Left in a taxi
The computer doesn't recognize it.
Anyone who plugs it in sees a drive with no filesystem, no data, nothing recoverable. Just encrypted noise.
1050 MB/s. CNC aluminum chassis. AES-256 hardware encryption.
Same security trusted by banks — now in your pocket.
If the key lives inside the device, the drive is only as secure as the device. Forensic tools, supply-chain attacks, and coerced disclosure all exploit the same fundamental flaw — something is stored somewhere.
Credential theft is the #1 attack vector. When your password database, key file, or biometric template leaks, the damage is permanent.
You can change a password. You cannot change your face.
Software encryption stores the key somewhere. Whether in the operating system, on a hidden partition, or derived from a passphrase — if it exists, it can be found. BitLocker keys have been extracted from RAM. TPM secrets have been side-channel attacked. Password-protected drives have been forensically unlocked.
Biometric systems store templates. When Capital One, LastPass, or 23andMe suffered breaches, the stolen data remained useful to attackers forever. Your fingerprint is not a secret. Your face, once digitized and stored, is no different.
Every other secure drive on the market asks the same question: "Where should we put the key?" VaultDrive asks: "What if the key doesn't have to exist?"
VaultDrive derives its AES-256 encryption key from your face in real time, using your phone's camera. The key exists for the moment of authentication, then ceases to exist. Nothing is stored. Nothing can be stolen.
Face-to-unlock is not facial recognition. It's cryptographic derivation. Here's the difference.
Open the Facrypt app. In under one second, your camera reads 128 facial geometry points and derives a unique AES-256 key. The raw image is discarded immediately.
On-device · OfflineHold your phone near VaultDrive. The derived key transfers via NFC into the drive's hardware security chip — air-gapped, encrypted, in under 100ms.
NFC · 100msPlug into any computer at full USB 3.2 speeds. When you disconnect, the key is destroyed — not wiped, not archived. Mathematically erased.
Any OS · No driversHold an NFC-capable phone near the drive. No fingerprint scan. No password to type. Authentication happens in under two seconds — but only for the face that owns this drive.
2TB of encrypted storage. The size of a credit card. The security of a bank vault.
Hold your phone here. One second. The drive unlocks. No buttons, no ports, no passwords.
Works on every computer you own. Fits in the palm of your hand, or the coin pocket of your jeans.
AES-256 encryption happens in a physically isolated hardware chip. Software-level attacks cannot reach it.
Every scenario below is why VaultDrive exists. Swipe through them.
Anyone who plugs it in sees a drive with no filesystem, no data, nothing recoverable. Just encrypted noise.
Repair shops routinely copy drive contents. VaultDrive gives them nothing to copy — encryption is chip-level.
In 21 countries, agents can legally demand device access. If the key doesn't exist, compliance is technically impossible.
Facrypt stores no biometric templates on any server. A full breach yields zero usable credentials.
Without your face, the drive is an inert aluminum rectangle. That's all it becomes.
No factory reset required. Revoke face enrollment in the app — the data becomes mathematically unreachable.
Real specs, real prices. Compare VaultDrive 2TB to the best-selling portable SSDs on Amazon today.
Plug a locked VaultDrive into any computer. Nothing happens. No drive icon. No mount prompt. Forensic tools see USB power draw and a controller that refuses to identify. Even the operating system can't tell what's connected.
Computer sees: USB power draw, no identification. Forensic tools see: refuses to enumerate. Brute-force the chip and you'll find AES-256 ciphertext that would take longer than the universe's age to break.
Once unlocked, VaultDrive mounts as a standard USB volume — read, write, copy, drag-and-drop, just like any drive. Disconnect the phone or unplug the cable, and it disappears again. Instantly.
Precision CNC aluminum chassis. Laser-etched DSCC branding. Same $399.
Slip it in your pocket. Connect to any computer. Unlock in two seconds. That's it.
No drivers. No installers. No cloud login. Plug it in, tap your phone, keep working. Full USB 3.2 Gen 2 speed — up to 1050 MB/s read.
Fits in a passport sleeve, coin pocket, or laptop bag. You won't remember it's there — until you need it.
Under 2 seconds from face scan to unlocked drive.
No key exists to surrender. No password to coerce.
Same plug-and-play experience as any external drive — just with a key that can't be extracted.
A dedicated FIPS 140-3 Secure Element handles all encryption. The host OS never sees the key — not even in RAM. This is the architectural difference software-encrypted drives can't replicate.
Every component chosen for what it won't let happen.
VaultDrive runs an in-house storage controller, an NFC secure element for authentication, and an AES-256 hardware engine for encryption — three independent silicon paths, each cryptographically bound to a per-drive unique ID burned at the factory.
"Bank-grade" describes the architectural pattern: separation of secure elements + hardware AES + per-device unique ID, the same approach used in EMV payment chips. It does not imply this product carries financial-industry certification.
Not paranoia. Professionalism. When your clients, sources, or data subjects trust you, you need tools that earn that trust.
Client confidentiality is not a feature you can retrofit after a breach. One stolen laptop with privileged documents ends a career — and a law firm.
Sources put their safety in your hands. A seized drive must reveal nothing — not to customs, not to police, not to adversarial governments.
You carry term sheets across borders. Deal-critical data on planes, in hotels, through security. If anyone seizes your drive, they should find nothing that matters.
Patient records, genomic data, clinical trial files. HIPAA fines reach $1.9M per violation — and that's before the lawsuits. VaultDrive is architecturally compliant.
Most happen quietly — to freelancers, parents, students, and small teams. A misplaced bag, a shared computer, a forgotten drive. These are the moments VaultDrive was made for.
I stepped away from my table at the café for thirty seconds. My laptop bag held three months of client work, signed NDAs, and unreleased mockups.
If the bag is gone, only the shell matters. The work stays locked to your face.
Kids' photos, passport scans, a decade of travel memories. The stuff I can't replace, carried through airports and hotel rooms.
Hotel safes get forgotten. Bags get lost. VaultDrive stays sealed — unless you're the one holding it.
Sources trusted me with their voices. Unpublished interviews, contact lists, draft pieces — none of this belongs only to me.
Protecting sources isn't paranoia — it's the job. VaultDrive makes that protection architectural.
Shared lab computers. Borrowed library machines. Cafeteria Wi-Fi. I never know who sits down next at the terminal I just left.
Three years of thesis data shouldn't be copyable by the next person at the desk.
Customer lists. Tax records for the past seven years. Supplier contracts. All on a drive that rides in my laptop bag every single day.
If the laptop walks away, the business doesn't walk with it.
My home office isn't just mine. Kids pass through, guests use the Wi-Fi, the repair person needs access to the breaker box behind my desk.
A laptop password is a polite request. VaultDrive is a mathematical one.
Eight real questions from security professionals who tested VaultDrive.
FaceAuth is the enterprise counterpart to VaultDrive — the same zero-storage biometric architecture, scaled to replace passwords, tokens, and OTPs across your organization.
2 TB of NVMe storage. 1050 MB/s. CNC aluminum chassis. AES-256 hardware encryption with NFC unlock. Everything Samsung T7 has — for less. Plus everything it doesn't.