During early access, RocketAiFlow is configured through a guided setup on an environment agreed with the customer. Before pilot launch we define telephony, workflow, APIs, processed data, recordings, transcripts, access, monitoring, operating limits, and management responsibilities.
Early access pilot
At this stage we are not selling a generic self-service install: we build guided pilots with clear technical scope and real workflows.
RocketAiFlow supports both paths without forcing one model on every team and without treating operational visibility as an afterthought.
We configure RocketAiFlow together with the customer team on an agreed environment, defining telephony, APIs, data, recordings, transcripts, access, and operating limits before pilot launch.
The pilot is built on a concrete, measurable phone flow: outbound campaigns, automatic callbacks, minute-level scheduling, repetitive inbound, transcripts, recordings, and live monitoring.
RocketAiFlow is designed for guided pilots on real phone workflows, where call data, transcripts, recordings, access, connected systems, and operating rules are defined before pilot launch. The customer keeps control over contact lists, legal basis, notices, required checks, and internal policies.
Before the pilot we define which lists can be used, for what purpose, and which operating checks are needed before calls start.
Recordings and transcripts are enabled only if included in the pilot scope. We define what is saved, for how long, and who can access it.
Access, logs, call history, and post-call data help the team maintain traceability and operational control.
Workflows can include opening messages to inform the person that they are speaking with an AI voice agent.
For commercial outbound campaigns, rules on opt-out lists, consent, and notices are defined within the customer operating scope.
Guided pilots follow different operating models, so monitoring, logs, traces, recovery, workflow continuity, provider fit, telephony fit, and dashboard availability should be defined intentionally.
The team should be able to control active calls, outcomes, call rhythm, load, saturation, callbacks, and campaign trends while the system is running.
Recordings, transcripts, call data, and access are configured according to customer operating policies and the agreed pilot scope.
The proposal is built around the workflow to validate and may include pilot setup, platform fee, and variable consumption tied to telephony, LLM, speech providers, transcripts, recordings, storage, and actual call volume.
In internal tests with real phone traffic in a controlled environment, RocketAiFlow handled up to 300 simultaneous calls on an 8 GB RAM machine, with startup peaks of up to 100 call attempts per second and list loading up to 1 million contacts. These tests validate the technical base for high-volume outbound scenarios. Actual production performance depends on infrastructure, telephony, providers, configuration, recordings, transcripts, connected APIs, and campaign duration.
Actual production performance depends on infrastructure, telephony, providers, configuration, recordings, transcripts, connected APIs, and campaign duration.
Every pilot should make it possible to analyze what happened in the call, where the workflow worked, and when agent, API, telephony, or operator handoff needs improvement.
Request an operational demo to build a guided pilot on the customer environment: AI outbound campaigns, repetitive inbound, minute-level scheduling, automatic callbacks, contact priority, call data, transcripts, recordings when enabled, and live monitoring.