Innovation Board

Five interconnected pillars. Each one designed, prototyped, and tested in real remote conditions. All open source.

Trash → 3D Filament

Turn a pollution problem into a local manufacturing resource. Plastic waste — bottles, wrappers, containers — is collected from the community, sorted by type, shredded into flakes, melted, and extruded into consistent 3D printer filament.

The filament feeds a printer farm that produces spare parts, tools, medical devices, and educational materials on demand. What was trash becomes the raw material for local manufacturing.

Collect Community collection points at schools, markets, villages

Sort PET, HDPE, PP, LDPE — each with different uses

Shred Rotary blades cut plastic into 5-10mm flakes

Extrude Heat + precision nozzle = consistent 1.75mm filament

Print Parts for water filters, EV stations, tools, education

Feedstock: ~960kg/month per village (PET, HDPE, PP) Output: 5kg filament/day per extruder Training: 4 levels — Foundation → Operator → Technician → Master Trainer License: CERN OHL-S (hardware)

Collect → Sort → Shred → Extrude → Print

Water Purification

Decentralized, renewable-powered water treatment nodes. Each node draws from a river or spring, passes water through gravel → sand → microfiber pre-filters, then through a ceramic or ultrafiltration membrane, and finishes with UV sterilization.

Every EV charging station hosts a purification node — turning transport infrastructure into clean water infrastructure. Water quality is tested daily for turbidity, pH, and bacterial contamination.

Source Solar-powered pump draws from upstream river or spring

Pre-filter Gravel → Sand → 5-micron microfiber

Membrane Ceramic or UF — removes 99.99% of bacteria

UV Low-power UV light — final microbial barrier

Dispense Clean water at community taps, free for all

Capacity: 500+ people per node Cost: ~$570 per node (components) Power: ~15W per node (solar + micro-grid) Training: 4 levels, daily water quality testing

Source → Pre-filter → Membrane → UV → Dispense

Energy Micro-Grid

A hybrid renewable system combining solar PV (20-50kW), run-of-river pico-hydro (5-15kW), and small wind (1-5kW) with LiFePO4 battery storage (50-100kWh). Provides 24/7 clean electricity — no diesel required.

The micro-grid is the heart of the entire blueprint. Without it, no other module functions. Solar covers daytime peaks, hydro provides 24-hour base load, and batteries smooth the supply through the night.

Solar PV 20-50kW peak, 20-30% more efficient at high altitude

Hydro 5-15kW continuous — runs 24/7, no dam needed

Wind 1-5kW supplementary — ridge-top placement

Battery 50-100kWh LiFePO4 — safe, 5+ year lifespan

Distribution Priority circuits — fab lab, water, food, homes

Total capacity: 26-70kW combined Storage: 50-100kWh (2 days backup) Cost savings: Eliminates NPR 15,000-25,000/month diesel Training: 4 levels — Foundation to Master Trainer

Solar + Hydro + Wind → Battery → Load

Food Production

A community-owned agri-processing hub that turns Jumla's world-class organic apples into high-value products. Cold storage extends fresh apple sales year-round. Cider, vinegar, and dehydrated products create income multiples.

Without the hub, farmers lose 40% of their harvest to spoilage and sell the rest at low prices to middlemen. With the hub, income increases 10x per farmer through year-round sales and value-added processing.

Cold Storage 1-4°C — extends fresh apple sales 3-6 months

Cider Crush, press, ferment — alcoholic and non-alcoholic

Vinegar Acetification — apple cider vinegar, 2+ year shelf life

Dehydrate Solar + electric — dried rings, fruit leather, powder

Brand Jumla Origin — premium organic, global market

Income multiplier: 10x per farmer (NPR 90K → NPR 1M+) Hub output: Cold storage + cider + vinegar + dried products Post-harvest loss: Reduced from 40% to under 10% Training: Food safety, processing, quality control, 4 levels

Harvest → Cold Store → Process → Package → Market

Logistics EV Corridor

A clean mobility network with three layers: EV charging stations every 50km along the transport route, eVTOL aircraft for emergency and high-value cargo, and last-mile community logistics using e-rickshaws and cargo bicycles.

Each charging station doubles as a water purification node and community kiosk — maximizing the value of every infrastructure investment. The corridor connects Jumla's agri-hub to regional markets.

EV Corridor 50km charging stations — solar-powered, battery swap

eVTOL 100-250km range — medical evac, urgent parts, premium cargo

Last Mile E-rickshaws + cargo bicycles — village to corridor

Station Hub Every station = water + WiFi + battery swap + rest area

Reverse Logistics Return trips carry supplies from market to villages

Corridor: 50km station spacing, scalable to 150km+ Vehicles: E-motorcycles, e-rickshaws, e-cargo trucks eVTOL: 200-500kg payload, no runway needed Training: EV operation, battery swap, high-voltage safety

Village → Station → Corridor → Market

Mesh Communication

A decentralized wireless mesh network using LoRa for long-range backbone (10-15km) and Wi-Fi mesh for local high-bandwidth connectivity. Fully solar-powered, no cellular towers or satellite bills needed.

The network enables voice calls, messaging, market prices, weather data, telemedicine, remote learning, and a local LLM — an offline AI assistant that answers technical questions in Nepali. It is the nervous system of the entire blueprint.

LoRa Backbone 915 MHz, 10-15km range, 50 kbps — connects valleys

Wi-Fi Mesh 2.4/5 GHz, 100-300m per node — village connectivity

Hub Server Local LLM, documentation, dashboard — fully offline

Edge Nodes Village, ridge relay, farm, school, charging station

Sensor Net Water quality, energy production, EV data — all on mesh

Range: 10-15km LoRa, 100+ nodes per mesh Power: 5-15W per node — solar + battery LLM: Quantized 7B model, Nepali + English, fully offline Training: 4 levels — Foundation to Master Trainer

Sensors → LoRa → Hub → Wi-Fi → People

How the Pillars Connect

Material Loop: Trash → Filament → Printed parts for water filters, EV stations, mesh enclosures, food equipment

Energy Loop: Solar + Hydro → EV charging → EV batteries → Village micro-grid → All modules

Water Loop: Filtration → Clean water → Reduced plastic bottles → Less waste → More filament feedstock

Food Loop: Cold storage → Year-round sales → Higher income → Community investment → More infrastructure

Data Loop: Sensors → Mesh → Dashboard → Alerts → Maintenance → Better uptime

Training Loop: Build → Document → Train → Test → Knowledge stays permanently

Built for the Toughest Place on Earth

Every pillar is open source. Every design is field-tested. Fork it, adapt it, deploy it anywhere.

Fork on GitHub Jumla Residency Deploy in Your Region