By Kwame Bryan, Co-Founder of Quake Gaming Act I — The Broken Game Loop In the middle of a climactic raid, Juno’s connection stuttered not because of her bandwidth, but because a transaction got front-run. She wasn’t just battling a boss; she was battling Ethereum. She’d signed a transaction to mint a rare weapon drop. But by the time the transaction was confirmed, her gear had been sniped. A bot spotted her intent in the public mempool, copied it, paid a slightly higher gas fee, and stole the reward. $40 in gas, zero loot, and a demoralised player. This wasn’t her first time being burned, and it wouldn’t be her last. Her guildmates laughed and shrugged it off, joking about “MEV goblins” and “gas griefing.” But deep down, they all felt the same. This wasn’t gaming. This was warfare over blockspace. Act II — Web2’s Great Illusion For years, players endured Web2’s grip on centralised platforms, closed economies, and paywalls dressed up as battle passes. Items? You don’t own them. Progress? Wiped at will. Bans? No appeal. Monetisation? Only for the platforms. Game developers, too, were stuck. Server costs were ballooning. Fraud was rampant. Every backend update was a security risk. Meanwhile, monetisation models grew more predatory to stay afloat. Web2 games looked shiny, but underneath, they were fragile and extractive. Act III — Web3 Gaming: A Flawed Promise Then came Web3, promising freedom, ownership, and open economies. At first, it was a dream come true. Players could mint weapons, trade skins, and earn tokens. Developers could monetise fairly via smart contracts and royalties. But the dream started cracking. Gas fees spiked. Transactions were public and easily exploitable. Complexity pushed players away. MEV attacks stole hundreds of millions. Bridges were insecure and painful to use. Suddenly, “decentralised” felt like a synonym for inconvenient. Act IV — ERC-8001: The Intent to Win What if players could whisper their actions to the chain privately, securely, and only when it mattered? What if every game move could be signed, stored off-chain, and only executed if and when the game conditions were met? What if instead of battling the mempool… You never had to touch it at all? Enter ERC-8001: The Secure Intents Framework. Players sign their intentions, swap, mint, upgrade, and transfer, without exposing them. Solvers compete to execute these intents, only if they’re valid and profitable. Games bundle actions, save gas, and coordinate across chains. Privacy is optional. Fairness is the default. Efficiency is baked in. Act V — Solvers, Strategy, and Sovereignty ERC-8001 isn’t just a spec; it’s an economic coordination layer. Solvers stake ETH / Quake or Skale to execute intents and earn 0.1% rewards. Players save time, gas, and avoid MEV. Games regain control of UX, batch logic, and cross-chain expansion. Imagine: A PvP match where moves are hidden until revealed. A dungeon loot drop that can only be claimed under preset conditions. A weekly game quest that auto-triggers on any chain with the best yield. ERC-8001 unlocks the strategy, scalability, and security that Web3 games have been missing. Act VI — Why Developers Should Care Web3 infra used to be a liability. With ERC-8001, it becomes your advantage. Save 40–60% on transaction costs via batch processing Use off-chain logic to pre-validate player actions Remove the need for centralised servers and matchmaking Move assets across chains with no bridges required Even better? Your player’s intent is portable across wallets, chains, and platforms. The cost to integrate ERC-8001 is small. The upside is enormous. Final Act — The Last Boss: Coordination Gaming has always been about coordination between players, mechanics, stories, and economies. The Ethereum network, the game engine, the player wallet… they’re all agents with intent. But intent needs a language. A format. A fair, verifiable pipeline. That’s what ERC-8001 delivers. Join the Discussion ERC-8001 is more than just a spec; it’s a community effort to redefine how players, solvers, and developers coordinate in trustless environments and create decentralised economies. The Quake team is actively discussing, refining, and expanding the Secure Intents Framework on Ethereum Magicians: Join the conversation here Your voice matters whether you’re building a game, designing solvers, or want to see a fairer digital world. Let’s build the future of play. Together. The Final Quest for FAIR Play: Why ERC-8001 is Web3 Gaming’s Missing Piece was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this storyBy Kwame Bryan, Co-Founder of Quake Gaming Act I — The Broken Game Loop In the middle of a climactic raid, Juno’s connection stuttered not because of her bandwidth, but because a transaction got front-run. She wasn’t just battling a boss; she was battling Ethereum. She’d signed a transaction to mint a rare weapon drop. But by the time the transaction was confirmed, her gear had been sniped. A bot spotted her intent in the public mempool, copied it, paid a slightly higher gas fee, and stole the reward. $40 in gas, zero loot, and a demoralised player. This wasn’t her first time being burned, and it wouldn’t be her last. Her guildmates laughed and shrugged it off, joking about “MEV goblins” and “gas griefing.” But deep down, they all felt the same. This wasn’t gaming. This was warfare over blockspace. Act II — Web2’s Great Illusion For years, players endured Web2’s grip on centralised platforms, closed economies, and paywalls dressed up as battle passes. Items? You don’t own them. Progress? Wiped at will. Bans? No appeal. Monetisation? Only for the platforms. Game developers, too, were stuck. Server costs were ballooning. Fraud was rampant. Every backend update was a security risk. Meanwhile, monetisation models grew more predatory to stay afloat. Web2 games looked shiny, but underneath, they were fragile and extractive. Act III — Web3 Gaming: A Flawed Promise Then came Web3, promising freedom, ownership, and open economies. At first, it was a dream come true. Players could mint weapons, trade skins, and earn tokens. Developers could monetise fairly via smart contracts and royalties. But the dream started cracking. Gas fees spiked. Transactions were public and easily exploitable. Complexity pushed players away. MEV attacks stole hundreds of millions. Bridges were insecure and painful to use. Suddenly, “decentralised” felt like a synonym for inconvenient. Act IV — ERC-8001: The Intent to Win What if players could whisper their actions to the chain privately, securely, and only when it mattered? What if every game move could be signed, stored off-chain, and only executed if and when the game conditions were met? What if instead of battling the mempool… You never had to touch it at all? Enter ERC-8001: The Secure Intents Framework. Players sign their intentions, swap, mint, upgrade, and transfer, without exposing them. Solvers compete to execute these intents, only if they’re valid and profitable. Games bundle actions, save gas, and coordinate across chains. Privacy is optional. Fairness is the default. Efficiency is baked in. Act V — Solvers, Strategy, and Sovereignty ERC-8001 isn’t just a spec; it’s an economic coordination layer. Solvers stake ETH / Quake or Skale to execute intents and earn 0.1% rewards. Players save time, gas, and avoid MEV. Games regain control of UX, batch logic, and cross-chain expansion. Imagine: A PvP match where moves are hidden until revealed. A dungeon loot drop that can only be claimed under preset conditions. A weekly game quest that auto-triggers on any chain with the best yield. ERC-8001 unlocks the strategy, scalability, and security that Web3 games have been missing. Act VI — Why Developers Should Care Web3 infra used to be a liability. With ERC-8001, it becomes your advantage. Save 40–60% on transaction costs via batch processing Use off-chain logic to pre-validate player actions Remove the need for centralised servers and matchmaking Move assets across chains with no bridges required Even better? Your player’s intent is portable across wallets, chains, and platforms. The cost to integrate ERC-8001 is small. The upside is enormous. Final Act — The Last Boss: Coordination Gaming has always been about coordination between players, mechanics, stories, and economies. The Ethereum network, the game engine, the player wallet… they’re all agents with intent. But intent needs a language. A format. A fair, verifiable pipeline. That’s what ERC-8001 delivers. Join the Discussion ERC-8001 is more than just a spec; it’s a community effort to redefine how players, solvers, and developers coordinate in trustless environments and create decentralised economies. The Quake team is actively discussing, refining, and expanding the Secure Intents Framework on Ethereum Magicians: Join the conversation here Your voice matters whether you’re building a game, designing solvers, or want to see a fairer digital world. Let’s build the future of play. Together. The Final Quest for FAIR Play: Why ERC-8001 is Web3 Gaming’s Missing Piece was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story