Introduction

Traditional POS devices were designed mainly for:

• card payment
• QR payment
• transaction processing

However, the next generation of payment infrastructure is changing.

Today, fintech companies, digital banks, and payment platforms are increasingly exploring:

👉 Palm payment technology
👉 Biometric authentication
👉 Passwordless payment experiences

This is where the BioWavePass AirOne Palm Vein POS becomes different from traditional POS devices.

AirOne is not simply a payment terminal.

It is a biometric payment infrastructure platform designed for scalable fintech integration.

Traditional POS Devices Focus Mainly on Transactions

Most traditional POS terminals are designed only to:

• read bank cards
• process NFC payments
• print receipts
• connect to payment networks

They usually do not include:

• biometric authentication
• scalable identity infrastructure
• palm recognition algorithms
• biometric SDK/API architecture

As a result, they are limited when fintech platforms want to build:

• palm payment systems
• biometric wallets
• digital identity payment ecosystems

AirOne Combines Payment + Biometrics

The BioWavePass AirOne Palm Vein POS combines:

✅ Palm biometric authentication
✅ EMV payment infrastructure
✅ SDK/API integration
✅ Large-scale biometric architecture

inside one commercial-grade device.

More Than a Palm Scanner

Many biometric devices on the market are demonstration scanners only.

AirOne is different because it is built on top of a real payment terminal architecture.

It supports:

• EMV Level 1 & 2
• PCI-approved architecture
• Visa PayWave kernel
• Mastercard PayPass kernel
• Mastercard TQM
• American Express kernel
• D-PAS kernel

This makes AirOne suitable for:

• fintech integration
• banking environments
• commercial payment deployment

Designed for Fintech SDK/API Integration

Traditional POS devices are usually closed systems.

AirOne is designed to support fintech development teams.

Supported Integration Architecture

• Android Java SDK
• Android Flutter SDK
• RESTful API
• Cloud verification architecture
• Private server deployment

Secure Data Transmission

AirOne supports:

• HTTP + SSL encrypted transmission
• AES-256 CBC cloud storage encryption
• Encrypted on writing
• Decrypted on reading

This helps fintech companies build secure biometric payment systems while maintaining customer-controlled deployment architecture.

Palm Vein Technology Instead of Passwords

Traditional POS systems rely on:

• PIN codes
• passwords
• cards
• mobile phones

AirOne introduces:

👉 Palm vein biometric authentication.

This allows users to authenticate using:

• palm vein features (IR)
• palm print features (RGB)

without requiring passwords or physical cards.

Built for Scalability

Traditional POS devices are not designed for biometric database scaling.

AirOne supports:

✅ Small Model architecture
✅ Large Scale Model architecture

allowing fintech platforms to start with MVP deployment and later scale to million-level user databases.

Small Model for MVP Deployment

The Small Model supports:

✅ Up to 10,000 Free User IDs

The system uses:

1. End-side Palm Print Feature (RGB)
2. End-side Palm Vein Feature (IR)

Only feature vectors are uploaded for matching.

RGB + IR images are stored as backup.

Large Scale Model for Enterprise Deployment

The Large Model introduces:

👉 Server-side feature re-extraction from stored RGB + IR images.

The system uses four verification elements:

1. End-side palm print feature
2. End-side palm vein feature
3. Server-side palm print feature
4. Server-side palm vein feature

This supports:

• ~0.35s matching speed
• ~99.8% accuracy
• million-level biometric databases

Seamless Migration Without Re-Registration

One major difference from traditional systems is scalability architecture.

AirOne allows migration from Small Model to Large Scale Model without requiring users to re-register.

If RGB + IR registration images are stored properly:

✅ Existing users can be migrated programmatically
✅ No new registration images are required
✅ No disruption to end users

Built for Real Commercial Deployment

AirOne also includes enterprise deployment features:

• TMS management
• OTA support
• Remote diagnostics
• Android kiosk mode
• Fleet management

This allows large-scale commercial operation across distributed payment environments.

Customer-Controlled Infrastructure

BioWavePass does not manage customer biometric databases.

All systems support:

✅ Customer-owned server deployment
✅ GDPR-compliant architecture
✅ Private biometric infrastructure

This is critical for fintech and banking compliance environments.

Conclusion

Traditional POS devices were designed only for payments.

The BioWavePass AirOne Palm Vein POS is designed for:

• biometric payment ecosystems
• scalable fintech infrastructure
• secure identity authentication
• future payment architecture

Final Thought

AirOne is not just a POS terminal.
It is a scalable biometric payment infrastructure platform for the next generation of fintech systems.

CTA

Learn more about BioWavePass Palm Vein Technology:

https://biowavepass.com/palm-payment-technology/