Create Business Records That Can't Be Questioned

The Document Integrity Problem

Every business runs on documents. Contracts, financial reports, compliance filings, board minutes, employee records, policy documents, audit trails. These documents are created, revised, stored, and — when something goes wrong — scrutinized.

The critical question in any dispute, audit, or investigation is always the same:

“Is this document authentic? Did it exist on the date you claim? Has it been modified?”

And most businesses can’t prove it. They have:

• File system timestamps — easily modified by anyone with admin access
• DMS metadata — controlled by internal systems that could be compromised
• Email trails — useful but circumstantial; servers can be manipulated
• Version history — stored in software controlled by the organization itself

None of these are truly independent. They all require trusting the organization’s own systems — the exact thing being questioned in a dispute.

Why Internal Systems Aren’t Enough

Consider these scenarios:

Scenario 1: Regulatory audit A regulator asks when your compliance policy was last updated. Your DMS says “January 15.” But your IT team has the ability to change that date. The regulator knows this. Your internal timestamp is evidence, but it’s weak evidence — it requires trusting your systems.

Scenario 2: Contract dispute You claim a contract was signed on March 1. The other party claims it was backdated. Your only proof is your internal file system and email records. In discovery, opposing counsel will question the integrity of every timestamp your systems produce.

Scenario 3: Fraud investigation An employee is suspected of altering financial records. How do you prove which version of the spreadsheet is authentic? Your internal audit trail could itself be compromised if the employee had system access.

In all three cases, you need external, independent, tamper-proof evidence of when your documents existed.

Blockchain Timestamps as Independent Evidence

A blockchain timestamp anchors a document’s SHA-256 hash to a public ledger that your organization doesn’t control. This means:

• No one in your company can alter the timestamp — it’s recorded by thousands of independent blockchain nodes
• No one can alter the document retroactively — any change produces a different hash
• Anyone can verify independently — Polygonscan is public; no account needed
• The timestamp outlives your systems — even if your DMS is decommissioned, the blockchain record persists

This transforms document integrity from “trust our internal records” to “verify it yourself on the blockchain.”

Implementation Strategies

Strategy 1: Critical documents only

Timestamp contracts, compliance filings, financial statements, board resolutions, and audit reports. Low volume, high impact.

Cost: A $15 Micro pack or included plan credits can cover months of critical-document protection for most small businesses.

Strategy 2: Comprehensive coverage

Timestamp all documents at creation and each revision. Integrate with your DMS via the TimeProof API.

Cost: High-volume environments usually map to 200+ scheduled credits per month, covered by pack top-ups or plan credits.

Strategy 3: Legal-ready

Add Legal-Grade to documents likely to face legal scrutiny. The evidence package includes the Courtroom-Ready PDF, JSON metadata, and JWS identity attestation for formal review.

Cost: Legal-Grade adds Starter and Pro: 50 credits up to 25 files, then +2/file. Business: 25 credits up to 25 files, then +1/file. Enterprise: included.

Industries Where This Matters Most

Financial services

SEC Rule 17a-4 requires broker-dealers to preserve records in formats that prevent alteration. Blockchain timestamps create a compliance layer that’s architecturally tamper-proof.

Healthcare

HIPAA requires maintaining audit trails for protected health information access. Timestamped access logs provide blockchain-backed evidence of who accessed what and when.

Legal

Law firms handling evidence, contracts, and compliance documents need to maintain chain-of-custody integrity. Blockchain timestamps add a verification layer that strengthens evidentiary standing.

Manufacturing

ISO quality management systems require document control with revision history. Blockchain timestamps provide independent proof of when specifications, procedures, and test results were created and updated.

Government contracting

Federal contractors must maintain detailed records of communications, cost accounting, and deliverables. Independent timestamps strengthen the credibility of these records in audits and disputes.

What You Receive

For each timestamped document:

Standard (IT or ST):

• SHA-256 hash of your exact document
• Blockchain transaction ID on Polygon
• Block number and anchor timestamp
• Downloadable PDF certificate

With Legal-Grade: All of the above, plus:

• certificate.json — machine-readable proof
• merkle_proof.json — cryptographic inclusion proof
• identity_attestation.jws — signed identity binding
• verification_guide.txt — step-by-step guide for attorneys and auditors

Getting Started for Your Organization

1. Identify your highest-risk documents — those most likely to face questions about authenticity or timing
2. Start with manual timestamping — use the TimeProof dashboard to timestamp a small set of critical documents
3. Evaluate the output — review the certificates, verify on Polygonscan, understand what you’re receiving
4. Scale with the API — integrate timestamping into your existing document workflows
5. Add Legal-Grade where needed — for documents with high litigation or regulatory risk

The cost to protect your most important 50 documents? Five dollars.