AXES Smart Card
Cashless System.
The lowest total cost of operation in the market.
A card-based transactional system that streamlines cash management across casinos and slot routes. Proprietary smart cards manage funds and track player activity simultaneously — all transactions processed securely between the card and an in-machine reader, backed by IMS in the cloud.
Why Smart Card
Seven reasons operators choose it.
Secure smart card or account-based system options
Faster gameplay with fewer interruptions for hand pays, slips, and tickets
Easier player mobility between machines
Minimal human intervention — reducing error and fraud exposure
Comprehensive player-tracking and compliance reporting
No on-site servers, special infrastructure, or IT management required
Integrates cashless operations with older pulsed-meter and SAS-supported machines — no rip-and-replace required
Architecture
Five components. One seamless stack.
When the network is offline, each device buffers more than 10,000 transactions locally, then uploads to the LID and the cloud once connectivity is restored — the operational backbone for internet-challenged environments.
AXES Smart Card
Chip-embedded card — stores funds and player identity simultaneously on the card itself.
In-Machine Card Reader
Installed directly in the slot machine — all transactions are processed securely between card and reader.
Local Integrity Device (LID)
Optional on-site redundancy layer — receives transactions in parallel with the cloud for maximum resilience.
IMS Cloud
Central transaction, accounting, and player-tracking platform — the single source of truth.
Mobile Point of Sale
Provides cash in / cash out flexibility anywhere on the floor, not just at fixed kiosks.
Security
Five levels of security.
Zero single points of failure.
Engineered with five independent security layers — each one enforced at the hardware level, not patched in software.
Proprietary Encryption
Proprietary mapping and proprietary data encryption algorithms (DES) — no off-the-shelf cipher chain.
Mutual Authentication
Card and reader authenticate each other via SIM card challenge-and-response before any transaction is permitted.
SIM Management System
Built-in SIM Management System — only SIMs explicitly authorised by AXES can transact on the network.
Single-Use Session Keys
All data and communication between card and reader is encrypted using PUBLIC and PRIVATE session keys valid for one transaction only.
Immutable Audit Trail
Every transaction, policy change, and rule change is auditable across card, reader, and web service. The card irreversibly locks after a fraud attempt.
Specifications
Built for the real world.
Connectivity
Online / Offline modes for internet-challenged environments
Scalability
All sizes of gaming facilities
Security Architecture
One platform, end-to-end encryption
Transaction Controls
Authentication, authorization, and audit on every transaction
Hardware Grade
Military-grade, robust technology
Local Storage
10,000+ transactions onboard per device
Diagnostics
Intuitive LED lighting system for technical and operational status
Player Tracking
Native to the platform
Financial Analytics
Real-time cash-in, payout, and float analysis
Cash Flexibility
Mobile Point of Sale (cash in / cash out)
Redundancy
Built-in for security and reliability
Strategic Position
Not a cashless product.
A cashless rail inside IMS.
AXES Smart Card is IMS-native — the spec sheet explicitly anchors the product to the AXES Intelligent Management System. It is the hardware expression of the cashless pillar: the physical mechanism by which the slot floor becomes a financial network rather than a reporting endpoint.
SAS and pulsed-meter compatibility is the bridge that makes the IMS migration thesis actionable on legacy floors. Operators don't need to rip and replace machines to deploy AXES cashless.
30+
Countries Deployed
10,000+
Transactions Buffered Offline
5
Security Levels
SAS + Pulsed Meter
Legacy Machine Compatibility
Ready to go cashless?
See how AXES Smart Card integrates with your floor — legacy machines included.
Request a Demo