

Smart contracts with native internet connectivity
GenLayer executes intelligent contracts directly on decentralized AI consensus, enabling deterministic execution of real-time web data without central oracles.
Engineered for subjective execution
Standard blockchains remain blind to the live web. GenLayer integrates deterministic AI directly into the protocol state machine to enable active logic.
AI Consensus
Native Web Access
Active State
Validators run deterministic LLMs to verify web states, reaching consensus on unstructured natural language data without centralized middlemen.
Contracts query APIs and scrape web pages directly during execution, eliminating third-party oracle latency and securing data at the consensus layer.
Contracts continuously monitor external conditions, triggering active state transitions and executing transactions automatically when real-world rules are met.
How GenLayer executes logic
Contract Trigger
Decentralized Query
AI Validation
Consensus Agreement
An external web event or user transaction initiates the contract execution, specifying the target data sources.
Multiple validator nodes independently query the live internet, retrieving real-time web data directly.
Validators run deterministic LLMs to analyze and structure the retrieved natural language payloads.
The network reaches consensus on the subjective interpretation of the data, updating the global blockchain state.
Technical FAQ
Deep technical documentation regarding the cryptographic and algorithmic foundations of the GenLayer protocol and its decentralized AI consensus loop.
How is deterministic AI achieved?
Why are oracles obsolete here?
What is subjective execution?
GenLayer uses specialized decoding parameters and seed-locking mechanisms to ensure that validators running identical LLMs on identical inputs arrive at identical outputs.
Traditional oracles introduce a third-party trust layer. GenLayer secures internet data directly at the consensus level, verifying web content through decentralized validators.
It is the ability of smart contracts to process natural language, evaluate qualitative conditions, and execute logic based on real-world context rather than strict math.
