Capability demonstrations

How Rellaven approaches the operating layer.

These examples show how lead intake, CRM state, routing, follow-up, reliability, exceptions, reconciliation, and handoff can be designed as one operating system rather than a collection of isolated automations.

Internal Rellaven demonstrations. They are not client case studies and do not represent customer results.
Demonstration 01

Lead-to-Booking CRM & Follow-Up Workflow

A state-driven operating design for moving a new inquiry from intake through ownership, follow-up, exception handling, and a clear handoff.

01 — INTAKE
Establish the event Normalize the incoming inquiry and required identity.
02 — STATE
Define where it is Create an explicit operating state instead of relying on ambiguous task status.
03 — OWNERSHIP
Apply routing Determine who or what owns the next action.
04 — FOLLOW-UP
Control the next action Define timing, transitions, suppression, and escalation.
05 — EXCEPTIONS
Handle edge states Account for duplicate, invalid, suppressed, or failed events.
06 — HANDOFF
Close the loop Record the outcome and transfer ownership explicitly.

What this demonstrates

  • Explicit states instead of implicit workflow assumptions.
  • Routing and ownership as part of the operating design.
  • Follow-up logic separated from one specific tool.
  • Suppression and exceptions designed before launch.

What would be verified in a real engagement

  • Actual lead sources and CRM configuration.
  • Current ownership and handoff rules.
  • Existing timing, suppression, and exception behavior.
  • Acceptance criteria for the implemented process.
Demonstration 02

Workflow Reliability & Reconciliation

An n8n demonstration showing how an incoming event can be validated, deduplicated, routed, audited, and later reconciled against the source-of-truth system.

01 — RECEIVE
Fast intake Accept an incoming event without making the webhook the only source of truth.
02 — VALIDATE
Normalize first Validate required data before downstream operations.
03 — DEDUPLICATE
Make repetition safe Use idempotency and duplicate-event handling.
04 — ROUTE
Apply operating rules Separate service or territory decisions from transport.
05 — AUDIT
Make failure observable Create explicit audit and escalation paths.
06 — RECONCILE
Check the source of truth Compare an overlapping window and build an idempotent backfill plan when needed.

Reliability principles demonstrated

  • Validation before downstream mutation.
  • Idempotent duplicate handling.
  • Explicit audit and escalation paths.
  • Webhook intake plus source-of-truth reconciliation.
  • Backfill planning rather than silent event loss.

Production boundary

The demonstration uses static data because live customer credentials were not connected.

A production implementation would use customer-approved accounts, environment-specific integrations, and durable shared state where restart or multi-worker safety requires it.

Demonstration scope

This is capability evidence for workflow architecture and reliability design. It does not claim a live customer deployment or customer performance result.

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