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Razor Vault Hardware Request Beta Access →
Hardware Prototype · Isolated Key Storage

Cold Storage.
Absolute Isolation.

Razor Vault is a physical, non-custodial hardware wallet engineered for complete cryptographic isolation. Protect your private keys entirely offline from network vulnerabilities, remote exploits, and digital exposure.

Isolated Architecture EAL6+ Secure Element Offline Key Generation Physical Pin Entry
// Protection Architecture

Physical Verification, Zero Network Exposure

Software interfaces are susceptible to remote vulnerabilities. Razor Vault establishes an absolute perimeter by containing critical operations to internal, air-gapped circuitry.

🛡

Secure Element Chip

Equipped with an enterprise-grade EAL6+ secure microcontroller designed to withstand sophisticated laboratory side-channel evaluation attempts.

🚫

Air-Gapped Isolation

Eliminates wireless protocols including Bluetooth, Wi-Fi, and cellular components. Data transmission relies strictly on direct, physically controlled connections.

🔑

Local Key Generation

Implements localized high-entropy hardware random number generators to derive private keys completely on-device, remaining inaccessible to connected hosts.

Physical Pin Validation

Requires tactile entry verification directly on the device interface for boot authorization, ensuring no malicious automation can bypass security layers.

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Immutable Ledger Support

Provides underlying cryptographic derivation compatible with major decentralized frameworks, maintaining user ownership over cryptographic seed data.

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Open Source Verification

Core firmware layouts and circuit schematics are fully auditable, allowing security researchers to verify the absence of structural backdoors.

// Device Hardware Layout

Engineered for Strict Device Security

The architecture enforces localized data management. All calculations involving key derivations occur in specialized processing clusters separate from interface layers.

01

Entropy Generation

Utilizes dual internal hardware components to gather ambient thermal noise, generating mathematical entropy for unique private key seeds.

02

Isolated Verification

Incoming transaction requests are structured by external companion applications, then sent to the device to display details purely on the integrated physical screen.

03

Cryptographic Handshake

The device signs structural payloads natively inside the isolated secure enclave. The raw private keys never pass through the communications interface.

// Hardware Parameters

🛠 Razor Vault Component Profile
Security EnclaveEAL6+ Certified
Network InterfaceZero Wireless Components
Display Panel1.3-inch OLED High Contrast
Input MechanismTactile Physical Buttons
Power ProfileUSB-C Isolated Power Bus
Backup standardBIP-39 Standard Recovery
// Hardware Evaluation Program

Participate in Hardware Prototype Testing

Razor Vault physical hardware components are currently within manufacturing evaluation stages. We are recruiting device analysts, embedded firmware developers, and security enthusiasts to stress-test prototype designs.

🧪 Firmware Testers

  • Early access to evaluation board configurations.
  • Direct collaboration pipelines with embedded systems hardware engineers.
  • Inclusion within foundational repository contribution listings.
  • Access to raw hardware diagnostic logs and memory dumps for verification.

🛠 Enclave Reviewers

  • Access to cryptographic validation suites and entropy reports.
  • Input regarding local companion application protocol configurations.
  • Direct telemetry integration for monitoring hardware exception faults.
// Documentation

Frequently Asked Questions

What is the primary function of Razor Vault?
Razor Vault is a physical hardware device designed exclusively to generate, store, and manage private keys in an completely offline environment. It functions as a security storage module to prevent internet-based attackers from accessing wallet configurations.
Does this platform handle transaction routing or financial settlements?
No. Razor Vault does not manage ledger pools, process order books, execute exchange markets, or facilitate any asset swapping. It functions strictly as an offline key-signing device, requiring external software configurations to distribute payloads over a decentralized network.
How are backups handled safely if hardware fails?
The device uses standard industry-wide BIP-39 configurations, generating a mnemonic sequence during initial hardware initialization. This allows users to retain full ownership over asset configurations, ensuring recovery remains independent of specific manufacturer ecosystems.
When will hardware tracking shipments become available?
Razor Vault is currently in a pre-commercial design phase. Production access is restricted exclusively to authorized testing applicants who are evaluating the mechanical and structural layout parameters.
Does IONEL BUJOR-COLTA maintain control over device keys?
No. The device uses fully non-custodial hardware architectures. Seed metadata is processed entirely within internal non-volatile memory spaces and cannot be accessed, recovered, or viewed by corporate servers or software maintainers under any circumstances.