Give your records an identity
how it works
Proof in 60 seconds
Capture. Control. Prove.
One workflow from origin to proof
Filedgr gives each record an identity at the source, keeps its history connected as it moves between parties, and makes its integrity demonstrable when someone needs to rely on it.
1 — Capture
Give the record an identity
Give each important document, contract, credential or record a unique identity. Its origin and context are cryptographically recorded, creating a verifiable point in time.
2 — Control
Keep its history connected
Records change, move and pass between parties. Filedgr maintains a tamper-evident history of the record under governed access, so every step stays connected to its context.
3 — Prove
Demonstrate integrity
When a record needs to be trusted, generate a verifiable Proof Package. The recipient receives the record, its history and the verified identities associated with its lifecycle, and can independently verify its integrity.
From verified identity to verifiable records
Who
Verified person or organization.
What
Documents, credentials, contracts, data and assets.
History
Origin, changes, and signatures.
Proof
A verifiable record of the lifecycle.
Where this matters
Records that get checked long after they were created
Three places where the gap between a verified person and a verifiable record shows up.
Onboarding files
Proof of address, corporate registers, source-of-funds documents. Verified at onboarding, then filed. Later reviewers still need to verify their origin.
Issued credentials
Certificates, licences, training records, and attestations. When passed on, recipients need to verify them without calling the issuer.
Files that cross organizations
Claims, incidents, and assessments moving between insurers, adjusters, brokers and customers. Every handoff can lose context.
asset Lifecycle Tracking
The same infrastructure, applied to assets
Filedgr AssetID is a workspace for tokenized and real-world assets, a fund unit, a property, a machine, a certificate. It captures the asset's data and documents, controls which stakeholder sees what, and preserves the history needed to prove the asset record.
Let us make one of your records verifiable
Bring a record that has to hold up when someone checks it.
We will show you how Filedgr captures it, controls access and proves its integrity.
Integrate with Filedgr
Add verifiable records to the workflow you already run
Three ways to start, depending on how far along your team already is.
Proof of concept
Run one real workflow end to end and see what a verifiable record looks like inside your own process.
Foundation build
Set up capture, governed access, and proof generation for a defined use case in your environment.
Consulting
Work through where records lose context today and which controls belong at which step of the workflow.
Questions we get
How verification works
How does verification actually work?
When a record is captured, Filedgr records a hash of the file together with signature details for who submitted it, and anchors that entry so it can be checked later. A recipient recomputes the hash and compares it with the recorded one. If the file changed along the way, the two no longer match.
Is Filedgr an identity provider? Do you issue credentials?
Not exactly. Filedgr is verification infrastructure for records, not an identity provider. It works with your existing identity setup or can add identity verification through a third-party provider we integrate for you, connecting verified actors to the records they create and making those records verifiable.
Does a Filedgr record prove that the underlying content is true?
No, and we are deliberate about this. Filedgr proves the integrity of a record: what was captured, by whom, and how it changed over time. It can also preserve the supporting evidence behind a record. What Filedgr does not do is independently guarantee that every underlying claim is factually or legally true.
When trying to verify a record, what does the recipient actually get?
A Proof Package: the selected files or datasets bundled with their hashes, signatures, timestamps and verification details. The recipient can check whether what they received matches the recorded package, including after it has been shared outside Filedgr.
How do teams usually start?
With one real workflow rather than a platform rollout. Pick a record type you already handle, run it end to end, and see what a verifiable record looks like inside your own process. From there it extends to further workflows or a defined use case in your environment.