Audit Protocol
Tamper proof, automated vouching system for businesses.
Project Description
At present, an audit cycle is fundamentally disconnected from the accounting cycle which involves record keeping. Before verification of the records, the audit cycle requires a reconstruction of the chronology of the records and ends up being computationally or manually intensive.
Goals to streamline the accounting and audit cycle to converge on the following: 1. Schema of the data structure of the records committed 2. Chronology of commitment of records (guaranteed by the decentralized protocols of Filecoin and Ethereum)
Using the API or the UI, developers/businesses can commit payloads and ensure that it is stored in a decentralized system and available for vouching in a tamper proof way.
How it's Made
Python backend consisting of
FastAPI server
Watcher Microservices to track both protocols
HTML5 frontend to demo the API
BlockVigil API gateway on Matic Mainnet (Layer2 Chain) - to tie together the payload accounting and audit lifecycle with transactions, reads and event integrations
Storage commitment proofs persisted on Ethereum mainnet via Checkpoint Proofs committed by Matic.
Textile Powergate for managing multi-tiered storage and retrieval of payloads on Filecoin+IPFS
