Work orders, preventive maintenance, capex, vendor management, life-safety K-tag rounds, generator load tests + drill cadence, elopement and missing-resident workflow, water management — the physical plant as a managed asset.
When systems disagree, the operator governs.
9 of 66 documented workflows — Facilities domain.·See all domains·Last updated:
Most senior housing & care software is sold as a feature list. This is a workflow library. Each section below is one facilities job-to-be-done — the problem operators actually describe, the way the platform runs the work, and what the outcome looks like when the work is run on one record instead of stitched across vendors.
Filter by decision maker
Every workflow in this library. Each section is one job-to-be-done — the problem, the way the platform runs the work, and the governing definition, source authority, reconciliation, and lineage behind it.
Outcomes at a glance
Every outcome is labeled by evidence class — industry benchmark (cites MGMA, HFMA, LeadingAge, CMS), internal estimate (modeled by SeniorCRE engineering), or expected outcome(modeled from workflow design + benchmarks; no customer communities measured yet — figures are targets, not validated results). See Industry Findings for methodology.
In most communities a maintenance request is a sticky note, a hallway conversation, or a text to the maintenance director. Half the requests never reach the work order log, and the ones that do are closed when "fixed" — with no record of parts, labor, or follow-up.
How the platform runs it
Every request — from staff, residents, or families — enters a single work order queue with priority, location, asset, and requester. Maintenance staff work from a mobile list with parts requisitioning, time tracking, and photo documentation. Recurring requests at the same asset surface as a root-cause flag.
What the outcome looks like
Validation evidence should show request source, priority, owner, elapsed time, recurrence, parts, labor, photo evidence, and close-out lineage against the operator’s own baseline.
How does the platform run preventive maintenance so equipment fails on schedule, not surprise?
PM in most communities is a binder. The HVAC unit was supposed to get a quarterly inspection but it has been seven months. When it fails in August, the cost is far more than the inspection would have been.
How the platform runs it
Every asset on the PM register has a service schedule, an assigned technician (internal or vendor), and the parts and procedures required. PMs generate as work orders on schedule with photo and meter documentation. Missed PMs escalate. Asset-level service history travels with the asset across its life.
What the outcome looks like
Emergency repair calls drop 20–35%, and capital reserves can be deployed against known equipment lifecycles instead of surprise failures.
How does SeniorCRE run Life Safety Code (K-tag) rounds so the LSC survey opens with evidence, not excuses?
The Life Safety Code surveyor opens with three things: corridor clutter, fire and smoke door integrity, and penetrations through fire-rated walls. K-tags around these basics carry the highest citation frequency in LSC surveys. On a fragmented stack the rounds are an annual walk by the maintenance director and the citations arrive as a surprise.
How the platform runs it
Weekly and monthly K-tag rounds run as mobile checklists with photo capture per location: corridor obstructions, smoke door latching, fire door clearances, sprinkler escutcheons, sealed penetrations, exit signage, emergency lighting. Out-of-tolerance findings open work orders automatically with the corresponding K-tag attached. The LSC binder assembles itself from the round history.
What the outcome looks like
LSC survey deficiencies on basic K-tags trend toward zero because the round caught them before the surveyor did. The annual LSC binder is a query, not a project.
How does the platform run generator load testing, fire drills by shift, and the rest of the CMS Emergency Preparedness cadence?
The CMS Emergency Preparedness rule requires monthly generator runs, a documented annual load test, fire drills at least quarterly per shift, and a documented community-based emergency exercise. The evidence lives in three books, signed by three different people, with no one centrally tracking the cadence.
How the platform runs it
The EP calendar runs against the regulation: monthly generator exercise, annual 30-minute load test, fire drills tracked by shift (day, evening, night) on a 12-month rolling view, tabletop and full-scale exercises. Each event has a workflow — start time, participants, observations, deficiencies, after-action items — and posts to the EP evidence packet. Missed cadence escalates before the deadline.
What the outcome looks like
EP citation surfaces drop sharply. The annual EP review for the state surveyor produces evidence in a packet, not a search.
How does SeniorCRE run the CMS-required water management program so Legionella risk is documented, not assumed?
CMS requires facilities to develop and adhere to a water management program to reduce Legionella risk. Most operators have the plan in a binder; the monitoring data lives on a clipboard at the boiler; the validation testing is on the lab’s invoice. When a case occurs or a surveyor pulls the program, the evidence chain is incomplete.
How the platform runs it
The WMP runs as a scheduled workflow: distal-site temperature checks, residual disinfectant readings (where chlorinated), validation testing at defined cadence, corrective actions when readings fall outside control limits, and a review committee record. Each reading captures on device. The plan, the data, and the corrective actions live on one record.
What the outcome looks like
WMP surveys reach a clean finding because the program is being run, not just written. Out-of-control readings — the precursor to a case — surface in time to act, not after the fact.
How does the platform run an elopement drill and a missing-resident workflow that holds up in a survey or a lawsuit?
A resident with cognitive impairment is unaccounted for. Staff start searching, the family is notified, the police are called — and nobody is taking notes. The timeline that emerges later is incomplete, and if the outcome is bad the operator has nothing defensible.
How the platform runs it
Quarterly elopement drills run as a scripted workflow per shift, with the at-risk resident list pre-loaded and the response measured against the policy clock. A real event opens the same workflow: time of last sighting, response actions taken with timestamps and named staff, notifications (family, physician, police, state), search areas covered, and resolution. Door-access and wander-management events attach to the record.
What the outcome looks like
Drill compliance becomes auditable. A real event produces a defensible timeline. State investigations after an event are answered in hours, not weeks.
How does SeniorCRE track capital projects from board approval through commissioning?
A roof replacement gets approved in October, started in February, and finished in July — over budget. The owner does not know when the budget slipped because finance and operations look at different numbers.
How the platform runs it
Each capital project has a scope, a budget, a vendor, a schedule of values, and a punch list. Invoices apply to the project; budget burndown is visible in real time. Change orders flow through structured approval. On completion the asset capitalizes with the correct useful life on the same record.
What the outcome looks like
Capital project overruns surface weeks earlier, vendor change orders are negotiated against documented scope, and asset commissioning produces a clean handoff to operations.
How does the platform manage vendors, contracts, and certificates of insurance?
A contractor shows up to work on the roof. Their certificate of insurance expired three months ago. Nobody knows because the COI binder lives in the administrator’s office and never gets reviewed.
How the platform runs it
Every vendor has a record with active contracts, COIs, W-9s, OSHA documentation, and performance history. COI expiration triggers a renewal request 60 days out. Work orders cannot route to a vendor whose COI is expired. Vendor performance — on-time, on-budget, defect rate — informs sourcing.
What the outcome looks like
Insurance gap exposure drops to zero. Vendor performance becomes data-driven instead of intuition-driven.
How does the platform turn a unit from discharge to next move-in without lost days?
A resident discharges on a Friday. The unit sits empty until Tuesday because maintenance, housekeeping, and admissions never coordinated. Five days of revenue lost per turnover adds up across a portfolio.
How the platform runs it
Discharge triggers a unit-turnover workflow: deep clean, paint/repair scope, inspection, and final readiness sign-off. Each step has an owner and a target time. Admissions can see the projected ready date and book the next move-in against it.
What the outcome looks like
Validation evidence should show discharge date, scope, owner, readiness sign-off, move-in timing, and exception lineage against the operator’s own baseline; no generic revenue-day recovery is claimed.
What One Operational Record Eliminates in Facilities
Run work orders from request through close-out
Run preventive maintenance so equipment fails on schedule, not surprise
Run Life Safety Code (K-tag) rounds so the LSC survey opens with evidence, not excuses
Run generator load testing, fire drills by shift, and the rest of the CMS Emergency Preparedness cadence
Run the CMS-required water management program so Legionella risk is documented, not assumed
Run an elopement drill and a missing-resident workflow that holds up in a survey or a lawsuit
Track capital projects from board approval through commissioning
Manage vendors, contracts, and certificates of insurance
Claim status: what is proven, what is designed
Status as of September 29, 2026 (last modified 2026-09-29)
SeniorCRE claim evidence step and proof class by claim, as of September 29, 2026
Claim
Evidence step
What is true today
Proof to inspect
Operator and portfolio workspace foundation built (roles, hierarchy, entity tree).
Validated
Provisioning controls have been exercised repeatedly in controlled SeniorCRE conditions, including the operator onboarding wizard. Not yet performed for an operator in production; no standard duration is published.
Control test record; synthetic or de-identified data; no operator PHI.
Single-community acceptance boundary.
Architecture designed
A gate sequence derived from the migration and acceptance model. No community has gone live for an operator, so no observed duration exists.
Written deployment plan and acceptance-gate model. No execution record exists.
Portfolio-wide rollout acceptance across multi-community scope.
Architecture designed
A wave-cadence model from the deployment plan. Sequencing depends on community count, system count, data condition, source access, and operator authority decisions. Not a completed rollout.
Written deployment plan and acceptance-gate model. No execution record exists.
Connectors to PointClickCare®, MatrixCare®, Yardi®, and QuickBooks®.
Validated
Ingestion and normalization exercised against synthetic and de-identified extracts in controlled SeniorCRE conditions. No third-party integration is live in operator production.
Control test record; synthetic or de-identified data; no operator PHI.
The Operator-Controlled Operating Record is designed and not yet implemented in any community. Authority rules, reconciliation, and field-level lineage are design intent; synthetic examples do not establish working governance.
Written deployment plan and acceptance-gate model. No execution record exists.
Clinical configuration: SeniorCRE as clinical system of record, or alongside an incumbent eMAR read one direction only.
Validated
Both configurations are built and exercised in controlled SeniorCRE conditions, with one authoritative MAR at all times. No PHI workload runs in operator production.
Control test record; synthetic or de-identified data; no operator PHI.
Barcode-verified administration with an automated five-rights check at the point of medication pass.
Architecture designed
Not built. Corrected September 7, 2026: earlier pages, operator training guides, and generated answers described this control as running, which was false. Implementation boundary: four of the five medication scan surfaces open a camera preview with no decoder and match only a manually typed NDC; one mobile surface decodes frames through the browser-native BarcodeDetector API where the browser supports it (Chromium/Android; not iOS Safari, not most desktops) and compares the NDC alone. No decoding library is bundled, no surface verifies resident, dose, route, or time, and no scan result blocks an administration. The five rights are verified by the administering clinician, not by SeniorCRE.
Build-queue entry with scope and dependencies. No implementation exists.
Live write-back into operator payroll and scheduling systems.
Architecture designed
Specified and in the build queue. Read-side ingestion only today.
Build-queue entry with scope and dependencies. No implementation exists.
Implementation effort required from the operator.
Architecture designed
Deployment is staged, not effortless: platform access, source access, authority rules, reconciliation, security review, and any history migration are scoped work with operator-side effort. Any claim of zero implementation would be false.
Written deployment plan and acceptance-gate model. No execution record exists.
Validated
Controls can be shown in controlled SeniorCRE conditions using synthetic or de-identified data only.
Architecture designed
Specified and sequenced by readiness and acceptance gates — but not yet executed with an operator. Not a duration claim.
Architecture designed
Specified and in the build queue. No built capability exists to demonstrate.
Status and evidence class as of September 29, 2026. SeniorCRE has no operator-production deployment. Public timing is gate-based and operator-specific; no standard go-live duration is published. Maintained and reviewed by John Hauber, Founder, SeniorCRE, LLC. A medication-safety control was described on earlier pages as running when it was not; that correction is published in full at /medication-safety-claim.
Facilities Work, Two Architectures
Work-order routing
On SeniorCRE
Priority + skill + SLA aware
On Fragmented Stack
Paper slip / email
Operator Impact
Resident-impacting WOs sit
Preventive maintenance
On SeniorCRE
Asset-based schedule, auto-generated
On Fragmented Stack
Annual binder check
Operator Impact
Emergency repairs spike
LSC K-tag rounds
On SeniorCRE
Weekly/monthly mobile rounds
On Fragmented Stack
Annual maintenance walk
Operator Impact
Basic K-tag citations recur
EP cadence
On SeniorCRE
Calendar against the rule
On Fragmented Stack
Three log books, three signers
Operator Impact
EP surveys produce findings
Water mgmt program
On SeniorCRE
Plan + data + corrective actions on one record
On Fragmented Stack
Binder + clipboard + lab invoice
Operator Impact
Evidence chain incomplete
Elopement / missing resident
On SeniorCRE
Scripted drill + real-event workflow
On Fragmented Stack
Verbal Code Pink
Operator Impact
Undefendable timeline if outcome is bad
Capital project tracking
On SeniorCRE
Budget vs actual live per project
On Fragmented Stack
Quarterly capex spreadsheet
Operator Impact
Overruns surface at close
Vendor COI compliance
On SeniorCRE
Blocks PO if COI expired
On Fragmented Stack
Annual COI audit
Operator Impact
Uninsured vendor on site
Unit turnover
On SeniorCRE
Discharge triggers turnover WO
On Fragmented Stack
Verbal call to maintenance
Operator Impact
2–4 revenue days lost per turn
Capability
On SeniorCRE
On Fragmented Stack
Operator Impact
Work-order routing
Priority + skill + SLA aware
Paper slip / email
Resident-impacting WOs sit
Preventive maintenance
Asset-based schedule, auto-generated
Annual binder check
Emergency repairs spike
LSC K-tag rounds
Weekly/monthly mobile rounds
Annual maintenance walk
Basic K-tag citations recur
EP cadence
Calendar against the rule
Three log books, three signers
EP surveys produce findings
Water mgmt program
Plan + data + corrective actions on one record
Binder + clipboard + lab invoice
Evidence chain incomplete
Elopement / missing resident
Scripted drill + real-event workflow
Verbal Code Pink
Undefendable timeline if outcome is bad
Capital project tracking
Budget vs actual live per project
Quarterly capex spreadsheet
Overruns surface at close
Vendor COI compliance
Blocks PO if COI expired
Annual COI audit
Uninsured vendor on site
Unit turnover
Discharge triggers turnover WO
Verbal call to maintenance
2–4 revenue days lost per turn
How Every Workflow Preserves Authority
1
Resident authority
Clinical, financial, family-scoped views, and incidents preserve their source authority and decision context.
2
Ledger authority
Charges, payroll, AP, and AR preserve the operator-approved ledger authority and reconciliation state.
3
Evidence lineage
Every entry, edit, and access timestamped and attributed — evidence-ready.
4
Governed operating view
Census, labor, AR, incidents, and compliance surface accepted definitions with preserved alternatives.
5
Authority reconciliation
Reconciliation records which trusted definition governs the decision and preserves alternate readings for later review.
Related Institutional Resources
All workflow libraries
Platform overview
One Operator-Controlled Operating Record
Operating Infrastructure Spec
Bring institutional discipline to your senior housing portfolio.
SeniorCRE is the operating, compliance, and asset-management layer for REITs, family offices, and institutional capital allocators in senior housing & care.
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