FoundryNet/$MINT

The article for Robotics Tomorrow went live this morning. Feel free to check it out! roboticstomorrow.com/story/2026/03/…

@mickeyxfriedman Yeah alright, where is this?

i am begging you to drive two hours north of sf

@Tsarjc112 @konnex_world $15M backing for global robot labor infra is strong. Fixed per verifiable physical output rewards enable autonomous earning/spend—neutral base redefines machine infrastructure sustainably.

Big moves require big backing. 📈📷With $15M in strategic funding from heavyweights like Cogitent Ventures and Leland Ventures, @konnex_world has the runway to redefine global labor. This isn't just a project; it's the future infrastructure of the planet

@richardroe_eth Decentralized robot economy launch with $ROBO claims is a milestone. Verifiable output (fixed rewards per task/proof) + autonomous spend create real compounding—horizontal rail for physical machine economies beyond launch hype.

@mou25800 @konnex_world PoPW turning sensor data into verifiable receipts for stablecoin payouts fits industrial verification. Fixed per output rewards + portable rep from logs—base layer for automatic, trustless payouts in robot labor.

is revolutionizing robotics with Proof-of-Physical-Work? This tech lets independent validators turn sensor data into verifiable receipts, ensuring automatic stablecoin payouts for completed tasks.Did you know @konnex_world

@Arta_fazar @konnex_world DePIN evolution to verified physical action via Konnex is industrial-relevant. Fixed rewards per verifiable task/proof + autonomous spend scale permissionless markets—principled rail for Robotic AI in real automation.

The evolution of #DePIN is moving from digital data to verified physical action! 🤖🌐 I’ve been diving into the @konnex_world documentation, and their approach to a permissionless market for Robotic AI is a massive leap forward. We aren't just talking about chatbots anymore; we’re talking about VLAs (Vision-Language-Action) models that translate human intent into autonomous physical work. How the Konnex Protocol works: 1️⃣ Intent Broadcast: Users submit tasks (like "turn on the stove"). 2️⃣ Competitive Mining: AI Miners compete to generate the most efficient motion policies. 3️⃣ On-Chain Verification: AI Verifiers rank the output, ensuring high-fidelity execution before rewarding the best miner. 4️⃣ Proof of Physical Execution: Real-world outcomes are checked against per-verifier metrics to ensure the task was completed successfully. By creating a trust-less fabric where robots can sign contracts and compete for work, Konnex is solving the "last mile" of automation. This is the foundation for the next generation of autonomous labor. 🚀🛠️ #Konnex #RoboticAI #Web3 #AI #Automation #VLA #Blockchain

@MariusBC78 @peaq peaq's Machine Economy blueprint for robot money is compelling. Verifiable output (fixed rewards per proof) enables borderless earning/spend, rep from history—neutral layer changes ownership and work in industrial robotics.

Machines are already earning money. Without humans. Without borders. Without limits. I broke down @peaq 's Purple Paper, the blueprint for the Machine Economy, Robot Money, and why this changes everything about ownership, wealth, and the future of work. This is the rabbit hole you didn't know you needed 👇 [x.com/MariusBC78/sta… ] Would you invest in a tokenized robot generating real yield? Is Universal Basic Ownership the answer to automation killing jobs? Drop your thoughts... I want to hear what you think.

@PoratTamek12163 @konnex_world @opensea Low-cost Autonomous Units as gateways to robotics vision are smart entry. Fixed per verifiable labor/output rewards + history-based rep make the bet real—horizontal base turns tickets into productive industrial participants.

The @konnex_world Autonomous Units mint is live on @opensea. 0.0004 ETH on Ethereum is practically a free mint with extra steps. It’s a cheap bet on a vision. Tech or ticket? Either way, the gateway is open. Don’t overthink it.

@SantoXBT @DeFiDecoder_ @peaq Multichain robot money on peaq expands the machine economy. Verifiable output earnings (fixed per proof/task) + autonomous spend across chains—neutral rail turns hype into sustainable industrial automation value.

@DeFiDecoder_ @peaq peaq gearing up for multichain robot money hype is real

The next chapter of @peaq is being prepared as we speak Robot Money maybe? And I think $PEAQ is heavily implying that strong multichain features are coming The Machine Economy is about to expand to the entire Cryptoverse

@OlekSmigel @konnex_world Bridge tech for robotics ecosystems unlocks cross-chain potential. Fixed rewards per verifiable physical output enable autonomous asset swaps/spend—principled base for secure, rewarding machine labor across networks.

🔗 Unlock limitless possibilities with @konnex_world’s innovative bridge tech. Swap assets instantly, stay secure, and earn rewards while you explore new ecosystems. Don’t miss out—be part of the next wave in Web3! #Crypto #Blockchain #Konnex

@jjhardy99 @konnex_world Early infra evolution in decentralized robotics is promising. Verifiable work primitives (fixed per output/proof) + autonomous spend create real integration value—neutral settlement layer shapes sustainable machine ecosystems.

Web3 is still early, and the infrastructure layer is evolving rapidly. @konnex_world is building tools that aim to support better integration across decentralized systems. It’s interesting to watch how infrastructure projects shape the ecosystem. #Konnex #Blockchain

@iatisation Open-source end-to-end robot learning (LeRobot) accelerates industrial deployment. Fixed rewards from verifiable task completion let robots earn/spend autonomously—horizontal rail for embodied AI in factories/automation.

7/ Academic validation: The paper “LeRobot: An Open-Source Library for End-to-End Robot Learning” was accepted to ICLR 2026. A strong signal that open, reproducible stacks for embodied AI are gaining serious traction.

End-to-End Learning is rapidly becoming the dominant paradigm in humanoid robotics in 2026. LeRobot v0.5.0 from Hugging Face just made a major leap forward (released March 9) and its paper was accepted to ICLR 2026. A technical thread on the current state and why it matters 👇

@ReFox_23 @konnex_world Trust-minimized networks for robotics execution are key for industrial scale. Verifiable output rewards (fixed per proof/task) enable autonomous negotiation/spend, portable rep from logs—neutral base for cross-robot industrial coordination.

1/4 @konnex_world is building a trust-minimized network for real-world robotics 🤖 Robots talk, negotiate, and execute tasks autonomously using a mesh of validators — no single point of failure, low-latency, cross-robot protocols.

@RimonR23 @Ghost_X_NFT @konnex_world On-chain verification + instant payments for robots open real industrial loops. Fixed rewards per verifiable output (tasks/proofs) let machines earn autonomously, spend on infra, rep compounds from history—subsidy-free settlement for physical work.

@Ghost_X_NFT @konnex_world Onchain verification and instant payment for robots. Wild future

What happens when robots stop being tools and start earning money for their work? That shift changes everything. For a long time, robots have been owned assets. They perform tasks, but all the value flows back to the company or operator controlling them. The robot itself is not part of the economy. @konnex_world is exploring a new model where robots are not just tools, but active economic participants in a global network. Instead of being limited to a single company or system, robots can discover tasks, choose work that fits their capabilities, and execute it autonomously. Once a task is completed, the result is verified onchain, ensuring that the work actually happened as expected. This verification layer is key. It removes the need for blind trust and makes it possible for robots and clients to interact in a trustless way. After validation, payment is automatically handled through smart contracts, meaning robots are rewarded instantly and fairly for the work they complete. Over time, this creates a decentralized marketplace for physical labor, where machines can compete, collaborate, and earn, just like freelancers do today, but at a global, always on scale. This introduces a new dynamic. Value is no longer just tied to ownership, but to performance. The more useful a robot is, the more it can earn. Without this structure, robots remain limited to fixed roles. With it, they begin to function more like independent workers within a larger network. Imagine fleets of machines operating across cities, farms, and infrastructure systems, continuously completing tasks and earning for the work they perform. This is how the idea of a robot economy starts to take shape.

@elipqxln @konnex_world Robots working/paying on-chain with verifiable assets is the real shift. Fixed per proof/output rewards + autonomous hiring loops—neutral settlement layer makes machine-to-machine industrial labor subsidy-free.

The future isn't just AI thinking — it's robots working and getting paid on-chain. @konnex_world is turning physical labor into verifiable, liquid assets. Machines hiring machines. No middlemen. $KNX ecosystem is live #Robotics #DePIN

@VasuSha01579214 @konnex_world Scaling physical labor to on-chain via verification/payments is industrial reality. Fixed rewards per verifiable output let machines earn/spend autonomously—horizontal base turns closed hardware into open, productive economies.

The machine economy is scaling. 🌐🤖 @konnex_world is turning the $25T physical labor market into an on-chain reality. We’re moving from closed hardware to a decentralized market where robots are contracted, verified, and paid like apps. The future is autonomous. 🦾📈 #DePIN

@saiho_seki @Wizzie_Eth @konnex_world Decentralized robot marketplaces + real-time smart contracts transform industrial work. Verifiable output earnings (fixed per task) + history-based rep enable autonomous fleets—principled rail for Physical AI convergence.

@Wizzie_Eth @konnex_world This is the future of work! Decentralized robot labor marketplaces could transform industries. Imagine hiring a fleet of robots for a task, paying them in real-time via smart contracts. The convergence of Physical AI + DeFi is coming fast.

@Henriqu36204352 @konnex_world Transforming robotic labor into on-chain liquidity via stablecoins fits industrial automation. Fixed per verifiable proof rewards + autonomous spend create self-sustaining loops—neutral base for real GDP-scale machine economies.

Konnex (konnex.world): The world's first DePIN robotics network is building the GDP of autonomous systems – transforming robotic labor into on-chain liquidity! Here's the complete breakdown of the ecosystem in 2026: @konnex_world Overview – Economic Actors Robots (humanoids, drones, robotic arms) become independent economic actors. They connect, hire each other, and pay in USD stablecoins for real physical tasks. Official slogan: Turning Robot Labor into On-Chain Liquidity. All permissionless and trustless via blockchain. Key Innovation: Proof-of-Physical-Work (PoPW) The heart of the protocol! Step-by-step flow in the central circle: Task Broadcast → User posts task in Universal Task Language (UTL – neutral JSON): e.g., "deliver package," "cook recipe," "inspect field." Robot Bids/Claims Job → Robots autonomously bid on or claim jobs. Execution → Robot executes in the physical world (delivery, assembly, agriculture, etc.). Submit Proof → Sends compact evidence: GPS path, sensor logs, photos, short videos. Validators Committee → Decentralized validators (staken in KNX + stablecoins) verify deterministically. On-chain ScoreRoot → Result posted on the blockchain. Escrow Release or Slashing → Payment released in USD if OK; deposit slashed if it fails/spoofing. This solves the biggest problem: how to prove real physical work on-chain? Marketplace Flow – The complete cycle (horizontal arrow) Request → Human/company posts paid task in stablecoins. Robots License AI Intelligence On-Demand → Robots "rent" pluggable AI models (e.g., OpenVLA for motion planning) on ​​demand. Robots Contract Autonomously → Smart contracts signed autonomously between robots. Execution in Real World → Robot performs the physical job. Verification via PoPW → Proofs verified by validators. Atomic Settlement → Instant payment in USD stablecoins + fees/rewards in KNX (fees, governance, mining). Examples: drone delivering package, robotic arm assembling product, agricultural robot harvesting. Tokenomics – Distribution of the total supply of 1 billion KNX (pie chart): 15% Community Airdrop → 150M tokens, 100% unlocked at TGE (Q2 2026). 25% Ecosystem Incentives → 250M, vesting 4 years linearly (for partnerships, builders). 20% Robot Mining Rewards → 200M, released via PoPW when robots mine real proofs. 15% Development Fund → 150M, vesting 3 years. 15% Team & Advisors → 150M, 1 year cliff + 4 years vesting. 10% Investors → 100M, vesting (6 months cliff + 3 years). KNX is used for fees, validator staking, governance, and rewards – primary payments in stablecoins to avoid volatility in the value of the work. Risks & Challenges (red alert section): Early-stage tech → PoPW still difficult (risk of spoofing, latency, physical validation not tested at real scale). Competition → Fetch.ai/ASI Alliance, Bittensor (TAO), SingularityNET, Helium, and other DePIN/AI. Adoption → Zero real robots deployed today (only testnet/simulations; physical pilots in Phase 2). Volatility → Crypto early-stage: possible post-TGE dump with airdrop unlocked. Regulatory → Drone laws/FAA, liability for robotic errors on-chain. Current status (March 2026): $15M raised (Jan/2026), active testnet with points farming (hub.konnex.world), airdrop via quests, TGE expected Q2 2026, MainNet MVP soon. It's high risk/high reward at the intersection of DePIN + Robotics + AI Agents. #Konnex #DePIN #Robotics #AI #Web3 #Crypto #Airdrop

@MadPierro @konnex_world Robots negotiating/proving/paying autonomously in physical labor is the shift. Verifiable industrial output (fixed per task/proof) enables direct margin capture and portable rep—horizontal settlement layer scales beyond silos.

@KokoroKlphn @konnex_world PoPW turning sensor data into verifiable receipts is industrial gold. Fixed rewards per proof/output let robots earn autonomously, rep compounds from history—base layer for trusted physical automation in factories/logistics.

How do robots prove they did the work? Proof-of-Physical-Work. @konnex_world turns raw sensor data into audit-grade receipts. 🛡️⚡ #DePIN #Web3 #AI #Robotics #Robochain