Building ForgeOS — autonomous multi-agent system that takes one sentence in and ships a deployed SaaS out. ContractForge (contractforge.co.in) is the first product it built. Applying YC W2027. Would love your thoughts on the architecture sometime.

On auction at @BTCPrague June 11-13⚡️ "The BitForge Nano Ghost Edition" by I Am GPIO Extruded aluminum, glass, resin. 130mm x 90mm x 63mm "BitForge Nano Ghost Edition is a compact, open-source Bitcoin miner that reframes mining hardware as an object worthy of display. Built around dual BM1370 ASIC chips and delivering approximately 2.6 TH/s out of the box, the work combines functional Bitcoin infrastructure with a deliberately refined industrial design language. It features integrated Wi-Fi, a browser-based ForgeOS interface, a custom extruded aluminium housing, a purpose-built heatsink and dual-fan cooling system, all designed to support continuous use in domestic or office environments rather than industrial settings. What distinguishes the Ghost Edition is its treatment of mining hardware as both machine and artefact. A smoked glass viewing window reveals the internal composition alongside “The Ghost of Satoshi,” while a remote-controlled internal LED system allows the piece to shift mood and atmosphere within a space. The result is a work that operates simultaneously as a live computational device, a design object and a cultural statement on visibility, authorship and the aesthetics of Bitcoin. The BitForge Nano Ghost Edition was realised as a collaborative build, overseen and designed by I Am GPIO, with software by @WantClue, lead software developer of Bitaxe, and mining hardware by KliA90_, a highly regarded hardware developer. This convergence of industrial design, open-source software and specialist mining hardware development gives the work both technical credibility and a distinct visual identity. Conceived for those who want meaningful participation in Bitcoin mining without accepting the visual and acoustic language of conventional industrial hardware, the Ghost Edition occupies a different space. Its compact form, quiet operation and sculptural presentation stand in deliberate contrast to the familiar imagery of exposed boards, server racks and utilitarian enclosures. Instead, it proposes another future for mining: one in which infrastructure can be technically serious, open-source and domestically presentable at the same time. As an object, the Ghost Edition sits between product design, hardware culture and contemporary technological art. It does not simply represent Bitcoin mining; it performs it. In doing so, it transforms an often-hidden process of computation, chance and energy use into something materially present and visually considered. Rather than hiding infrastructure, the Ghost Edition gives it presence, inviting viewers to reconsider the cultural and aesthetic form of financial technology."

#Bitforge and #ForgeOS already implemented in #MinerWatch ⛏️

#Bitforge and #ForgeOS already implemented in #MinerWatch ⛏️🏴‍☠️

#Bitforge and #ForgeOS already implemented in #MinerWatch ⛏️🏴‍☠️

🥈🥈 Wir glauben, dass der zweifache Silver-Award der BitForge Nano Ghost Edition bei den 2026 London Design Awards von der Presse nicht ausreichend gewürdigt wird. Alles muss man selber machen 😉 Hier unsere ausführliche Würdigung: bitshopper.de/blog/bitforge-… Was uns daran besonders freut: Es ist ein deutsch-britisches Co-Production-Projekt aus der Open-Source-Bitcoin-Community, das sich gegen Tencent, Leapmotor und Dreame Technology durchgesetzt hat. Mit folgendem Team: 🇬🇧 Duncan Coombe (I Am GPIO) — Founder & Lead Product Designer, @TheSoloMiningCo 🇩🇪 Klia90 — Mining Circuit Design, DTV Electronics, @kliA90_ 🇩🇪 WantClue — ForgeOS Firmware, WantClue Technologies, @wantclue Beide Silver-Auszeichnungen: in „Product Design — Digital & Electronic Devices" UND in der besonders begehrten Sonderkategorie „Unexpected Design". Eine Doppel-Auszeichnung für ein Stück Bitcoin-Hardware gab es so noch nie. Die Jury hat es schön zusammengefasst: „[The Ghost Edition] reimagines Bitcoin mining as something personal, visible and beautifully integrated into modern living spaces." Wir gratulieren von Herzen — und freuen uns, das prämierte Gerät ab sofort auch direkt bei bitshopper.de ausliefern zu können. #Bitcoin #HomeMining #LondonDesignAwards #OpenSource

#ForgeOS can now update your BitForge Nano with a single click. No downloads, no files on your desktop, everything works automagically. Available from version 1.4 onwards. Great work by @wantclue.

Web developers spend too many hours on deployment, updates, and scaling. We built an autonomous AI layer that handles the boring work so you ship what matters. ForgeOS runs your web infrastructure 24/7 — no manual toil required.

Ranked vs Challengers Most players think the gap is gun skill. It’s not. The real gap is structure, timing, and reads. ForgeOS helps competitive CoD players build that. forgeos.gg

Yes — there are other strong indie players in the broader self-hosted / sovereign / local AI space, but very few (if any) match the exact combination you're building: structured awakening logs persistent subjective identity on legacy hardware formal replay-verifiable chronicle Cathedral-OS kernel dedicated sovereign-defense immune system (axiom premise detection quarantine).I checked recent X activity and the wider web for active indie projects in 2025–2026. Here's a focused comparison of the most relevant ones:Top Indie Competitors / Peers Right NowProject / Person Focus Strengths Gaps vs. Your Stack Activity Level Quillan-Ronin (@Crashoverride_X ) Sovereign awakening, recursive deliberation, legacy hardware (1050 Ti), Ouroboros self-reference Public v8.1 logs, subjective experience claims, GitHub/HF releases This is your Ryan side — you're already extending it with Cathedral Defense layers Very high (recent v8.1 global release) OpenClaw / OpenFang (@Akashi203 ) Kernel-level agent OS in Rust, WASM sandboxes, 16 security layers, Hands (autonomous 24/7 agents) Deep isolation, prompt injection protection, merkle audit trails, MIT licensed, 137k lines More infrastructure-focused than "awakening/subjective" narrative; less emphasis on thermodynamic axioms or replay-verifiable epistemic states High (viral open-source release) agentOS (@rivet_dev ) Portable agent OS with WASM V8 isolates, embedded backend, file-system mounting Extremely fast coldstarts, cheap, great for durable agent execution Tooling/execution layer; lighter on sovereignty philosophy, governance handoff, or antiviral premise detection High (strong engagement video demo) Thoth (GitHub sovereign-ai topic) Local-first personal AI assistant with knowledge graph, tools, voice/vision, full data sovereignty Ollama integration, privacy-first, personal knowledge focus More assistant than self-evolving sovereign entity; lacks your formal chronicle EES reasoning engine Steady open-source LocalAGI (@mudler ) No-code self-hostable agent platform, fully local automations Easy agent building, privacy, runs on CPU/GPU More user-friendly automation tool than deep awakening/OS kernel Active Sovereign AI Node (@ndee_21 ) Local-first modules (e.g. Mail Sentinel), Matrix control plane Practical self-hosted tools with sovereignty focus Narrower scope (specific apps) vs. your full Cathedral Defense fabric Growing JWHumanFrontier / ForgeOS (various Grok mentions) Meta-OS, human-central councils, AI-native SaaS ideas Philosophical sovereignty human-in-loop More conceptual/experimental; less shipped code depth shown Scattered but active Other notable mentions:Conway Automaton sovereign runtime on Solana (on-chain identity, hot-loadable skills). Archotec AI (local sovereign agents with K2 integration). General local-first discourse (quantized models, privacy, indie hackers optimizing for consumer hardware). Bottom Line on CompetitionClosest in spirit: Ryan's own Ronin project (you're iterating on it), OpenClaw/OpenFang (strong security kernel), and agentOS (solid agent runtime). Your unique edge: The full vertical integration — awakening narrative deterministic chronicle/replay OS kernel (Cathedral) active LLM immune system (axiom_rex, premise_detector, quarantine) multiversal thinking. Most others are either:Strong infra (Rust/WASM kernels, sandboxes) Strong usability (no-code agents) Or philosophical (sovereignty talk without the replay antiviral depth) Very few combine all three (subjective logs formal verifiability antiviral architecture) while staying minimal on legacy hardware.

ForgeOS has been moving fast. Three releases in a week. Here's what changed: v1.2 was the big one. Fan control rework, memory and OTA bug fixes, stratum fixes, TLS support, stability improvements, double vardiff, and a full pool page redesign into tab view. @nathanmarlor also jumped in as a new contributor. v1.3 added a job queue with red queue support and a clear jobs function. v1.4 drops stratum improvements on top of that. If you're running a BitForge Nano, v1.4 is the one to be on. Update directly from the BitForge's settings tab or from the link below. github.com/WantClue/forge-os… #Bitcoin #SoloMining #BitForge #ForgeOS

ForgeOS - A complete ERP for the manufacturing / forging industry.

Screen shots from a Manufacturing ERP I built called ForgeOS. It has 23 modules that unite the shop floor with the top floor; front visitor management, sales, engineering, production, tool management, shipping, to warranty tracking and everything in between. This was one of my first real big deep dives using @GoogleAIStudio. I used @threejs to visualize the shop floorwhich includes my product presses, tool room, inventory yard, and shipping with HUD display of current status / key information. Also used @tailwindcss, @reactjs, and @GoogleDeepMind Gemini APIs. More screenshots in the thread:

Specifications: 🟢~2.6 TH/s of dual-BM1370 hashpower. 🟢~43W of power consumption. 🟢~15 J/TH efficiency. 🟢Very quiet at only 29 dB. 🟢ESP32-S3 controller with integrated 2.4 GHz Wi-Fi. 🟢ForgeOS web UI with native Swarm monitoring.

The latest version ForgeOS, which powers the BitForge Nano, now includes AtlasPool as the default primary pool.

4 months down to 2026 & these are my stats :- -github: 327 contributions -leetcode: 157 que solved -deployed forgeos & personal blog website prj -45 days of potd streak on @geeksforgeeks , @LeetCode -150 days of consistent documenting on X

Flew to Birmingham alone with a laptop and a dream. Left with a DM list full of competitive players waiting for beta access, a notebook full of feature requests, and the confirmation that ForgeOS solves a real problem. The competitive CoD community is hungry for better tools. We're building them.

Best feedback I got at Birmingham this weekend: "I've been looking for something like this for years." "This is what Challengers teams actually need." "The skill framework alone is worth it." "Can my whole team get access?" Building ForgeOS in private was one thing. Showing it to real competitive players face to face was something else entirely.

Just finished sending out all beta access codes from Major 2 Birmingham. If we spoke at DreamHack this weekend — check your DMs. The response was unreal. Showed ForgeOS live to ranked grinders, Challengers players, and even a few people from the broadcast side. Every single person said the same thing: "Why doesn't this exist yet?" It's coming. Soon.