Open Source Modular Laboratories

Science
belongs
everywhere.

Crab Lab builds modular, sustainable shipping container laboratories designed to be deployed in remote and underserved areas worldwide. Off-grid. Open source. Scalable.

🦀
Open Source
$100K
Prototype Budget
🦀 OPEN SOURCE SCIENCE ☀️ SOLAR POWERED 📦 SHIPPING CONTAINER LAB 🌍 DEPLOYABLE ANYWHERE 🧪 ENVIRONMENTAL MONITORING 🏥 HEALTHCARE DIAGNOSTICS 📚 SCIENTIFIC EDUCATION 🦀 OPEN SOURCE SCIENCE ☀️ SOLAR POWERED 📦 SHIPPING CONTAINER LAB 🌍 DEPLOYABLE ANYWHERE 🧪 ENVIRONMENTAL MONITORING 🏥 HEALTHCARE DIAGNOSTICS 📚 SCIENTIFIC EDUCATION

The Problem

Science infrastructure doesn’t reach the people who need it most.

Access to laboratory facilities is often limited in remote and underserved regions, hindering scientific research, healthcare delivery, and education. Traditional laboratories are expensive to build and maintain, and they require stable infrastructure that is often unavailable in such areas.

This gap in infrastructure limits local communities’ ability to address environmental issues, monitor public health, and conduct scientific education and research.

Shipping containers offer a unique solution: durable, mobile, and repurposable as fully functional laboratories. Crab Lab is solving the challenge of making that work — energy-efficient, cost-effective, and tailored to remote needs.

3.5B
People in underserved regions worldwide
Cost of traditional fixed laboratory
1
Container = a full functional lab

Abstract

“This proposal outlines the development of a modular, sustainable shipping container laboratory designed to support scientific research in remote and underserved areas. The lab will provide essential infrastructure for environmental monitoring, healthcare diagnostics, and educational purposes. The shipping container lab will be energy-efficient, cost-effective, and easily deployable, offering a scalable solution to global research challenges.”

Strategy + Big Picture

Four pillars. One deployable lab.

☀️

Sustainability

Renewable energy sources (solar panels) and energy-efficient technologies to minimize environmental impact and ensure operability in off-grid locations.

🧩

Modularity

Designed as a modular system that can be easily expanded or reconfigured for environmental testing, healthcare diagnostics, or educational activities.

💰

Affordability

Cost-effective materials and construction techniques to keep the project accessible to organizations and communities with limited financial resources.

🌐

Scalability

A replicable, customizable model for different regions and research applications, allowing for widespread global adoption.

Protocol

8-Month Implementation Plan

Phase 01
Mo. 1–2

Design Phase

  • Collaborate with engineers, architects & researchers for blueprint
  • Needs assessment: equipment, power, space
  • Incorporate passive solar heating, ventilation, water recycling
Phase 02
Mo. 3–4

Prototype Development

  • Source materials, begin construction of core modules
  • Test for structural integrity and energy efficiency
  • Collect feedback from scientists, healthcare workers, educators
Phase 03
Mo. 5–6

Deployment & Testing

  • Deploy prototype to remote location
  • Monitor performance over 6-month field period
  • Gather energy, maintenance, and effectiveness data
Phase 04
Mo. 7–8

Evaluation & Scaling

  • Analyze field data, identify improvements
  • Develop final construction manual for replication
  • Partner with NGOs, governments, academia to scale globally

Timeline + Budget

$100,000 to build the prototype.

Design & Planning

Expert consultations, needs assessment, design software & tools
$15,000

Prototype Construction

Shipping container, insulation, solar panels, labor, initial equipment
$40,000

Deployment & Testing

Transportation, installation, setup, field testing & data collection
$30,000

Evaluation & Scaling

Data analysis, design optimization, outreach & partnership development
$15,000

Total Budget

$100,000

🦀 Open Source & Open Build

All designs, blueprints, and construction protocols will be released as open-source documentation. Any community, NGO, or government anywhere in the world can replicate the Crab Lab using locally-sourced materials.

The goal is a replicable model — not a product for sale. Crab Lab succeeds when the design escapes us and spreads everywhere it’s needed.

Collaborate With Us →

Build a lab.
Change a community.

Partner with us to deploy, fund, or replicate a Crab Lab in a community that needs it.

Get Involved → View the Plan