{"schema":"HACKATHON","d":{"id":557,"tabSet":[{"id":960,"name":"Submission Guide","slug":"submission","description":"# Tutorial Video\n\n![YouTube](https://youtu.be/yWhQPzxptg0)\n\n# **Getting Started [3-5 MIN]**\n\n**1.** **Submit your BUIDL via [DoraHacks.io](https://dorahacks.io/). You need an account with DoraHacks before you can submit.**\n\nUse the **Log in** button in the upper right corner of the page to access the sign-up options.\n\n

\n\nYou can create your account with either your **GitHub account, Google account, crypto wallet** or **email address**. We recommend connecting your account to GitHub to share your projects with a wider audience.\n\n*If asked for a verification code via email, the email may take a few minutes to arrive. The code expires 10 minutes after you click “**send code**”.\n\n**2.** **Before the submission deadline, make sure you have added your Github link to the project. You can submit the project first, and continue editing until the deadline.**\n\nClick “**Submit BUIDL**”.\n\n

\n\n\n> **→ Already have a BUIDL on DoraHacks?**\n> \n\n1. Click “**Use existing BUIDL**” and select your BUIDL project.\n2. Choose the track you want to enter. \n3. Answer the questions set by the organizer in the input field if applicable.\n\n

\n\n\n> **→ Submitting a new BUIDL?**\n> \n> Click **“Create new BUIDL”** and fill out the form with your project details.\n\n

\n\nBe sure to include **URLs (with http/https://)** for your demo, demo link, and social media.\n\n

\n\n

\n\nOnce you’ve completed the new BUIDL setup, select the relevant track, and click **“Submit for review”**.\n\n

\n\nAfter submitting successfully, you'll see this notification.\n\n

\n\n# **Manage BUIDL submission**\n\nAfter submitting your application, the \"Submit\" button will update to \"Manage Submission\". Click the button to manage your BUIDL's Track/Bounty submission.\n\n

\n\n# **Project Approval**\n\nAfter submission, your project needs to be approved by the Hackathon Organizer before it becomes publicly visible in the Hackathon [BUIDLs gallery](https://dorahacks.io/hackathon/557/buidl).\n\n

\n\n# **Getting Support**\n\nIf you have any questions for the hackathon organizers, feel free to contact them via their dedicated Telegram, Discord, or Slack communication channel. You can also click the \"**Message**\" button next to the organizer's logo to DM them on DoraHacks.\n\n# Need to Update Your BUIDL?\n\nTo make changes to your project, click [Avatar] -> [Profile] to access your Account Center. Then, click the \"**Edit**\" button on the top right of your BUIDL to update your BUIDL information.\n\n

\n\n

"},{"id":1014,"name":"Babylon Track","slug":"babylon-track","description":"# Babylon Track: Engineering BTC Economic Security\n\n## Background\nBabylon allows users to natively stake their BTC on the Bitcoin blockchain and use it as collateral to secure other blockchains, networks, or systems. It bridges the best of PoW (Proof of Work) with the PoS (Proof of Stake) world, injecting the decentralized web3 space with economic security. \n\nWe challenge you to develop innovative and groundbreaking systems built on top of staked BTC. Babylon is built on CosmosSDK and is IBC compatible. \n\nHappy hacking!\n\n[Getting Started Guide](https://emphasized-acoustic-f68.notion.site/Babylon-Hackers-Getting-Started-Guide-11b28a013c5580ddba3bcac07d068668?pvs=74)\n\n# Ideas List\n\n## Our Challenge to Hackers\nBuild the most promising project backed by BTC security.\n \nBTC, being a more stable and strong asset, offers many economic security benefits. Babylon's self-custodial multi-staking technology enables this security to be transferred to other systems. The best project submitted will have the potential to turn into a startup.\n\nTechnologies include but are not limited to: \n- Babylon Chain\n- Babylon Contracts/SDK\n- Babylon Timestamping\n- Babylon Finality Gadget\n- Babylon Staking APIs\n\n# Project Ideas:\n\n🚀 PoS backed by BTC Chain integration using CosmosSDK, OP Stack, or other frameworks. \n🚀 DeFi applications that increase the utility of Babylon tokens. \n🚀 Non-blockchain systems backed by BTC staking to ensure data integrity. \n🚀 Infrastructure projects that help complete Babylon's ecosystem tooling. \n🚀 Projects that aim to improve the UX for stakers, developers, and projects built on Babylon.\n\nOr... anything you can dream of!\n\n**Tooling** \nLet's face it, we are a new chain, and we also welcome any hackers who can help us improve our tooling overall. \n\n**Support** \nWe will host two workshops in the afternoon of Day 1 to help you get started! Mentors will be available from Day 1 until the submission deadline to provide support. They just need to occasionally eat and sleep.\n\n# Community Resources\n- **Official Docs**:\n - [Babylon Docs](https://docs.babylonlabs.io/docs/introduction/overview)\n - [Hackers Getting Started Guide](https://emphasized-acoustic-f68.notion.site/Babylon-Hackers-Getting-Started-Guide-11b28a013c5580ddba3bcac07d068668?pvs=74)\n - [Integrations Guide](https://www.notion.so/Resources-for-Babylon-integration-63039e40b9b44a3fb0ad14e11d9331e9)\n - [Babylon CW Contract](https://github.com/babylonlabs-io/babylon-contract)\n\n# Judges\nOur judging criteria are listed [here](https://www.notion.so/Babylon-Hackers-Judging-Criteria-11b28a013c5580ea924df65800a0eabb), along with submission guidelines.\n\n- Jenks Guo - Babylon DevRel \n- Mauro - Babylon Core Developer\n\n# Workshops\nCheck out the agenda [here](https://www.notion.so/Babylon-Hackers-Cosmoverse24-11f28a013c5580729461dd3f303403f8)."},{"id":1056,"name":"Mantra Track","slug":"mantra-track","description":"# MANTRA Chain: The Tokenization Track\n\n## Background\n\nMANTRA is a Security-first RWA Layer 1 Blockchain, capable of adherence and enforcement of real-world regulatory requirements. Built for Institutions and Developers, MANTRA offers a Permissionless Blockchain for Permissioned applications.\nTo all the hackathon participants - this is your chance to build and innovate on a blockchain built with compliance and scalability in mind. Whether you're creating dApps that manage real-world assets or pushing the boundaries of decentralized finance, MANTRA provides you with the secure, permissionless infrastructure to make it happen. With our Cosmos SDK foundation and support for IBC and CosmWasm, you can build interoperable applications that scale.\nGood luck, and we’re excited to see what you build!\n\n### [Developer Documentation](https://docs.mantrachain.io/mantra-developer-docs)\n\n# Key Features\n- Built using Cosmos SDK, IBC compatible, with CosmWasm supported\n- Secured via a sovereign PoS validator set\n- Scalable up to 10k TPS\n- Built-in Modules, SDKs, and APIs to create, trade, and manage regulatory-compliant RWAs\n- Improved User Experience to onboard non-native users and institutions to Web3\n\n\n# DAPPs & Telegram Bots\n\n### 1. **TG Bot to Pull Data from MANTRA Chain**\n\nDevelop a Telegram bot that integrates with MANTRA Chain to fetch key data like:\n\n- Address balances: Real-time updates on token balances for any address.\n- Block details: Provide details of specific blocks, including transactions and validators.\n- Real-time updates: Push notifications for network events, transactions, and block creations.\n- On-chain transaction execution: Enable users to execute on-chain transactions directly from Telegram.\n\n### 2. **Airdrop Tool**\n\nCreate a customizable airdrop tool to distribute MANTRA Token Service tokens. The tool should allow detailed configuration, such as distribution based on user activity, wallet balances, or other criteria.\n\n### 3. **Token Management Tool**\n\nBuild a tool to issue and manage tokens on MANTRA Chain:\n\n- Integration with the **Token Factory** for creating new tokens.\n- Support for **CW20s**, the standard used for fungible tokens in CosmWasm ecosystems.\n\n### 4. **RWA Launchpad for Tokenized Real-World Assets**\n\nDesign a platform to enable the tokenization and launch of **Real-World Assets (RWA)** on the blockchain. This platform will allow users to:\n\n- Tokenize real estate, art, commodities, or other real-world assets.\n- Launch and manage RWA tokens using the **MANTRA Token Service**.\n\n### 5. **Sybil-Proof Faucet**\n\nBuild a faucet that uses Sybil resistance mechanisms to ensure that users claiming tokens are unique individuals, reducing the risk of exploitation by bots or fake accounts.\n\n### 6. **ERC404 Standard for Cosmos / MANTRA Chain**\n\nImplement the ERC404 standard for the Cosmos ecosystem and MANTRA Chain. For more information about this standard, check out [ERC404](https://members.delphidigital.io/projects/erc404).\n\n### 7. **Chain Analytics Dashboards**\n\nDevelop analytics dashboards for MANTRA Chain. These dashboards can visualize:\n\n- On-chain metrics, such as transaction volume, block times, gas fees.\n- Token activity and user adoption over time.\n\n### 8. **Digital Asset Registry**\n\nCreate a registry system for the secure and verifiable ownership of digital assets. This system will allow users to register ownership of digital items like NFTs, tokenized assets, and intellectual property.\n\n### 9. **Rare Collectible Marketplace**\n\nBuild a marketplace for buying, selling, and trading rare digital collectibles, focusing on unique and high-value items such as limited edition NFTs.\n\n### 10. **Luxury Watch Trading Platform**\n\nDevelop a specialized marketplace for the trading of luxury watches, combining blockchain tokenization for ownership verification with an online marketplace for watch enthusiasts.\n\n# DevTooling #\n\n### 1. Library for Interacting with MANTRA via Python\nCreate a Python library that allows developers to interact with MANTRA Chain. This library should facilitate tasks such as:\n- Querying on-chain data.\n- Sending transactions.\n- Interacting with smart contracts and tokens.\n\n### 2. State of Contract Forking Tool\nDevelop a tool that allows developers to \"fork\" the state of a contract from the main chain to a testnet. This will enable testing with the same contract state as the production environment.\n\n### 3. Webhooks for Chain Actions/Alerts\nImplement webhooks that trigger actions or alerts based on specific blockchain events. This can be inspired by Alchemy’s blockchain webhooks.\n\n### 4. Tool for Gas Profiling\nCreate a gas profiling tool to help developers optimize smart contracts for gas consumption. You can check out DAODAO’s [integration tests](https://github.com/DA0-DA0/dao-contracts/blob/main/.github/workflows/integration_tests.yml) for inspiration.\n\n### 5. Smart Contract Static Analyzer\nBuild a static analysis tool for smart contracts, similar to **Slither** (see [Slither on GitHub](https://github.com/crytic/slither)). This tool will help analyze vulnerabilities, security flaws, and inefficiencies in smart contracts.\n\n# Wildcard: Real-World Assets and Tokenization\nPropose innovative solutions for **Real-World Asset Tokenization** and related applications. This could range from new ways of verifying asset ownership to improving the liquidity of tokenized assets in decentralized finance (DeFi) platforms."},{"id":1057,"name":"Interchain Track","slug":"interchain-track","description":"# Interchain Track: The Inter-Blockchain Experience 🎸\n\n\n## Background\nThe Interchain Stack consists of five components: the Cosmos SDK, CometBFT, IBC, CosmWasm, and CosmJS. These tools allow developers to create modular, sovereign, and scalable decentralized applications. What distinguishes the ecosystem as an Internet of Blockchains, or the interchain, is the interoperability component of the Interchain Stack: Inter-Blockchain Communication (IBC), which enables seamless cross-communication among web3 applications.\n\n\nWe challenge you to develop novel and exciting implementations of the Interchain Stack, focusing on IBC. Expand the interchain and show what’s possible in both User Experience and the incredible capabilities of the Interchain Stack.\n\n\nGood luck, and have fun!\n\n\n# Ideas List\n\n\n**Interoperability**\n- **IBC Expansion with EVM**: Leverage and build implementations of the EVM with the Interchain Stack, to aid cross-chain interoperability between the existing interchain and the land of EVM (or other ecosystems, such as Solana and rollups).\n- **Zero-Knowledge**: Bring privacy to the fore with ZK IBC implementations and circuits, or implementations with the ZK Cosmos SDK module.\n- **IBC Circuit Breaker**: Construct a mechanism to facilitate incident response by verifying and halting malicious or erroneous transactions.\n- **Interchain Accounts, Interchain Queries**: Leverage Interchain Accounts and Interchain Queries for novel uses of cross-controlling assets and transactions, think Cross Chain Name Service.\n- **Relayer Incentivization / Marketplace**: Design innovative mechanisms to incentivize relaying, and consider the tokenomics and experience of relaying for users and relayer operators.\n\n\n**Tooling**\n- **Interchain Stack Monitoring**: Develop tools and interfaces that provide real-time insights into IBC transactions, CometBFT performance, and other critical metrics across the Cosmos SDK.\n- **Fuzzer**: Build a tool that generates and sends random or malformed transactions to a network to assist in identifying potential vulnerabilities and edge cases. \n- **Better UX & UI**: Simplify getting started with smart contracts, IBC, relayers, upgrades, and interaction. Further improve user stack debugging with better errors and resources to narrow issue scope.\n\n\n**Applications**\n- **Social Networks & Moderation**: Build decentralized social networks and explore innovative approaches to content moderation using the Interchain Stack - which can be implemented in a gaming format.\n- **Censorship Resistant Content**: Create resilient web platforms that are immune to censorship, ensuring content availability and user access across networks.\n- **Cross-chain NFT Products and Applications**: Build platforms that enable seamless transfer and trading of NFTs across different IBC-connected chains - think: novel, non-financial IBC implementations - gaming, digital collectibles, etc.\n- **Randomness**: Develop a secure randomness service that leverages cross-chain data and operates on a publish/subscribe model for decentralized applications requiring verifiable randomness.\n- **Distributed Vote Incentivization**: Develop models or tools to increase participation in governance across the ecosystem.\n- **CosmWasm**: Many of the Applications and Interoperability ideas can be implemented with the dynamic on-chain code of CosmWasm, use it you Rustaceans!\n\n\n**Wild Card**\n\n\nAnything you can dream up with the latest releases of the Interchain Stack and expanding the interchain!\n\n\n**Support**\n\n\nWe will have four introductory workshops in the afternoon of Day 1 - these can help you get moving!\nMentors will be on hand for the Interchain Stack Hack Track to support you and provide more resources.\n\n\n# Community Resources\n- **Official Docs**:\n - [IBC](https://ibc.cosmos.network/main/)\n - [CometBFT](https://docs.cometbft.com/v0.38/)\n - [Cosmos SDK](https://docs.cosmos.network/)\n - [CosmWasm](https://docs.cosmwasm.com/)\n - [CosmJS](https://github.com/cosmos/cosmjs?tab=readme-ov-file#documentation)\n- **Additional Resources**:\n - [Interchain Discord](https://discord.com/invite/interchain) #dev-forum - For Tech Questions!\n\n\n# Judges [TENTATIVE]\n\nAinhoa - Zondax, Cosmos SDK Operations\n\nGjermund - IBC Software Engineer\n\nDan - Cosmology, CosmJS Head\n\nSimon - Confio, CosmWasm Head\n\n# Mentors [TENTATIVE]\n- Ainhoa\n- Dan\n- Carlos\n- Gjermund\n- Juan\n- Julien\n- Lucas\n- Mary\n- Nico\n- Ollie\n- Pinò\n- Reece\n- Simon\n\n\n# Workshops [TENTATIVE]\n- Gjermund - IBC Workshop\n- Dan - Client-side Workshop\n- Reece - Interchain Intro with Spawn\n- Daniel - CometBFT Workshop\n\n\n# Remember\n- **Emphasize User and Developer Experience**\n- **Think IBC, and use the latest versions of the Interchain Stack**\n- **Keep in mind pain points of your developer experience to give feedback for us to make it better**\n- Teams with members from IG, Binary Builders, Confio, Zondax, Amulet, Strangelove, or Cosmology will be ineligible for prizes (you are still welcome to join and hack for fun and be highlighted as successful projects!)."},{"id":1058,"name":"Osmosis Track","slug":"osmosis-track","description":"# Osmosis Chain - The DeFi Track\n\n## Background\n\nOsmosis is the leading interchain DEX and a DeFi hub for the Cosmos ecosystem and beyond, having facilitated over $35 billion in trading volume and connecting with more than 100 blockchains via IBC. Osmosis is home to an ever-expanding suite of DeFi applications, merging native tooling with powerful third-party integrations to provide a one-stop experience that raises the bar over centralised exchange offerings.\n\nWith the introduction of the Smart Accounts module, Osmosis is making significant strides in improving DeFi accessibility and usability by providing enhanced security, multi-device support, and features like 1-click trading. This functionality simplifies user on-boarding and trading while reducing the friction seen in traditional wallet management systems. The Smart Accounts module exemplifies Osmosis' commitment to advancing DeFi user experience, paving the way for further innovations such as passkey authentication and automated account recovery.\n\nOsmosis is also at the forefront of cross-chain innovation, exploring new frontiers in CEX/DEX arbitrage and fast bridging. By leveraging SQS (Sidecar Query Server) and mempool analysis, Osmosis aims to optimise trading strategies and enhance liquidity on the DEX. \n\nFurthermore, Osmosis is expanding its reach through integration with the Internet Computer Protocol (ICP), opening up new possibilities for cross-chain applications and decentralised computation.\n\nThis hackathon encourages participants to build on this Smart Accounts framework, leverage Osmosis' infrastructure to create solutions that improve DeFi settlement and liquidity, also finally to encourage novel integrations with ICP.\n\n[https://osmosis.zone](https://osmosis.zone/)\n\n# Ideas List\n\nAll ideas are welcome these are some suggestions that the Osmosis development team would love to see implemented!\n\n## Smart accounts (account abstraction):\n\nSmart accounts, also known as account abstraction, aim to improve user experience and security in Osmosis interactions. This concept allows for more flexible account management and transaction execution.\n\n**a) Passkeys implementation:**\n\n- Integrate passkeys (WebAuthn standard) for blockchain account authentication\n- Develop a system that allows users to sign transactions using their accounts using biometrics or device-based authentication\n- Create a seamless onboarding process for new users leveraging passkeys\n\n**b) Quantum signature verification:**\n\n- Implement quantum-resistant signature schemes for transactions\n- Develop a hybrid system that supports both classical and quantum-safe signatures\n\n**c) End-of-life backup authenticators:**\n\n- Design a system for secure account recovery in case of user death or incapacitation\n- Implement multi-party computation for distributed key management in inheritance scenarios\n- Create a user-friendly interface for setting up and managing inheritance plans for crypto assets\n\n**d) ZKP (Zero-Knowledge Proof) accounts:**\n\n- Develop a zero-knowledge proof system for account authentication\n- Create privacy-preserving transaction mechanisms using ZKPs\n\n**e) OAuth accounts => email accounts:**\n\n- Build a bridge between traditional web2 authentication (OAuth, email) and accounts\n- Develop a system that allows users to manage accounts using familiar email-based methods\n- Create a seamless onboarding process for non-crypto users using existing email or social media accounts\n\n**f) Intent-based authenticators:**\n\n- Implement a system where users can define high-level intents rather than specific transactions\n- Develop smart contract that can interpret and execute user intents securely\n- Create a user interface for managing and monitoring intent-based transactions\n\n**g) Token intents:**\n\n- Design a system for defining and executing complex token-related operations as single intents\n- Implement batch processing of token operations based on user-defined intents\n\n**h) Post-transaction actions:**\n\n- Implement conditional post-transaction operations based on on-chain transactions\n- Develop a monitoring and notification system for post-transaction actions\n\n## CEX/DEX arbitrage and fast bridging arbitrage:\n\nThis category focuses on optimizing trading strategies across different types of exchanges and leveraging cross-chain opportunities.\n\n**a) Running SQS (Sidecar Query Server) in a novel way:**\n\n- Implement a distributed SQS across multiple chains for cross-chain arbitrage opportunities\n\n**b) Mempool arbitrage using SQS:**\n\n- Build a system to monitor and analyze mempool data or incoming IBC txns across multiple chains\n- Develop algorithms to identify profitable arbitrage opportunities in pending transactions\n- Create a fast execution system that can act on mempool data before transactions are confirmed\n\n**c) Integration orderbook claim bot from other chains:**\n\n- Design a cross-chain orderbook aggregator that combines data from multiple DEXes\n- Develop a bot that can execute trades across different chains based on orderbook discrepancies\n- Implement a system for efficient order matching and execution across chains\n\n**d) Leverage top-of-block auction for incoming IBC packets from Axelar or other bridging protocols:**\n\n- Develop a system to predict and optimize for top-of-block placement of IBC packets\n- Create a bidding mechanism for prioritizing cross-chain transactions in block auctions\n- Implement a monitoring system for tracking IBC packet delivery and confirmation times\n- Design strategies for leveraging top-of-block placement for arbitrage opportunities\n\n**e) Fast bridging arbitrage:**\n\n- Develop a system for identifying and executing arbitrage opportunities across different blockchain bridges\n- Create a liquidity management tool for optimising capital allocation across multiple bridges\n- Design a monitoring system for tracking bridge efficiency and identifying potential arbitrage opportunities\n\n**f) CEX/DEX arbitrage optimisation:**\n\n- Build a unified interface for executing trades across both centralised and decentralised exchanges\n- Develop advanced algorithms for identifying complex arbitrage paths involving multiple exchanges and tokens\n- Implement a real-time monitoring system for tracking exchange liquidity and order book depth\n\n## ICP and Osmosis Integration: Open track\n\nThe goal of this category is to explore and develop innovative integration points between the Internet Computer Protocol (ICP) and Osmosis, leveraging the strengths of both platforms to create powerful cross-chain applications and services.\n\n**a) ICP-Powered Analytics for Osmosis:**\n\n- Create visualizations and dashboards for tracking ckBTC alloyed performance and balance\n\n**b) Osmosis Wallet on ICP:**\n\n- Adapt the BTC wallet implementation to build an Osmosis wallet on ICP\n- Develop key management and transaction signing mechanisms\n- Create a user-friendly interface for managing Osmosis assets within the ICP ecosystem\n\n**c) Leverage Osmosis from ICP using HTTP Interface:**\n\n- Develop ICP canisters that interact with Osmosis via the HTTP interface\n- Implement a caching layer on ICP to optimise frequent Osmosis data requests\n- Design a developer SDK for building ICP applications that integrate with Osmosis\n\n**d) Cross-Chain Governance Integration:**\n\n- Develop a unified governance platform that allows participation in both ICP and Osmosis governance\n- Create mechanisms for cross-chain voting and proposal creation\n- Implement delegation features that work across both ecosystems\n\n# Community Resources\n\n## General\n\n- [https://docs.osmosis.zone/overview/educate](https://docs.osmosis.zone/overview/educate)\n- [https://docs.cosmwasm.com](https://docs.cosmwasm.com/)\n- [https://github.com/cosmos/cosmjs](https://github.com/cosmos/cosmjs)\n- [https://docs.cometbft.com/v0.38/](https://docs.cometbft.com/v0.38/)\n- [https://docs.cosmos.network/](https://docs.cosmos.network/)\n\n## CEX <> DEX arb\n\n- https://github.com/osmosis-labs/osmosis/\n- https://github.com/osmosis-labs/sqs/\n- https://github.com/osmosis-labs/arb-bot\n\n## Smart Accounts\n\n- https://github.com/osmosis-labs/osmosis/blob/main/x/smart-account/README.md\n- https://github.com/osmosis-labs/passkey-authenticator/\n- https://github.com/osmosis-labs/spend-limit-authenticator/\n\n## ICP\n\n- https://internetcomputer.org/docs\n- https://internetcomputer.org/docs/current/samples/overview\n\n# Submission Requirements\n\nThese are just a guideline each submission and team are different, we judge each projects as is.\n\n- **Project Description:**\n - A clear and concise explanation of your project (300-500 words)\n - The problem it solves or the opportunity it addresses\n - How it relates to Osmosis, ICP (if applicable), or the broader DeFi ecosystem\n \n- **Technical Implementation:**\n - An overview of the technologies and frameworks used\n - Key features and functionalities\n - Any novel approaches or algorithms developed\n \n- **Demonstration:**\n - A working prototype or proof-of-concept (if possible)\n - Screenshots or a short video demo (1-2 minutes) showcasing the project\n - A link to the GitHub repository with ~~readable, commented~~ code\n\n- **Potential Impact:**\n - An explanation of how your project could benefit the Osmosis ecosystem or DeFi users\n - Any potential for scalability or future development\n \n- **Team Information:**\n - Brief introduction of team members and their roles\n - Contact information for follow-up questions\n \n- **Presentation:**\n - A slide deck (2-3 slides) summarising your project for the judges\n\nWe value well-thought-out ideas and implementations over perfection. Your submission should demonstrate:\n\n- Understanding of the Osmosis ecosystem and its challenges\n- Innovative thinking and problem-solving skills\n- Potential for real-world application and impact\n- Clear communication of your ideas and technical approach\n\n# Additional Resources\n\nTelegram Chat (TBC)\n\n# Judges\n\n- Aaron - Growth Hacker\n- Paddy - Hacker\n- Nicolas - Hacker\n- Niccolo - Hacker\n\n# Mentors\n\n- Paddy - Mage\n- Nicolas - Mage\n- Niccolo - Mage\n\n# Workshops\n\n- Smart Accounts Part 2: Electric Boogaloo [PaddyMc]"},{"id":1059,"name":"Cosmos Hub Track","slug":"cosmos-hub-track","description":"Coming soon!\n\nTheme: AEZ"},{"id":1115,"name":"Neutron Track","slug":"neutron-track","description":"# Neutron Track\n\n## Background\n\nHome to an expanding array of cutting-edge applications such as [Mars](https://blog.marsprotocol.io/), [Drop](https://www.drop.money/), [Astroport](https://astroport.fi/en), and others, Neutron is a rapidly growing smart contract platform that enables entrepreneurs to build and scale breakthrough applications.\n\nNeutron has pioneered a new approach to building applications, establishing itself as the industry’s first **Integrated Application Network**.\n\nIntegrated Applications inherit the best features of both appchains and smart contracts, coupling access to powerful infrastructure with the development speed, cost efficiency, and composability of smart contracts. As a result, Neutron empowers entrepreneurs to build better and more profitable applications that can onboard users from anywhere.\n\nWe challenge you to develop an exciting new experiment or application on Neutron, building on one or more of its existing applications (like [Mars](https://blog.marsprotocol.io/) or [Drop](https://www.drop.money/)) or leveraging its built-in ICTX, ICQ, Cron Module, or Oracle functionality.\n\n**Bonus Bounty**: In addition to prizes earned through participation in Neutron’s Hackmos track, the Drop Foundation is prepared to award a **$5K bonus bounty** (paid in USDC) to the team or hacker that builds either:\n\n- The most compelling dAsset use case or integration (e.g., a dAsset index token)\n- A new dAsset type (e.g., dAssets for yield-bearing ETH or BTC vaults)\n\nDrop is a liquid staking protocol for Interchain assets backed by Lido. Led by ex-Lido and P2P contributors, Drop is on a mission to strengthen the economic viability of sovereign blockchains by transforming stagnant, frozen assets into flowing streams of opportunity. \n\nWhen a user stakes with Drop, they receive dAssets, which are receipt tokens representing a staked position. For example, if a user stakes ATOM with Drop, they receive dATOM. dAssets auto-compound staking rewards and can be used throughout the Drop ecosystem to earn additional yield.\n\n# Ideas List\n\nThere is no expectation that these ideas need to be fully fleshed out products by the end of the hackathon, but start working on one of these at the event, and you can almost guarantee you’ll receive follow-on support from the Neutron Foundation thereafter.\n\n- Pre-market perpetuals\n- A GHO-like stablecoin\n- An on-chain Tamagotchi-like game\n- A trading card game\n- P2P lending \n- A permissionless tokenized ETF platform\n- Synthetics\n- Evolutionary NFTs\n- On-chain insurance\n- An app leveraging RWAs\n\n# Submission Requirements\n\n1. **Execution:** Projects must demonstrate high-quality execution with a clean, organized GitHub repository, clear build and run instructions, and well-structured documentation.\n2. **Originality & Complexity:** Projects must be non-trivial and original. Submissions should not consist of minor modifications to existing contracts but should instead show significant development effort.\n3. **Relevance & Use of Neutron Features:** Projects must utilize key Neutron features such as Interchain Transactions (ICTXs), Interchain Queries (ICQs), the Cron Module, the DEX Module, the Slinky Price Oracle, or compose with existing applications in the Neutron ecosystem (e.g., Astroport, Mars, Drop).\n4. **Innovation & Real-World Applicability:** Submissions should address real-world problems or propose innovative solutions, demonstrating scalability, potential market fit, and meaningful use cases.\n5. **Interoperability:** Additional points will be given to projects that demonstrate cross-chain interoperability and meaningful integrations within the broader Cosmos ecosystem.\n\n# Developer Resources\n\n## Neutron:\n\n- [Website](https://www.neutron.org/)\n- [Docs](https://docs.neutron.org/)\n- [Github](https://github.com/neutron-org/neutron)\n- [IBC Docs](https://ibc.cosmos.network/main/)\n- [CosmWasm Docs](https://docs.cosmwasm.com/)\n- [Discord](http://discord.neutron.org)\n- [Twitter/X](https://twitter.com/Neutron_org)\n- [Telegram ](https://t.me/neutron_community)\n- [Forum](https://forum.neutron.org/)\n\n## Drop Protocol:\n\n- [Docs](https://docs.drop.money/)\n- [FAQ](https://hadron.notion.site/Drop-FAQ-c73305bfa6f44a8d95f30400f80edcbe)\n- [Github](https://github.com/hadronlabs-org/drop-contracts)\n- [Website](https://www.drop.money/)\n- [Twitter/X](https://x.com/Dropdotmoney)\n- [Telegram](https://t.me/drop_protocol)\n\n# Judges\n\n- Mikhail Mozhaev - Co-founder, Neutron\n- Avril Dutheil - Co-founder, Neutron\n- Andrei Zavgorodnii - Co-founder, Neutron\n- Mitya Argunov - Co-founder, Drop\n- Kai Tyurin - Co-founder, Drop\n\n# Mentors\n\n- Mikhail Mozhaev\n- Sergey Ratiashvili\n- Sergei Sotnikov"},{"id":1116,"name":"Warden Track","slug":"warden-track","description":"# Warden Protocol AI Track: Empowering Innovation Through Safe AI\n\n## Background\n\nIn today's rapidly evolving digital landscape, the power of artificial intelligence (AI) is undeniable. At Warden Protocol, we believe that AI can reach its full potential only when it is safe, decentralized, and transparent. This track invites visionary developers to leverage Warden's cutting-edge modules, x/act and x/warden, to build AI-driven solutions that operate autonomously and securely, without compromising user trust.\n\nThe Warden AI Track challenges participants to explore the endless possibilities of combining AI with decentralized technologies. Whether it's building autonomous agents, creating AI-powered decentralized applications, or innovating new ways to integrate AI into smart contracts, this track is designed for those looking to push the boundaries of what's possible. Our mission is to empower developers with the tools they need to create scalable, secure, and impactful AI solutions that address real-world challenges.\n\nJoin us in shaping the future of decentralized AI at the Warden Protocol AI Track during Hackmos 2024 and be part of a global movement that’s driving the next wave of technological innovation.\n\n# Dev Contact Form\n\nHave questions or need more information? [Reach out to us](https://t.me/Ali_the_Curios) through the [Developer Contact Form](https://forms.gle/xKXfrnJiD6FBvbAt6) and [schedule a call](https://calendly.com/d/cpty-bcy-tpq/developers-build-on-with-warden) with us. Our team is here to assist you!\n\n# About Warden Protocol\n\n[Warden Protocol](https://wardenprotocol.org) brings AI to web3, enabling any application, protocol, or smart contract to integrate safe AI. Blockchain isn't built for humans. Warden is the verification and execution layer for AI that makes mass adoption of web3 possible. Warden’s verification layer ensures AI results are correct using blockchain, cryptography, and consensus, while the execution layer simplifies integration and automates workflows across chains. With seamless omnichain interoperability and operator sets for wallets, oracles, bridges, and more, Warden lets developers focus on building, not complexity.\n\n# Submission Requirements\n\n## Project Overview (Incorporating x/act and x/warden)\n\n- **x/act Module**: The x/act module allows the creation and execution of actions based on user-defined conditions (Rules) in a decentralized and automated manner. In your project submission, explain how your agents leverage x/act to perform programmable actions triggered by specific conditions, such as smart contract executions, automated transfers, or governance actions, without requiring human intervention. The flexibility of x/act enables decentralized automation driven by on-chain data and custom rules.\n\n- **x/warden Module**: The x/warden module focuses on securely managing Spaces and Keychains for decentralized signature operations. In your project, highlight how x/warden ensures the integrity of actions performed by x/act by enforcing approval rules for signing requests and securely managing keys. It provides a decentralized framework for handling sensitive operations, with the ability to integrate Analyzers that securely extract and process payload data before signing, ensuring actions are authorized and handled transparently.\n\n## Unique Use Cases or Implementations\n\n- Innovative Use of x/act and x/warden: Explain the uniqueness of using these two modules together. For instance:\n\n - Automated and Secure Transactions: Describe how x/act is used to automate processes on-chain, while x/warden ensures signing the transactions and actions.\n - Use Case Scenarios: Provide specific examples of actions your agents can perform (e.g., liquidity management, trading bots, decentralized governance actions) and how security is maintained with x/warden.\n - Decentralized Automation: Highlight that your project can automate tasks that require high levels of security, with x/warden signing..\n\n## Demo Video\n\n- **Key Features to Highlight**: In the demo, demonstrate how the agents created with x/act and x/warden can:\n\n - Execute actions autonomously.\n - Showcase how x/warden works\n\n- **Simplifying Complexities for Users**: Show how the end-users interact with the agents through a user-friendly interface, abstracting the complexity of x/act and x/warden modules behind intuitive workflows.\n\n## README Details\n\n- Approach Explanation:\n\n - **x/act Module**: In the README, explain why x/act was chosen for automating actions in a decentralized way. Highlight its flexibility in executing programmable tasks based on user-defined rules, without needing constant human input. Emphasize how it enables automated actions governed by conditions, ensuring smooth, rule-based operations.\n - **x/warden Module**: Describe how x/warden enhances trust in your system by decentralizing the management of Spaces and Keychains. Explain how it securely manages signing operations with defined approval rules, ensuring that actions taken by x/act are executed with proper authorization, providing a secure and transparent system for handling sensitive operations.\n - **Challenges and Solutions**: If applicable, explain any challenges you encountered while integrating these modules and how your team overcame them.\n\n- Experience Developing with x/act and x/warden:\nWhether it’s your first time working with these modules or you’ve had prior experience, mention how the documentation and tools helped you during development. Highlight any unique insights you gained.\n\n# Developer Resources\n\n### Glossary\n- [Glossary | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/glossary)\n\n### Warden Protocol Modules\n- [x/warden | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/x-warden)\n- [x/act | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/x-act)\n- [External modules | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/external-modules)\n\n### Others\n- [Request flow | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/request-flow)\n- [Oracle services | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/oracle-services)\n\n# Workshops\n\nOnce a week, we will record coding sessions with our Chief Blockchain Officer, our Developers or our Head of Dev Rel to showcase to you how our modules are used and what you can do with them."}],"skills":null,"applied":false,"isCurrentHackerRegistered":false,"buidlsCount":0,"applicationsCount":0,"organization":{"id":576,"name":"Cosmoverse & Hackmos Dubai 2024","logo":"https://cdn.dorahacks.io/static/files/191c8046712ac149303fee6447dae031.jpeg"},"description":"# Register Here\n[Click here to register](https://docs.google.com/forms/d/e/1FAIpQLSciqzEMWBYgMUtaDeFog-RIPUTR_luEoJ5acsCudVMpcBXOaw/viewform)\n\nThis is the official application form for **Hackmos 2024**, the leading interchain hackathon in collaboration with Dora Hacks. Hackmos 2024 is going to take place in **Dubai from October 25 to 27**.\n\nIf your Hackmos participation is granted, you will also receive complimentary access to Cosmoverse (non-transferable).\n\n# Stay Connected\n- **Follow Hackmos on [Twitter](https://x.com/HackmosHQ)**\n- **Join the Hackmos community on [Telegram](https://t.me/hackmos2023/1)**\n\n# Why Should You Attend?\nHackmos offers a unique platform to:\n\n- **Learn**: Gain insights into the Cosmos ecosystem, one of the most exciting and dynamic areas of blockchain technology.\n- **Collaborate**: Network with fellow developers, blockchain enthusiasts, and potential collaborators to bring your ideas to life.\n- **Compete**: Showcase your skills and creativity by participating in the hackathon's challenges and competitions.\n- **Win Prizes**: Incredible prizes await the most innovative and impactful projects.\n- **Explore Dubai**: When you're not busy hacking, explore the beauty and culture of Dubai, where East meets West in the most enchanting way.\n\n# Entry Requirements\nEntry is open to any web3/web2 developers interested in building on Cosmos.\n\n# Judging Criteria\n- **Technology Innovation**:\n - Evaluate the project's potential to solve real-world problems or create new opportunities within the blockchain and cryptocurrency ecosystem.\n- **Functionality and Usability**:\n - Evaluate the project's functionality and user-friendliness. Does it work as intended, and is it accessible to a wide range of users?\n - Consider the project's user interface (UI) and overall user experience (UX) to ensure it is intuitive and efficient.\n- **Security and Trustworthiness**:\n - Examine the project's security measures and the team's commitment to safeguarding user assets.\n- **Community Impact and Adoption Potential**:\n - Gauge the potential for the project to gain traction and achieve widespread adoption within the crypto community.\n\n# Participating Team\n- Find your team during the Cosmoverse main event or in our Telegram channel.\n- **1-6 persons per team**\n- It is allowed to start brainstorming before Hackmos, but most of the coding should be done during the hackathon.\n\n# Submission\n- **Submission Process**:\n - All entries must be sent through the DoraHacks platform.\n- **Language Requirement**:\n - The presentation must be delivered in English.\n- **Project Limitations**:\n - Each team is limited to submitting one project per challenge, and the same project cannot be entered in multiple challenges.\n- **Eligibility for Winning**:\n - To be considered for winning, it is essential to both submit your project and deliver a presentation. Failing to do either will disqualify you from the competition. Both submission and presentation are compulsory for eligibility to win.\n\n# About Cosmoverse\nCosmoverse is an annual event focusing on the Cosmos ecosystem and beyond. We bring together a diverse range of participants from the Cosmos ecosystem. The event serves as a platform for knowledge exchange, networking, and exploration of the latest trends in Cosmos.","onboardingCompleted":false,"registerFormUrl":"https://docs.google.com/forms/d/e/1FAIpQLSciqzEMWBYgMUtaDeFog-RIPUTR_luEoJ5acsCudVMpcBXOaw/viewform","preRegisterTime":1729828800000,"publicContactHackerHandle":"fabianklauder","hackersCount":4,"tracks":["{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1489,\"name\":\"Babylon (Bitcoin)\",\"judgingCriteria\":\"\",\"weight\":7}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1490,\"name\":\"Mantra (Tokenization)\",\"judgingCriteria\":\"\",\"weight\":6}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1491,\"name\":\"Interchain Foundation (Interchain)\",\"judgingCriteria\":\"\",\"weight\":5}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1492,\"name\":\"Osmosis (DeFi)\",\"judgingCriteria\":\"\",\"weight\":4}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1493,\"name\":\"Cosmos Hub (AEZ)\",\"judgingCriteria\":\"\",\"weight\":3}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1494,\"name\":\"Neutron (AEZ)\",\"judgingCriteria\":\"\",\"weight\":2}}","{\"schema\":\"HACKATHON_TRACK\",\"d\":{\"id\":1648,\"name\":\"Warden (AI)\",\"judgingCriteria\":\"Design considerations:\\n- How’s the UX \\n- Technical complexities abstracted from users \\n\\nTechnical capabilities:\\n- Built on Warden chain \\n⁠- Automation / ifttt usecases\\n⁠- Use of Axelar GMP \\n\\nImpact:\\n- Solves a real world problem \\n⁠- Can it be expanded into an actual product post hackathon \\n⁠- How many users it can acquire in first 6 months\\n\\nQuality\\n- Unique, creative. Problem statement clearly articulated.\\n\\nBonus points \\n- Documented well \\n- If made funny!\",\"weight\":1}}"],"sponsors":[{"id":837,"bounties":[{"id":745,"name":"Orchestration API: Multi-Chain Contracts, Simplified","token":"$ (total prize pool)","bonus":2000,"link":"","description":"# Description\n\nUnleash your potential with the Agoric Orchestration API at Hackmos! Supercharge your project with powerful multi-chain capabilities that deliver the seamless user experience your users crave. Building for multi-chain environments is no longer a challenge—our Orchestration API makes it easy with a robust set of cross-chain calls like staking, depositing, swapping, and more. No matter which Hackmos track you're tackling, this bounty is the perfect addition thanks to our API's straightforward JavaScript integration. Show us what you can build!\n\n# About Agoric\n\nAgoric is a layer 1 blockchain and orchestration layer focused on chain abstraction. In today’s fragmented blockchain landscape, Agoric brings orchestration to Web3, solving the chain abstraction challenge and fostering true composability and interoperability, unlocking a new era of universal liquidity. Founded by renowned computer scientists Dean Tribble and Mark Miller, Agoric’s innovative technology is reshaping the future of decentralized applications.\n\n# Prize Pool and Distribution\n\n- **1st Place:**\n$3,000\n\n- **2nd Place:**\n$2,000\n\n- **Submission Pool:**\n$2,000 (Split evenly between any person/team who completes the bounty)\n\n# Submission Requirements\n\nAll submissions need to deploy to the Agoric Testnet and include the following:\n\n- Incorporate the Orchestration API into a unique use case\n- A short demo video illustrating the project and its use of the Orchestration API\n- Link(s) to your code repository, website, and X to help judges review submission\n- In the README: detail why your team incorporated the Orchestration API\n- In the README: your experience developing with the Orchestration API\n\n# Developer Resources\n\nStart building with the Orchestration API here:\n[https://docs.agoric.com/guides/orchestration/](https://docs.agoric.com/guides/orchestration/)\n\n# Workshops\n\n### Workshops @ Cosmoverse\n\n**Orchestration API: Multi-Chain Contracts, Simplified**\n\n- [Session 1](https://lu.ma/dpohzkqk): October 22nd, 2pm - 3pm\n- [Session 2](https://lu.ma/305an3tp): October 23rd, 12pm - 1pm\n- Speaker: Jovonni Smith-Martinez\n- Location: Manara Room (Grand Hyatt Dubai Convention Centre)\n\n### Workshops @ Hackmos\n\n**Orchestration API: Multi-Chain Contracts, Simplified**\n\n- October 25th, time to be announced \n- Speaker: Jovonni Smith-Martinez \n- Location: 25hrs hotel Dubai \n\n# Judging Criteria\n\nSubmissions will be evaluated on the following: \n\n1. **Completeness** - Does your project work? Can it be tested?\n2. **Innovation** - How novel is the use case? Does it expand into new areas? \n3. **Market Impact** - Will the use case get adopted? Does it satisfy a market need?\n\n*Bonus points will be awarded for clear documentation and presentation of your project."}],"bountyCount":1,"totalBonus":2000,"name":"Agoric","logo":"https://cdn.dorahacks.io/static/files/192808ebe06b25f37b9d3784081b6c9d.png","weight":1,"description":"Agoric is a layer 1 blockchain and orchestration layer focused on chain abstraction.","isCurrentOrg":false}],"bountiesCount":1,"amaciJudgingCount":0,"isPublicBountyJudging":false,"title":"Hackmos 2024 | Cosmoverse 2024, Dubai","uname":"hackmos2024","imageUrl":"https://cdn.dorahacks.io/static/files/191a2e50b5216bfe2672d3b412aa1855.jpg","originUrl":null,"startTime":1724947200000,"endTime":1730037600000,"timezone":"-480","city":null,"visible":true,"approvalStatus":6,"state":0,"voteUrl":null,"voteMechanism":null,"bonusPrice":100000,"bonusMechanism":null,"followersCount":0,"ecosystem":["Cosmos"],"applyGuide":null,"weight":26000,"participationForm":"IRL","field":["Blockchain"],"email":null,"contacts":["Telegram","hackmos2023"],"externalContacts":null,"telegram":"hackmos2023","discord":null,"whatsapp":null,"wechat":null,"prizeFundingEscrowed":0,"token":"USD","prizeSafeForm":0,"prizeSafeNetwork":null,"prizeSafeOwner":null,"prizeSafeWallet":null,"prizeSafePublishDate":null,"hasOnboarding":false,"isPublicTrackJudging":false,"isEndedTrackJudging":false,"question":null,"countryId":228,"cityId":1784736618,"venueName":"Grand Hyatt Dubai","venueAddress":"Grand Hyatt Dubai","category":1,"isEnableBounty":true,"isBountyRequired":false,"isEndedBountyJudging":false,"bountiesLimitForBuidl":10,"isMultiTracksAllowed":false,"tracksLimitForBuidl":0,"showIdeaTab":true,"showQuestionTab":true,"status":1,"isOrganizer":false,"password":null,"isAdmin":false,"isTrackJudge":false,"isBountyJudge":false,"tracksCount":7,"path":"/hackathon/hackmos2024","originURL":null,"image":"https://cdn.dorahacks.io/static/files/191a2e50b5216bfe2672d3b412aa1855.jpg","voteURL":null,"tabs":["{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":960,\"name\":\"Submission Guide\",\"slug\":\"submission\",\"description\":\"# Tutorial Video\\n\\n![YouTube](https://youtu.be/yWhQPzxptg0)\\n\\n# **Getting Started [3-5 MIN]**\\n\\n**1.** **Submit your BUIDL via [DoraHacks.io](https://dorahacks.io/). You need an account with DoraHacks before you can submit.**\\n\\nUse the **Log in** button in the upper right corner of the page to access the sign-up options.\\n\\n

\\n\\nYou can create your account with either your **GitHub account, Google account, crypto wallet** or **email address**. We recommend connecting your account to GitHub to share your projects with a wider audience.\\n\\n*If asked for a verification code via email, the email may take a few minutes to arrive. The code expires 10 minutes after you click “**send code**”.\\n\\n**2.** **Before the submission deadline, make sure you have added your Github link to the project. You can submit the project first, and continue editing until the deadline.**\\n\\nClick “**Submit BUIDL**”.\\n\\n

\\n\\n\\n> **→ Already have a BUIDL on DoraHacks?**\\n> \\n\\n1. Click “**Use existing BUIDL**” and select your BUIDL project.\\n2. Choose the track you want to enter. \\n3. Answer the questions set by the organizer in the input field if applicable.\\n\\n

\\n\\n\\n> **→ Submitting a new BUIDL?**\\n> \\n> Click **“Create new BUIDL”** and fill out the form with your project details.\\n\\n

\\n\\nBe sure to include **URLs (with http/https://)** for your demo, demo link, and social media.\\n\\n

\\n\\n

\\n\\nOnce you’ve completed the new BUIDL setup, select the relevant track, and click **“Submit for review”**.\\n\\n

\\n\\nAfter submitting successfully, you'll see this notification.\\n\\n

\\n\\n# **Manage BUIDL submission**\\n\\nAfter submitting your application, the \\\"Submit\\\" button will update to \\\"Manage Submission\\\". Click the button to manage your BUIDL's Track/Bounty submission.\\n\\n

\\n

\\n\\n# **Project Approval**\\n\\nAfter submission, your project needs to be approved by the Hackathon Organizer before it becomes publicly visible in the Hackathon [BUIDLs gallery](https://dorahacks.io/hackathon/557/buidl).\\n\\n

\\n\\n# **Getting Support**\\n\\nIf you have any questions for the hackathon organizers, feel free to contact them via their dedicated Telegram, Discord, or Slack communication channel. You can also click the \\\"**Message**\\\" button next to the organizer's logo to DM them on DoraHacks.\\n\\n# Need to Update Your BUIDL?\\n\\nTo make changes to your project, click [Avatar] -> [Profile] to access your Account Center. Then, click the \\\"**Edit**\\\" button on the top right of your BUIDL to update your BUIDL information.\\n\\n

\\n\\n

\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1014,\"name\":\"Babylon Track\",\"slug\":\"babylon-track\",\"description\":\"# Babylon Track: Engineering BTC Economic Security\\n\\n## Background\\nBabylon allows users to natively stake their BTC on the Bitcoin blockchain and use it as collateral to secure other blockchains, networks, or systems. It bridges the best of PoW (Proof of Work) with the PoS (Proof of Stake) world, injecting the decentralized web3 space with economic security. \\n\\nWe challenge you to develop innovative and groundbreaking systems built on top of staked BTC. Babylon is built on CosmosSDK and is IBC compatible. \\n\\nHappy hacking!\\n\\n[Getting Started Guide](https://emphasized-acoustic-f68.notion.site/Babylon-Hackers-Getting-Started-Guide-11b28a013c5580ddba3bcac07d068668?pvs=74)\\n\\n# Ideas List\\n\\n## Our Challenge to Hackers\\nBuild the most promising project backed by BTC security.\\n \\nBTC, being a more stable and strong asset, offers many economic security benefits. Babylon's self-custodial multi-staking technology enables this security to be transferred to other systems. The best project submitted will have the potential to turn into a startup.\\n\\nTechnologies include but are not limited to: \\n- Babylon Chain\\n- Babylon Contracts/SDK\\n- Babylon Timestamping\\n- Babylon Finality Gadget\\n- Babylon Staking APIs\\n\\n# Project Ideas:\\n\\n🚀 PoS backed by BTC Chain integration using CosmosSDK, OP Stack, or other frameworks. \\n🚀 DeFi applications that increase the utility of Babylon tokens. \\n🚀 Non-blockchain systems backed by BTC staking to ensure data integrity. \\n🚀 Infrastructure projects that help complete Babylon's ecosystem tooling. \\n🚀 Projects that aim to improve the UX for stakers, developers, and projects built on Babylon.\\n\\nOr... anything you can dream of!\\n\\n**Tooling** \\nLet's face it, we are a new chain, and we also welcome any hackers who can help us improve our tooling overall. \\n\\n**Support** \\nWe will host two workshops in the afternoon of Day 1 to help you get started! Mentors will be available from Day 1 until the submission deadline to provide support. They just need to occasionally eat and sleep.\\n\\n# Community Resources\\n- **Official Docs**:\\n - [Babylon Docs](https://docs.babylonlabs.io/docs/introduction/overview)\\n - [Hackers Getting Started Guide](https://emphasized-acoustic-f68.notion.site/Babylon-Hackers-Getting-Started-Guide-11b28a013c5580ddba3bcac07d068668?pvs=74)\\n - [Integrations Guide](https://www.notion.so/Resources-for-Babylon-integration-63039e40b9b44a3fb0ad14e11d9331e9)\\n - [Babylon CW Contract](https://github.com/babylonlabs-io/babylon-contract)\\n\\n# Judges\\nOur judging criteria are listed [here](https://www.notion.so/Babylon-Hackers-Judging-Criteria-11b28a013c5580ea924df65800a0eabb), along with submission guidelines.\\n\\n- Jenks Guo - Babylon DevRel \\n- Mauro - Babylon Core Developer\\n\\n# Workshops\\nCheck out the agenda [here](https://www.notion.so/Babylon-Hackers-Cosmoverse24-11f28a013c5580729461dd3f303403f8).\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1056,\"name\":\"Mantra Track\",\"slug\":\"mantra-track\",\"description\":\"# MANTRA Chain: The Tokenization Track\\n\\n## Background\\n\\nMANTRA is a Security-first RWA Layer 1 Blockchain, capable of adherence and enforcement of real-world regulatory requirements. Built for Institutions and Developers, MANTRA offers a Permissionless Blockchain for Permissioned applications.\\nTo all the hackathon participants - this is your chance to build and innovate on a blockchain built with compliance and scalability in mind. Whether you're creating dApps that manage real-world assets or pushing the boundaries of decentralized finance, MANTRA provides you with the secure, permissionless infrastructure to make it happen. With our Cosmos SDK foundation and support for IBC and CosmWasm, you can build interoperable applications that scale.\\nGood luck, and we’re excited to see what you build!\\n\\n### [Developer Documentation](https://docs.mantrachain.io/mantra-developer-docs)\\n\\n# Key Features\\n- Built using Cosmos SDK, IBC compatible, with CosmWasm supported\\n- Secured via a sovereign PoS validator set\\n- Scalable up to 10k TPS\\n- Built-in Modules, SDKs, and APIs to create, trade, and manage regulatory-compliant RWAs\\n- Improved User Experience to onboard non-native users and institutions to Web3\\n\\n\\n# DAPPs & Telegram Bots\\n\\n### 1. **TG Bot to Pull Data from MANTRA Chain**\\n\\nDevelop a Telegram bot that integrates with MANTRA Chain to fetch key data like:\\n\\n- Address balances: Real-time updates on token balances for any address.\\n- Block details: Provide details of specific blocks, including transactions and validators.\\n- Real-time updates: Push notifications for network events, transactions, and block creations.\\n- On-chain transaction execution: Enable users to execute on-chain transactions directly from Telegram.\\n\\n### 2. **Airdrop Tool**\\n\\nCreate a customizable airdrop tool to distribute MANTRA Token Service tokens. The tool should allow detailed configuration, such as distribution based on user activity, wallet balances, or other criteria.\\n\\n### 3. **Token Management Tool**\\n\\nBuild a tool to issue and manage tokens on MANTRA Chain:\\n\\n- Integration with the **Token Factory** for creating new tokens.\\n- Support for **CW20s**, the standard used for fungible tokens in CosmWasm ecosystems.\\n\\n### 4. **RWA Launchpad for Tokenized Real-World Assets**\\n\\nDesign a platform to enable the tokenization and launch of **Real-World Assets (RWA)** on the blockchain. This platform will allow users to:\\n\\n- Tokenize real estate, art, commodities, or other real-world assets.\\n- Launch and manage RWA tokens using the **MANTRA Token Service**.\\n\\n### 5. **Sybil-Proof Faucet**\\n\\nBuild a faucet that uses Sybil resistance mechanisms to ensure that users claiming tokens are unique individuals, reducing the risk of exploitation by bots or fake accounts.\\n\\n### 6. **ERC404 Standard for Cosmos / MANTRA Chain**\\n\\nImplement the ERC404 standard for the Cosmos ecosystem and MANTRA Chain. For more information about this standard, check out [ERC404](https://members.delphidigital.io/projects/erc404).\\n\\n### 7. **Chain Analytics Dashboards**\\n\\nDevelop analytics dashboards for MANTRA Chain. These dashboards can visualize:\\n\\n- On-chain metrics, such as transaction volume, block times, gas fees.\\n- Token activity and user adoption over time.\\n\\n### 8. **Digital Asset Registry**\\n\\nCreate a registry system for the secure and verifiable ownership of digital assets. This system will allow users to register ownership of digital items like NFTs, tokenized assets, and intellectual property.\\n\\n### 9. **Rare Collectible Marketplace**\\n\\nBuild a marketplace for buying, selling, and trading rare digital collectibles, focusing on unique and high-value items such as limited edition NFTs.\\n\\n### 10. **Luxury Watch Trading Platform**\\n\\nDevelop a specialized marketplace for the trading of luxury watches, combining blockchain tokenization for ownership verification with an online marketplace for watch enthusiasts.\\n\\n# DevTooling #\\n\\n### 1. Library for Interacting with MANTRA via Python\\nCreate a Python library that allows developers to interact with MANTRA Chain. This library should facilitate tasks such as:\\n- Querying on-chain data.\\n- Sending transactions.\\n- Interacting with smart contracts and tokens.\\n\\n### 2. State of Contract Forking Tool\\nDevelop a tool that allows developers to \\\"fork\\\" the state of a contract from the main chain to a testnet. This will enable testing with the same contract state as the production environment.\\n\\n### 3. Webhooks for Chain Actions/Alerts\\nImplement webhooks that trigger actions or alerts based on specific blockchain events. This can be inspired by Alchemy’s blockchain webhooks.\\n\\n### 4. Tool for Gas Profiling\\nCreate a gas profiling tool to help developers optimize smart contracts for gas consumption. You can check out DAODAO’s [integration tests](https://github.com/DA0-DA0/dao-contracts/blob/main/.github/workflows/integration_tests.yml) for inspiration.\\n\\n### 5. Smart Contract Static Analyzer\\nBuild a static analysis tool for smart contracts, similar to **Slither** (see [Slither on GitHub](https://github.com/crytic/slither)). This tool will help analyze vulnerabilities, security flaws, and inefficiencies in smart contracts.\\n\\n# Wildcard: Real-World Assets and Tokenization\\nPropose innovative solutions for **Real-World Asset Tokenization** and related applications. This could range from new ways of verifying asset ownership to improving the liquidity of tokenized assets in decentralized finance (DeFi) platforms.\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1057,\"name\":\"Interchain Track\",\"slug\":\"interchain-track\",\"description\":\"# Interchain Track: The Inter-Blockchain Experience 🎸\\n\\n\\n## Background\\nThe Interchain Stack consists of five components: the Cosmos SDK, CometBFT, IBC, CosmWasm, and CosmJS. These tools allow developers to create modular, sovereign, and scalable decentralized applications. What distinguishes the ecosystem as an Internet of Blockchains, or the interchain, is the interoperability component of the Interchain Stack: Inter-Blockchain Communication (IBC), which enables seamless cross-communication among web3 applications.\\n\\n\\nWe challenge you to develop novel and exciting implementations of the Interchain Stack, focusing on IBC. Expand the interchain and show what’s possible in both User Experience and the incredible capabilities of the Interchain Stack.\\n\\n\\nGood luck, and have fun!\\n\\n\\n# Ideas List\\n\\n\\n**Interoperability**\\n- **IBC Expansion with EVM**: Leverage and build implementations of the EVM with the Interchain Stack, to aid cross-chain interoperability between the existing interchain and the land of EVM (or other ecosystems, such as Solana and rollups).\\n- **Zero-Knowledge**: Bring privacy to the fore with ZK IBC implementations and circuits, or implementations with the ZK Cosmos SDK module.\\n- **IBC Circuit Breaker**: Construct a mechanism to facilitate incident response by verifying and halting malicious or erroneous transactions.\\n- **Interchain Accounts, Interchain Queries**: Leverage Interchain Accounts and Interchain Queries for novel uses of cross-controlling assets and transactions, think Cross Chain Name Service.\\n- **Relayer Incentivization / Marketplace**: Design innovative mechanisms to incentivize relaying, and consider the tokenomics and experience of relaying for users and relayer operators.\\n\\n\\n**Tooling**\\n- **Interchain Stack Monitoring**: Develop tools and interfaces that provide real-time insights into IBC transactions, CometBFT performance, and other critical metrics across the Cosmos SDK.\\n- **Fuzzer**: Build a tool that generates and sends random or malformed transactions to a network to assist in identifying potential vulnerabilities and edge cases. \\n- **Better UX & UI**: Simplify getting started with smart contracts, IBC, relayers, upgrades, and interaction. Further improve user stack debugging with better errors and resources to narrow issue scope.\\n\\n\\n**Applications**\\n- **Social Networks & Moderation**: Build decentralized social networks and explore innovative approaches to content moderation using the Interchain Stack - which can be implemented in a gaming format.\\n- **Censorship Resistant Content**: Create resilient web platforms that are immune to censorship, ensuring content availability and user access across networks.\\n- **Cross-chain NFT Products and Applications**: Build platforms that enable seamless transfer and trading of NFTs across different IBC-connected chains - think: novel, non-financial IBC implementations - gaming, digital collectibles, etc.\\n- **Randomness**: Develop a secure randomness service that leverages cross-chain data and operates on a publish/subscribe model for decentralized applications requiring verifiable randomness.\\n- **Distributed Vote Incentivization**: Develop models or tools to increase participation in governance across the ecosystem.\\n- **CosmWasm**: Many of the Applications and Interoperability ideas can be implemented with the dynamic on-chain code of CosmWasm, use it you Rustaceans!\\n\\n\\n**Wild Card**\\n\\n\\nAnything you can dream up with the latest releases of the Interchain Stack and expanding the interchain!\\n\\n\\n**Support**\\n\\n\\nWe will have four introductory workshops in the afternoon of Day 1 - these can help you get moving!\\nMentors will be on hand for the Interchain Stack Hack Track to support you and provide more resources.\\n\\n\\n# Community Resources\\n- **Official Docs**:\\n - [IBC](https://ibc.cosmos.network/main/)\\n - [CometBFT](https://docs.cometbft.com/v0.38/)\\n - [Cosmos SDK](https://docs.cosmos.network/)\\n - [CosmWasm](https://docs.cosmwasm.com/)\\n - [CosmJS](https://github.com/cosmos/cosmjs?tab=readme-ov-file#documentation)\\n- **Additional Resources**:\\n - [Interchain Discord](https://discord.com/invite/interchain) #dev-forum - For Tech Questions!\\n\\n\\n# Judges [TENTATIVE]\\n\\nAinhoa - Zondax, Cosmos SDK Operations\\n\\nGjermund - IBC Software Engineer\\n\\nDan - Cosmology, CosmJS Head\\n\\nSimon - Confio, CosmWasm Head\\n\\n# Mentors [TENTATIVE]\\n- Ainhoa\\n- Dan\\n- Carlos\\n- Gjermund\\n- Juan\\n- Julien\\n- Lucas\\n- Mary\\n- Nico\\n- Ollie\\n- Pinò\\n- Reece\\n- Simon\\n\\n\\n# Workshops [TENTATIVE]\\n- Gjermund - IBC Workshop\\n- Dan - Client-side Workshop\\n- Reece - Interchain Intro with Spawn\\n- Daniel - CometBFT Workshop\\n\\n\\n# Remember\\n- **Emphasize User and Developer Experience**\\n- **Think IBC, and use the latest versions of the Interchain Stack**\\n- **Keep in mind pain points of your developer experience to give feedback for us to make it better**\\n- Teams with members from IG, Binary Builders, Confio, Zondax, Amulet, Strangelove, or Cosmology will be ineligible for prizes (you are still welcome to join and hack for fun and be highlighted as successful projects!).\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1058,\"name\":\"Osmosis Track\",\"slug\":\"osmosis-track\",\"description\":\"# Osmosis Chain - The DeFi Track\\n\\n## Background\\n\\nOsmosis is the leading interchain DEX and a DeFi hub for the Cosmos ecosystem and beyond, having facilitated over $35 billion in trading volume and connecting with more than 100 blockchains via IBC. Osmosis is home to an ever-expanding suite of DeFi applications, merging native tooling with powerful third-party integrations to provide a one-stop experience that raises the bar over centralised exchange offerings.\\n\\nWith the introduction of the Smart Accounts module, Osmosis is making significant strides in improving DeFi accessibility and usability by providing enhanced security, multi-device support, and features like 1-click trading. This functionality simplifies user on-boarding and trading while reducing the friction seen in traditional wallet management systems. The Smart Accounts module exemplifies Osmosis' commitment to advancing DeFi user experience, paving the way for further innovations such as passkey authentication and automated account recovery.\\n\\nOsmosis is also at the forefront of cross-chain innovation, exploring new frontiers in CEX/DEX arbitrage and fast bridging. By leveraging SQS (Sidecar Query Server) and mempool analysis, Osmosis aims to optimise trading strategies and enhance liquidity on the DEX. \\n\\nFurthermore, Osmosis is expanding its reach through integration with the Internet Computer Protocol (ICP), opening up new possibilities for cross-chain applications and decentralised computation.\\n\\nThis hackathon encourages participants to build on this Smart Accounts framework, leverage Osmosis' infrastructure to create solutions that improve DeFi settlement and liquidity, also finally to encourage novel integrations with ICP.\\n\\n[https://osmosis.zone](https://osmosis.zone/)\\n\\n# Ideas List\\n\\nAll ideas are welcome these are some suggestions that the Osmosis development team would love to see implemented!\\n\\n## Smart accounts (account abstraction):\\n\\nSmart accounts, also known as account abstraction, aim to improve user experience and security in Osmosis interactions. This concept allows for more flexible account management and transaction execution.\\n\\n**a) Passkeys implementation:**\\n\\n- Integrate passkeys (WebAuthn standard) for blockchain account authentication\\n- Develop a system that allows users to sign transactions using their accounts using biometrics or device-based authentication\\n- Create a seamless onboarding process for new users leveraging passkeys\\n\\n**b) Quantum signature verification:**\\n\\n- Implement quantum-resistant signature schemes for transactions\\n- Develop a hybrid system that supports both classical and quantum-safe signatures\\n\\n**c) End-of-life backup authenticators:**\\n\\n- Design a system for secure account recovery in case of user death or incapacitation\\n- Implement multi-party computation for distributed key management in inheritance scenarios\\n- Create a user-friendly interface for setting up and managing inheritance plans for crypto assets\\n\\n**d) ZKP (Zero-Knowledge Proof) accounts:**\\n\\n- Develop a zero-knowledge proof system for account authentication\\n- Create privacy-preserving transaction mechanisms using ZKPs\\n\\n**e) OAuth accounts => email accounts:**\\n\\n- Build a bridge between traditional web2 authentication (OAuth, email) and accounts\\n- Develop a system that allows users to manage accounts using familiar email-based methods\\n- Create a seamless onboarding process for non-crypto users using existing email or social media accounts\\n\\n**f) Intent-based authenticators:**\\n\\n- Implement a system where users can define high-level intents rather than specific transactions\\n- Develop smart contract that can interpret and execute user intents securely\\n- Create a user interface for managing and monitoring intent-based transactions\\n\\n**g) Token intents:**\\n\\n- Design a system for defining and executing complex token-related operations as single intents\\n- Implement batch processing of token operations based on user-defined intents\\n\\n**h) Post-transaction actions:**\\n\\n- Implement conditional post-transaction operations based on on-chain transactions\\n- Develop a monitoring and notification system for post-transaction actions\\n\\n## CEX/DEX arbitrage and fast bridging arbitrage:\\n\\nThis category focuses on optimizing trading strategies across different types of exchanges and leveraging cross-chain opportunities.\\n\\n**a) Running SQS (Sidecar Query Server) in a novel way:**\\n\\n- Implement a distributed SQS across multiple chains for cross-chain arbitrage opportunities\\n\\n**b) Mempool arbitrage using SQS:**\\n\\n- Build a system to monitor and analyze mempool data or incoming IBC txns across multiple chains\\n- Develop algorithms to identify profitable arbitrage opportunities in pending transactions\\n- Create a fast execution system that can act on mempool data before transactions are confirmed\\n\\n**c) Integration orderbook claim bot from other chains:**\\n\\n- Design a cross-chain orderbook aggregator that combines data from multiple DEXes\\n- Develop a bot that can execute trades across different chains based on orderbook discrepancies\\n- Implement a system for efficient order matching and execution across chains\\n\\n**d) Leverage top-of-block auction for incoming IBC packets from Axelar or other bridging protocols:**\\n\\n- Develop a system to predict and optimize for top-of-block placement of IBC packets\\n- Create a bidding mechanism for prioritizing cross-chain transactions in block auctions\\n- Implement a monitoring system for tracking IBC packet delivery and confirmation times\\n- Design strategies for leveraging top-of-block placement for arbitrage opportunities\\n\\n**e) Fast bridging arbitrage:**\\n\\n- Develop a system for identifying and executing arbitrage opportunities across different blockchain bridges\\n- Create a liquidity management tool for optimising capital allocation across multiple bridges\\n- Design a monitoring system for tracking bridge efficiency and identifying potential arbitrage opportunities\\n\\n**f) CEX/DEX arbitrage optimisation:**\\n\\n- Build a unified interface for executing trades across both centralised and decentralised exchanges\\n- Develop advanced algorithms for identifying complex arbitrage paths involving multiple exchanges and tokens\\n- Implement a real-time monitoring system for tracking exchange liquidity and order book depth\\n\\n## ICP and Osmosis Integration: Open track\\n\\nThe goal of this category is to explore and develop innovative integration points between the Internet Computer Protocol (ICP) and Osmosis, leveraging the strengths of both platforms to create powerful cross-chain applications and services.\\n\\n**a) ICP-Powered Analytics for Osmosis:**\\n\\n- Create visualizations and dashboards for tracking ckBTC alloyed performance and balance\\n\\n**b) Osmosis Wallet on ICP:**\\n\\n- Adapt the BTC wallet implementation to build an Osmosis wallet on ICP\\n- Develop key management and transaction signing mechanisms\\n- Create a user-friendly interface for managing Osmosis assets within the ICP ecosystem\\n\\n**c) Leverage Osmosis from ICP using HTTP Interface:**\\n\\n- Develop ICP canisters that interact with Osmosis via the HTTP interface\\n- Implement a caching layer on ICP to optimise frequent Osmosis data requests\\n- Design a developer SDK for building ICP applications that integrate with Osmosis\\n\\n**d) Cross-Chain Governance Integration:**\\n\\n- Develop a unified governance platform that allows participation in both ICP and Osmosis governance\\n- Create mechanisms for cross-chain voting and proposal creation\\n- Implement delegation features that work across both ecosystems\\n\\n# Community Resources\\n\\n## General\\n\\n- [https://docs.osmosis.zone/overview/educate](https://docs.osmosis.zone/overview/educate)\\n- [https://docs.cosmwasm.com](https://docs.cosmwasm.com/)\\n- [https://github.com/cosmos/cosmjs](https://github.com/cosmos/cosmjs)\\n- [https://docs.cometbft.com/v0.38/](https://docs.cometbft.com/v0.38/)\\n- [https://docs.cosmos.network/](https://docs.cosmos.network/)\\n\\n## CEX <> DEX arb\\n\\n- https://github.com/osmosis-labs/osmosis/\\n- https://github.com/osmosis-labs/sqs/\\n- https://github.com/osmosis-labs/arb-bot\\n\\n## Smart Accounts\\n\\n- https://github.com/osmosis-labs/osmosis/blob/main/x/smart-account/README.md\\n- https://github.com/osmosis-labs/passkey-authenticator/\\n- https://github.com/osmosis-labs/spend-limit-authenticator/\\n\\n## ICP\\n\\n- https://internetcomputer.org/docs\\n- https://internetcomputer.org/docs/current/samples/overview\\n\\n# Submission Requirements\\n\\nThese are just a guideline each submission and team are different, we judge each projects as is.\\n\\n- **Project Description:**\\n - A clear and concise explanation of your project (300-500 words)\\n - The problem it solves or the opportunity it addresses\\n - How it relates to Osmosis, ICP (if applicable), or the broader DeFi ecosystem\\n \\n- **Technical Implementation:**\\n - An overview of the technologies and frameworks used\\n - Key features and functionalities\\n - Any novel approaches or algorithms developed\\n \\n- **Demonstration:**\\n - A working prototype or proof-of-concept (if possible)\\n - Screenshots or a short video demo (1-2 minutes) showcasing the project\\n - A link to the GitHub repository with ~~readable, commented~~ code\\n\\n- **Potential Impact:**\\n - An explanation of how your project could benefit the Osmosis ecosystem or DeFi users\\n - Any potential for scalability or future development\\n \\n- **Team Information:**\\n - Brief introduction of team members and their roles\\n - Contact information for follow-up questions\\n \\n- **Presentation:**\\n - A slide deck (2-3 slides) summarising your project for the judges\\n\\nWe value well-thought-out ideas and implementations over perfection. Your submission should demonstrate:\\n\\n- Understanding of the Osmosis ecosystem and its challenges\\n- Innovative thinking and problem-solving skills\\n- Potential for real-world application and impact\\n- Clear communication of your ideas and technical approach\\n\\n# Additional Resources\\n\\nTelegram Chat (TBC)\\n\\n# Judges\\n\\n- Aaron - Growth Hacker\\n- Paddy - Hacker\\n- Nicolas - Hacker\\n- Niccolo - Hacker\\n\\n# Mentors\\n\\n- Paddy - Mage\\n- Nicolas - Mage\\n- Niccolo - Mage\\n\\n# Workshops\\n\\n- Smart Accounts Part 2: Electric Boogaloo [PaddyMc]\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1059,\"name\":\"Cosmos Hub Track\",\"slug\":\"cosmos-hub-track\",\"description\":\"Coming soon!\\n\\nTheme: AEZ\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1115,\"name\":\"Neutron Track\",\"slug\":\"neutron-track\",\"description\":\"# Neutron Track\\n\\n## Background\\n\\nHome to an expanding array of cutting-edge applications such as [Mars](https://blog.marsprotocol.io/), [Drop](https://www.drop.money/), [Astroport](https://astroport.fi/en), and others, Neutron is a rapidly growing smart contract platform that enables entrepreneurs to build and scale breakthrough applications.\\n\\nNeutron has pioneered a new approach to building applications, establishing itself as the industry’s first **Integrated Application Network**.\\n\\nIntegrated Applications inherit the best features of both appchains and smart contracts, coupling access to powerful infrastructure with the development speed, cost efficiency, and composability of smart contracts. As a result, Neutron empowers entrepreneurs to build better and more profitable applications that can onboard users from anywhere.\\n\\nWe challenge you to develop an exciting new experiment or application on Neutron, building on one or more of its existing applications (like [Mars](https://blog.marsprotocol.io/) or [Drop](https://www.drop.money/)) or leveraging its built-in ICTX, ICQ, Cron Module, or Oracle functionality.\\n\\n**Bonus Bounty**: In addition to prizes earned through participation in Neutron’s Hackmos track, the Drop Foundation is prepared to award a **$5K bonus bounty** (paid in USDC) to the team or hacker that builds either:\\n\\n- The most compelling dAsset use case or integration (e.g., a dAsset index token)\\n- A new dAsset type (e.g., dAssets for yield-bearing ETH or BTC vaults)\\n\\nDrop is a liquid staking protocol for Interchain assets backed by Lido. Led by ex-Lido and P2P contributors, Drop is on a mission to strengthen the economic viability of sovereign blockchains by transforming stagnant, frozen assets into flowing streams of opportunity. \\n\\nWhen a user stakes with Drop, they receive dAssets, which are receipt tokens representing a staked position. For example, if a user stakes ATOM with Drop, they receive dATOM. dAssets auto-compound staking rewards and can be used throughout the Drop ecosystem to earn additional yield.\\n\\n# Ideas List\\n\\nThere is no expectation that these ideas need to be fully fleshed out products by the end of the hackathon, but start working on one of these at the event, and you can almost guarantee you’ll receive follow-on support from the Neutron Foundation thereafter.\\n\\n- Pre-market perpetuals\\n- A GHO-like stablecoin\\n- An on-chain Tamagotchi-like game\\n- A trading card game\\n- P2P lending \\n- A permissionless tokenized ETF platform\\n- Synthetics\\n- Evolutionary NFTs\\n- On-chain insurance\\n- An app leveraging RWAs\\n\\n# Submission Requirements\\n\\n1. **Execution:** Projects must demonstrate high-quality execution with a clean, organized GitHub repository, clear build and run instructions, and well-structured documentation.\\n2. **Originality & Complexity:** Projects must be non-trivial and original. Submissions should not consist of minor modifications to existing contracts but should instead show significant development effort.\\n3. **Relevance & Use of Neutron Features:** Projects must utilize key Neutron features such as Interchain Transactions (ICTXs), Interchain Queries (ICQs), the Cron Module, the DEX Module, the Slinky Price Oracle, or compose with existing applications in the Neutron ecosystem (e.g., Astroport, Mars, Drop).\\n4. **Innovation & Real-World Applicability:** Submissions should address real-world problems or propose innovative solutions, demonstrating scalability, potential market fit, and meaningful use cases.\\n5. **Interoperability:** Additional points will be given to projects that demonstrate cross-chain interoperability and meaningful integrations within the broader Cosmos ecosystem.\\n\\n# Developer Resources\\n\\n## Neutron:\\n\\n- [Website](https://www.neutron.org/)\\n- [Docs](https://docs.neutron.org/)\\n- [Github](https://github.com/neutron-org/neutron)\\n- [IBC Docs](https://ibc.cosmos.network/main/)\\n- [CosmWasm Docs](https://docs.cosmwasm.com/)\\n- [Discord](http://discord.neutron.org)\\n- [Twitter/X](https://twitter.com/Neutron_org)\\n- [Telegram ](https://t.me/neutron_community)\\n- [Forum](https://forum.neutron.org/)\\n\\n## Drop Protocol:\\n\\n- [Docs](https://docs.drop.money/)\\n- [FAQ](https://hadron.notion.site/Drop-FAQ-c73305bfa6f44a8d95f30400f80edcbe)\\n- [Github](https://github.com/hadronlabs-org/drop-contracts)\\n- [Website](https://www.drop.money/)\\n- [Twitter/X](https://x.com/Dropdotmoney)\\n- [Telegram](https://t.me/drop_protocol)\\n\\n# Judges\\n\\n- Mikhail Mozhaev - Co-founder, Neutron\\n- Avril Dutheil - Co-founder, Neutron\\n- Andrei Zavgorodnii - Co-founder, Neutron\\n- Mitya Argunov - Co-founder, Drop\\n- Kai Tyurin - Co-founder, Drop\\n\\n# Mentors\\n\\n- Mikhail Mozhaev\\n- Sergey Ratiashvili\\n- Sergei Sotnikov\"}}","{\"schema\":\"HACKATHON_TAB\",\"d\":{\"id\":1116,\"name\":\"Warden Track\",\"slug\":\"warden-track\",\"description\":\"# Warden Protocol AI Track: Empowering Innovation Through Safe AI\\n\\n## Background\\n\\nIn today's rapidly evolving digital landscape, the power of artificial intelligence (AI) is undeniable. At Warden Protocol, we believe that AI can reach its full potential only when it is safe, decentralized, and transparent. This track invites visionary developers to leverage Warden's cutting-edge modules, x/act and x/warden, to build AI-driven solutions that operate autonomously and securely, without compromising user trust.\\n\\nThe Warden AI Track challenges participants to explore the endless possibilities of combining AI with decentralized technologies. Whether it's building autonomous agents, creating AI-powered decentralized applications, or innovating new ways to integrate AI into smart contracts, this track is designed for those looking to push the boundaries of what's possible. Our mission is to empower developers with the tools they need to create scalable, secure, and impactful AI solutions that address real-world challenges.\\n\\nJoin us in shaping the future of decentralized AI at the Warden Protocol AI Track during Hackmos 2024 and be part of a global movement that’s driving the next wave of technological innovation.\\n\\n# Dev Contact Form\\n\\nHave questions or need more information? [Reach out to us](https://t.me/Ali_the_Curios) through the [Developer Contact Form](https://forms.gle/xKXfrnJiD6FBvbAt6) and [schedule a call](https://calendly.com/d/cpty-bcy-tpq/developers-build-on-with-warden) with us. Our team is here to assist you!\\n\\n# About Warden Protocol\\n\\n[Warden Protocol](https://wardenprotocol.org) brings AI to web3, enabling any application, protocol, or smart contract to integrate safe AI. Blockchain isn't built for humans. Warden is the verification and execution layer for AI that makes mass adoption of web3 possible. Warden’s verification layer ensures AI results are correct using blockchain, cryptography, and consensus, while the execution layer simplifies integration and automates workflows across chains. With seamless omnichain interoperability and operator sets for wallets, oracles, bridges, and more, Warden lets developers focus on building, not complexity.\\n\\n# Submission Requirements\\n\\n## Project Overview (Incorporating x/act and x/warden)\\n\\n- **x/act Module**: The x/act module allows the creation and execution of actions based on user-defined conditions (Rules) in a decentralized and automated manner. In your project submission, explain how your agents leverage x/act to perform programmable actions triggered by specific conditions, such as smart contract executions, automated transfers, or governance actions, without requiring human intervention. The flexibility of x/act enables decentralized automation driven by on-chain data and custom rules.\\n\\n- **x/warden Module**: The x/warden module focuses on securely managing Spaces and Keychains for decentralized signature operations. In your project, highlight how x/warden ensures the integrity of actions performed by x/act by enforcing approval rules for signing requests and securely managing keys. It provides a decentralized framework for handling sensitive operations, with the ability to integrate Analyzers that securely extract and process payload data before signing, ensuring actions are authorized and handled transparently.\\n\\n## Unique Use Cases or Implementations\\n\\n- Innovative Use of x/act and x/warden: Explain the uniqueness of using these two modules together. For instance:\\n\\n - Automated and Secure Transactions: Describe how x/act is used to automate processes on-chain, while x/warden ensures signing the transactions and actions.\\n - Use Case Scenarios: Provide specific examples of actions your agents can perform (e.g., liquidity management, trading bots, decentralized governance actions) and how security is maintained with x/warden.\\n - Decentralized Automation: Highlight that your project can automate tasks that require high levels of security, with x/warden signing..\\n\\n## Demo Video\\n\\n- **Key Features to Highlight**: In the demo, demonstrate how the agents created with x/act and x/warden can:\\n\\n - Execute actions autonomously.\\n - Showcase how x/warden works\\n\\n- **Simplifying Complexities for Users**: Show how the end-users interact with the agents through a user-friendly interface, abstracting the complexity of x/act and x/warden modules behind intuitive workflows.\\n\\n## README Details\\n\\n- Approach Explanation:\\n\\n - **x/act Module**: In the README, explain why x/act was chosen for automating actions in a decentralized way. Highlight its flexibility in executing programmable tasks based on user-defined rules, without needing constant human input. Emphasize how it enables automated actions governed by conditions, ensuring smooth, rule-based operations.\\n - **x/warden Module**: Describe how x/warden enhances trust in your system by decentralizing the management of Spaces and Keychains. Explain how it securely manages signing operations with defined approval rules, ensuring that actions taken by x/act are executed with proper authorization, providing a secure and transparent system for handling sensitive operations.\\n - **Challenges and Solutions**: If applicable, explain any challenges you encountered while integrating these modules and how your team overcame them.\\n\\n- Experience Developing with x/act and x/warden:\\nWhether it’s your first time working with these modules or you’ve had prior experience, mention how the documentation and tools helped you during development. Highlight any unique insights you gained.\\n\\n# Developer Resources\\n\\n### Glossary\\n- [Glossary | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/glossary)\\n\\n### Warden Protocol Modules\\n- [x/warden | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/x-warden)\\n- [x/act | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/x-act)\\n- [External modules | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/warden-protocol-modules/external-modules)\\n\\n### Others\\n- [Request flow | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/request-flow)\\n- [Oracle services | Warden Protocol Docs](https://docs.wardenprotocol.org/learn/oracle-services)\\n\\n# Workshops\\n\\nOnce a week, we will record coding sessions with our Chief Blockchain Officer, our Developers or our Head of Dev Rel to showcase to you how our modules are used and what you can do with them.\"}}"],"participation":"IRL","escrowed":false,"bounties":[{"id":837,"bounties":[{"id":745,"name":"Orchestration API: Multi-Chain Contracts, Simplified","token":"$ (total prize pool)","bonus":2000,"link":"","description":"# Description\n\nUnleash your potential with the Agoric Orchestration API at Hackmos! Supercharge your project with powerful multi-chain capabilities that deliver the seamless user experience your users crave. Building for multi-chain environments is no longer a challenge—our Orchestration API makes it easy with a robust set of cross-chain calls like staking, depositing, swapping, and more. No matter which Hackmos track you're tackling, this bounty is the perfect addition thanks to our API's straightforward JavaScript integration. Show us what you can build!\n\n# About Agoric\n\nAgoric is a layer 1 blockchain and orchestration layer focused on chain abstraction. In today’s fragmented blockchain landscape, Agoric brings orchestration to Web3, solving the chain abstraction challenge and fostering true composability and interoperability, unlocking a new era of universal liquidity. Founded by renowned computer scientists Dean Tribble and Mark Miller, Agoric’s innovative technology is reshaping the future of decentralized applications.\n\n# Prize Pool and Distribution\n\n- **1st Place:**\n$3,000\n\n- **2nd Place:**\n$2,000\n\n- **Submission Pool:**\n$2,000 (Split evenly between any person/team who completes the bounty)\n\n# Submission Requirements\n\nAll submissions need to deploy to the Agoric Testnet and include the following:\n\n- Incorporate the Orchestration API into a unique use case\n- A short demo video illustrating the project and its use of the Orchestration API\n- Link(s) to your code repository, website, and X to help judges review submission\n- In the README: detail why your team incorporated the Orchestration API\n- In the README: your experience developing with the Orchestration API\n\n# Developer Resources\n\nStart building with the Orchestration API here:\n[https://docs.agoric.com/guides/orchestration/](https://docs.agoric.com/guides/orchestration/)\n\n# Workshops\n\n### Workshops @ Cosmoverse\n\n**Orchestration API: Multi-Chain Contracts, Simplified**\n\n- [Session 1](https://lu.ma/dpohzkqk): October 22nd, 2pm - 3pm\n- [Session 2](https://lu.ma/305an3tp): October 23rd, 12pm - 1pm\n- Speaker: Jovonni Smith-Martinez\n- Location: Manara Room (Grand Hyatt Dubai Convention Centre)\n\n### Workshops @ Hackmos\n\n**Orchestration API: Multi-Chain Contracts, Simplified**\n\n- October 25th, time to be announced \n- Speaker: Jovonni Smith-Martinez \n- Location: 25hrs hotel Dubai \n\n# Judging Criteria\n\nSubmissions will be evaluated on the following: \n\n1. **Completeness** - Does your project work? Can it be tested?\n2. **Innovation** - How novel is the use case? Does it expand into new areas? \n3. **Market Impact** - Will the use case get adopted? Does it satisfy a market need?\n\n*Bonus points will be awarded for clear documentation and presentation of your project."}],"bountyCount":1,"totalBonus":2000,"name":"Agoric","logo":"https://cdn.dorahacks.io/static/files/192808ebe06b25f37b9d3784081b6c9d.png","weight":1,"description":"Agoric is a layer 1 blockchain and orchestration layer focused on chain abstraction.","isCurrentOrg":false}]}}