Court-Admissible
Crypto Wallet Decryption Services
Forensic access to locked cryptocurrency hardware and software wallets. As a Bitcoin recovery expert firm, we deliver Rule 702 compliant reporting for high-stakes litigation and probate.
Attacking the Cryptographic Layer
- Hardware Wallet Extraction: Firmware analysis and side-channel attack vectors for legacy Ledger and Trezor devices.
- Browser Extension Vaults: Extract and decrypt MetaMask, Phantom, and Ronin wallet data from local storage. Learn more →
- Distributed Brute Force: 20-node GPU cluster optimized for PBKDF2 and Scrypt hashing algorithms.
- Smart Contract Unlocking: Recovery of assets locked in gnosis-safe multisigs or time-lock contracts.
> target: ledger_nano_s_v1.3
> attack_vector: side_channel_power_analysis
> nodes_active: 20
> hashrate: 45.2 GH/s
Forensic Hardware Acceleration
Decryption is a race against mathematical entropy. Our Dallas lab utilizes custom-built workstations equipped with NVIDIA H100 and A100 GPUs. By offloading the PBKDF2 (Password-Based Key Derivation Function 2) calculations to a massive parallel processing array, we can test billions of password combinations per hour against encrypted BIP-39 vaults.
Mobile & Encrypted App Forensics
Beyond hardware wallets, we specialize in extracting encrypted keys from secure enclaves on mobile devices. This includes bypass techniques for encrypted messaging app vaults (Signal, Telegram) and browser-based extensions where the encryption key is stored in the operating system's keychain or LevelDB storage.
Chain of Custody Compliance
Every decryption attempt is logged in our secure internal portal. For legal cases, we maintain a strict chain of custody, providing a detailed forensic log of every mathematical vector attempted. This ensures that the recovered evidence remains untainted and admissible in both Federal and State court proceedings.
Technical & Legal FAQ
Can a hardware wallet be decrypted for a court case?
Yes, but it depends on the specific hardware model and firmware version. Legacy devices often have vulnerabilities that allow for forensic extraction. Newer models require "brute force" of the PIN or passphrase, which we facilitate using our GPU cluster.