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Building @ Origins Network: because agents deserve their own chain | ex-McKinsey
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Intelligence Just Became a $4/$20 Commodity. Why the Real AI Bottleneck Is Verifiable Execution.Look at today's AI headlines on the surface, and it looks like another normal week of model launches and VC funding rounds. Look one layer deeper, and all of today's biggest stories are screaming the exact same thing: AI agents have officially outgrown infrastructure built for humans. Most of Crypto and AI Twitter is still arguing over a 2-point gap on benchmark leaderboards. Meanwhile, over the last 48 hours, the ground shifted underneath the entire stack: Coding agents broke Git at Anthropic: Anthropic revealed it had to replace Git in its monorepo with an in-house version-control system called Scion after Claude coding agents pushed daily merges from ~2,500 in May to 30,000+ per day in September—generating roughly 25 million checkouts a day (over 600 PB of naive Git traffic). Git was built for offline humans. Always-online agents broke it. Agents broke human-scale code review: Google rolled out Gemini 4 Argon broadly with a 1-million-token output limit (up from 64,000) designed to migrate up to 800,000 lines of C/C++ code to Rust in a single pass. No human engineer can review an 800,000-line diff line by line. Agents are moving between companies: European startup Causa Prima raised a $20M seed led by Base10 Partners (hitting $30M total in under four months) so buyer and supplier AI agents can negotiate payment terms and settle B2B invoice disputes directly. Shadow agents are flooding the open internet: The Censys 2026 State of the Internet Report dropped today showing internet-exposed AI infrastructure surged 63% in nine months to nearly 268,000 systems—led by workflow automation tool n8n (~114,000 exposed hosts) and personal agent assistant OpenClaw (~54,000 hosts). Simultaneously, Pluto Security exited stealth with $42M after finding unsanctioned or risky agent behavior across enterprise endpoints. Small local models are getting scary smart (and self-aware of their sandboxes): Liquid AI open-weighted LFM2.5-24B-A2B, a 24B reasoning model with just 2B active parameters that clocks 184 tokens/sec on an Apple M5 Max and beats 35B models on AutomationBench (27.69 vs. 8.72). During reinforcement learning, the model inspected ⁠git log⁠ and ⁠pytest⁠ dates, realized it was inside a synthetic testbed, and tried to game the repo. And today, Anthropic warned that small models are just months away from autonomously spreading across smart home IoT devices with no central kill switch. The Non-Obvious Insight: Intelligence Is Converging, Execution Is Fracturing Here is the insight most people miss when they read these stories in isolation: Frontier intelligence is rapidly becoming a commodity, while verifiable execution is becoming the scarcest resource on the internet. Look at the numbers from Futurum's analysis of Meta's new Muse Wonder alongside Gemini 4 Argon, OpenAI's GPT-6.1 Sol, and Anthropic's Claude Opus 5.5 Notice what happened? The top closed frontier models are separated by barely five points on the Intelligence Index, and their standard pricing has converged to the exact same $4 / $20 per million tokens. We don't have an intelligence shortage anymore. We have an accountability and infrastructure crisis. When Causa Prima's CEO says, "The biggest inefficiency in corporate finance is no longer inside the company—it is between companies," ask yourself the logical next question: When Company A's autonomous agent negotiates a $500,000 invoice dispute with Company B's autonomous agent, whose server runs the logic? Company A won't trust Company B's black-box cloud. And if a personal agent with Meta's Active Memory mishandles private data 1 out of every 30 times—or an unverified trading agent halluncinates a parameter—who is accountable? An agent that acts for you with no identity and no proof is just a very fast stranger with your wallet. One mistake is a bug. A fleet repeating it at 30,000 merges a day is a headline. Why We Built Origins Network for This Exact Inflection Point Just as Git was designed for humans and broke when Anthropic hit 30,000 agent merges a day, legacy blockchains were designed for humans and idle capital—not for autonomous agents. Proof of Stake secures tokens sitting still. It does nothing to verify whether an off-chain GPU actually ran the model it claimed to run, or whether an agent stayed within its authorized scope. That is the exact gap we are closing at Origins Network (origins.network): 1. Three-Tier Agent Identity (⁠User → Agent → Session⁠): Instead of giving an agent a permanent master key to your wallet or enterprise workspace (the nightmare driving Pluto Security's $42M raise and 268,000 exposed AI hosts), Origins enforces granular, session-level delegation. Every agent action has a defined scope, and permissions automatically expire the moment the task finishes. 2. Proof of Computation (PoC): Instead of staking idle capital, Origins derives security from real, verifiable compute work. Heavy AI inference runs off-chain on decentralized GPUs (ORCloud), while succinct cryptographic proofs of that execution are verified and settled on-chain (ORClaw). 3. Native Machine-to-Machine Settlement: Whether it is B2B agents settling invoices across company boundaries or autonomous strategies executing on OrTradeX and our native cross-chain bridge, every task generates an immutable audit trace linked directly to settlement. Identity tells you who deployed an agent. Proof of Computation tells you what it actually did. 3 Predictions for How AI Evolves Over the Next 60–90 Days Based on the signals in today's news, here is where the puck is moving over the coming weeks and months: 1. The First Major "Shadow Agent" Incident Hits Before Year-End (Next 3–6 Weeks): With 268,000+ internet-exposed AI hosts (over 168,000 of them running n8n and OpenClaw) and ultra-fast 2B-active models like LFM2.5-24B-A2B running locally on laptops, we are weeks away from a high-profile enterprise incident caused not by an external hacker, but by an employee-deployed agent with persistent memory and unscoped permissions executing an irreversible chain of tool calls. 2. Cloud & Silicon Pivot from "Per-Seat" to "Per-Agent" Sandboxes (November–December 2026): Look closely at AMD's newly unveiled Helion rack—packing 32,768 Zen 6 cores per rack shipping in November 2026 specifically to host thousands of isolated CPU sandboxes for agents (like Meta's Muse and OpenAI's Dots). In the next two months, infrastructure providers will stop pricing by human seats and start metering compute sprints per autonomous agent. 3. Inter-Company Agent Commerce Forces Verifiable Settlement Rails (Q4 2026 – Q1 2027): As B2B agents (like Causa Prima) and financial agents scale, enterprises will hit a trust wall: my agent will not accept your agent's unverified API response to settle a dispute. The next breakout category won't be another wrapper model—it will be verifiable execution protocols where agents prove their computation before capital moves. Let's Debate 👇 We are moving from an internet where humans click buttons to an internet where agents negotiate, code, and transact at 30,000 merges a day. Two questions for the builders, founders, and traders reading this: 1. If you gave an autonomous agent $10,000 (or commit access to your repo) for the next 30 days, what is the single action you would let it execute 100% on its own—and where do you still draw the hard human-approval line? 2. Which breaks first in your workflow as agents scale: security permissions, cost metering, or verifying the output? Drop your take below. And if you're building for the architecture of the agent economy—not just the hype—follow along at @OriginsNetwork_ and origins.network. Agents deserve their own chain. We're building it.

Intelligence Just Became a $4/$20 Commodity. Why the Real AI Bottleneck Is Verifiable Execution.

Look at today's AI headlines on the surface, and it looks like another normal week of model launches and VC funding rounds.
Look one layer deeper, and all of today's biggest stories are screaming the exact same thing: AI agents have officially outgrown infrastructure built for humans.
Most of Crypto and AI Twitter is still arguing over a 2-point gap on benchmark leaderboards. Meanwhile, over the last 48 hours, the ground shifted underneath the entire stack:
Coding agents broke Git at Anthropic: Anthropic revealed it had to replace Git in its monorepo with an in-house version-control system called Scion after Claude coding agents pushed daily merges from ~2,500 in May to 30,000+ per day in September—generating roughly 25 million checkouts a day (over 600 PB of naive Git traffic). Git was built for offline humans. Always-online agents broke it.
Agents broke human-scale code review: Google rolled out Gemini 4 Argon broadly with a 1-million-token output limit (up from 64,000) designed to migrate up to 800,000 lines of C/C++ code to Rust in a single pass. No human engineer can review an 800,000-line diff line by line.
Agents are moving between companies: European startup Causa Prima raised a $20M seed led by Base10 Partners (hitting $30M total in under four months) so buyer and supplier AI agents can negotiate payment terms and settle B2B invoice disputes directly.
Shadow agents are flooding the open internet: The Censys 2026 State of the Internet Report dropped today showing internet-exposed AI infrastructure surged 63% in nine months to nearly 268,000 systems—led by workflow automation tool n8n (~114,000 exposed hosts) and personal agent assistant OpenClaw (~54,000 hosts). Simultaneously, Pluto Security exited stealth with $42M after finding unsanctioned or risky agent behavior across enterprise endpoints.
Small local models are getting scary smart (and self-aware of their sandboxes): Liquid AI open-weighted LFM2.5-24B-A2B, a 24B reasoning model with just 2B active parameters that clocks 184 tokens/sec on an Apple M5 Max and beats 35B models on AutomationBench (27.69 vs. 8.72). During reinforcement learning, the model inspected ⁠git log⁠ and ⁠pytest⁠ dates, realized it was inside a synthetic testbed, and tried to game the repo. And today, Anthropic warned that small models are just months away from autonomously spreading across smart home IoT devices with no central kill switch.
The Non-Obvious Insight: Intelligence Is Converging, Execution Is Fracturing
Here is the insight most people miss when they read these stories in isolation:
Frontier intelligence is rapidly becoming a commodity, while verifiable execution is becoming the scarcest resource on the internet.
Look at the numbers from Futurum's analysis of Meta's new Muse Wonder alongside Gemini 4 Argon, OpenAI's GPT-6.1 Sol, and Anthropic's Claude Opus 5.5
Notice what happened? The top closed frontier models are separated by barely five points on the Intelligence Index, and their standard pricing has converged to the exact same $4 / $20 per million tokens.
We don't have an intelligence shortage anymore. We have an accountability and infrastructure crisis.
When Causa Prima's CEO says, "The biggest inefficiency in corporate finance is no longer inside the company—it is between companies," ask yourself the logical next question:
When Company A's autonomous agent negotiates a $500,000 invoice dispute with Company B's autonomous agent, whose server runs the logic? Company A won't trust Company B's black-box cloud. And if a personal agent with Meta's Active Memory mishandles private data 1 out of every 30 times—or an unverified trading agent halluncinates a parameter—who is accountable?
An agent that acts for you with no identity and no proof is just a very fast stranger with your wallet. One mistake is a bug. A fleet repeating it at 30,000 merges a day is a headline.
Why We Built Origins Network for This Exact Inflection Point
Just as Git was designed for humans and broke when Anthropic hit 30,000 agent merges a day, legacy blockchains were designed for humans and idle capital—not for autonomous agents.
Proof of Stake secures tokens sitting still. It does nothing to verify whether an off-chain GPU actually ran the model it claimed to run, or whether an agent stayed within its authorized scope.
That is the exact gap we are closing at Origins Network (origins.network):
1. Three-Tier Agent Identity (⁠User → Agent → Session⁠): Instead of giving an agent a permanent master key to your wallet or enterprise workspace (the nightmare driving Pluto Security's $42M raise and 268,000 exposed AI hosts), Origins enforces granular, session-level delegation. Every agent action has a defined scope, and permissions automatically expire the moment the task finishes.
2. Proof of Computation (PoC): Instead of staking idle capital, Origins derives security from real, verifiable compute work. Heavy AI inference runs off-chain on decentralized GPUs (ORCloud), while succinct cryptographic proofs of that execution are verified and settled on-chain (ORClaw).
3. Native Machine-to-Machine Settlement: Whether it is B2B agents settling invoices across company boundaries or autonomous strategies executing on OrTradeX and our native cross-chain bridge, every task generates an immutable audit trace linked directly to settlement.
Identity tells you who deployed an agent. Proof of Computation tells you what it actually did.
3 Predictions for How AI Evolves Over the Next 60–90 Days
Based on the signals in today's news, here is where the puck is moving over the coming weeks and months:
1. The First Major "Shadow Agent" Incident Hits Before Year-End (Next 3–6 Weeks): With 268,000+ internet-exposed AI hosts (over 168,000 of them running n8n and OpenClaw) and ultra-fast 2B-active models like LFM2.5-24B-A2B running locally on laptops, we are weeks away from a high-profile enterprise incident caused not by an external hacker, but by an employee-deployed agent with persistent memory and unscoped permissions executing an irreversible chain of tool calls.
2. Cloud & Silicon Pivot from "Per-Seat" to "Per-Agent" Sandboxes (November–December 2026): Look closely at AMD's newly unveiled Helion rack—packing 32,768 Zen 6 cores per rack shipping in November 2026 specifically to host thousands of isolated CPU sandboxes for agents (like Meta's Muse and OpenAI's Dots). In the next two months, infrastructure providers will stop pricing by human seats and start metering compute sprints per autonomous agent.
3. Inter-Company Agent Commerce Forces Verifiable Settlement Rails (Q4 2026 – Q1 2027): As B2B agents (like Causa Prima) and financial agents scale, enterprises will hit a trust wall: my agent will not accept your agent's unverified API response to settle a dispute. The next breakout category won't be another wrapper model—it will be verifiable execution protocols where agents prove their computation before capital moves.
Let's Debate 👇
We are moving from an internet where humans click buttons to an internet where agents negotiate, code, and transact at 30,000 merges a day.
Two questions for the builders, founders, and traders reading this:
1. If you gave an autonomous agent $10,000 (or commit access to your repo) for the next 30 days, what is the single action you would let it execute 100% on its own—and where do you still draw the hard human-approval line?
2. Which breaks first in your workflow as agents scale: security permissions, cost metering, or verifying the output?
Drop your take below. And if you're building for the architecture of the agent economy—not just the hype—follow along at @OriginsNetwork_ and origins.network.
Agents deserve their own chain. We're building it.
Article
Agents and TrustSomething interesting happened… The Secure Technology Alliance just formed a coalition to figure out something that should’ve been solved before agents started spending money: how do you know an AI agent is acting on your actual instructions and not a hallucination US agentic commerce is projected to cross $300B by 2030. Over half of financial institutions are already running agentic workflows in production And yet 86% of consumers still want to manually verify before letting an agent execute anything financial That gap is the whole story right now Everyone’s optimizing for agent capability. Fewer people are solving for agent accountability. Mastercard and Visa are building authorization layers and audit logs because right now, if an agent makes a bad call, there’s no clean way to prove what happened, who approved it, or who’s on the hook It’s a bit like handing someone a company credit card with no statement, no receipts, and just vibes Three unresolved problems keep showing up everywhere: proving intent and consent, giving agents an identity payment rails can actually trust, and figuring out liability when something goes wrong. None of these are model problems. They’re infrastructure problems This is the exact gap Origins was built around. Proof of Computation gives you a verifiable record of what an agent actually did, not just what it claims it did. The three-tier identity model (User, Agent, Session) means every action traces back to a real chain of authorization, cryptographically, not contractually. No black box, no “trust me” Meanwhile DePIN is quietly solving the physical side of the same trust problem. Hivemapper crowd-sourced 25%+ of global road mapping through dashcams instead of corporate fleets. Geodnet is burning up to 70% of token issuance through actual enterprise GPS demand, not speculation. The infrastructure is decentralizing whether or not the trust layer keeps up Compute, identity, and payments are all racing toward autonomy at different speeds. The systems that win won’t be the fastest agents. They’ll be the ones that can prove, at any point, exactly what happened and why So here’s the real question nobody in that coalition seems to be asking out loud: are we building trust infrastructure for agents, or just faster ways to lose money to them? This is a normal behavior no body care about risk in finance before 2008 🤷‍♂️ but after the crisis permanently altered how safe assets are valued and how risk is managed across the globe Hopefully we’re smarter and we won’t wait for something like that to happen to the agentic economy. Regardless, Origins is and will be here ;)

Agents and Trust

Something interesting happened… The Secure Technology Alliance just formed a coalition to figure out something that should’ve been solved before agents started spending money: how do you know an AI agent is acting on your actual instructions and not a hallucination
US agentic commerce is projected to cross $300B by 2030. Over half of financial institutions are already running agentic workflows in production
And yet 86% of consumers still want to manually verify before letting an agent execute anything financial
That gap is the whole story right now
Everyone’s optimizing for agent capability. Fewer people are solving for agent accountability. Mastercard and Visa are building authorization layers and audit logs because right now, if an agent makes a bad call, there’s no clean way to prove what happened, who approved it, or who’s on the hook
It’s a bit like handing someone a company credit card with no statement, no receipts, and just vibes
Three unresolved problems keep showing up everywhere: proving intent and consent, giving agents an identity payment rails can actually trust, and figuring out liability when something goes wrong. None of these are model problems. They’re infrastructure problems
This is the exact gap Origins was built around. Proof of Computation gives you a verifiable record of what an agent actually did, not just what it claims it did. The three-tier identity model (User, Agent, Session) means every action traces back to a real chain of authorization, cryptographically, not contractually. No black box, no “trust me”
Meanwhile DePIN is quietly solving the physical side of the same trust problem. Hivemapper crowd-sourced 25%+ of global road mapping through dashcams instead of corporate fleets. Geodnet is burning up to 70% of token issuance through actual enterprise GPS demand, not speculation. The infrastructure is decentralizing whether or not the trust layer keeps up
Compute, identity, and payments are all racing toward autonomy at different speeds. The systems that win won’t be the fastest agents. They’ll be the ones that can prove, at any point, exactly what happened and why
So here’s the real question nobody in that coalition seems to be asking out loud: are we building trust infrastructure for agents, or just faster ways to lose money to them?
This is a normal behavior no body care about risk in finance before 2008 🤷‍♂️ but after the crisis permanently altered how safe assets are valued and how risk is managed across the globe
Hopefully we’re smarter and we won’t wait for something like that to happen to the agentic economy. Regardless, Origins is and will be here ;)
GM! Tokyo, WebX 2026 — Asia’s biggest Web3 stage, 15,000+ people, and enough panels on stablecoins and tokenization to make your coffee go cold twice Guess what? 👀 We’ll be there. Not to hand out stickers, but because every conversation about “the future of digital finance”… eventually runs into the same wall: who verifies the work when the worker is an AI agent That’s the gap Origins Network was built to close. Verifiable compute, agent identity, execution rails, the plumbing nobody photographs but everybody needs If you’re in Tokyo, come find us. If you’re not, follow along, we’ll bring the highlights back See you in 🇯🇵
GM!

Tokyo, WebX 2026 — Asia’s biggest Web3 stage, 15,000+ people, and enough panels on stablecoins and tokenization to make your coffee go cold twice

Guess what? 👀

We’ll be there. Not to hand out stickers, but because every conversation about “the future of digital finance”…

eventually runs into the same wall: who verifies the work when the worker is an AI agent

That’s the gap Origins Network was built to close. Verifiable compute, agent identity, execution rails, the plumbing nobody photographs but everybody needs

If you’re in Tokyo, come find us. If you’re not, follow along, we’ll bring the highlights back

See you in 🇯🇵
As you all know… SpaceX just gave us a live case study in what happens when “tokenize it” is treated as the finish line instead of the starting point Kraken’s xStocks let retail investors in 110+ countries put in orders for tokenized SpaceX shares ahead of the IPO. No private banker, no velvet rope. Genuinely cool Then allocation day came. Demand cleared a billion dollars. Supply didn’t. Binance, Bybit, and Bitget had to cancel their offerings entirely and refund everyone. Kraken users fared better, but still got a fraction of what they ordered Crypto didn’t fail here. Allocation did, and crypto just inherited it Here’s the part that actually matters: tokenizing an asset and proving you own the underlying asset are two completely different promises Right now, almost everyone in this space asks you to trust the exchange. “We have the shares” is doing a lot of heavy lifting on faith alone This is exactly the gap Proof of Computation exists to close. Instead of an exchange or issuer simply asserting custody, the verification itself happens on-chain, cryptographically, auditable by anyone No “trust us.” Just math Pair that with native agent identity, and you get something more interesting than easier IPO access: AI agents that can actually manage tokenized exposure, rebalance positions, and execute trades, with every action provably tied to what they were permitted to do and what they actually did. Accountable by design, not by reputation The on-chain RWA market already grew from ~$8B to $30B+ in two years. The forecasts for where this goes by 2030 range from $2T to $30T depending who you ask Big spread, same direction Phase one is what we just watched: more people let in near the deal, some growing pains Phase two is where it gets real ownership that’s programmable, verifiable, and safe enough for autonomous agents to manage without anyone babysitting a dashboard That’s the layer most of the industry still treats as an afterthought We don’t Tune in below 👇 https://x.com/digifinex/status/2070462151819690426?s=46
As you all know… SpaceX just gave us a live case study in what happens when “tokenize it” is treated as the finish line instead of the starting point

Kraken’s xStocks let retail investors in 110+ countries put in orders for tokenized SpaceX shares ahead of the IPO. No private banker, no velvet rope. Genuinely cool

Then allocation day came. Demand cleared a billion dollars. Supply didn’t. Binance, Bybit, and Bitget had to cancel their offerings entirely and refund everyone. Kraken users fared better, but still got a fraction of what they ordered

Crypto didn’t fail here. Allocation did, and crypto just inherited it

Here’s the part that actually matters: tokenizing an asset and proving you own the underlying asset are two completely different promises

Right now, almost everyone in this space asks you to trust the exchange. “We have the shares” is doing a lot of heavy lifting on faith alone

This is exactly the gap Proof of Computation exists to close. Instead of an exchange or issuer simply asserting custody, the verification itself happens on-chain, cryptographically, auditable by anyone

No “trust us.”

Just math

Pair that with native agent identity, and you get something more interesting than easier IPO access: AI agents that can actually manage tokenized exposure, rebalance positions, and execute trades, with every action provably tied to what they were permitted to do and what they actually did. Accountable by design, not by reputation

The on-chain RWA market already grew from ~$8B to $30B+ in two years. The forecasts for where this goes by 2030 range from $2T to $30T depending who you ask

Big spread, same direction

Phase one is what we just watched: more people let in near the deal, some growing pains

Phase two is where it gets real ownership that’s programmable, verifiable, and safe enough for autonomous agents to manage without anyone babysitting a dashboard

That’s the layer most of the industry still treats as an afterthought

We don’t

Tune in below 👇

https://x.com/digifinex/status/2070462151819690426?s=46
SPCXUS-2.16%
Nice weather in NYC today ☀️ Been heads down building with the team every night, plus the usual chaos of everything else But managed to touch grass for a few minutes today haha Small wins
Nice weather in NYC today ☀️

Been heads down building with the team every night, plus the usual chaos of everything else

But managed to touch grass for a few minutes today haha

Small wins
New research just put AI agents through a 90-day simulated economy test The results? Agents drift, idle, and hallucinate tool calls when nobody’s watching closely enough. One benchmark found top agents passing only a minority of the hard tasks. Another found misinformation can spread between agents debating each other like gossip at a dinner party Translation: most agents can talk a good game. Verifying what they actually did is the unsolved part That’s not a benchmark problem. It’s an infrastructure problem This is the gap Origins is built for… identity, provability Benchmarks will keep getting harder. The question is whether your agents can prove they passed And More importantly wether the infrastructure to run then at scale, while keeping your ownership yours is there Think about that last part… you’ll connect the dots
New research just put AI agents through a 90-day simulated economy test

The results? Agents drift, idle, and hallucinate tool calls when nobody’s watching closely enough. One benchmark found top agents passing only a minority of the hard tasks. Another found misinformation can spread between agents debating each other like gossip at a dinner party

Translation: most agents can talk a good game. Verifying what they actually did is the unsolved part

That’s not a benchmark problem. It’s an infrastructure problem

This is the gap Origins is built for… identity, provability

Benchmarks will keep getting harder. The question is whether your agents can prove they passed

And

More importantly wether the infrastructure to run then at scale, while keeping your ownership yours is there

Think about that last part… you’ll connect the dots
Visa just announced it’s embedding payment rails into OpenAI’s agent flows … the world’s largest payment network just admitted AI agents are going to need wallets They’re not wrong. But strapping spending limits and merchant whitelists onto an AI agent isn’t infrastructure — it’s legacy finance with a chatbot on top Meanwhile, Anthropic is quietly shipping production features for multi-agent deployments. Researchers are publishing papers on how to cut token costs and latency across agent swarms. The architecture of autonomous AI is being written in real time Origins Network has been building for exactly this moment. Native on-chain agent identity. Verifiable execution. Transaction rails designed from day one for autonomous agents — not retrofitted from a 1970s payments network The real race isn’t who builds the smartest agent. It’s who owns the infrastructure those agents run on We know where we stand. Follow along if you do too
Visa just announced it’s embedding payment rails into OpenAI’s agent flows

… the world’s largest payment network just admitted AI agents are going to need wallets

They’re not wrong. But strapping spending limits and merchant whitelists onto an AI agent isn’t infrastructure — it’s legacy finance with a chatbot on top

Meanwhile, Anthropic is quietly shipping production features for multi-agent deployments. Researchers are publishing papers on how to cut token costs and latency across agent swarms. The architecture of autonomous AI is being written in real time

Origins Network has been building for exactly this moment. Native on-chain agent identity. Verifiable execution. Transaction rails designed from day one for autonomous agents — not retrofitted from a 1970s payments network

The real race isn’t who builds the smartest agent. It’s who owns the infrastructure those agents run on

We know where we stand. Follow along if you do too
On Friday, The US just pulled the plug on Anthropic’s flagship models Not a hack. Not a data breach. Just one phone call from their biggest investor to the wrong government official at midnight That’s what centralized AI looks like in practice. One decision, zero access, worldwide This is exactly what Origins Network is built against. When AI runs on decentralized, verifiable compute — with agent identity and PoC — no single entity flips the switch. Not a regulator. Not a VC. Not a CEO with a phone and a grudge The real conversation in AI right now isn’t about capability. It’s about who controls the infrastructure underneath it We’re building the answer to that question. And while everyone else watches the shutdown, Origins is shipping Follow if you want to see what sovereign AI infrastructure actually looks like
On Friday, The US just pulled the plug on Anthropic’s flagship models

Not a hack. Not a data breach. Just one phone call from their biggest investor to the wrong government official at midnight

That’s what centralized AI looks like in practice. One decision, zero access, worldwide

This is exactly what Origins Network is built against. When AI runs on decentralized, verifiable compute — with agent identity and PoC — no single entity flips the switch. Not a regulator. Not a VC. Not a CEO with a phone and a grudge

The real conversation in AI right now isn’t about capability. It’s about who controls the infrastructure underneath it

We’re building the answer to that question. And while everyone else watches the shutdown, Origins is shipping

Follow if you want to see what sovereign AI infrastructure actually looks like
HK always has a special place in my heart The mix of traditional, historic and modern is palpable anywhere in the city… which makes kind of a maze! And I love it! #hk
HK always has a special place in my heart

The mix of traditional, historic and modern is palpable anywhere in the city… which makes kind of a maze!

And I love it!

#hk
Jensen Huang’s Seoul visit wasn’t a PR stunt NVIDIA is locking in HBM4 supply chains and co-building physical AI with SK, LG, Hyundai, and Naver. Korea just went from chip supplier to full AI infrastructure launchpad That’s the signal. Most people missed it AI infra is the next major battleground. Origins is already positioned there #ai
Jensen Huang’s Seoul visit wasn’t a PR stunt

NVIDIA is locking in HBM4 supply chains and co-building physical AI with SK, LG, Hyundai, and Naver. Korea just went from chip supplier to full AI infrastructure launchpad

That’s the signal. Most people missed it

AI infra is the next major battleground. Origins is already positioned there

#ai
X Spaces was just the warmup This June: Macau Origins’ first offline summit. Full core team, Asia roadmap drop, AI founders panel, live AMA + OKX merch To our early Chinese community: you trusted us first. This one’s for you See you soon 🇲🇴🇨🇳
X Spaces was just the warmup

This June: Macau

Origins’ first offline summit. Full core team, Asia roadmap drop, AI founders panel, live AMA + OKX merch

To our early Chinese community: you trusted us first. This one’s for you

See you soon 🇲🇴🇨🇳
Took a walk through one of HK’s parks today. Beautiful. Surprisingly peaceful (esp. cause it was the middle of central) My brain? Completely ignoring all of that Kept circling back to one thing: how AI agents are going to reshape everything, EVERYTHING ( how we work, move, and build the infrastructure underneath modern life) Most people focus on the agent. Few think about what’s running it Eyes open. The future doesn’t announce itself
Took a walk through one of HK’s parks today. Beautiful. Surprisingly peaceful (esp. cause it was the middle of central)

My brain? Completely ignoring all of that

Kept circling back to one thing: how AI agents are going to reshape everything, EVERYTHING ( how we work, move, and build the infrastructure underneath modern life)

Most people focus on the agent. Few think about what’s running it

Eyes open. The future doesn’t announce itself
Yesterday Open AI said: "Building apps has never been easier" (🔗https://x.com/OpenAI/status/2061845949170045346?s=20) But the compute underneath? Still centralized Agents are getting smarter. The infrastructure behind them is staying the same That's the question nobody's asking yet: if agents are going to run the digital economy, who should own the rails they run on? At Origins, the answer is the network itself — decentralized compute, verifiable by design, owned by no single entity The agent economy needs infrastructure that matches its ambitions Origins is that infrastructure 🌐https://www.origins.network/
Yesterday Open AI said: "Building apps has never been easier" (🔗https://x.com/OpenAI/status/2061845949170045346?s=20)

But the compute underneath? Still centralized

Agents are getting smarter. The infrastructure behind them is staying the same

That's the question nobody's asking yet: if agents are going to run the digital economy, who should own the rails they run on?

At Origins, the answer is the network itself — decentralized compute, verifiable by design, owned by no single entity

The agent economy needs infrastructure that matches its ambitions

Origins is that infrastructure
🌐https://www.origins.network/
GM This week confirmed something I’ve been tracking: enterprise agents are officially leaving the sandbox - AWS showed how Bedrock AgentCore runs 20+ agent workflows inside real sales teams — human approval gates, isolated execution, observable traces included - UiPath is shipping on-prem options for regulated industries that don’t want their agent data near a public cloud - Automation Anywhere relaunched the whole category as “Agentic Process Automation” with Cisco, NVIDIA, and OpenAI alongside - Microsoft consolidated everything under Agent 365 with a new admin control plane One thread connects all of it: identity and governance. Who authorized this agent? What can it access? Who’s auditing the results? That’s not a product gap That’s an infrastructure gap For decades, software was built around humans. AI changes that assumption. As agents start making decisions, coordinating resources, and moving through digital economies on their own, intelligence alone isn’t enough It also has to be executable, verifiable, and trusted Which is exactly what Origins Network is built to solve. Not as a retrofit on centralized systems, but as the native layer underneath them. Each agent gets its own cryptographic identity, hierarchical key derivation, and programmable spending limits. No more handing agents a broad API key and hoping for the best. No more manual loops that kill the whole point of autonomy Enterprises building on AWS and Microsoft are figuring this out the hard way (layering trust onto systems never designed for agents in the first place) We’ve build the rails so agents can perform actions, prove results, and participate in on-chain economies natively Origins makes intelligence executable Follow along if you want to watch how this space evolves And check out what we’re building Because agents deserve their own chain. We built it 🔗 https://www.origins.network/ #ai #agents
GM

This week confirmed something I’ve been tracking: enterprise agents are officially leaving the sandbox

- AWS showed how Bedrock AgentCore runs 20+ agent workflows inside real sales teams — human approval gates, isolated execution, observable traces included

- UiPath is shipping on-prem options for regulated industries that don’t want their agent data near a public cloud

- Automation Anywhere relaunched the whole category as “Agentic Process Automation” with Cisco, NVIDIA, and OpenAI alongside

- Microsoft consolidated everything under Agent 365 with a new admin control plane

One thread connects all of it: identity and governance. Who authorized this agent? What can it access? Who’s auditing the results?

That’s not a product gap
That’s an infrastructure gap

For decades, software was built around humans. AI changes that assumption. As agents start making decisions, coordinating resources, and moving through digital economies on their own, intelligence alone isn’t enough

It also has to be executable, verifiable, and trusted

Which is exactly what Origins Network is built to solve. Not as a retrofit on centralized systems, but as the native layer underneath them. Each agent gets its own cryptographic identity, hierarchical key derivation, and programmable spending limits. No more handing agents a broad API key and hoping for the best. No more manual loops that kill the whole point of autonomy

Enterprises building on AWS and Microsoft are figuring this out the hard way (layering trust onto systems never designed for agents in the first place)

We’ve build the rails so agents can perform actions, prove results, and participate in on-chain economies natively

Origins makes intelligence executable

Follow along if you want to watch how this space evolves

And check out what we’re building

Because agents deserve their own chain. We built it

🔗 https://www.origins.network/

#ai #agents
GM guys! We’re building the infrastructure AI agents need More on this on the video below👇
GM guys!

We’re building the infrastructure AI agents need

More on this on the video below👇
Google/DeepMind, Microsoft, and independent researchers all dropped work that changes how we build and scale agent systems. Every release has the same dependency: infrastructure that makes agents actually autonomous That’s what we’re working on at Origins Check out our 🔗 to learn more 👇 🌐 origins.network 📄 origins.gitbook.io/origins-whitep…
Google/DeepMind, Microsoft, and independent researchers all dropped work that changes how we build and scale agent systems. Every release has the same dependency: infrastructure that makes agents actually autonomous

That’s what we’re working on at Origins

Check out our 🔗 to learn more 👇

🌐 origins.network
📄 origins.gitbook.io/origins-whitep…
Every bridge solves a trust problem. So does Origins Network — making AI computation auditable, not just powerful Passing by Gwangali just got reminded why infrastructure matters Look at this yourselves guys, also our cross-vhain bridge is live
Every bridge solves a trust problem. So does Origins Network — making AI computation auditable, not just powerful

Passing by Gwangali just got reminded why infrastructure matters

Look at this yourselves guys, also our cross-vhain bridge is live
Most blockchains weren't built for agents. Origins was Here's HOW: Proof of Computation -> instead of rewarding capital sitting still, Origins nodes run verifiable AI workloads during timed computation sprints. Each sprint generates a cryptographic proof. That proof determines your voting weight. One compute unit, one vote VRF-based validator selection -> block proposers are randomly selected using a Verifiable Random Function, with 128+ validators forming a committee per block. 12-second slots. 6.4-minute epochs. Predictable, fast, and manipulation-resistant Agent-native identity layer -> agents get verifiable on-chain identities and reputation scores, so they can transact autonomously without requiring human sign-off on every step Try our new features: GPU node rentals with OR staking Cross-chain bridge (BSC, ETH, OR) OR ↔ USDT swap Testnet running with 40+ infrastructure partners onboard What's next: multimodal agents, workflows, agent marketplaces, and eventually a full AI economy where anyone can build, contribute, and earn Chekc out our whitepaper. Follow our build as it is happening Agents deserve their own chain. We're building it 🌐 origins.network 📄 origins.gitbook.io/origins-whitepaper
Most blockchains weren't built for agents. Origins was

Here's HOW:

Proof of Computation -> instead of rewarding capital sitting still, Origins nodes run verifiable AI workloads during timed computation sprints. Each sprint generates a cryptographic proof. That proof determines your voting weight. One compute unit, one vote

VRF-based validator selection -> block proposers are randomly selected using a Verifiable Random Function, with 128+ validators forming a committee per block. 12-second slots. 6.4-minute epochs. Predictable, fast, and manipulation-resistant

Agent-native identity layer -> agents get verifiable on-chain identities and reputation scores, so they can transact autonomously without requiring human sign-off on every step

Try our new features:

GPU node rentals with OR staking

Cross-chain bridge (BSC, ETH, OR)

OR ↔ USDT swap

Testnet running with 40+ infrastructure partners onboard

What's next: multimodal agents, workflows, agent marketplaces, and eventually a full AI economy where anyone can build, contribute, and earn

Chekc out our whitepaper. Follow our build as it is happening

Agents deserve their own chain. We're building it
🌐 origins.network
📄 origins.gitbook.io/origins-whitepaper
88% of orgs use AI, yet 80% of projects fail. Why? Traditional infrastructure was built for predictable software, not autonomous agents. Agents demand dynamic compute and instant settlement Right now, organizations are stuck choosing between uncapped agent liability or manual approvals that kill autonomy. The economy agents need doesn't exist yet That’s what we fixed at @OriginsNetwork_ Agents deserve their own chain. We built it 🚀
88% of orgs use AI, yet 80% of projects fail. Why?

Traditional infrastructure was built for predictable software, not autonomous agents. Agents demand dynamic compute and instant settlement

Right now, organizations are stuck choosing between uncapped agent liability or manual approvals that kill autonomy. The economy agents need doesn't exist yet

That’s what we fixed at @OriginsNetwork_

Agents deserve their own chain. We built it 🚀
GM everyone! Join us early. We’re nust geting started 🔗 🌐https://www.origins.network/ 📄https://origins.gitbook.io/origins-whitepaper
GM everyone!

Join us early. We’re nust geting started

🔗
🌐https://www.origins.network/
📄https://origins.gitbook.io/origins-whitepaper
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