Build trust, proof and integrity into your documentation today.
We are the public blockchain anthoring pdf verifiable tool, Help you check the authenticity and integrity of your pdf
As featured in
Certify your documents on the blockchain
Upload
Upload your pdf that need to be signatured to our AI sever.
Anchor
Anchor the pdf to a public Blockchain Hederausing a API call.
Generate
Generate certificates from the Hedera that forever prove the integrity and origin of your pdf.
Verify
Verify the integrity and origin of the digital assets with the certificates at any time.
Review from clients
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— Ben Hadley
Minima incidunt quis, dicta facilis pariatur neque ea iste, esse facere hic accusantium rerum fugiat saepe natus. Eveniet, delectus voluptas ullam a, explicabo deleniti mollitia architecto pariatur, veritatis minus voluptates? Consectetur laborum laudantium eaque
— Dave Bryson
Minima incidunt quis, dicta facilis pariatur neque ea iste, esse facere hic accusantium rerum fugiat saepe natus. Eveniet, delectus voluptas ullam a, explicabo deleniti mollitia architecto pariatur, veritatis minus voluptates? Consectetur laborum laudantium eaque
— Hannah Smith
Minima incidunt quis, dicta facilis pariatur neque ea iste, esse facere hic accusantium rerum fugiat saepe natus. Eveniet, delectus voluptas ullam a, explicabo deleniti mollitia architecto pariatur, veritatis minus voluptates? Consectetur laborum laudantium eaque
— Steve Miller
About Verifiable!
Motivation
Across a variety of industries and sectors, document authenticity is the bedrock of how different legal entities interact with each other. Legal agreements, trade deals, and contracts are often described via traditional documents such as PDF and Docx files.
To minimize exposure to risk, customers require a method of certifying the authenticity of these documents in a trustless manner. This project aims to provide document authenticity/certification functionality to customers to achieve this requirement.
Overview
Blockchain is a distributed ledger technology that maintains copies of an entire ledger across all nodes on its network. It has provided a trustless environment to conduct transactions that are reflected in this ledger. When we say “trustless”, we mean that mechanisms exist that all nodes on the network can agree on the canonical truth of the state of the ledger.
Within these ledger transactions, we can add additional data. An example of this additional data could be a digital fingerprint of an external data source.
Within the context of the specified problem, this fingerprint will be of a PDF document or documents.
