Security
Where self-custody meets real protection.
Locked Money was built around a simple but non-negotiable truth: If your crypto isn’t secure, nothing else matters.
From day one, every feature we’ve built — from Vaults to AI automation to legal structures — is backed by industry-best practices in crypto security, infrastructure, and user control.
It’s not just self-custody. It’s self-custody that’s actually safe.
🧱 Core Security Features
✅ 1. Self-Custodial by Design
Your assets are never held by us. You control your Vaults with your wallet — and no one, including Locked Money, can move your funds.
There are:
No shared custodians
No internal wallets
No IOUs Just fully on-chain, real asset ownership.
✅ 2. Multi-Signature Vaults
Every Vault is protected by multi-signature security. This means transactions require more than one signature to execute — significantly reducing risk of hacks or human error.
By default:
You sign with your connected wallet
The AI Co-Signer reviews and approves (or blocks) risky actions
This creates built-in protection against drainers, phishing, and smart contract exploits — without slowing you down.
✅ 3. Seedless. Safer.
Seed phrases are the single biggest attack vector in crypto. That’s why Locked Money eliminates them completely.
No 12-word backups
No paper wallets
No “write this down and hope you don’t lose it” Instead: true cryptographic key security, backed by smart infrastructure and multi-sig.
✅ 4. AI Security Layer
Your AI Co-Signer (coming 2025) acts like a 24/7 behavioral firewall.
It can:
Analyze transaction intent
Detect malicious token approvals or contract interactions
Block abnormal behavior
Learn from your historical actions and preferences
→ This adds a second layer of smart, real-time protection — even when you’re not watching.
✅ 5. Infrastructure You Can Trust
Locked Money is built using secure, audited smart contracts and hardened backend services.
Vault contracts are on-chain and auditable
Actions are transparent — not hidden behind proprietary tech
We use proven security patterns (like OpenZeppelin libraries)
Infrastructure is monitored, geo-redundant, and stress-tested for failover
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