Conversational interface
Use realtime voice and interruption handling instead of forcing visitors through rigid menu trees.
KIOSKS / SOLUTION 05
AI kiosk software that turns terminals into employees.
Give any kiosk a conversational interface that explains, sells, routes, checks, and assists — even in venues where connectivity is unreliable.
From a voice response to an operating system.
Traditional kiosks make users search through menus designed around a database. A talking kiosk reverses that interaction: visitors describe what they need, ask follow-up questions, and receive a guided path to the next action. IronHeart.AI supplies the realtime conversational runtime behind that experience.
The same foundation can support retail discovery, venue navigation, visitor check-in, travel information, product configuration, queue triage, and multilingual service. Knowledge retrieval grounds answers in the organization’s approved content, while action connectors can create tickets, notify staff, print instructions, or hand the session to a remote employee.
Physical deployments need different reliability assumptions from browser software. Network quality changes, microphones encounter noise, users interrupt, and devices must recover without losing the entire session. Edge Runtime can keep selected interaction logic and state closer to the kiosk, then synchronize with cloud services when they are available.
Multilingual service
Offer consistent information to a wider audience from one governed operating layer.
Device and business actions
Connect scanners, printers, ticketing, staff alerts, inventory, or remote assistance through approved integrations.
Offline continuity
Preserve essential behavior and session state when venue connectivity becomes slow or unavailable.
One runtime across a fleet
Operators can manage distinct kiosk roles while keeping common observability and policy. A museum guide should not have the same actions as a retail checkout assistant, but both can share deployment tooling, memory primitives, and voice infrastructure. This reduces the cost of expanding from a pilot terminal to a network of locations and devices.
A venue pilot should be tested where the final kiosk will actually stand. Microphone performance, speaker volume, background noise, lighting, reach, privacy, queue behavior, and accessibility can change the outcome more than a laboratory benchmark. Operators should define a graceful fallback for every external dependency, including printers, ticketing, inventory, and staff notifications. Device health and conversation health also need separate monitoring. This operational checklist turns a convincing demonstration into a maintainable service that can be reproduced across locations without assuming every environment behaves the same way.
IronHeart.AI Runtime brings realtime voice, memory, governed knowledge retrieval, agent orchestration, and edge deployment into a common execution layer. Explore the runtime architecture, review Robotics Brain, or compare options in pricing.
FAQ
Questions before you build.
Does IronHeart.AI manufacture kiosks?
No. It provides the runtime software that can be integrated with compatible kiosk and terminal hardware.
Can a kiosk work without the internet?
Edge deployments can preserve selected capabilities during network loss; the exact offline feature set depends on local models, hardware, and integrations.
Can it connect to printers and scanners?
Yes, through device-specific software and approved action integrations.
How is kiosk content kept accurate?
Responses can be grounded in a managed knowledge source with update and access rules defined by the operator.