Problem

Blockchain technology, heralded as a transformative force for decentralization, trust, and security, has experienced significant growth and innovation since its inception. The decentralized nature of blockchain ensures that no single entity has control over the entire network, thereby enhancing security and trust among participants. However, despite its potential, blockchain technology faces several limitations and challenges that impede its mass adoption.

The contemporary blockchain economy is restricted to services that can be defined by mathematical formulas. For instance, Uniswap functions as a platform connecting liquidity providers and token purchasers. These liquidity providers are limited to offering services based on preset formulas, such as selling tokens at a specific rate. This restriction hampers the development of more complex and diverse services. Moreover, users encounter significant inefficiencies due to the inability to outsource tasks effectively. For example, a user desiring to sell tokens across multiple chains faces a cumbersome process in identifying service providers and often resorts to manual operations. In contrast, many Web2 tasks can be outsourced seamlessly, providing a far smoother user experience.

Additionally, certain tasks remain unsolvable within the current on-chain framework. For example, the purchase of Web2 services using on-chain tokens is problematic due to the absence of permissionless trust in smart contracts. Tasks requiring time-bound execution or specific constraints are unmanageable on-chain. Nevertheless, if outcomes can be verified fairly and users accept predefined compensation, these tasks could be securely outsourced to a service provider. Furthermore, users are reluctant to approve contracts that access their accounts due to security concerns, necessitating manual confirmation of every detail, such as transaction fees, cross-chain operations, and private key management.

To address these limitations, the dappOS Intent Execution Network emerges as a compelling solution to streamline user interactions within the blockchain ecosystem. This network connects users with service providers, enhancing the efficiency of outsourcing tasks in a decentralized environment. Analogous to real-world platforms like eBay and DoorDash, where users can communicate and collaborate with service providers efficiently, a similar level of efficiency is now attainable on-chain. dappOS mitigates security concerns by allowing users to delegate tasks securely to service providers. This solution not only resolves existing usability issues but also extends the capabilities of Web3 applications, enabling the creation of new services previously unattainable.

For example, Ethereum smart contracts are currently limited by predefined mathematical formulas, restricting the complexity of services they can provide. An illustration of this limitation is Uniswap, where liquidity providers can only offer services based on preset formulas, without accommodating more complex requirements. dappOS facilitates the provision of sophisticated services akin to real-world delivery services such as DoorDash, where users do not have to worry about delivery personnel absconding with their funds. Moreover, dappOS enables transactions such as converting USDT to USD through services like PayPal, or using on-chain assets to subscribe to Web2 services such as OpenAI. By expanding the range of verifiable outcomes and ensuring user compensation for unmet services, dappOS fosters a broader array of decentralized and secure interactions.

The dappOS Intent Execution Network provides a decentralized framework to fulfill user intents, simplifying and securing the outsourcing of tasks. Users can specify their needs, and a network of third-party service providers can meet these intents, ensuring both security and efficiency. This innovative approach not only addresses the current limitations but also paves the way for new, complex Web3 applications, significantly enhancing the user experience within the decentralized economy.