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Built for distributed service delivery

In-home ABA software should understand that available and actually usable are different things.

A workable in-home match depends on family availability, geography, staff capacity, continuity, timing, authorization and clinical appropriateness. Infinite Suite OS is designed to keep those variables visible instead of flattening them into an open slot.

Built for: In-home and hybrid ABA owners, regional operators, schedulers and clinical leaders managing distributed teams and family schedules.

Strong fit

This page is most useful when...

  • In-home or hybrid ABA organizations
  • Regional teams balancing drive time and caregiver schedules
  • Providers where cancellations can free one technician to cover another appropriate case
  • Owners who need cross-location visibility without manually combining spreadsheets

Important limits

This is not a promise to...

  • Treating the nearest staff member as automatically appropriate
  • Ignoring caregiver availability or family preference
  • Scheduling beyond declared staff capacity
  • Replacing supervision or clinical continuity decisions

How the workflow should operate

Every handoff needs an owner, a reason and a measurable outcome.

  1. 1

    Map the real service window

    Start with caregiver-provided availability and the actual time remaining in the service day.

  2. 2

    Evaluate route feasibility

    Separate geographic distance, drive time, current assignment and declared staff capacity.

  3. 3

    Check continuity and review needs

    Surface familiarity and configured clinical-review requirements before presenting a path as workable.

  4. 4

    Confirm and learn

    Record caregiver agreement, schedule the appropriate path and compare predicted feasibility with actual completion.

What becomes visible

The outcome should answer a decision, not decorate a dashboard.

Usable capacity

See capacity after geography, schedule fit and other constraints, not an inflated list of theoretically free people.

Regional visibility

Compare locations, service radii, hours at risk and recovery-stage bottlenecks.

Continuity context

Make staff familiarity and handoff needs visible before a coverage decision.

Field resilience

Support structured field context and offline-aware workflows without turning the app into the clinician.

Product proof with boundaries

Test the workflow against the situations that make in-home care difficult.

The fictional sample clinic lets you inspect caregiver windows, staff opportunities and owner visibility. Use it to identify what would need configuration, integration or clinical review in your own service model.

Buyer questions

Answers should reduce uncertainty, not hide it behind a demo form.

Can the system calculate drive time?

The product direction includes geographic and drive-time feasibility as operating signals. A production implementation must validate the exact mapping provider, address controls and privacy requirements before using real clinic data.

Does it assign the closest RBT automatically?

No. Distance alone does not establish appropriateness. Staff choice, timing, familiarity, capacity, caregiver agreement and qualified review remain part of the decision.

Can it support both center and home services?

The workflow is designed to represent center, in-home and hybrid service models while keeping the constraints of each visible.

Can an established in-home provider keep its EMR?

Yes. Recovery Radar can begin as an operating layer beside the existing EMR while the organization evaluates value and integration requirements.

Continue the buyer journey

Move to the next question, not a generic “learn more” page.

View all ABA operations resources