Built for where identity actually matters.
Traditional tools like PINs, passwords and ID cards weren’t built for a world of sophisticated fraud, breached credentials and rising compliance demands. Gekonova’s palm vein systems replace them with something that can’t be lost, shared, guessed or stolen — deployable as a primary method or layered alongside facial and fingerprint recognition where a use case calls for it.
Card-free transactions, financial-grade authentication.
Financial institutions face rising pressure from cyberattacks, identity theft and insider fraud, while customers expect convenience and regulators demand stricter compliance. Palm vein recognition verifies customers and staff in seconds — at ATMs, mobile apps and branch counters — without a card, PIN or password to steal.
- Contactless authentication at ATMs, POS terminals and mobile banking apps
- AES-256 encrypted templates, resistant to skimming and credential theft
- Centralised, searchable audit trails for KYC and AML compliance
- Integrates with legacy banking infrastructure and cloud platforms alike
Fraud pressure is rising
Global data breaches have climbed for years; the global biometrics market itself is projected to grow from roughly $34.5B (2023) towards $115B by 2030 as institutions respond.
One person, one vote — provably.
Palm vein recognition confirms voter identity at polling stations against enrolled records, preventing duplicate voting and impersonation without requiring voters to touch a shared surface or present documents that can be forged.
- Contactless verification suited to high-footfall polling stations
- 1:N identity search flags duplicate registrations across a voter roll
- Fully offline deployment for sites without reliable connectivity
- Auditable logs support post-election verification and dispute resolution
Tamper-resistant by design
Because the biometric signal is internal, it removes an entire category of impersonation and duplicate-registration fraud that document-based checks are vulnerable to.
Confirms who’s actually sitting the exam.
From remote proctoring to campus attendance, palm vein recognition confirms a student's identity at the moment it matters — preventing impersonation in high-stakes exams and streamlining day-to-day attendance tracking.
- Identity confirmation at exam check-in, not just at enrolment
- Campus attendance and facility access on the same hardware
- Works reliably across a wide age range, including younger students
- Reduces reliance on ID cards that can be shared or lost
Built for young users too
The recognition system is designed to work from around age 6 through adult users, tolerating natural hand movement rather than requiring perfect stillness.
Doors, systems and sensitive areas — locked to the right people only.
Restrict entry to authorised personnel with a credential that can't be duplicated, lent out or left at a door. Gekonova's palm vein terminals combine vein recognition with RFID and PIN for configurable, layered access control.
- Wall, desktop or turnstile mounting for any facility layout
- Multimodal options: vein biometrics, RFID and PIN together or separately
- Real-time sync of access logs for monitoring and compliance
- Fully offline mode for sites with unreliable network connectivity
Customisable per facility
From single-door corporate offices to multi-site critical infrastructure, access rules and authentication layers are configured per deployment, not hard-coded.
Accurate clock-ins, zero buddy-punching.
Vein patterns can't be badge-swapped or clocked in on someone else's behalf. Palm vein attendance terminals integrate with payroll and HR systems, whether on a single site or across a distributed workforce.
- Eliminates buddy-punching and manual time-fraud entirely
- Fully offline attendance logging for factories, warehouses and remote sites
- CSV/Excel export or direct HRMS/payroll connector integration
- Scales from a single entry point to multi-site, multi-shift operations
Works with zero network
Local/offline mode keeps matching and logging attendance events with no network dependency at all — data stays on the device until you choose to sync it.