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Security & Data Protection
HOW BINDING DOCS PROTECTS YOUR LEGAL DOCUMENTS
Binding Docs protects your personal legal documents with AES 256-bit encryption, zero-knowledge architecture, and multi-factor authentication. Your contracts, wills, and agreements are encrypted at rest and in transit, meaning no one, not even the Binding Docs team, can read your documents. Only you control who sees your data.
Three Principles That Guide Everything We Build.
Your legal documents are secured with the same encryption standard used by banks and government agencies. Every file in your Personal Vault is encrypted at rest and in transit using AES 256-bit encryption.
We will never read, share, sell, or monetize your documents or personal data. Binding Docs uses zero-knowledge architecture — your data is not our business model. You and your documents are not the product.
You are the sole owner of your data. You decide who sees your documents through Smart Link access controls. You can export or permanently delete your data at any time, no questions asked.
Create, Analyze, Store and Notify; all in one app.
You can initiate the deletion of your account and all associated data directly through our web application:
Every Binding Docs account is protected with multi-factor authentication as a default. When you sign in on a new device, you need your password plus a one-time verification code.
Nearly a quarter of adults incur late fees not because they lack funds, but simply because they cannot find their physical or digital bills.
Binding Docs enforces strong password standards: minimum 10 characters including uppercase, lowercase, numbers, and symbols. Passwords are hashed using bcrypt.
Inactive sessions are automatically terminated. All active sessions are visible in settings, and you can remotely revoke access from any device.

How We Protect Your Documents
All documents are encrypted at rest and in transit using the AES 256-bit standard — effectively unbreakable.
Your documents are encrypted with a key derived from your account. The Binding Docs team cannot read your documents.
Sensitive data fields are tokenized. Even in a database breach, tokenized data is meaningless to attackers.
Sensitive info is automatically redacted in previews. Full details revealed only when you explicitly choose.
Independent security controls: password protection, expiration, view-only mode, and audit trails.
Continuously backed up across distributed, encrypted data centers with 99.99% uptime SLAs.
Trust, privacy, and transparency are foundational to how Lewiz AI operates. We operate in a "memoryless" mode to ensure your data stays yours.
We do not use your documents to train or fine-tune any AI models. Lewiz retains nothing after processing.
We do not use your documents to train or fine-tune any AI models. Lewiz retains nothing after processing.
We do not use your documents to train or fine-tune any AI models. Lewiz retains nothing after processing.
Secure Sharing Without Losing Control
All documents are encrypted at rest and in transit using the AES 256-bit standard — effectively unbreakable.
Your documents are encrypted with a key derived from your account. The Binding Docs team cannot read your documents.
Sensitive data fields are tokenized. Even in a database breach, tokenized data is meaningless to attackers.
Sensitive info is automatically redacted in previews. Full details revealed only when you explicitly choose.
Independent security controls: password protection, expiration, view-only mode, and audit trails.
Continuously backed up across distributed, encrypted data centers with 99.99% uptime SLAs.
Independently audited annually. Covers security, availability, and confidentiality.
Fully compliant. Access, export, rectify, and delete personal data at any time.
Know what data is collected. Binding Docs never sells data regardless of location.
Safeguards for protected health information in medical legal documents.
Three Principles That Guide Everything We Build.
Download all docs in standard formats. No lock-in.
Permanently removed from all servers within 30 days.
Revenue from subscriptions only. Never sell your data.
Data kept safe for 90 days if payment lapses.
Yes. Binding Docs uses AES 256-bit encryption (the same standard used by banks and the U.S. government), zero-knowledge architecture, and multi-factor authentication to protect your legal documents. Your data is encrypted at rest and in transit, and no one — including the Binding Docs team — can read your documents without your authorization.
No. Binding Docs uses zero-knowledge encryption, meaning your documents are encrypted with a key that only you control. Our employees cannot access, read, or decrypt your documents — this is enforced by architecture, not just policy. Sensitive data fields are tokenized with irreversible aliases that cannot be decoded by anyone.
No. Binding Docs does not use your documents, conversations, or any personal data to train, fine-tune, or improve AI models. Lewiz operates in a memoryless mode — it processes your request using reasoning capabilities only, delivers results, and retains nothing.
Never. Binding Docs will never sell, share, license, or monetize your personal data or documents. Our revenue comes exclusively from paying subscribers who value secure legal document management. You and your data are not the product.
You can export all your documents before your account is deactivated. If your payment lapses accidentally, we protect your data for 90 days and will never delete it without confirming your intentions. If you choose to delete your account, all data is permanently and irreversibly removed from our servers.
Smart Links include multiple independent security controls: password protection, automatic expiration dates, view-only mode, controlled commenting permissions, instant link revocation, and a full access audit trail. Recipients interact through a secure viewing layer and never receive the raw file.
AES 256-bit encryption for all data at rest and TLS 1.3 for data in transit. AES 256-bit is the gold standard — the same level required by the U.S. government for top-secret information. Breaking it would require 2^256 combinations, making it effectively unbreakable.