1. Abstract

Blockchain node and validator operations have grown increasingly complex as

Proof-of-Stake and EVM networks expand. Manual tooling, fragmented

dashboards, and reactive workflows expose operators to downtime, slashing

penalties, and lost rewards. Phera Al addresses these challenges with an end-

to-end, Al-driven platform that automates every stage of the node lifecycle.

Leveraging Infrastructure-as-Code deployment, unified telemetry ingestion

from RPC/gRPC and Prometheus, machine-learning risk inference, and policy-

driven self-healing playbooks, Phera Al transforms operations from

firefighting to foresight. Its modular architecture supports Ethereum, Cosmos,

Polkadot, Solana, and beyond, while the native $PHERAI token powers service

billing, staking rewards, and governance. This whitepaper details Phera Al's

design principles, system architecture, core modules, token economics, and

roadmap-demonstrating how it enables scalable, secure, and autonomous

validator and node infrastructure for the next generation of blockchain

networks.