What this whole thing actually is.
This is the plain version of warmersun.com. One page of HTML, no JavaScript, no images, no web fonts. If you landed here wondering what Warmer Sun and Future Forge are, what you actually do on the screen, and why any of it exists, this page explains the whole thing from scratch.
The short version:
- Warmer Sun is an independent education project (run by Tamas Simon in Vancouver, BC) built around one missing subject: exponential progress in emerging technologies.
- Future Forge is the open-source web app where you practice that subject. You pick a global problem, land in a specific place with people living the harm, and combine emerging technologies on a hexagonal board to invent a way out before time runs out — with a live AI partner sitting beside you.
- You do the inventing. The AI teaches on the fly, suggests ideas when you ask, checks whether your claims are realistic this year, and argues back. It never writes the board for you.
Run your own copy free with Grok →
Use the hosted app at ff.warmersun.com →
Why this exists (the missing subject)
Everyone hears about new technology every day. Even the Pope talks about AI. Your feed is full of breakthroughs in robotics, gene sequencing, cheap solar, drones, and synthetic biology.
Hearing about technology is not understanding it. Most people read the headline, nod, and never do anything with it. Understanding means being able to connect the dots yourself: what just became possible → what human problem it can touch → how it would actually work in a real place this year.
We start from a simple working definition:
Technology is what takes something that used to be scarce and figures out a way to make it abundant.
Heat in winter is technology. Clean water from a tap is technology. Eyeglasses, Ice Age bone needles, and human speech are technologies. Across history, loosening scarcity is the only force that has consistently improved the human condition. Politics, culture, and ethics matter enormously — they steer who gets the abundance and what we do with it — but without the tool that multiplies capability, we stay stuck in the old scarcity.
Exponential progress across emerging technologies is reshaping every field, yet schools almost never teach it as general education. You don’t take high-school chemistry only to become a chemist; you take it so the physical world makes sense. Emerging technology belongs in that same bucket — for high-school seniors, students, professionals, and curious generalists.
Why it isn’t a textbook, and why the moves aren’t pre-written
Future Forge started in 2021 as a physical tabletop practice called 6Ps – Pun Intended (board, dice, cards, and hexagonal tiles for Progress, Prediction, Problem, Prevention, Pathway, Pun). Building it exposed a nasty contradiction:
- If you make people take a course first, they quit. We wrote an introductory course (Progress and Predictions) so people could learn the landscape before sitting down to invent. Almost nobody wants to finish forty hours of homework on exponential curves before they are allowed to think — especially for a subject that isn’t mandatory.
- If you hand people pre-written cards and fixed moves, they stop inventing. When a designer scripts what every card does and how the future unfolds, the mechanics take over. You just optimize the rules; you aren’t inventing anything.
- If people truly brainstorm in their own words, who judges if the idea works? At a physical table, learners didn’t know enough about unfamiliar technologies to start, and voting on each other’s ideas meant popularity beat reality. Applause is not engineering feasibility.
Modern AI unblocked that contradiction — not by inventing for you, but by acting as tutor, sounding board, and referee:
- Don’t know how synthetic biology or solid-state batteries work? You learn during the session through quick primers, an AI co-inventor, or a step-by-step tutor.
- Stuck on a blank box? The co-inventor can brainstorm sparks or suggest combinations, while you still write and choose what goes on the board.
- Is your idea real or sci-fi vaporware? The system checks your written claim against measured capability curves, a dated world clock of predictions, and the messy reality of the place.
What you actually do in a session
When you open Future Forge in your browser, a session (called a Quest) runs in six steps:
1. Pick a global problem, then land in one concrete place
You don’t solve “climate change” or “the future of healthcare” in the abstract. You pick a theme (climate, clean water, infectious disease, energy access, food deserts, mirror-life biosecurity…) and land in a specific fictive town, clinic, watershed, or grid with named people living the problem right now. A calendar ticks in the corner. If you wait too long, the place collapses.
2. Read the three crisis traffic lights
The hexagonal board starts with three crisis meters glowing red or yellow. Unless a Quest narrows them, your invention is judged from three angles at once:
- Here and now (local): Does it relieve the immediate harm people feel on the ground today?
- Root cause (global): Does it move the underlying driver of the problem, not just patch a symptom?
- Support (goodwill & buy-in): Can it earn public trust and policy backing so it can actually be fielded?
Local relief without fixing the root cause is a band-aid. A clever root-cause fix with zero public support dies in a notebook. Support without a real capability is theater. You have to address all three.
3. Pick emerging technologies (not just AI) and mint tiles
AI is loud, but it is only one tool. Future Forge gives you 29 technologies across eleven families, grouped into six tray domains:
- Power: Computing, clean energy, solar, wind, geothermal, tidal, wave, nuclear, batteries, quantum computing, crypto.
- Automator: AI / superintelligence, robotics.
- Mover: Networks, transportation, self-driving vehicles, drones, space, quantum internet.
- LifeForce: Gene sequencing, genetic engineering, synthetic biology, alternative proteins, brain-computer interfaces.
- Link: Virtual and augmented reality.
- Portal: Internet of Things (IoT) & sensors, 3D printing, advanced materials, nanotechnology.
You select a technology, write how your idea works in this place (or ask the co-inventor to help brainstorm), and mint a hexagonal invention tile.
4. Dock Bits to Atoms on the hex board
Looking at the board is the thinking. Every invention tile belongs to a physical or digital world shown on its six border edges:
- Bits (blue edges, left side): Pure information — AI, software, networks, gene sequencing.
- Atoms (pink edges, right side): Physical hardware and force — drones, pumps, solar arrays, robots, transport.
- Converters (blue on the left, pink on the right): Bridges between information and matter — IoT sensors, 3D printers, synthetic biology, VR/AR.
Blue faces only connect to blue faces. Pink faces only connect to pink faces. If you try to dock a pure software tile directly against a physical drone tile, the board refuses it: software cannot grab a propeller without a sensor or controller in between. And because a hexagon only has six sides, no single magic invention can touch every crisis light. You have to build a connected cluster.
5. Intercept the exponential curve (Timing & Look Ahead)
We call what you build a pathway, not a static “solution.” A solution assumes today’s tools are frozen. A pathway is built out of emerging technologies riding steep exponential curves — as solar, sequencing, sensors, or models get twice as good or half as expensive, your whole design gets stronger over time.
Each tile carries a feasibility bar judged against measured capability trends (cost per genome, solar cost per watt, frontier compute) and a world clock of dated forecasts:
- Too early is vaporware: If the technology cannot honestly do the job in the current Quest year, the light stays red or strained.
- Look Ahead / Wait +2 years: You can advance the calendar two years at a time so exponential progress catches up to your idea — but waiting raises the crisis meters. Wait too long and the place falls.
6. Survive the four hard questions and hold the pathway
Real inventions don’t deploy into an empty room. When your cluster is on the board, you summon up to four challengers onto the hexes around it:
- Moloch (system incentives): Will a race to the bottom, freeriders, or gaming the metric eat this idea alive?
- The Ethicist (human tradeoffs): Who gets hurt or priced out when this scales? What happens if it is misused?
- The Stakeholder (public reality): Who has to say yes in public — the regulator, the budget office, the union, the neighborhood meeting?
- Mother Nature (physical limits): What does the living world pay in energy, water, storms, materials, and waste?
You refine your tiles or add neighboring inventions until those questions are answered. Perfection is rare — yellow lights can hold. When every active crisis and challenger light on the board is yellow or green before the collapse year arrives, your pathway holds.
Solo, Friends, Lessons, and Agent Skills
- Solo or with Friends (cooperate to survive, compete to lead): Invent alone, pass one laptop around a table (Hotseat), or open a live Friends room over Wi-Fi or the internet for 2–6 people. In Friends mode, each person builds their own invention on their own board, but the room shares one place and one ticking crisis. If the crisis isn’t solved in time, everybody loses. If the place holds, players are ranked by how honestly and how early their pathway held.
- Spotlight & Learning Quests: Curated quests built around real, recent technological advances — with an optional AI tutor that teaches one concept at a time and offers short illustrated readings (such as Preventing Mirror Life, Drones, Not Flying Cars, and Same-Day Dollars).
- Companion Quests: Quests paired with a podcast episode, video, or essay where you test a speaker’s forecast or thesis on the hex board.
- Collector Cards: Each weekday, one real capability advance becomes a collector card you can claim by link and play as a free reusable invention tile on any board.
- Classes & Groups: There is no bloated school LMS, gradebook, or teacher dashboard. A class or club is simply a self-hosted server plus a folder of
.jsonor.ffquestfiles dropped intoquests/. - Author your own with Agent Skills: The repository ships five MIT-licensed skill packages under
skills/. Opengrok(or another coding agent) in the repo and ask it to research and build a new Spotlight Quest, a dated predictions bank, a companion quest from a YouTube link or essay, a capability trend curve, or a collector card.
How to run it (and what it costs)
Future Forge is free and open-source software under the GNU GPL v3 or later. Personal, educational, and commercial use are all permitted — schools, universities, clubs, and companies can run it without a separate paid copyright license (see COMMERCIAL.md).
Option 1: Run your own copy — free software, uses your Grok
If you already pay for SuperGrok (or xAI’s unified subscription), running Future Forge on your own computer costs nothing extra. The AI co-inventor, voice chat, read-aloud speech, and image generation use the Grok login (~/.grok/auth.json) already on your machine — no second AI bill.
You don’t even have to install Node or edit config files by hand. Open the Grok CLI (grok), paste one install block from the Get Started page, and Grok downloads the repo, sets up a start script, and launches your table at http://127.0.0.1:8765. If you want friends to join over the internet, Grok can also set up a private HTTPS link via Tailscale Funnel (friends install nothing and use your Grok allowance while in your room).
Option 2: Use hosted Future Forge — $20 for 15,000 points
If you don’t want to install anything or don’t have Grok, Warmer Sun runs Future Forge for you at ff.warmersun.com.
There is no free trial on the hosted server because live AI calls (reasoning, image generation, voice, and speech) cost real money to run. Instead of a recurring hosting subscription, you top up points as you go: $20 USD for 15,000 points (1 point = $0.001, sold at the API price rounded up to cover hosting costs).
Warmer Sun Cloud (optional sign-in)
When you run your own copy, you never need an account — your progress lives in your browser. Signing in with a free Warmer Sun Cloud account at warmersun.com/portal works across both your own copy and the hosted app. It unlocks the curated Learning modules and AI tutor, and gives you a name that follows you across devices: Continue a board mid-quest, your quest log, achievements, streaks, and per-quest leaderboards. (A Premium content subscription is coming later at $48/month or $480/year with a 3-day free trial; today, all content only requires a free account.)
Run your own copy with Grok →
Use hosted at ff.warmersun.com →
Read the source and handbook on GitHub →