a commercial data center. Homeowners aren’t operators — they’re hosts. And the economics work for everyone.”

A Founder Who Saw the Crisis Firsthand

Nanocenter was born from necessity. Peterson is also the founder of Ellydee.ai, an environmentally focused AI platform that sources green energy through data center partners in Finland. When Ellydee crossed 100,000 users, Peterson needed compute capacity beyond what those partners could supply — and as he searched, he watched communities across the country organize against new hyperscale construction.

He concluded that the era of massive, concentrated, water-hungry data centers was ending, and that the only durable answer was a distributed one.

“Concentrating gigawatts of demand in one place breaks grids, drains water supplies, and turns neighbors into opponents. Spreading that same demand across millions of existing homes makes it almost invisible,” Peterson said. “Distributed computing isn’t new. Applying it to the housing stock America has already built — that’s what’s new.”

By distributing load across the existing residential grid, Nanocenter consumes zero water, concentrates no electrical demand, and requires no new land — avoiding the very issues that have triggered moratoriums and depressed home values in communities adjacent to traditional data center projects.

Built in a Garage. Scaling Through Garages.

There is a certain symmetry to the approach: some of the world’s most valuable technology companies were started in garages. Nanocenter intends to build the world’s largest data center the same way — one garage at a time.

The company has working prototypes installed and operating in U.S. homes today, validating both the appliance and its 40dB cooling system, which vents through standard 16-inch or 24-inch stud bays to the exterior. Ventilation ports feature customizable, paintable trim designed to satisfy HOA aesthetic standards.

Homebuilders Are Leaning In

Through its Builder Program, Nanocenter is in active conversations with leading national homebuilders to make new homes “Nanocenter Ready” at construction. Participating builders earn a revenue share on compute generated from their homes, plus performance-vested equity warrants. Nanocenter handles installation, insurance, maintenance, and all homeowner agreements, so builders take on no operating expense or program liability.

“We knew we were onto something when our schedule of homebuilder meetings booked solid for a month, almost overnight,” Peterson said. “Builders understand that nearby data centers can hurt home values. They see Nanocenter as a win for homeowners, a win for builders, and a win for the AI platforms that need this compute.”

Existing homes can also be retrofitted today through a program Nanocenter developed in collaboration with licensed residential electricians.

Designed for the Neighborhood

Nanocenter’s indoor, garage-integrated design reflects three principles the company believes are essential for residential compute at scale:

• Security: Hardware lives inside the locked garage — a space with an inherent expectation of safety — rather than in an outdoor enclosure.
• Quiet: At 40dB inside and out, the appliance is genuinely neighbor-friendly.
• Simplicity: No trenching, no concrete pads, no dedicated sub-panel — just a clean, wall-mounted installation.

Because Nanocenter is a residential appliance — analogous to a home battery, EV charger, or solar inverter — it does not trigger commercial data center zoning. The company is working with developers to have “Nanocenter Ready” written into new-development CC&Rs as a permitted appliance.

Strong Early Demand

More than 10,000 homeowners have already reserved a place in line at nanocenter.ai, where reservations are currently free. The company is targeting 100,000 installed homes by the end of 2027.

With global spot-market rates for RTX Pro 6000 server-class compute at approximately $2 per GPU-hour and demand continuing to outpace supply, Nanocenter converts that demand directly into household income — injected into every home where a Nanocenter is installed.

About Nanocenter

Nanocenter, Inc. manufactures a wall-mounted residential compute appliance that lets homeowners host GPU capacity and sell compute cycles to the global cloud through its platform at nanocenter.ai. Designed to install cleanly inside the single-family garage and operate at a neighbor-friendly 40dB, Nanocenter is building the world’s largest data center — one garage at a time. The company partners with national homebuilders to make new homes “Nanocenter Ready” at construction and offers a retrofit program for existing homes. 

Learn more at nanocenter.ai

Media Contact

Organization: Nanocenter, Inc.

Contact Person: Katarina Garn

Website: https://nanocenter.ai

Email: Send Email

Country:United States

Release id:46010

The post Nanocenter Launches to Solve the AI Data Center Crisis — One Garage at a Time appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

Homestead, FL 33030, United States, 12th Jun 2026 – Yijin Solution, a precision manufacturing company headquartered in Homestead, Florida, has advanced its rubber CNC machining operations to enhance the production of precision rubber components for industrial applications. The development includes updated machining processes, specialized tooling configurations, and refined quality control measures aimed at improving dimensional accuracy and surface finish on rubber parts produced for sectors including automotive, aerospace, medical, and energy.

Rubber CNC machining involves the use of computer-controlled cutting tools to shape rubber materials into components with tight tolerances and specific geometric profiles. The process is applied to manufacture seals, gaskets, bushings, vibration dampeners, and other functional parts that require consistent performance under demanding operating conditions. Unlike conventional rubber molding techniques, CNC machining allows for the production of small-batch and prototype rubber components without dedicated molds, providing manufacturers with greater flexibility for projects that involve specialized design requirements or limited production volumes.

Yijin Solution’s updated rubber machining capabilities are designed to complement the company’s broader range of precision manufacturing services, which include metal CNC machining, sheet metal fabrication, custom fasteners, die casting, injection molding, and 3D printing. Integrating enhanced rubber machining into the existing production workflow enables the company to offer clients a wider range of material options from a single manufacturing source, reducing the need to coordinate with multiple suppliers for different material categories within the same project.

“Advancing rubber machining capabilities allows Yijin Solution to serve clients who require precision-machined rubber components alongside metal parts and fabricated assemblies,” said Gavin Yi, CEO of Yijin Solution. “This development supports the company’s objective of providing comprehensive manufacturing services that address multiple material and production requirements within a single facility.”

The updated operations include the introduction of tooling specifically designed for a range of rubber substrates, including natural rubber, silicone, neoprene, EPDM, and polyurethane. Each material exhibits distinct machining characteristics in hardness, elasticity, and thermal sensitivity, and the new tooling configurations have been developed to minimize surface deformation and maintain dimensional consistency during cutting. These tooling advancements allow Yijin Solution to accommodate a wider variety of rubber formulations while preserving the precision required for industrial-grade components.

Quality control procedures have also been expanded to incorporate additional inspection stages specific to rubber component production. Dimensional verification, surface finish assessment, and material hardness testing are now integrated into the production workflow for rubber parts, ensuring that finished components meet specified tolerances before delivery. The updated inspection protocols align with the standards observed across the automotive, aerospace, and medical industries that the company serves.

Yijin Solution currently operates from its facility in Homestead, Florida, which serves as a centralized hub for its North American manufacturing and fulfillment activities. Rubber components produced at the facility are used in applications ranging from sealing systems and vibration isolation mounts to protective covers and fluid handling assemblies. The addition of enhanced rubber machining capabilities follows previous investments in metal CNC machining infrastructure and sheet metal fabrication equipment at the same location.

“The company plans to continue developing its rubber machining processes over the coming months, with additional investments in tooling and process refinement expected to further improve production efficiency and part consistency,” said Gavin Yi, CEO of Yijin Solution. “Expanding material capabilities remains a priority as client requirements continue to diversify across industries.”

Yijin Solution is a precision manufacturing company based in Homestead, Florida, offering services that include CNC machining, sheet metal fabrication, custom fasteners, die casting, injection molding, and 3D printing. The company serves clients across the automotive, aerospace, medical, and energy industries, providing both prototyping and production-scale manufacturing support. The advancement of rubber machining operations represents the latest in a series of capability expansions undertaken at the company’s Homestead facility.

For additional information about rubber CNC machining and related industry developments, contact Yijin Solution at 760 NW 10th Ave, Homestead, FL 33030. Inquiries regarding the company’s products, services, installation support, and training programs can be directed to +1 626 263 5841 or by email at yijing@yijinsolution.com.

Media Contact

Organization: Yijin Solution

Contact Person: Gavin Yi

Website: http://yijinsolution.com/

Email: Send Email

Contact Number: +16262635841

Address:760 NW 10th Ave

City: Homestead

State: FL 33030

Country:United States

Release id:46018

The post Yijin Solution Advances Rubber CNC Machining for Precision Component Production appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

Gary, IN 46402, United States, 12th Jun 2026 – Promax Pogo Pin, a prominent manufacturer of pogo pins, spring-loaded connectors, and magnetic connectors based in Gary, Indiana, has announced an expansion of its ICT test probe product line aimed at improving accuracy and reliability in electronic testing applications. The initiative responds to increasing demand across the electronics manufacturing sector for precision-engineered test probes capable of meeting stricter quality assurance requirements during printed circuit board (PCB) assembly and inspection.

The expanded product line includes ICT test probe configurations designed for in-circuit testing processes used to identify manufacturing defects during PCB production. In-circuit testing is a widely adopted quality control method for detecting faults such as incorrect component placement, solder bridging, open circuits, and short circuits before boards proceed to final assembly stages. The quality and consistency of probe contact during these tests directly influence the reliability of the resulting data, making probe performance a significant factor in production-line efficiency and defect detection rates.

Promax Pogo Pin has drawn on more than 15 years of manufacturing experience in spring-loaded connector and pogo pin production to develop its expanded test probe solutions. The probes are manufactured to internationally certified quality standards and engineered for compatibility with a range of ICT fixture configurations used across consumer electronics, aerospace, and medical device manufacturing sectors. Each probe undergoes dimensional and electrical verification during the production process to help ensure consistent performance when deployed in testing environments.

“Consistent and accurate probe contact during in-circuit testing is fundamental to effective quality control in electronics manufacturing,” said Gavin, Manager at Promax Pogo Pin. “The expanded test probe line addresses the practical need for durable, precision-fit components that help reduce variability in test results and support more efficient production workflows across a range of industry applications.”

The company’s ICT test probes are available in multiple tip styles, spring forces, and barrel diameters to accommodate varying PCB layouts and testing specifications. Tip configurations include crown, spear, flat, and serrated options, each suited to different pad types and surface finishes encountered during board-level testing. Customizable options enable manufacturers to specify probe dimensions, stroke lengths, and contact configurations based on the particular demands of their testing fixtures and board designs.

Promax Pogo Pin produces its connectors and test probes at facilities equipped for volume manufacturing, allowing the company to maintain competitive pricing across both standard and custom orders. The company serves clients in sectors where electronic component reliability is a critical operational factor, including aerospace systems, medical instrumentation, automotive electronics, and consumer devices. Order fulfillment is supported by inventory management processes designed to reduce lead times for commonly specified probe configurations.

Industry observers have noted that as electronic assemblies become more compact and component densities on circuit boards increase, the precision requirements for test probes have grown accordingly. Probes must maintain stable contact with increasingly smaller test points while delivering consistent electrical performance across thousands of repeated test cycles. The trend toward miniaturization in consumer and industrial electronics has placed additional emphasis on probe tip geometry, plating durability, and spring force calibration as factors affecting test reliability.

“As circuit board designs continue to evolve toward higher component density and finer-pitch layouts, the specifications for test probe performance are expected to become more demanding,” said Gavin. “The company plans to continue developing probe solutions and expanding available configurations to align with the changing requirements of modern PCB testing environments.”

Promax Pogo Pin, headquartered in Gary, Indiana, manufactures pogo pins, spring-loaded connectors, and magnetic connectors for applications spanning consumer electronics, aerospace, medical, and automotive industries. With more than 15 years of operational experience, the company provides customizable connector and probe solutions manufactured to internationally certified quality standards and delivered to clients across domestic and international markets.

For additional information about ICT test probes and related industry developments, contact Promax Pogo Pin at 480 Jackson St, Gary, IN 46402, USA. Inquiries regarding the company’s products, services, installation support, and training programs can be directed to (765) 705-7361 or by email at tonyhoo@promaxpogopin.com.

Media Contact

Organization: Promax Pogo Pin

Contact Person: Gavin

Website: http://promaxpogopin.com/

Email: Send Email

Contact Number: +17657057361

Address:480 Jackson St

City: Gary

State: IN 46402

Country:United States

Release id:46016

The post Promax Enhances Electronic Testing Accuracy with ICT Test Probe Solutions appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section