Media Kit — Remote Valley OS

For journalists, podcasters, and content creators covering the project.

Quick Facts

The One-Paragraph Summary

Remote Valley OS is an open-source collection of five interconnected infrastructure systems designed for remote communities: waste-to-filament 3D printing, water purification, hybrid solar-hydro energy microgrid, value-added food production, and electric vehicle logistics. All systems were field-tested during a three-week pilot in Jumla, Nepal (May 2026). Everything is freely available under open-source licenses — hardware designs, software, and documentation. A residency program invites people to build alongside local communities, and a remote accelerator lets anyone contribute from anywhere.

Key Statistics

• 5 interconnected modules field-tested in Jumla
• 3 weeks on-site in one of the most remote districts of Nepal
• 50km EV corridor target for the first deployment
• 500+ people served per water purification node
• 50kWh/day target generation for each microgrid
• 10x potential farmer income increase through value-added processing
• 0 proprietary components — everything is open source
• 24/7 power target for each village microgrid

The Story Angles

Angle 1: Open source meets the developing world

Open source transformed software. Now it is transforming hardware and infrastructure. Remote Valley OS applies the open-source model to the physical systems that remote communities need — and proves it works in one of the most challenging environments on Earth.

Angle 2: From plastic waste to 3D printer filament

The trash-to-filament module turns a problem (plastic waste piling up in communities with no waste management) into a resource (3D printer filament for making replacement parts, tools, and educational materials).

Angle 3: A residency in the Himalayas

The residency program invites engineers, designers, and community organizers to live in Jumla for 3-12 months, building and maintaining infrastructure alongside local residents. It is part Peace Corps, part open-source hackathon.

Angle 4: The local LLM running on a microgrid

One of the most unexpected components: a locally-hosted large language model running on the village microgrid, providing AI-powered assistance for maintenance, education, and healthcare — completely offline.

Angle 5: The EV corridor in the mountains

An electric vehicle corridor spanning 50km in one of the most rugged landscapes on the planet. Charging stations powered entirely by renewable microgrids. Cargo eVTOL drones for emergency supply delivery.

Angle 6: Field-validated, not theoretical

Many development projects produce reports. This one produced working hardware. The three-week Jumla pilot tested every system in real conditions. The designs reflect real feedback from the community that will use them.

Spokespeople

To arrange interviews: media@mountaineer.fi

Assets Available

Photos

• Jumla landscape (high-res, multiple aspect ratios)
• Module hardware in the field (shredder, extruder, solar panels, water filter, LoRa node)
• Team photos in Jumla (workshop, community meetings, installation)
• Screen captures of RV-OS dashboard and local LLM interface

Video

• 60-second overview video (coming Q3 2026)
• Raw footage from Jumla pilot (upon request)
• Screen recording of RV-OS dashboard walkthrough

Logos

• Remote Valley OS logo (SVG, PNG — color, white, black)
• Mountaineer.fi logo
• Module icons (trash-to-filament, microgrid, water, food, EV, mesh)

Quotes

“We designed these systems for one of the most remote places on Earth. If they work in Jumla, they will work anywhere.” — [Founder]

“The goal is not to build infrastructure for communities. It is to give communities the tools to build their own infrastructure.” — [Founder]

“We had no grid, no road, no internet. We had the community, and that was enough.” — Prem Lal

Press Mentions

This section will be updated as coverage is published.

FAQ for Journalists

Q: Is this a charity? A: No. It is an open-source project. Mountaineer.fi is a for-profit entity, but all hardware, software, and documentation produced under Remote Valley OS is released under open-source licenses. The goal is to create a self-sustaining ecosystem, not a perpetual aid project.

Q: How is it funded? A: Currently self-funded by Mountaineer.fi. Future funding sources include grants, partnerships with development organizations, and the parallel ShilajitBrand business that supports local payouts and infrastructure maintenance.

Q: Is anyone actually using this? A: The systems were tested in Jumla during a 3-week pilot in May 2026. Local community members were trained as operators. The systems are designed to be operated and maintained by the community with minimal external support.

Q: Could this work outside Nepal? A: Yes. Each module is designed to be adapted to local conditions. The innovation-board model is a template for adaptation to other regions. The rv-adaptations repository encourages and documents regional variants.

Q: Is it really free? A: Yes. Every design file, BOM, firmware source, and documentation page is available on GitHub. No registration required. No proprietary software needed. The only cost is the physical materials to build the hardware.

Part of Remote Valley OS — an open-source project by Mountaineer.fi