Industry: Automotive Repair
Auto repair shops run on phone calls that should not require a phone call.
Aperture OS maps your booking, parts communication, and service follow-up workflows through guided conversation and produces a verified implementation blueprint that automates the communication from first contact to post-service review request. Booking an appointment takes 3 to 4 calls on average. It does not have to.
Map your shop workflowsWhat does manual appointment coordination actually cost?
A shop booking 15 appointments per day spends 45 to 60 minutes on incoming calls before anyone touches a car. That does not count the outbound calls: parts arrival notifications, appointment reminders, service completion updates. A shop with no reminder system runs 8 to 12 no-shows per month — each one is a bay sitting empty and a slot that could have gone to another customer.
The post-service follow-up problem is separate. Shops that send a review request within 24 hours of service completion get 4 to 5 times more reviews than shops that rely on customers to remember. Most shops do not follow up at all because it requires someone to remember, find the number, and make the call.
The communication workflow is not complex. It runs manually because it was never mapped and never built.
How does Aperture OS automate auto repair shop workflows?
The conversation starts with how your shop actually runs. Steve walks through your booking process, your parts workflow, and your service completion steps. Atlas verifies every integration in your stack. The output is a blueprint built from your process and your tools.
Phase 1: Map
Your booking, parts, and follow-up process gets extracted
Steve walks through every communication touchpoint in sequence. How do customers book? (Phone, website, walk-in.) What confirmation do they get? When do reminders go out and through which channel? How does a parts arrival trigger customer notification? What happens at service completion? Each workflow gets mapped with its triggers, steps, owners, and edge cases documented.
Phase 2: Blueprint
Atlas verifies every integration and builds the implementation plan
Once your process is mapped, Atlas researches every integration available for your specific stack via live web search: TekMetric to Twilio, Shop-Ware to Google Calendar, Mitchell 1 to email automation. The implementation plan is phased: booking automation first, reminder sequences second, parts notification and post-service follow-up in subsequent phases. Edge cases flagged before you build.
Phase 3: Build
Bookings confirm automatically. Reminders send. Reviews follow.
With the blueprint in hand, you build the automation on tools you already have. A new booking generates an immediate confirmation and enters the reminder sequence. A parts arrival fires a customer notification without anyone making a call. Service completion triggers the follow-up sequence ending in a review request. Your front desk handles exceptions, not every transaction.
What does the implementation blueprint include?
- →Booking trigger to confirmation sequence: channel, timing, and content documented
- →Reminder cadence mapped: 48-hour, 24-hour, and 2-hour touchpoints with no-show handling
- →Parts arrival notification workflow: trigger, customer message, delay handling
- →Service completion trigger and communication sequence
- →Post-service review request: timing, channel, and follow-up if no response
- →Every integration path verified for your specific stack
Other service businesses automating with Aperture OS
Common questions about automating auto repair shop workflows
What happens if a customer does not respond to appointment reminders?
The mapping conversation captures your no-show handling logic as part of the workflow. The automation sends the reminder sequence you define — typically 48 hours, 24 hours, and 2 hours before the appointment. If a customer does not confirm, they enter a follow-up branch with different messaging. If no response by a defined cutoff, the slot can be flagged for reuse. What happens at each non-response point gets documented and built into the automation.
Can this connect with my shop management software?
Atlas verifies available integrations for your specific stack via live web research during the mapping session. Common shop management platforms with established integrations include TekMetric, Shop-Ware, Mitchell 1, and Protractor. If your system has an API or supports Zapier, the blueprint will include that integration path. The implementation plan is built around your current stack — not around buying new software.
How does parts arrival notification get automated?
The parts notification workflow maps the trigger — whether that is a manual update in your system, an email from a supplier, or a status change in your DMS — and builds an automated outbound message to the customer when that trigger fires. If parts arrive on a Tuesday for a job scheduled Thursday, the customer gets notified automatically. If there is a delay, the delay notification goes out on the same trigger. The customer stops calling to check status because they already know.
What about customers with multiple vehicles or recurring service schedules?
Multi-vehicle customers and recurring service intervals get captured as separate workflow branches during the mapping conversation. A customer with two vehicles gets vehicle-specific reminders tied to each service history. A customer on a 3,000-mile oil change interval enters a re-engagement sequence when the next interval approaches, based on the mileage logged at their last visit. These branches are documented in the process map and built into the automation.
Stop playing phone tag with every customer
One conversation maps your shop communication workflows. One blueprint shows you how to build the automation.
Start the conversationFree to start. See how it works →