Collaboration between Bless Network, Space, and Time for the deployment of authentic Artificial Intelligence agents on 5 million edge devices
In a groundbreaking development, Bless Network and Space and Time have joined forces to create a trustless, transparent environment for autonomous AI agents. This partnership aims to address critical trust issues in decentralized AI applications, particularly in sensitive and high-stakes domains.
The integration of Space and Time's verifiable data infrastructure with Bless Network's massive decentralized compute resource is set to revolutionize the way AI decisions are verified. By combining cryptographic data verification with a large-scale decentralized computing foundation, AI agents can now prove their decisions are based on verified, immutable data, instilling confidence and transparency in AI operations within decentralized ecosystems.
Space and Time's technology enables validators to cryptographically sign data commitments before these are recorded on-chain. This means AI agents developed on the Bless Network can demonstrate that their decisions are based on data that has not been altered or manipulated. The partnership also allows AI agents to access verified data streams, such as energy grid status, traffic patterns, or financial market information, ensuring the inputs to AI models are authentic.
Bless Network, the world's first shared computer, turns every consumer device into a participant in a massive edge compute network with over 5 million live nodes. This decentralized setup avoids reliance on centralized cloud providers, removing single points of failure and centralized trust dependencies prevalent in traditional AI systems.
The collaboration between Bless Network and Space and Time represents convergence between decentralized physical infrastructure (DePIN) and zero-knowledge proofs. This convergence allows validating and proving data correctness without exposing sensitive information, adding a privacy-preserving layer while maintaining transparency and trustworthiness.
The partnership potentially challenges traditional cloud computing models dominated by centralized providers. The Bless-SXT architecture could establish new economic models where data providers receive fair compensation while preserving open access for verified users.
The verification process on Ethereum using Space and Time's validators and Prover nodes requires 150,000 gas, making it economically viable for real-time applications. Developers can build applications immediately using Space and Time's ZKpay query relayer contracts and Bless's developer platform.
This integration addresses broader questions about data ownership and compensation in the AI economy. By ensuring data authenticity and decision verifiability, the partnership opens up opportunities for AI applications in infrastructure areas such as optimizing EV charging prices, managing public transit routing, and executing DeFi trades.
In summary, the integration of Bless Network and Space and Time mitigates trust issues by combining cryptographic data verification with a large-scale decentralized computing foundation, allowing decentralized AI agents to prove their decisions are based on verified, immutable data, thereby instilling confidence and transparency in AI operations within decentralized ecosystems.
- To enhance the authenticity and verifiability of AI decisions, the collaboration between Bless Network and Space and Time employs smart contracts on the Ethereum blockchain, ensuring a transparent and decentralized environment for AI agents.
- The cryptographic data verification techniques used by Space and Time in collaboration with Bless Network provide a decentralized solution for验证 AI decisions, thereby eliminating single points of failure prevalent in traditional AI systems relying on centralized cloud providers.
- Moreover, the dispersion of AI agents' decision-making process on the Bless Network, as a result of this partnership, is likely to accelerate the growth and adoption of decentralized finance (DeFi) applications, as well as contribute to data-and-cloud-computing infrastructure development including EV charging, public transit routing, and optimization of infrastructure prices.
- By leveraging artificial intelligence along with the technology that underlies Bless Network and Space and Time, these autonomous AI agents can vet their own decisions using decentralized computing resources and smart contracts, hence reducing the need for trust in intermediaries.
- This collaboration signals a shift in the economic landscape of the cryptocurrency ecosystem, as it offers a potential model for decentralized Initial Coin Offerings (ICO) and Defi trading, while ensuring fair compensation to data providers and open, authenticated access for users.
