Where Does the Security
Come From?
Your family’s legacy deserves the same protection banks give their vaults. Here is exactly how the Walker Crown Vault keeps every document, memory, and branch sealed and stamped.
The 6 Layers That Make It "Bank-Level"
Every layer is on for every plan — including free.
1. AES-256 encryption \u2014 the same cipher banks and the U.S. government use
Every file in your vault is encrypted with AES-256 before it ever leaves your device. Without your key, the stored data is unreadable noise.
2. TLS 1.3 in transit \u2014 an armored truck for your data
All traffic between your browser and the vault travels over TLS 1.3, the latest transport encryption standard.
3. Zero-knowledge design \u2014 we can’t read your vault, even if asked
Encryption keys never leave your hands. Our servers store ciphertext only, so even we cannot read your family’s documents.
4. Multi-factor login + per-branch access \u2014 \u201cLink A Branch\u201d is a security gate
Sign in with a second factor, and each family branch keeps its own linked people. Someone not linked to a branch cannot see that branch at all.
5. Tamper-proof audit trail \u2014 every access is stamped
Every view, edit, and new version of paperwork is recorded with who did it and when, so nothing changes silently.
6. Certified infrastructure + independent testing
The vault runs on hardened, continuously monitored infrastructure and is regularly tested by independent security reviewers.
The Direct Answer: Where Does the Security Come From?
Security is not bought as a single product — it's built from open, peer-reviewed standards:
- The ciphers come from published, mathematically proven standards (AES, TLS) — reviewed by cryptographers worldwide, not a vendor's secret recipe.
- The code uses battle-tested, audited encryption libraries (the same ones behind banking apps and password managers), not home-grown crypto.
- The hosting comes from cloud providers carrying SOC 2 Type II and ISO 27001 certifications — facilities with biometric entry, 24/7 monitoring, and encrypted redundant storage.
- The proof comes from independent security audits and penetration tests — outside experts paid to try to break in, with reports the vault's owners can share.
"Bank-level" isn't marketing language — it means the same ciphers, the same certifications, and the same independent testing that regulators require of banks.
The security comes from encryption you control, not promises you have to trust. AES-256 at rest, TLS 1.3 in transit, zero-knowledge key handling, and a stamped audit trail on everything. That combination is what people mean by \u201cbank-level\u201d \u2014 and it is the default for every vault, on every plan, including free.
Security Questions, Answered
Can the vault team read my documents?
No. With zero-knowledge encryption, your files are encrypted on your device with a key only you hold. We store scrambled data we cannot read — by design, not by policy.
What if I forget my password?
Because we never store it, we can't reset it for you. On signup you receive an Emergency Recovery Kit with a unique recovery key — keep it somewhere physically safe. This is the price of true privacy, and it's how the most secure vaults in the world work.
Can a family member see branches they aren't linked to?
No. "Link A Branch" creates separate permission zones. A person linked to one branch cannot see another branch unless explicitly linked there too. Access is always opt-in, never inherited.
Can documents really never be erased?
Every edit creates a new version that is stamped with date and time, while the previous version is locked and sealed as read-only. Nothing is overwritten and nothing is deleted — your family history is preserved exactly as it happened.