Industry: Residential Construction
Ten active projects should not mean ten hours of coordination calls every day.
Aperture OS maps your subcontractor scheduling, permit tracking, and client communication workflows through guided conversation and produces a verified implementation blueprint that automates the coordination. The project work requires your judgment. The coordination calls do not.
Map your project coordinationWhat does manual project coordination actually cost a residential GC?
A residential GC managing 10 active projects simultaneously spends 2 to 3 hours every day on coordination that follows the same pattern every time: confirm sub availability, check permit status, update the client, reschedule the inspection. The projects are different. The coordination steps are identical.
Permit delays alone cost $500 to $2,000 per day in carrying costs on a residential build. Most delays happen because nobody checked the permit portal this week and the approval has been sitting there for three days. An automated permit milestone check costs nothing and catches it the same day.
The coordination is not the job. It runs this way because it was never mapped and never built.
How does Aperture OS automate residential construction coordination?
The conversation starts with how you actually run your projects. Steve maps your sub coordination, permit tracking, and client communication patterns. Atlas verifies every integration in your stack. The output is built from your process and your tools.
Phase 1: Map
Your project stages, sub touchpoints, and client communication get documented
Steve walks through your project lifecycle by stage: what triggers the next phase, which subs need to be scheduled when, what the client update says at each milestone, how permit status gets tracked and communicated. Decision branches get captured: how new construction differs from remodel, how projects with HOA approval requirements differ from standard builds, how change orders move through the system.
Phase 2: Blueprint
Atlas verifies every integration and builds the phased implementation plan
Once your workflow is mapped, Atlas researches every integration available for your stack via live web search: Buildertrend, CoConstruct, or Procore for project management, Calendly for sub scheduling, Twilio for SMS communication, and permit portal monitoring options. The plan is phased: sub scheduling automation first, client weekly updates second, permit tracking and inspection scheduling third.
Phase 3: Build
Subs get scheduling requests. Clients get weekly updates. Permits get monitored.
With the blueprint in hand, you build the automation on tools you already have. Stage completion triggers the next sub's scheduling request and the client milestone update simultaneously. Permit status gets checked automatically and alerts fire when approval drops. Weekly client updates go out for every active project on the same day every week without anyone sitting down to write them.
What does the implementation blueprint include?
- →Project stage map with sub scheduling trigger points and confirmation sequences
- →Subcontractor availability request and confirmation workflow by trade
- →Client weekly update content and delivery automation by project stage
- →Permit milestone tracking with stakeholder notifications on approval or delay
- →Inspection scheduling workflow triggered by stage completion
- →Change order routing, approval, and downstream schedule adjustment
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Common questions about automating residential construction workflows
My subcontractors use different tools and some do not use software at all — how does this work?
The mapping conversation captures how you currently communicate with each sub type and works from that baseline. Subs who do not use software typically respond to text or email. The automation can send scheduling requests and confirmations via SMS or email without requiring the sub to use any new platform. Atlas verifies what communication methods are available for your specific situation and builds the implementation plan around the lowest-friction channel for each party.
How do change orders get handled in an automated workflow?
Change orders get documented as a parallel workflow during the mapping session. When a change order is initiated, the automation can trigger a client notification with scope and cost impact, pause downstream scheduling that depends on the affected work, and route the approval to the right person. Once approved, downstream scheduling resumes. The change order workflow gets built from how you currently handle them, so the automation matches your existing process rather than replacing it.
Can this track multiple projects at different stages simultaneously?
Yes. Each project runs as its own workflow instance through the automation. A project in framing gets framing-stage communications. A project in finish work gets finish-work communications. The automation tracks each project independently against its own timeline and triggers. Your weekly client update sequence runs for every active project without anyone manually tracking which projects need updates this week.
What happens when a permit takes longer than the timeline projected?
Permit delays get handled as a defined exception in the workflow. When a permit status check comes back with a delay, the automation triggers a client communication with the revised timeline, pauses any sub scheduling that was contingent on permit approval, and sets a follow-up reminder to recheck status at a defined interval. The exception logic gets built from how your team currently handles permit delays so the automation fits your process.
Stop running ten projects from your phone
One conversation maps your project coordination workflows. One blueprint shows you how to build the automation.
Start the conversationFree to start. See how it works →