Walk a select-service corridor at 2 p.m. and you can feel the clock. Turnover windows are narrow, labor is tight, and tomorrow’s reputation rides on what’s missed today. Room inspections are the last mile of reliability. Done manually, they’re also slow, inconsistent, and difficult to audit. Computer-vision–assisted inspections change that equation: they make quality checks repeatable, auditable, and fast—exactly what lean select-service properties need.
Why inspections are hard in select-service
Select-service hotels live on tight schedules and thinner staffing buffers. Supervisors often spot-check only a subset of rooms; standards vary by person, shift, and hurry. Documentation—if it exists—is static checklists and photos in chat threads. When something is missed (a stray hair, a half-used amenity, a scuffed mirror), the discovery is often a guest review or a rework that delays the next check-in.
What AI room inspections actually do
Think of it as three loops that run in minutes, not hours:
- Capture — A housekeeper or supervisor snaps guided photos (or short clips) of key zones: bed, bath, vanity, floor, minibar, desk, wardrobe. Mobile prompts ensure coverage and consistent angles.
- Detect — On-device or edge inference flags issues: stain-like patterns on linens, towel fold irregularities, debris on floors, countertop smudges, missing amenities, minibar item deltas. Models are tuned to minimize false alarms while catching the misses that most frustrate guests.
- Decide & Dispatch — Findings convert into structured tasks. If a defect is minor, it’s resolved on the spot; if not, a work order is logged in the CMMS/PMS, with photo evidence attached. Supervisors see a pass/fail score and the annotated images.
The effect isn’t only speed; it’s evidence. Every pass, fail, and fix has a timestamped image trail, so disputes shrink and training gets specific.
Where the gains show up
- Faster, more reliable turns — Guided capture plus automatic checks make inspection runs predictable. Photo-evidence reduces call-backs and back-and-forth with front desk.
- Consistency across shifts and sites — Models don’t get tired. A 4 p.m. room gets the same scrutiny as a 10 a.m. room.
- Auditable quality and training — Annotated images become a playbook. Managers coach with before/after examples, not vague reminders.
- Less friction with guests — When a charge, damage, or minibar dispute arises, you have visual facts rather than memory.
How Fari Lens fits
Fari Lens applies computer vision to visual operations across the room: cleanliness checks, amenity presence, and minibar reconciliation. In practice, staff capture images in seconds; Lens recognizes patterns (e.g., residue on glass, hair-like artifacts on linen, missing towels, product out of place), aligns deltas with room standards, and publishes a pass/fail with notes. Because Fari sits alongside Fari AI (for cross-system actions) and Fari Analytics (for portfolio-level insights), a flagged bathroom mirror can trigger a quick rework task now, and become part of next month’s defect trend report later. Lens also supports minibar audits with SKU recognition and fill-level logic—useful in mixed-amenity select-service formats where snack and beverage programs vary by floor or rate plan.
Lens’ design emphasizes evidence and interoperability: encrypted images, role-based access, and connectors to PMS/CMMS so inspections update the systems teams already live in. The outcome is simple: fewer misses, fewer disputes, more standards met.
What to inspect with AI (a practical scope)
- Bed & linen — Surface stains, fold irregularities, pillow count/order, skirt alignment.
- Bath & vanity — Mirror smudges, grout discoloration cues, residue on chrome, amenity presence/placement, towel fold.
- Floors & surfaces — Litter-like objects, dust bands, streak patterns, desk/TV console wipes.
- Windows & curtains — Obvious streaking or mis-hung sheers.
- Minibar/amenities — Missing items, incorrect placement, low stock.
- Safety basics — Detector presence light, visible trip hazards; route serious anomalies to humans immediately.
Implementation playbook for select-service
- Standardize the photo map — 6–9 angles per room type; keep it short enough to finish in under two minutes. Template per brand and room archetype.
- Start with assisted, not autonomous — Humans still clean; AI standardizes the check. Use pass/fail plus 2–3 defect classes to avoid alert fatigue.
- Wire into your systems — Push results to PMS/CMMS; don’t create yet another island app. Configure role permissions and retention windows up front.
- Coach with pictures — Use weekly image reels of common defects. It’s faster to learn from visuals than from text feedback.
- Measure to manage — Track: average inspection time, rework rate, defect classes per 100 rooms, guest cleanliness mentions, and minibar dispute rate.
What to watch out for
- Lighting and angle sensitivity — Guided prompts mitigate this; periodic spot reviews keep data clean.
- Edge cases — Glitter, patterned textiles, and low-contrast stains can fool models. Keep a human override and continuous improvement loop.
- Privacy & governance — Restrict capture to objects and surfaces, not people; apply retention limits and access controls appropriate to your jurisdiction.
Proof that the last mile matters
When inspections become image-evidence and task-linked, they stop being a chore and start being a lever. For select-service assets, the gains accumulate: a few minutes saved per room, fewer reworks, fewer disputes, better reviews. At portfolio scale, that’s material.
How Fari makes this easy
- Fari Lens for computer-vision inspections and minibar deltas.
- Fari AI to turn fails into routed tasks with audit trails and optional human-in-the-loop.
- Fari Analytics to watch defect trends, rework rates, and their impact on reviews and turn times.
The stack is pragmatic: start with assisted inspections in one wing, instrument the workflow, then roll out what works. The standard becomes simple—clean rooms, proven by pictures, delivered on time.