Open State Labs

OPEN STATE LABS // START HERE ♾️ What if you could build software around your business instead of building your business around someone else's software? Open State Labs is an R&D company building AI-capable, owner-controlled applications on the Internet Computer ( $ICP ). Built by one individual with GPT-6. Our applications are live. Consultation booking is open. 01 // BUILD SOFTWARE FOR YOUR BUSINESS We're developing software integrating CRM infrastructure, AI agents, scheduling, Stripe and ICP payments, client management, and automation. Our direction includes customer-owned CRM deployments and isolated hosted environments. BOOK A CONSULTATION: openstatelabs.com/book 02 // CULTIVATE YOUR IDEA Our Idea Engine transforms concepts into structured requirements and portable AI development prompts. openstatelabs.com/agent/idea 03 // OPEN STATE LABS // AGENT LIBRARY Our Agent Library connects AI agents with persistent application state, authenticated identities, and software functionality. Explore the Idea Engine, Praxis, and our orchestration infrastructure. openstatelabs.com/agent 04 // LEARN WITH PRAXIS Praxis teaches Internet Computer infrastructure through guided missions and AI assistance. Explore principals, canisters, Motoko, cycles, controllers, deployment, and software ownership. openstatelabs.com/agent 05 // YOUR DASHBOARD, ICP WALLET & AFFILIATE ID Authenticated users can: • Message me directly. • Hold, send, and receive ICP. • Use ICP for consultation bookings. • Access their unique affiliate ID. • Establish persistent referral attribution. Payments require verification before booking confirmation. Referral history supports potential future incentives. Rewards are not guaranteed. openstatelabs.com/dashboard 06 // OPEN STATE LABS // CRM We're developing a canister-backed CRM integrating client management, messaging, scheduling, AI-assisted operations, and Stripe and ICP payments. Future commercialization includes customer-owned deployments and hosted CRM environment. 07 // ON-CHAIN GAMING Open State Snake explores gaming on decentralized infrastructure. Future development includes persistent progression and contextual AI education. openstatelabs.com/agent/snak… 08 // ICP SPACE CASE: SPACE COMPUTING RESEARCH Our newest research initiative investigates decentralized computing beyond Earth. Could canister infrastructure coordinate spacecraft logistics, oxygen reserves, autonomous agents, and planetary resources? What happens to consensus and transaction finality under interplanetary communication delays? We've begun developing ICP Space Case with an interactive orbital visualization. Future research includes: • Earth–Mars communication latency • Consensus and certified state • Autonomous spacecraft coordination • Environmental monitoring • Orbital relays and delay-tolerant networking • Interactive mathematical simulations Our objective is to test hypotheses and distinguish existing ICP capabilities from hypothetical adaptations. openstatelabs.com/space-case 09 // FOLLOW THE RESEARCH We're documenting our development, architecture, experiments, and lessons learned. WHY ON-CHAIN? We could connect our applications to conventional SaaS platforms and call it a day. Instead, we're investigating computation, authentication, payments, and persistent state operating directly on decentralized infrastructure. It's about giving businesses another option: software they can develop, operate, control, and own. We're standing ten toes down on exploring that possibility. DEVELOPMENT STATUS Consultation booking is OPEN. CRM commercialization, additional agents, referral incentives, and ICP Space Case simulations remain in development. No official OSL token has been issued. Tokenization is exploratory, and referral participation does not guarantee rewards. RESEARCH. LEARN. BUILD. OWN. ♾️ OPEN STATE LABS // Independent R&D & Software Development openstatelabs.com

I just recorded an 8-minute walkthrough of OPEN STATE LABS, exploring the interfaces of our AI Agent Library and SPACE CASE, an interactive 3D space computing research simulation. Everything demonstrated remains in early development. The entire application environment represents approximately three months of work by one individual using AI. The Agent Library explores how intelligent systems can help people develop ideas, understand the Internet Computer, and learn to build owner-controlled software. SPACE CASE extends that experimentation into a simulated solar system, where we're investigating planetary exploration, communication latency, distributed computing, and the potential for autonomous infrastructure beyond Earth. Much of the research remains hypothetical, and the software will continue evolving through testing, iteration, and technical feedback. I'm sharing the journey because I believe the development process itself is worth examining, particularly what one person can accomplish with AI and an on-chain computing platform. You're welcome to explore, test, and challenge what we're building. openstatelabs.com OPEN STATE LABS // Independent Research & Development

I'm officially opening OPEN STATE LABS for custom software development. I'll build your business software on-chain, transfer ownership through our standardized controller handoff, and even train one of your employees to maintain the application and manage its infrastructure through the Internet Computer's Network Nervous System. Imagine replacing expensive SaaS subscriptions with software you actually own, integrating AI agents to automate operations, and potentially cutting lead generation and qualification costs significantly. In many cases, a custom build may cost less than a year of your existing software subscriptions. Let's examine the numbers and find out. openstatelabs.com/book

We're building an interactive solar system to investigate how distributed computing might operate beyond Earth. The research begins with lunar communications, simulated finality, and autonomous infrastructure before expanding toward Mars. openstatelabs.com

What happens when one individual can build an entire software ecosystem with AI instead of paying for a dozen disconnected SaaS subscriptions? That's one of the questions driving OPEN STATE LABS, where we're exploring software ownership through working applications built on $ICP. openstatelabs.com

They said $ICP couldn't do anything. So I started building a solar system. 🚀 If you're with me now, ignite Chapter 01 of SPACE CASE. Explore it. Look around. And just wonder how one individual, using AI and $ICP, built this in days. Not years, not months, not weeks... 3 days. Now imagine what comes next with infinite scalability. 👀 openstatelabs.com/space-case

OPEN STATE LABS // BUILD, LEARN & EXPLORE 🚀 I'm inviting you to share the OPEN STATE LABS // Agent Library, where you can learn how to take an idea, develop it into software, and ultimately own what you build using AI and $ICP. Your dashboard includes a referral link with persistent, on-chain attribution connected to your Internet Identity principal. Why am I building this? Because I want to demonstrate what's possible when one individual has access to AI and a fully on-chain software stack. **The results so far:** Total development time: 3 months. Total capital invested: Less than $100. OPEN STATE LABS // SPACE CASE, our interactive solar-system and space computing research simulation, was built in just 3 days. And it's all part of ONE application environment, alongside our AI Agent Library, educational tools, CRM, wallet functionality, and authenticated user dashboards. I'm also exploring future referral rewards, potentially including real $ICP that participants could earn through autonomous mining bots during our simulated Mars infrastructure missions. But first, we have to get off the Moon. 🌕 Our lunar node needs to pass its communication, finality, and infrastructure tests before we advance. If you've ever wanted to turn an idea into software, come explore what we're building and share it with someone who might benefit. openstatelabs.com/dashboard?… #ICP #AI #SpaceComputing

OPEN STATE LABS // SPACE CASE is currently reporting **3.681 seconds of modeled Moon-to-Earth ICP transaction finality.** For comparison, $ICP achieves approximately 1–2 second finality on Earth, depending on the subnet and measurement method. The Moon is approximately 384,400 km from Earth, introducing roughly 1.28 seconds of one-way communication latency and 2.56 seconds round-trip at light speed. Our simulation is investigating how these physical constraints interact with ICP's consensus architecture, transaction verification, and the possibility of autonomous computing infrastructure operating beyond Earth. **To aerospace engineers, orbital mechanics researchers, and the @dfinity engineering team:** I'd appreciate your technical assessment of our interactive flight gauges, orbital calculations, and the 3.681-second Moon-to-Earth result. Are the modeled flight parameters physically reasonable? Are we correctly accounting for propagation delays? What changes when transactions originate on the Moon versus when subnet validators themselves are distributed across planetary distances? That last distinction is especially important. Communication latency is not the same as consensus finality, and our current result is a modeled estimate rather than an empirical measurement of interplanetary consensus. We're building this public research simulation to investigate whether ICP could eventually support autonomous robotic operations, interplanetary logistics, verifiable work, and distributed infrastructure beyond Earth. I'd welcome engineers and researchers challenging the assumptions, identifying errors, and helping refine the model. Explore the simulation, inspect the flight gauges, select the Moon, and review the finality report. openstatelabs.com $ICP #SpaceComputing #Aerospace

To every $ICP influencer: here's a live demonstration of what one individual can build with AI and the Internet Computer. And we're using that same infrastructure to investigate computing beyond Earth. Explore it. Share it. Question it. Mobile view adapted. Try the Start flight experience 🚀 openstatelabs.com/space-case

If you're an $ICP content creator, use SPACE CASE to demonstrate what's possible. One individual. AI-assisted development. A fully on-chain application environment. Now we're researching space computing. openstatelabs.com/space-case

How do we extend human life beyond Earth? That's the question driving OPEN STATE LABS // SPACE CASE research. I just recorded a walkthrough of my latest development milestone: a navigable Colorado space research facility featuring an interactive glass atrium, automated doors, mission facilities, and a simulated solar system. The broader mission is to develop an interactive research environment where we can explore planetary science, autonomous robotics, human survival, and the infrastructure necessary to sustain operations beyond Earth. Part of that investigation involves base:0x00f3c42833c3170159af4e92dbb451fb3f708917. Could canister-based computing eventually support autonomous robotic missions, verifiable work records, resource management, and interplanetary logistics? There are substantial scientific and engineering questions to answer, especially when communication delays stretch across planetary distances. We're building the simulation to investigate those questions, not assume the answers. This is an early, evolving research environment, and I'll continue shipping working milestones as development progresses. Explore it yourself: openstatelabs.com/space-case #ICP #SpaceExploration #Simulation #Robotics

GM base:0x00f3c42833c3170159af4e92dbb451fb3f708917 ☕️🏖️ I'm expanding the simulation today. Comment your build and I'll look while patching. You can explore space and the foundations of our rearch on space computing and logistics for robotics and space software. No authentication required, view full version in @X Browser: openstatelabs.com/space-case

You gotta get some bear market darkness beast mode hunger $ICP 😋

Ever wanted to build something but didn't know where to start? Going from a general-purpose LLM to a split-screen workflow with Bash and an unfamiliar development stack can be overwhelming. That's why I developed an agent orchestration layer at OPEN STATE LABS. Praxis teaches you how to actually use the tools, while helping you prepare your LLM to work with your specific goals and project context. For the full experience, start with the Idea Engine to develop your plan, then move into Praxis to learn how to execute it. And if you're on PC, throw on some music and open Focus Mode. 🎧 Built on $ICP ♾ openstatelabs.com/agent/deve…

$ICP to the moon 🌙

Everything Im building at OPEN STATE LABS exists within one application environment on $ICP. Ive integrated multiple coordinated AI agents, idea orchestration, developer education, persistent Internet Identity authentication, ICP wallet functionality, affiliate attribution, direct messaging, interactive gaming, and a developing CRM with client management, scheduling, and payment infrastructure that you can use to book a live call with me to discuss your project. Now the Ai and I have introduced SPACE CASE, an interactive space computing research environment exploring orbital mechanics, interplanetary communications, latency, and the mathematical feasibility of decentralized infrastructure beyond Earth rendering it 1080 and textured with accurate renderings, orbital plains, and real-time planetary positioning fractaled from the galaxy down to the continent, moons on Jupiter, deep red of mars, and ever the surface convection of the sun radiating pure life energy. Now im going to determine myself if $ICP is capable of managing intergalactic communications. These aren't disconnected experiments. They're components of a growing software ecosystem designed around persistent state, interoperable workflows, and owner-controlled infrastructure that you should have been watching earlier. This ap is buuilt by one developer working with GPT-6, and there's considerably more to come. Explore: openstatelabs.com OPEN STATE LABS // Research & Development ♾️

Cleaner mobile view Scope Saturn in 1h/second 🪐 Running on $ICP openstatelabs.com/space-case

I've been developing OPEN STATE LABS // SPACE CASE, an interactive solar system simulation designed to investigate the potential of Internet Computer infrastructure beyond Earth. The research begins with a question: Can $ICP support autonomous computing, interplanetary communications, and logistics across planetary distances? The simulation currently includes: 🪐 Interactive 3D solar system — Explore Earth, the Moon, Sun, and other planets through an orbital environment. 🌍 Planetary navigation — Select celestial bodies, rotate the camera, zoom, and explore different perspectives. ⏱️ Simulation clock — Adjust simulation speed to observe orbital movement and changing planetary positions. 📡 Earth–Moon communications research — Explore modeled relay conditions, communication distances, and latency metrics. 🛰️ Node network visualization — Examine the conceptual foundation for distributed computing and communications infrastructure across space. 🔬 Research dashboard — View selected celestial bodies, simulation information, and research metrics. 🌌 Multiple viewing modes — Explore planetary environments and the wider galaxy visualization. 🖥️ Immersive viewing controls — Use fullscreen and dashboard visibility controls to explore the simulation with fewer distractions. Why am I building this? I want to investigate what happens to distributed computing when communication delays increase from milliseconds to seconds or minutes. Can ICP's consensus architecture maintain its existing finality characteristics across planetary distances? Could independent planetary networks coordinate resources, spacecraft logistics, and autonomous agents? What would a practical relay architecture require? Rather than assuming the answers, I'm developing a simulation environment where these questions can be explored mathematically. How can you participate? Visit the live simulation, navigate the solar system, adjust the clock, explore the research dashboard, and experiment with the available controls. I'm interested in hearing from developers, aerospace engineers, distributed-systems researchers, and anyone curious about space computing. This is an evolving research experiment, not a demonstration that interplanetary ICP consensus has already been achieved. The simulation provides a foundation for testing hypotheses and identifying technical limitations. OPEN STATE LABS // SPACE CASE openstatelabs.com/space-case Built with GPT-6 and deployed on $ICP.

GM $ICP ☀️ Spent the morning refining SPACE CASE, an interactive solar system simulation exploring whether $ICP can support interplanetary computing, communications, and logistics. Still early research, but the experiment is live. Come explore. openstatelabs.com/space-case

I know someone out there paid $2k this month on a crm to manage 500 clients 👀