Same network.Far less to carry.
Alongside the hardware estate, AU offers Atombeam data compaction for the traffic between connected devices. It makes each payload smaller before it is sent, so bandwidth-heavy operations get more out of the network they already have.
Diebold Nixdorf Vynamic software
The full Vynamic suite, with the services behind it.
AU supplies the complete Vynamic software suite and delivers the professional services around it: implementation, integration and ongoing support.
Vynamic Acquiring
Modernised acceptance across ATM, POS and digital channels, so new payment experiences go live quickly and securely without long upgrade cycles.
Vynamic Payments
Real-time, API-driven payment processing across all rails, replacing batch-based clearing with faster, always-on payment experiences.
Vynamic Issuing
A PCI-SSF certified, cloud-native platform to issue, authorise and manage cards, tokens and digital wallets with speed and confidence.
Vynamic Marketing
Targeted, meaningful messages on the ATM screen, turning every self-service transaction into a chance to engage the right customer segment.
Vynamic Cash Management
Forecasting and optimisation of cash across the branch and self-service estate, keeping machines supplied while reducing idle cash and CIT trips.
Vynamic View
Monitoring and incident management for the self-service estate, going beyond uptime to maximise availability across every device.
Vynamic Security Manager
Layered protection against physical and digital attacks: BIOS password management, intrusion protection, access protection and hard disk encryption, correlated through Vynamic View Security Manager.
As published by Atombeam
Smaller payloads, measured as an average.
75%
average reduction in the size of transmitted data.
4x
increase in the bandwidth available across the same link.
Figures are Atombeam’s own, stated for its data compaction product. Results in any estate depend on the traffic it carries.
One payload
The data received is identical to the data sent. Only what travels between them changes.
How it works
Learn the pattern, send the shorthand.
Learn the traffic
Machine learning studies the patterns in the data your devices actually send, then generates a codebook from them.
Encode at the edge
The sending device replaces recurring patterns with short codes, so the payload leaving it is a fraction of its original size.
Decode on arrival
The receiving side restores the original data exactly, using the same codebook. Nothing downstream needs to change.
What it changes
Four reasons an estate adopts it.
Immediate cost saving
Less data on the wire means a smaller bill for the same traffic, with no change to the devices sending it.
Scale without new hardware
More capacity is recovered from the network you already own, rather than bought as extra bandwidth or extra kit.
Better energy efficiency
Fewer bytes transmitted for every transaction, which lowers the energy drawn across a large estate.
An added layer of security
Payloads are encoded against a generated codebook, so traffic is unreadable without it. It sits alongside your existing encryption, it does not replace it.
Who it is for
Enterprises and large organisations moving high volumes of machine data: connected terminal and kiosk estates, telemetry from monitored sites, and any operation where transmission cost or available bandwidth is the constraint.
Next step
Put a figure on your own traffic.
Tell us what your estate sends and we will size the saving against it, with the datasheet and the case study in hand.