Dear Friends,
I’m writing as a Bitcoin Volunteer doing grassroots education work in rural Malawi — trying to build something real, offline, and resilient, using the same principles that made Bitcoin work in the first place.
The project is called Bitcoin Study Hubs: decentralized, physical Bitcoin learning spaces for places where the internet is unreliable, institutions are weak, and education is mostly theoretical.
I want to be honest about a simple constraint I’m facing right now.
I’m trying to run this project on a phone.
And there’s a basic law of physics that explains why this isn’t sustainable:
> A machine cannot produce more energy than it consumes.
Right now, the “machine” doing the work — me, plus a phone — is energy-starved.
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The Physics of the Problem
Phones are great for messaging, posting, and quick coordination.
They’re not built for sustained, heavy work.
Most of what Bitcoin Study Hubs requires is slow, focused, energy-intensive work:
Writing and translating learning material (including Chichewa)
Preparing offline teaching content
Structuring curriculum and lesson plans
Documenting spending and progress as proof of work
Coordinating facilitators and supporters
Archiving and organizing materials for replication
Trying to do this on a phone is like asking a small generator to power a workshop.
No matter how motivated the operator is, output is capped by input.
That’s not a personal limitation — it’s physics.
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Why a Laptop Changes Everything
A basic, reliable laptop isn’t about comfort or convenience.
It’s about supplying enough “energy” for the system to function properly.
With a laptop, this project immediately gains:
Higher quality learning materials
Faster and more consistent output
Better documentation and transparency
Reduced friction and burnout
More actual teaching, less fighting with tools
In other words: more proof of work per sat consumed.
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The Bigger Picture
Bitcoin Study Hubs are physical, community-led learning spaces in rural Malawi where people:
Learn Bitcoin in local languages
Use simple, resilient tools like Machankura and Bitchat
Learn by doing, not by certificates
Train local facilitators instead of relying on outsiders
Build small, village-level Bitcoin economies
Each hub is independent but aligned by shared Bitcoin values — just like Bitcoin nodes.
Phase 1 focuses on establishing the first hub, training 3–5 local facilitators, and proving that Bitcoin education works offline, under real constraints.
Full project details:
Geyser | Bitcoin Crowdfunding Platform
A Bitcoin crowdfunding platform where creators raise funds for causes, sell products, manage campaigns, and engage with their community.
All spending and progress are documented publicly.
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How You Can Support (The Energy Input)
If this project resonates, a laptop is one of the highest-leverage inputs you could provide right now.
You can help in three ways:
1. Fund or Provide a Laptop
Helping cover the cost of a basic, durable laptop — or sourcing one — directly removes the biggest bottleneck in this system.
2. Support With Sats
Contributions toward the broader 5 million sats Phase 1 goal also help make this possible.
Lightning:
malawi@8333.mobi
laborcrush180@shockwallet.app
amoyah@minibits.cash
On-chain:
SegWit: bc1qxn9d4xewhp66rayree604y7ckka3eyvg2p9av2
Taproot: bc1pqltuyslegpwn5he0kwny84v8ewmhlmr0vuxcvc6npxest7ffvy5s5qrvr0
Silent: sp1qqdgcyuvqewkhjuxhzjpxpmpm4u9an7gge7lpczpq8273gtm0aspuuqc3jh7k8jwt5jtvenlww47kdwffgrghqjsn95m3qkp7t7r9jgm69g9c8l5z
3. Coordinate Directly
If you prefer contributing tools or resources instead of sats, reach out on Nostr and we’ll coordinate what actually helps on the ground.
Nostr: npub16ecxhn2xscwjt2mmn2ls59yms0avkvd0z3t64v70pew6vfg9y6qqh38puf
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Bitcoin grew because people shared tools, knowledge, and energy — often quietly, often under constraint.
This laptop isn’t about luxury.
It’s about respecting physics.
If this resonates, I’d appreciate your support — through sats, tools, signal-boosting, or thoughtful feedback.
With respect,
Kondwani
Bitcoin Study Hubs
Malawi 🟠