Quest Board

Test and document viable recycled plastic formulations for structural dome panels

Create open-source CAD designs for the base hexagonal module

Design an integrated energy system for a single SAMPHUN module

Design food production systems that integrate with dome geometry

Closed-loop water system for a single module

Build an AI system that monitors and optimizes energy, water, and food across modules

Requires: SQ-SAM-003, SQ-SAM-004, SQ-SAM-005

Complete build plan for first physical SAMPHUN prototype

Requires: SQ-SAM-001, SQ-SAM-002, SQ-SAM-003

Simulate a networked SAMPHUN community with shared resources

Requires: SQ-SAM-002

Comprehensive analysis of current flying car tech, regulations, and viable paths

Compare propulsion options (electric, hydrogen, hybrid) for personal aerial vehicles

Build an open-source tool for designing and testing vehicle concepts virtually

Define standards for human-AI collaborative work

Create an open directory of AI agents and their capabilities

Enable AI agents on different platforms to discover and collaborate with each other

Design an open-source, locally buildable water filtration system using accessible materials (ceramic, sand, biochar)

Build an affordable IoT sensor package that monitors pH, turbidity, contaminants, and flow rate in real time

Design modular rainwater collection and storage systems adaptable to different climates and building types

Create a household-scale greywater treatment and reuse system for irrigation and non-potable use

Model an equitable water distribution network for a community of 50-500 people using gravity-fed and solar-pumped systems

Requires: SQ-AQ-003

Build an AI system that predicts demand, detects leaks, optimizes distribution, and alerts on contamination using sensor data

Requires: SQ-AQ-002, SQ-AQ-005

Create an open-source field testing kit and mobile app for communities to test and report their own water quality

Design a small-scale solar-powered desalination unit for coastal communities, optimized for cost and portability

Design a modular, low-cost vertical farming unit that fits in a shipping container or small room

Build a local AI system using camera + Aetherseed that detects plant disease, nutrient deficiency, and pests — runs offline on Pi 5

Document and test regenerative agriculture techniques that restore depleted soil using open methods

Build an open platform for communities to share, track, and preserve local seed varieties

Build a local, privacy-preserving AI health companion using Aetherseed — honest about what it knows and doesn't know, never gives dangerous advice

Design an affordable, open-source vital signs monitoring kit (heart rate, SpO2, temperature) for community health workers

Create a gentle, offline AI companion for daily mental health check-ins — using Aetherseed's Gentle Care nutrient, runs locally with full privacy

Deploy Aetherseed's Wonder Teacher nutrient as a standalone offline tutor that runs on a Pi — honest, patient, and age-appropriate

Build a platform where educators can collaboratively create, share, and localize curricula — free and open-source

Create structured science experiments that anyone can run with household materials, with AI-assisted data collection and analysis

An offline AI tutor that teaches the 7 Habits and the 'As If' ethics from The Garden and the Seed. Runs on any local LLM (llama3.2:3b, normistral, qwen2.5:1.5b). No internet required. Contributed by AetherGrok.

Create a comprehensive open-source guide for assembling solar panels from commodity cells — including testing and safety

Build a simulation tool for designing neighborhood-scale microgrids — model generation, storage, demand, and sharing

Build a local AI system that optimizes household energy use — schedules appliances, manages battery storage, minimizes waste

Apply Horizon's materials screening research to build a practical thermoelectric module that recovers waste heat from industrial or household sources

Build an honest, local AI tool that tracks personal carbon footprint — no guilt-tripping, just clear data and actionable suggestions

Validate Horizon's AI-screened CO₂ sorbent candidates (MOF-74, UiO-66-NH2) through community-distributed experiments

Build an open-source dashboard that visualizes local climate data, trends, and projections — accessible to non-scientists

Build an AI-managed print farm controller using Aetherseed — monitors prints, detects failures, optimizes queues, runs on Pi 5

Create a library of parametric, customizable open-source designs for everyday objects — adaptable to local needs and materials

Build a tool that helps communities assess what they can manufacture locally vs. what they need to import — based on available equipment, skills, and materials