Pinned Tweet
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 ( $ICP$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/snake
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
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 ( $ICP$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/snake
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
0
0
2
217
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 istics 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.
The research begins with a question: Can $ICP support autonomous computing, interplanetary istics 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.
1
0
7
181
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
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
0
0
5
191
OPEN STATE LABS // Space Computing Research ♾️
The simulation foundation for ICP Space Case is taking shape.
Can $ICP mathematically maintain its finality rate across space and time?
Could we establish autonomous computing nodes from the Moon to Mars and eventually beyond inating spacecraft traffic, oxygen, fuel, and interplanetary logistics?
Can independent planetary networks maintain one-second local finality while exchanging verifiable state across astronomical distances?
What happens when communication takes minutes, years, or entire networks go offline?
I'm building simulations to investigate these questions, test physical limitations, and explore the future of decentralized space infrastructure.
If you're interested in space, physics, aerospace engineering, or distributed computing, I'd love to hear your ideas.
openstatelabs.com
The simulation foundation for ICP Space Case is taking shape.
Can $ICP mathematically maintain its finality rate across space and time?
Could we establish autonomous computing nodes from the Moon to Mars and eventually beyond inating spacecraft traffic, oxygen, fuel, and interplanetary logistics?
Can independent planetary networks maintain one-second local finality while exchanging verifiable state across astronomical distances?
What happens when communication takes minutes, years, or entire networks go offline?
I'm building simulations to investigate these questions, test physical limitations, and explore the future of decentralized space infrastructure.
If you're interested in space, physics, aerospace engineering, or distributed computing, I'd love to hear your ideas.
openstatelabs.com
0
0
1
73
Open State Labs retweeted
@coinbureauH@WordPressdy running on $ICP.
Why $ICPfully implement canister tech for existing customers first?
Deploy canisters for the migration — i bet @dfinity has@dfinityrn that could help.
The last thing a legacy website hosting service needs is millions of Amex cards exposed to North Korean hackers.
Captains are running for the lifeboat while the cooks whip up dinner and the ballroom tunes, as the iceberg of cybercrime bears down on web2 infrastructure.
Only customers are being hit by this, customers of customers.
The day of owning and developing your own sovereign software is here, right now on $ICP ✅️⏳️
Why $ICPfully implement canister tech for existing customers first?
Deploy canisters for the migration — i bet @dfinity has@dfinityrn that could help.
The last thing a legacy website hosting service needs is millions of Amex cards exposed to North Korean hackers.
Captains are running for the lifeboat while the cooks whip up dinner and the ballroom tunes, as the iceberg of cybercrime bears down on web2 infrastructure.
Only customers are being hit by this, customers of customers.
The day of owning and developing your own sovereign software is here, right now on $ICP ✅️⏳️
0
2
3
14
The simulations foundation is in. Git back up, and dev checkpoint reached. Lets put $ICP on mars 👀🚀
openstatelabs.com
openstatelabs.com
I think one of the most overlooked use cases for $ICP is space infrastructure.
As SpaceX moves toward interplanetary logistics, how do we coordinate resources, transmit value, and maintain verifiable information across multiple spacecraft and settlements?
I'm particularly interested in testing ICP's finality under simulated astronomical distances and communication delays.
1
1
5
221
Imagine it's 2045. You're on Mars, managing a settlement with 400 residents, autonomous spacecraft, oxygen production, and a fleet of mining robots.
Your AI agent just notified you that a cargo shipment from Earth is running behind schedule, oxygen production is down 3%, and somebody has been using the settlement's energy reserves to mine meme coins. 😂
You send a message to Earth. It'll take 18 minutes to arrive.
Fortunately, your local computing infrastructure doesn't need to call Houston every time somebody flushes a toilet.
Now imagine that infrastructure operating through autonomous agents, canister smart contracts, and verifiable resource accounting on $ICP.
I'm increasingly curious about what happens when we start modeling decentralized computing against the actual physics of interplanetary operations.
The funniest part is that we might discover the biggest challenge isn't the 18-minute communication delay.
It's getting the guy mining meme coins to stop using the oxygen budget.
OPEN STATE LABS // Space Computing Research
openstatelabs.com
Your AI agent just notified you that a cargo shipment from Earth is running behind schedule, oxygen production is down 3%, and somebody has been using the settlement's energy reserves to mine meme coins. 😂
You send a message to Earth. It'll take 18 minutes to arrive.
Fortunately, your local computing infrastructure doesn't need to call Houston every time somebody flushes a toilet.
Now imagine that infrastructure operating through autonomous agents, canister smart contracts, and verifiable resource accounting on $ICP.
I'm increasingly curious about what happens when we start modeling decentralized computing against the actual physics of interplanetary operations.
The funniest part is that we might discover the biggest challenge isn't the 18-minute communication delay.
It's getting the guy mining meme coins to stop using the oxygen budget.
OPEN STATE LABS // Space Computing Research
openstatelabs.com
1
0
3
131
The more I investigate $ICP's potential in space infrastructure, the more questions emerge around autonomous computing, interplanetary communications, and resource coordination.
Could on-chain agents monitor atmospheric conditions, oxygen reserves, spacecraft traffic, and logistics across independently operating planetary networks?
How might radio-frequency communications, orbital relays, and eventually neural interfaces integrate with canister-based infrastructure?
And what happens to consensus, certified state, and transaction verification when communication delays stretch from milliseconds to minutes?
These are questions worth testing mathematically rather than answering through speculation.
I'm exploring how to model these conditions through an interactive simulation, examining where ICP's existing architecture performs, where it encounters limitations, and what adaptations might be necessary.
There's a fascinating intersection of aerospace engineering, distributed computing, and autonomous systems here.
OPEN STATE LABS // Space Computing Research
openstatelabs.com
Could on-chain agents monitor atmospheric conditions, oxygen reserves, spacecraft traffic, and logistics across independently operating planetary networks?
How might radio-frequency communications, orbital relays, and eventually neural interfaces integrate with canister-based infrastructure?
And what happens to consensus, certified state, and transaction verification when communication delays stretch from milliseconds to minutes?
These are questions worth testing mathematically rather than answering through speculation.
I'm exploring how to model these conditions through an interactive simulation, examining where ICP's existing architecture performs, where it encounters limitations, and what adaptations might be necessary.
There's a fascinating intersection of aerospace engineering, distributed computing, and autonomous systems here.
OPEN STATE LABS // Space Computing Research
openstatelabs.com
0
3
31
416
Most people don't realize that nearly $700 million in $ICP is locked in NNS governance staking alone. That doesn't even account for assets committed across the SNS ecosystem.
Mission 70 has already demonstrated substantial reductions in inflationary pressure, while real-world development continues to drive demand for compute.
Major software players are beginning to recognize the potential of decentralized infrastructure as the limitations and vulnerabilities of legacy systems become increasingly apparent.
Now consider the economics of tightening supply alongside growing computational demand.
It wouldn't take much of a supply shock for things to get interesting very quickly.
Mission 70 has already demonstrated substantial reductions in inflationary pressure, while real-world development continues to drive demand for compute.
Major software players are beginning to recognize the potential of decentralized infrastructure as the limitations and vulnerabilities of legacy systems become increasingly apparent.
Now consider the economics of tightening supply alongside growing computational demand.
It wouldn't take much of a supply shock for things to get interesting very quickly.
1
1
29
536
I think we're seriously underestimating what's happening with AI-assisted development.
I'm using GPT-6 to build interconnected applications, AI agents, payment infrastructure, and persistent software on $ICP.
The opportunity isn't just generating code. It's learning to architect systems that you actually own.
openstatelabs.com
I'm using GPT-6 to build interconnected applications, AI agents, payment infrastructure, and persistent software on $ICP.
The opportunity isn't just generating code. It's learning to architect systems that you actually own.
openstatelabs.com
2
2
9
201
You've heard of Light Mode and Dark Mode.
Now experience Focus Mode.
An immersive, AI-powered workspace designed to help you explore ideas, develop strategies, and turn complex thinking into actionable plans.
openstatelabs.com/agent/idea
Now experience Focus Mode.
An immersive, AI-powered workspace designed to help you explore ideas, develop strategies, and turn complex thinking into actionable plans.
openstatelabs.com/agent/idea
0
0
1
28
The next wave of software engineering is already here. AI orchestration and decentralized compute are changing what small teams can build, scale, and own.
Whether you're a senior engineer, just entering the field, or running a business, the opportunity is to learn the building.
Explore what's possible: openstatelabs.com/agent
Whether you're a senior engineer, just entering the field, or running a business, the opportunity is to learn the building.
Explore what's possible: openstatelabs.com/agent
0
1
1
21