Manual Renewal Monitoring
- Expiration dates checked individually
- Reminder timing depends on manual follow-up
- Failed messages may require separate investigation
- Escalation status updated manually
See how AutomateSuite validated a workflow that evaluates renewal dates, sends staged WhatsApp reminders, includes configured SMS fallback branches and records HubSpot escalation results.
This case study documents a controlled AutomateSuite test. It demonstrates validated reminder and escalation behaviour and documents configured fallback branches, but it is not presented as a customer deployment, guaranteed delivery rate or production-scale result.
When expiration dates and reminders are managed manually, customers may receive messages too late, delivery failures may remain unnoticed and unresolved cases may lack a clear escalation record.
The simulation was designed to identify eligible renewal records, mark them as processing, evaluate the remaining number of days, send the appropriate WhatsApp reminder and preserve delivery or escalation results in Airtable.
The scenario evaluates active renewal records, routes them according to the expiration stage and updates Airtable after each reminder, fallback or escalation action.
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Eligible Airtable records are selected according to the expiration and status conditions.
The workflow separates seven-day, three-day, one-day and expiration-day conditions.
The appropriate WhatsApp reminder is sent through the configured Twilio connection.
Airtable records the reminder stage, delivery channel and processing result.
Configured fallback branches send an SMS when the relevant delivery condition is met.
An unresolved expired renewal creates a HubSpot ticket, and Airtable records the escalation result.
The record contains the customer, expiration date, calculated remaining days and renewal status required by the routing logic.
The customer’s renewal deadline provides the reference date for the reminder logic.
The calculated value determines which configured reminder or expiration route should run.
The status helps prevent records outside the eligible processing stage from being handled.
The tested workflow uses separate routes for seven-day, three-day, one-day and expiration-day reminders, allowing the message to reflect the remaining time.
An advance message informs the customer that the renewal date is approaching.
A second staged message reflects the shorter remaining renewal period.
The final advance reminder informs the customer that expiration is expected the following day.
The controlled simulation used Twilio’s sandbox connection rather than a live approved production sender.
After the three-day WhatsApp route completes, the workflow stores the selected channel, delivery status, reminder stage and processing result.
The workflow identifies the renewal record as having three days remaining.
The processing output records the WhatsApp delivery action as sent.
The Airtable update output records the reminder stage as three days.
The output confirms that the three-day WhatsApp renewal reminder was sent successfully.
After the one-day route completes, the renewal record stores the reminder stage, channel result, processing message and latest action time.
The output records that the one-day reminder route completed.
The WhatsApp status and delivered message confirm that the reminder was sent.
The processing result confirms successful completion of the one-day WhatsApp reminder.
The timestamp records when the latest reminder action completed.
When the calculated remaining time reaches zero, the workflow selects the expiration-day message and records the final reminder stage.
The customer receives the final renewal reminder through the configured WhatsApp channel.
The Airtable record shows the renewal has reached its expiration date, which triggers the final reminder route.
The renewal record is updated to the “Expiration Day” stage after the final reminder is processed.
Airtable confirms the WhatsApp action was sent and stores the successful processing result.
The Make execution output confirms the workflow selected the expiration-day route and completed the related record update.
When the configured incident conditions remain unresolved, the workflow creates a HubSpot ticket so the renewal case can be investigated and followed.
The source record confirms that the renewal has passed its deadline and entered the expired stage.
The processing result confirms that the expired renewal was escalated successfully to HubSpot.
A HubSpot ticket ID is stored so the escalated case can be tracked in the CRM.
HubSpot shows the renewal issue as a newly created ticket ready for follow-up.
HubSpot confirms that the expired renewal was converted into a trackable follow-up ticket containing the customer, service and expiration context.
The unresolved expired renewal becomes a separate CRM ticket.
The ticket includes the customer, service, contact and expiration information required for follow-up.
HubSpot identifies the automation integration as the source of the ticket.
The following behaviours were observed during the controlled AutomateSuite test.
The workflow selected records according to their calculated expiration stage.
The tested seven-day, three-day, one-day and expiration-day routes used their configured WhatsApp reminders.
The workflow architecture includes SMS fallback branches for configured delivery conditions.
The configured unresolved case produced a trackable HubSpot ticket.
The simulation does not claim guaranteed message delivery, customer renewal conversion, production-scale volume, customer return on investment or identical results for every implementation.
Renewal stages are evaluated according to configured date conditions.
Advance, expiration-day and fallback actions remain distinct.
A secondary channel can support the process when the primary condition fails.
Airtable preserves reminder, channel and escalation results.
A production implementation can be adjusted according to the client’s renewal stages, customer database, approved messaging providers, fallback policies and escalation requirements.
The demonstrated workflow was built and tested with the following connected platforms.
Stores customer renewal dates, reminder stages, channel status and processing results.
Orchestrates date evaluation, routing, messaging, fallback and escalation.
Provides the tested WhatsApp Sandbox connection and the SMS connection used by the configured fallback architecture.
Receives the staged renewal reminders during the controlled test.
Receives unresolved reminder incidents as trackable tickets.
The production stack can be adapted according to the client’s approved messaging providers, customer systems and technical requirements.
Platform disclosure: this published simulation was built and tested in Make. n8n and Zapier were not tested as part of this case study and remain scope-dependent production options.
Yes. Reminder intervals, eligibility conditions and message templates can be adapted to the client’s renewal policy.
No. The controlled test used Twilio’s WhatsApp Sandbox. A production deployment would require an approved sender, templates and provider configuration.
The fallback branch runs only when its configured delivery or connection condition is satisfied. Production rules can define retries, delays and escalation thresholds.
A ticket is created when the configured incident conditions remain unresolved after the relevant reminder or fallback actions.
Potentially yes. A production configuration may use other compatible databases, CRM systems or messaging providers depending on their integrations, APIs and approval requirements.
Tell AutomateSuite where your renewal dates are stored, which reminder stages you need and how failed or unresolved messages should be handled.