A momentary connection failure shouldn't end a 40-minute customer conversation.
Ronicity is building a continuity layer for contact centers that protects live interactions when an agent loses connectivity, an application disconnects, or the network underneath them fails.
Instead of forcing the customer to start over, Ronicity is designed to preserve the interaction and its context while the agent reconnects or the conversation moves to someone else.
Keep the call. Preserve the context. Continue the conversation.
Contact centers have moved to the cloud. Agents work from homes, offices and locations around the world, often using networks that enterprise IT cannot control. But a customer interaction still depends on those connections staying alive.
A brief Wi-Fi interruption, carrier brownout or application failure can end a conversation that has been going on for nearly an hour.
Home Wi-Fi, consumer broadband and mobile connections are outside the contact center's direct control. A brief interruption can disconnect an agent from an otherwise healthy customer interaction.
Packet loss, latency and intermittent outages can disrupt live communications even when the internet connection hasn't completely failed.
When a live session is lost, the customer may need to call again, explain the problem again, and start over with another agent.
Ronicity adds a continuity layer around existing contact-center infrastructure. Our technology is designed to preserve the customer-side interaction and its context when an agent becomes disconnected, allowing recovery without forcing the customer to start from the beginning.
When an agent disconnects, Ronicity can maintain the customer-side session through supported integrations while recovery takes place.
Interaction state and available context can follow the customer, allowing the next participant to understand what happened before the disruption.
Reconnect the original agent, restore the connection, or coordinate a transfer to another agent or AI assistant.
Ronicity is designed to complement existing cloud and on-premises contact-center platforms, without requiring customers to replace their contact-center infrastructure.
One customer. One conversation. Even when something fails.
Three capabilities work together to protect live customer interactions.
Monitor connection quality and interaction status to identify failures and determine the appropriate recovery action.
Maintain the customer-side session and relevant interaction state independently of a failing agent connection, where supported by the deployment.
Reconnect the agent or coordinate a transfer to another participant with the existing interaction context intact.
The objective is simple: a connection failure should not automatically become a failed customer interaction.
A customer interaction can involve human agents, AI assistants, contact-center software and multiple networks. Ronicity's continuity architecture is designed to coordinate recovery when one of those components becomes unavailable.
If an agent loses connectivity, preserve the customer-side interaction while the agent returns or another agent takes over.
Support continuity between automated assistants and human agents so the customer doesn't need to repeat information already collected.
Use retained interaction state and supported platform integrations to restore or reestablish the conversation when an application fails.
Where multiple network connections and PathSteer path-continuity capabilities are deployed, traffic can move to an alternate connection when the original path degrades or fails.
Different failures. One goal: preserve the customer's experience.
The difference isn't simply whether a connection comes back. It's whether the customer interaction can survive the disruption.
The goal is not just to restore a connection. It's to preserve the conversation.
Built for contact centers first. Engineered for a much bigger problem.
PathSteer is Ronicity's underlying session-continuity technology. It combines session-state preservation, network intelligence and recovery coordination to address a fundamental weakness of conventional networking: when the connection disappears, an active session often disappears with it.
On whatever connections are available.
The recovery point lives here, not on the endpoint's connection.
Kept in place. Ronicity works alongside them.
When only one connection exists, PathSteer's session-continuity architecture is designed to retain state through a disruption, allowing the interaction to recover when connectivity returns or another participant takes over.
A second internet connection is not required for session recovery.
When multiple network connections are available, PathSteer's accelerated packet-processing technology can steer traffic toward an alternate usable path.
This helps reduce interruption to active traffic while maintaining a stable network anchor.
Our first commercial focus is contact-center continuity, using the underlying PathSteer architecture. Over time, the same technology is intended to support broader deployments across:
Contact centers are our first market. Session continuity is the broader mission.
Standalone PathSteer networking and endpoint deployments are part of Ronicity's broader product roadmap, not the initial contact-center offering.
Wherever agents work over connections that enterprise IT doesn't fully control, Ronicity is designed to reduce the impact of connectivity failures on customer interactions.
Protect interactions when home Wi-Fi and consumer internet connections become unreliable.
Support continuity across distributed teams working from offices and remote locations.
Reduce the operational impact of agent disconnections across large, geographically distributed workforces.
Support interaction continuity and context-aware handoffs between automated systems and human agents.
Ronicity is designed to operate alongside existing contact-center environments. We're not asking organizations to abandon their CCaaS platforms, rebuild their routing logic, or replace their established customer-service workflows. Instead, Ronicity adds a continuity capability around the infrastructure they already use.
Platform-specific integrations and deployment options are being developed as part of our initial commercial rollout.
Ronicity's core technology has undergone controlled testing across connectivity loss, network failover and interaction recovery scenarios.
Moving an active customer interaction to another agent.
Maintaining active sessions during underlying network-path changes.
Recovering session continuity after connectivity is restored.
Retaining session information to support recovery rather than restarting from the beginning.
These results demonstrate the potential of the underlying architecture. We're now focused on productization, platform integrations and preparing for initial customer pilots.
Testing results reflect controlled environments and do not represent production-wide service guarantees.
Ronicity was founded by engineers with deep experience in contact-center infrastructure, real-time communications and carrier-grade networking, alongside an experienced technology operator. Our team's background spans Cisco contact-center platforms, SIP and media, routing and network resilience, and bringing technical products to market.
We understand the problem from both sides: the application carrying the conversation and the network carrying its traffic.
Experience with the platforms, signaling, media and customer workflows that power live interactions.
Deep expertise in routing, high availability, and the infrastructure required to support resilient communications.
Experience turning complex technical products into scalable commercial businesses.
We're building the continuity technology we believe should have existed all along.
A customer shouldn't lose an entire conversation because an agent loses their connection. Ronicity is building the infrastructure to make that possible.
We're working toward initial commercial deployments and engaging with select contact-center operators, technology partners and prospective pilot customers. If you're operating a distributed contact center, developing contact-center technology, or looking for better ways to protect live customer interactions, we'd like to talk.