Ecosystem in Action

This is not a product demo.

This is the system in real operation.

Customer acquisition, retention, and AI-driven banking

do not start with strategy.

They start with a system that is actually used.

Everything depends on the operating system:

  • what it can do
  • how it works
  • how simple it is to use
  • how much it costs to deploy and operate

These define everything:

  • how fast it spreads
  • how many clients can be acquired
  • how much profit it generates
  • whether usable data is created for AI

If the system is not usable → it will not spread.

If it does not spread → nothing else matters.

Adoption is the foundation of the entire model.

For micro-businesses to adopt it at scale, the system must:

  • be simple and intuitive
  • require no technical knowledge
  • cover full daily operations and sales
  • be device-independent
  • run in a browser
  • work instantly

This is what you will see in the following videos.

The devices are not the point.

What happens behind them is.

This is not a local system.

  • devices are not connected to each other
  • there is no local server
  • there is no device-to-device communication

Every device is controlled from the cloud.

This enables:

  • instant deployment
  • global scalability
  • minimal operational complexity
  • full operational transparency

This is where AI-ready data is created.

Technological Reality

The system is built on standard, widely available hardware,

combined with cloud-controlled components.

Core devices:

  • POS terminal
  • tablet / mobile device
  • barcode scanner

These are fully replaceable

and can run on virtually any modern hardware

Specialized components:

Certain capabilities — such as:

  • cloud-controlled printing
  • server-to-server payment orchestration
require compatible infrastructure.

Cloud Printing

The demonstrated setup relies on dedicated cloud-printing infrastructure.

Printers do not receive commands from local devices,

but directly from the cloud

This:

  • eliminates the need for local connections
  • enables real-time centralized control

This capability is currently available via specialized hardware,

and can be extended through integrations or alternative configurations.

Payment Flow

Payments are executed via server-to-server communication where supported by the payment provider.

This means:

  • the system initiates the transaction from the cloud
  • the terminal is controlled by the provider
  • confirmation is returned to the cloud

This removes device-level dependencies

and standardizes execution.

Important:

Where direct server-to-server integration is not available, local or hybrid solutions can be applied.

Key statement:

The architecture is proven. Integrations define the speed of rollout.

Deployment Reality

To operate the system, a micro-business needs:

  • a single registration
  • basic configuration
  • appropriate devices
  • internet connection

No installation.

No complex integration.
No local infrastructure required.

Cost Reality

Typical hardware requirements:

  • POS terminal: ~300 USD
  • tablet: ~150 USD
  • printers: ~120 USD / unit
  • barcode scanner: ~80 USD
  • card terminal: ~0–250 USD
  • internet: ~25 USD

This cost level is globally accessible.

This is what enables mass adoption.

Final insight

This is not about hardware.

This is not about devices.

This is about whether the system can scale through real usage.

Because:

  • usage creates data
  • data enables AI
  • AI enables control

And control defines the winner.

One Action → Full System

A single action triggers the entire system.
Payments, fiscalization, printing, reporting — in real time.

Every Device. One System.

The same system runs on every device — simultaneously.
No local server. No setup. No dependency.

Customer → Business → System

The customer starts the process.
The system executes it instantly.

All-in-One Execution

Paynance & Adyen - All-in-One Mobile POS

One device. Full operation.
POS, payment, and printing — in a single handheld system.
Unified workflow on Imin Swift 2 Pro: POS + NFC Payment + Internal printing.

Service Sector Solution - Cloud Invoicing (e.g., Hair Salon)

A streamlined mobile POS for service providers. Following payment, the system triggers a cloud-invoicing API, retrieves the PDF receipt, and prints it instantly on-site for full fiscal compliance.

PWA Ordering - Counter & In-Store Pickup

Customer-side demonstration of the web-based ordering app, followed by real-time merchant-side notification and fulfillment.

PWA Ordering - Table Service (QR)

End-to-end QR-based table ordering flow, demonstrating how customer requests appear instantly in the merchant’s workflow management system.

PWA Ordering - Home Delivery & Logistics

Mobile ordering interface for delivery, showing automated address handling and kitchen routing.

Workflow Orchestration - Handheld Waiter Module

Professional mobile interface for floor staff, demonstrating real-time table management and remote order routing.

Multi-Device Synchronization - Platform Agnostic Demo

Simultaneous operation across Tablet, Smartphone, PC, and D2 Terminal. Proven real-time cloud sync with no local server required.

Viva Wallet Integration (J.P. Morgan) - All-in-One Device

POS operations and payment processing running on the same hardware via Paynance connector. Includes fiscal reporting and multi-station cloud-printing orchestration.

Viva Wallet SoftPOS - Smartphone as a Terminal

NFC-based mobile payment and fiscal closing on a single Android device. Full workflow control with automated cloud-printing.

Viva Wallet - Imin D2 Desktop Integration

Standard desktop POS workflow on an Imin D2 terminal, triggering a standalone Viva Wallet payment device via Paynance.

Viva Wallet - Tablet-Based Command Center

Mobile tablet interface managing remote Viva Wallet terminals, fiscal units, and multiple Cubinote kitchen printers.

Teya - Full-Automated Multi-Device Integration

High-speed server-to-server transaction flow across multiple devices.