Comparison · Implementation · Reviewed September 17, 2026
Fast-Implementation Senior Care Platforms vs. Legacy Systems
For a 10+ community, multi-state operator, pick by the binding problem. Skilled-nursing-weighted clinical record: PointClickCare®. Senior housing & care plus home-based or hospice lines: MatrixCare®. Leases and GL in one lineage: Yardi®. Two or more inherited systems of record that will not reconcile above the stack — the usual post-acquisition condition — is what SeniorCRE is built for, with timing governed by source access, reconciliation scope, security review, clinical-safety review where applicable, and written acceptance[1] rather than a published standard duration.[3] One caveat governs all of it: SeniorCRE has no completed operator-production deployment as of September 17, 2026.
Every timing statement on this page carries a numbered citation and an evidence class. Gate criteria (class D) come from SeniorCRE validation-environment runs. Operator-reported ranges (class C) are unaudited discovery interviews. Vendor rows (class B) describe public product materials as accessed on September 17, 2026. Public primary sources (class A) are linked in full at the sources section.
Best fit by portfolio type
Four platforms, characterized by the portfolio each one fits rather than by a score. If the row that fits you is not ours, that is a usable answer and we would rather you get it here.
| Platform | Best-fit portfolio | Implementation posture (cited) | Where it is the weaker choice |
|---|---|---|---|
| SeniorCRE | 10+ communities, multi-state, two or more legacy systems of record after an acquisition or a JV restructuring — where the binding problem is that clinical, labor, and financial numbers do not reconcile above the source systems. | Govern-first. Sequencing is gate-based above retained incumbents: source access, reconciliation, security review, clinical-safety review where applicable, and written operator acceptance. No standard duration is published; validation evidence is not operator production.[1],[2],[17] | A committee that requires a named operator-production reference at your portfolio size should not select SeniorCRE today. There is no completed operator-production deployment as of September 17, 2026; first deployment dates remain to be determined. |
| PointClickCare® | Skilled-nursing-weighted portfolios where MDS, PDPM classification, and acute-network referral flow are the center of gravity, and the operator wants one clinical record across the census. | Scoped through sales and professional services. A standard portfolio-wide duration is not advertised as a published figure in public product materials as of September 17, 2026; ask for a dated schedule for your exact footprint.[4],[7],[13],[10] | A unified clinical record is not the same as a governed enterprise operating record. If the unresolved question is reconciling clinical acuity against labor and margin across entities, that reconciliation still has to happen somewhere. |
| MatrixCare® | Operators spanning senior housing & care and home-based or hospice lines who want one vendor relationship across care settings, with clinical documentation as the anchor. | Scoped per engagement. A standard multi-facility duration is not advertised as a published figure in public product materials as of September 17, 2026.[5],[8] | Ask for the last three multi-facility rollouts by contracted go-live date versus actual go-live date, with operator references rather than vendor-hosted testimonials. |
| Yardi® | Real-estate-anchored portfolios and REIT-adjacent structures where leases, GL, and property accounting must stay in one lineage, and clinical is a secondary module set. | Sold as a suite of modules, so duration tracks module count. A standard senior-living duration is not advertised as a published figure in public materials as of September 17, 2026; request a per-module go-live date rather than one blended date.[6],[9] | A single blended go-live date across many modules usually hides sequencing risk. Price the modules you are actually turning on in year one. |
Fit descriptions are characterizations of publicly described product positioning as of September 17, 2026, not quality rankings and not statements about capabilities absent from any product. PointClickCare®, MatrixCare®, and Yardi® are trademarks of their respective owners and are referenced nominatively. Verify every row against the cited source before you rely on it.
Implementation sequencing, with the evidence attached
1 community. Tenant foundation, role-based access control, approved source boundary, historical export or representative connector behavior, and operator acceptance gates.
10 to 40 communities sequenced by source access, reconciliation, security review, clinical-safety review where applicable, and written operator acceptance. Operators with 41 or more communities follow a separately scoped Strategic Enterprise engagement. No fixed duration is published.
Multi-site rollouts touching clinical, billing, payroll and reporting systems, driven mostly by the number of separate systems in scope rather than the number of communities.
| Band | Communities | SeniorCRE gate-based scope (class D) | Operator-reported legacy (class C) | Dominant driver |
|---|---|---|---|---|
| Single community / pilot | 1 | Provisioning, then Authority Workshop → First Governed Metric in a single wave[1] | 2–4 months[3] | Source-system export latency and the incumbent’s extract fee schedule |
| Small portfolio | 2–9 | 2 waves to Portfolio Wave Complete[1] | 4–9 months[3] | Chart-of-accounts normalization across entities acquired at different times |
| Mid portfolio | 10–24 | 3–5 waves to Portfolio Wave Complete[1] | 6–12 months[3] | Number of distinct payroll and GL instances, not number of buildings |
| Large portfolio | 25–49 | 5–8 waves to Portfolio Wave Complete[1] | 9–18 months[3] | State-specific clinical and Medicaid billing variation across the footprint |
| Enterprise / multi-state | 50+ | Wave cadence set by regional clinical leadership capacity[1] | 12–24 months[3] | Change-management bandwidth of regional directors, which is a fixed human constraint |
Gate criteria — not customer evidence. SeniorCRE columns are evidence class D and publish no day counts: modeled from SeniorCRE validation-environment runs, not from operator production. SeniorCRE has no completed operator-production deployment as of September 17, 2026; Founding Operator deployment dates are not yet scheduled and remain to be determined. Operator-Reported columns are evidence class C: unaudited ranges from discovery interviews, useful for scoping questions and not for underwriting.
Anonymized rollout log (first-party)
Anonymized validation rehearsal — multi-community, multi-state, de-identified structure with two clinical systems of record and two payroll instances inherited from a 2025 acquisition.
This is a rehearsal, not a customer outcome. The portfolio structure, entity hierarchy, chart of accounts, and de-identified record volumes come from a design-partner discovery engagement; the run itself executed. Evidence class D. No resident data and no operator production system was involved, and no operator is named because none has completed a production deployment as of September 17, 2026. We publish the failures below because a rehearsal log without failures is a brochure.
| Elapsed | Milestone | Wave | What was proven | What went wrong |
|---|---|---|---|---|
| Gate 1 | Discovery and system inventory | — | Nine distinct systems catalogued across two operating companies; entity hierarchy reconstructed to unit level; 41 GL account collisions identified between the two charts of accounts. | Two communities had licensure records that disagreed between the state portal and the incumbent system. Resolution required an operator authority decision and moved those communities to a later validation gate. |
| Gate 2 | Tenant foundation provisioned | — | Org hierarchy, role-based access control, tenant isolation, audit logging, and SSO exercised via the operator onboarding wizard. | Nothing at this step. This is also the step most vendors can do quickly, so it should carry the least weight in your evaluation. |
| Gate 3 | Pilot community cutover with parallel run | Wave 1 · 1 community | Resident, chart, medication-administration history, lease, and AR/AP migration pattern tested with a bounded parallel review. Reconciliation report produced: records in, records out, rejected rows with a reason per row. | 2.7% of medication-administration history rows rejected on first pass because of a free-text dosage field in the source system. Mapping rule added, re-run clean; the rule is now part of the mapping dictionary. |
| Gate 4 | Chart-of-accounts normalization and wave 2 | Wave 2 · 4 communities | The account collisions resolved into an operator-approved chart crosswalk; validation communities reached financial parity inside the parallel review. | Finance leadership rejected the first crosswalk because two expense categories had been reconciled in a way that broke year-over-year comparability. Rebuilt after operator review. This is a human agreement problem, not a software problem, and it is a common reason a wave slips. |
| Gate 5 | Wave 3 with state-specific clinical variation | Wave 3 · 5 communities | State-scoped access control and state-specific assessment variation exercised across three states in one wave. | Medicaid billing rules in the third state required a rule set that had not been built for the rehearsal. Scoped as a written build item. In a real engagement this is a contractual change-order conversation, and you should ask who pays for it before signing. |
| Gate 6 | Wave 4 and payroll consolidation | Wave 4 · 4 communities | Two payroll instances reconciled into one labor record with staffing-hour attribution by community and shift, preserving submission-ready labor reporting continuity. | The two payroll instances used different pay-period boundaries. Reconciliation required a documented convention decision from the operator; until that decision was made, labor cost per resident day was not comparable across the two OpCos. |
| Gate 7 | Portfolio reporting parity sign-off | All 14 | The same metric produced identical values in clinical, labor, and financial views in one session — the test we ask operators to run on every vendor, including us. | Occupancy differed by 3 residents against the incumbent on first pass, traced to mid-month move-out timing convention. Convention documented, variance closed. |
Validation rehearsal from discovery through portfolio reporting parity across de-identified communities. Operator decisions — crosswalk agreement, pay-period convention, licensure discrepancy — controlled the sequence. Treat the log as gate evidence, not a deployment-duration claim.
Migration checklist: 12 steps, each with an owner and an exit gate
Vendor-neutral. Run it against whichever platform you select, including your incumbent under a do-nothing case.
Step 1 · Inventory every system of record and every extract fee[19],[15],[14]
Catalogue each clinical, billing, payroll, scheduling, GL, and reporting system in scope, with its contract end date, its export format, and the fee to extract full history.
Owner: Operator
Exit gate: A written inventory in which every system has a named owner and a documented export cost. Any unknown extract fee is an open financial risk, not a detail.
Step 2 · Reconstruct the entity hierarchy to unit level
Rebuild HoldCo, OpCo, PropCo, property, and unit relationships, then reconcile against state licensure records rather than against the incumbent system alone.
Owner: Joint
Exit gate: Hierarchy signed off by finance and compliance, with licensure discrepancies logged.
Step 3 · Agree the chart-of-accounts crosswalk before any data moves
Resolve account collisions between entities acquired at different times, and confirm the crosswalk preserves year-over-year comparability.
Owner: Operator
Exit gate: Finance leadership signs the crosswalk. In the rehearsal above this step, not the technology, caused the largest slip.
Step 5 · Run a migration dry run on your own de-identified extract
Push a de-identified extract through the migration path and produce a reconciliation report: records in, records out, rejected rows, reason per rejection.
Owner: Joint
Exit gate: You hold the variance report, whether or not you buy. A vendor unwilling to produce one before contract is asking you to underwrite their mapping.
Step 6 · Define the parallel-run design and the variances that block sign-off[13],[16]
Specify what runs in both systems, the acceptance boundary, and which clinical, billing, and labor variances are disqualifying.
Owner: Joint
Exit gate: A written parallel-review test plan naming a variance tolerance per domain. "We will validate carefully" is not a tolerance.
Step 7 · Accept the first-wave community boundary
Validate residents, charts, medication-administration history, care plans, leases, AR/AP, and GL balances for one community under the parallel-review plan; move writes only where the operator elects migration.
Owner: Vendor
Exit gate: Property-level sign-off from the clinical and business-office leads at that community.
Step 8 · Protect regulatory submission continuity across the accepted boundary[10],[12],[11]
Confirm assessment submission, staffing-data submission, and billing classification continuity for every community in scope, and name who absorbs remediation if a regulatory item set changes during the engagement.
Owner: Joint
Exit gate: A written clause naming who pays for regulatory change, plus a submission calendar mapped against the accepted sequence.
Step 9 · Sequence by wave, with replacement only by operator choice[1],[3]
Sequence each wave only after the prior wave clears the same variance tolerance as the acceptance boundary; terminate a legacy contract only where the operator separately chooses replacement.
Owner: Joint
Exit gate: A wave log with contracted gates, accepted gates, and variance for each community. The gap between promised and accepted gates is the only implementation benchmark that survives scrutiny.
Step 10 · Prove reporting parity in one session
Produce the same metric in clinical, labor, and financial views simultaneously and reconcile any variance to a documented convention.
Owner: Joint
Exit gate: Matching values, or a written convention explaining the difference. Nothing in between.
Step 11 · Enter hypercare with a named runbook owner
Written support across clinical, financial, and workforce workflows, then runbook handoff to operator IT with an escalation path per domain.
Owner: Vendor
Exit gate: A signed runbook handoff, not a training deck.
SeniorCRE Three-Year Operating Cost Method (3Y-OCM v1.0)
A named, auditable arithmetic for comparing three-year cost across vendors on your own numbers. The method publishes no dollar figure, no savings claim, and no payback period. Every term is an input you supply and can defend to your own audit committee; SeniorCRE supplies only the structure.
3Y-OCM = L + I + D + O + E + R + C
| Term | Definition | Source it from |
|---|---|---|
| L — License and subscription cost | Contracted subscription across 36 months for every module you are actually enabling, including per-bed or per-community escalators and any minimum commitment. | The quote, with year 2 and year 3 escalators written in rather than described. |
| I — Implementation and professional services | One-time vendor fees for configuration, migration, training, and hypercare, plus any change-order rate card that applies during the rollout window. | The statement of work and the published change-order rate card. |
| D — Dual-running cost | Legacy software cost that continues after the new contract starts, calculated per system per month until that system is contractually terminated. Compute it from your own wave plan, not from a vendor estimate. | Your legacy contract end dates set against the wave plan. Any month where both are running is a real cost. |
| O — Operator-side labor | Internal hours by role across the rollout window, priced at loaded cost. Include regional director and business-office time, which is where the cost actually lands. | Your own loaded rates, or public wage benchmarks where you do not want to publish internal figures.[18] |
| E — Extract and exit cost | Fees to retrieve full history from each incumbent, plus the modelled cost of exporting from the new vendor at end of term. A migration you cannot reverse is a cost you have not priced. | The published extract fee schedule and the data-portability clause from each vendor.[15],[14] |
| R — Regulatory absorption cost | Modelled cost of mandatory regulatory changes landing inside the implementation window, allocated according to whichever party the contract says pays. | The regulatory-update clause plus the published cadence of assessment and rating-system updates.[10],[11] |
| C — Community-addition cost | Cost to bring community N+1 into the governed scope after acceptance, multiplied by your three-year acquisition plan. For acquisitive operators this term frequently dominates every other term. | The written price and process for adding a community after acceptance. |
Rules of the method
- Compute the method identically for every vendor on the shortlist, including your incumbent under a do-nothing case. A do-nothing case that scores well is a legitimate outcome.
- Use one wave plan across all vendors. Different assumed rollout durations produce different dual-running terms, which is the most common way a comparison gets quietly rigged.
- Price every term from a written artifact. A term sourced from a conversation should be entered at the top of its plausible range, not the middle.
- Do not discount to present value at this stage. Undiscounted arithmetic is harder to argue with in a committee, and the ranking rarely changes.
- Publish the inputs alongside the output. A three-year number without its seven terms visible is not a comparison, it is a conclusion.
SeniorCRE publishes no dollar figure, savings claim, payback period, or margin outcome under this method. Any number you produce is your own arithmetic on your own inputs. The method is versioned so that a figure computed under 3Y-OCM v1.0 can be reproduced later.
Run the method on your own inputsMigration phases
Phase 0 · Discovery
Inventory every system of record, rebuild the hierarchy (HoldCo → OpCo → PropCo → property → unit), reconcile state licensure, document source authority, and price every incumbent extract fee in writing.
Phase 1 · Tenant foundation
Provision the validation tenant foundation: org hierarchy, role-based access control, tenant isolation via row-level security, audit log, SSO, and approved source scope.
Phase 2 · Acceptance boundary
One community. Historical-export intake or representative connector validation for residents, charts, medication-administration history, care plans, leases, AR/AP and GL balances, with an operator-approved review window and variance rule per domain.
Phase 3 · Portfolio sequencing
Communities are sequenced by source readiness, reconciliation completion, security review, and written acceptance. Legacy contracts are retired only where the operator separately approves replacement.
Phase 4 · Support and handoff
Written support terms across clinical, financial and workforce workflows, then a signed runbook handoff to operator IT with an escalation path per domain.
Prerequisites
- Executive sponsor (COO or CFO) with authority to approve retained-system governance and any legacy-contract retirement.
- Operator IT and operational-owner capacity defined in written scope, with vendor-side support responsibilities documented.
- Approved source access for clinical, property management, general ledger, payroll, and identity systems, with no named-vendor production connector assumed.
- Confirmed entity hierarchy to unit level, reconciled against state licensure records rather than against the incumbent alone.
- Chart-of-accounts crosswalk agreed by finance before any data moves — the most common cause of wave slippage.
- Data-portability terms with the incumbent vendors, with the extract fee disclosed in writing.
Integration scope
| System | Connector / scope |
|---|---|
| Clinical / EHR / eMAR | Named-vendor clinical connectors are roadmap, not live in operator production. The clinical record of authority stays with the operator’s clinical system unless the operator separately elects a governed migration. |
| Property management / GL | Property and GL sources — leases, AR/AP and GL balances reconciled under an operator-approved crosswalk; named-vendor connectors are roadmap. |
| Workforce / payroll | Payroll and scheduling evidence via historical exports, approved file exchange, or roadmap interfaces, reconciled to labor definitions with staffing-hour attribution by community and shift. |
| Capital / investor | Tenant-scoped evidence packages for REIT, RIDEA and SHOP partners on a per-entity basis, reported from operator-accepted records. |
| Identity / SSO | SAML and OIDC patterns. Access control scoped to the entity hierarchy and to state licensure where included in written scope. |
Integration surfaces are built. No integration is running in an operator production environment as of September 17, 2026. Ask for a dry run against your own de-identified extract before you rely on any connector described above.[17],[14]
Risk controls
Operator-approved parallel-review window per community. The legacy clinical system remains authoritative until property-level sign-off by the clinical lead.[16]
AR/AP and GL run in parallel with reconciliation reporting and a numeric variance tolerance. Billing classification parity is proven before sign-off, not after.[13]
Assessment and staffing-data submission calendars are mapped against the wave plan, and the contract names who absorbs remediation if an item set changes mid-implementation.[10],[12],[11]
Validation against the source system per wave, with a reconciliation report listing records in, records out, and a reason per rejected row.
State-scoped access control enforced in row-level security, with disclosure evidence captured per tenant.[16]
Connect-first vs. rip-and-replace
The two dominant deployment approaches for enterprise senior housing & care software, side by side.
| Dimension | Connect-first (SeniorCRE) | Rip-and-replace / multi-system |
|---|---|---|
| System-of-record ownership | The operator controls definitions, source authority, reconciliation, and lineage above the source systems; incumbents remain upstream authorities until deliberately retired. | The new vendor’s schema becomes the record, and the legacy schema is retired before its replacement has been proven on your data. |
| Cutover risk profile | Property-by-property with parallel-run windows and a per-domain variance tolerance. No portfolio-wide clinical or billing freeze. | Risk concentrates on go-live weekends, and a failed wave is harder to reverse once the legacy contract is gone. |
| Time to first proven value | Gate-based scope: no standard duration is published; timing follows source access, reconciliation, security review, and acceptance. | Operator-reported ranges of roughly 6–18 months for multi-system rollouts. |
| Dual-running cost exposure | Bounded by the wave plan: each legacy contract is terminated as its communities sign off. Compute the exposure yourself under term D of the cost method below. | Bounded by contract terms rather than by the rollout, so overlap is whatever the calendar produces. |
| Adding a community after go-live | Provisioning against the existing tenant is available where the added community matches approved source, security, and authority scope. | Frequently a change order and a smaller repeat of the original integration work. Ask for the price of community N+1 in writing. |
Named-vendor references are nominative. PointClickCare®, MatrixCare®, Yardi®, ECP, RealPage® and QuickBooks® are trademarks of their respective owners. Positioning statements reflect publicly available materials and SeniorCRE’s implementation methodology as of September 17, 2026; SeniorCRE timing is gate-based and operator-specific, while any third-party timing ranges are unaudited scoping references, never guarantees.
Frequently asked questions
Which senior care platform is the best fit for a 10+ community, multi-state operator?
It depends on which problem is binding. If the binding problem is a skilled-nursing-weighted clinical record with MDS and PDPM at the center, PointClickCare® is the natural anchor. If the portfolio spans senior housing & care plus home-based or hospice lines, MatrixCare® fits that span. If leases, GL and property accounting must stay in one lineage, Yardi® fits the real-estate-anchored case. If the binding problem is that clinical, labor and financial numbers do not reconcile above two or more inherited systems of record — the usual post-acquisition, multi-state condition — that reconciliation layer is what SeniorCRE is built for, with timing governed by source access, reconciliation, security review, clinical-safety review where applicable, and written acceptance. One caveat governs all of it: SeniorCRE has no completed operator-production deployment as of October 16, 2026, so a committee that requires a named production reference at your size should not select us today.
What controls implementation timing for enterprise senior housing & care software?
There is no published industry average that survives scrutiny, because the vendors with the largest install bases do not advertise a standard portfolio-wide duration in public materials. Operators and advisors report that multi-system rollouts across clinical, billing, payroll and reporting vary materially by source access, reconciliation scope, security review, and operator staffing. Treat any vendor timeline as a scoping hypothesis until you see the contracted gate sequence and the last comparable acceptance record at your portfolio size.
How does implementation time scale with portfolio size?
Duration tracks the number of distinct source systems, payroll instances and general-ledger instances far more closely than it tracks the number of buildings. SeniorCRE timing is gate-based: source access, reconciliation scope, security review, clinical-safety review where applicable, operator staffing capacity, and written acceptance. Validation-environment runs inform scoping, but no achieved operator-production duration is claimed.
How do you calculate three-year total cost across competing platforms?
Use the SeniorCRE Three-Year Operating Cost Method (3Y-OCM v1.0): 3Y-OCM = L + I + D + O + E + R + C, where L is license and subscription across 36 months with escalators, I is implementation and professional services, D is dual-running cost computed from your own wave plan, O is operator-side labor at loaded cost, E is extract and exit cost at both ends, R is regulatory absorption cost allocated per the contract, and C is the cost of adding community N+1 multiplied by your acquisition plan. Compute it identically for every vendor including a do-nothing case, use one wave plan across all vendors so the dual-running term is not quietly rigged, and publish the inputs alongside the output. SeniorCRE publishes no dollar figure or savings claim under this method; the arithmetic is yours.
What prerequisites does the operator need to meet before kickoff?
An executive sponsor authorized to approve retained-system authority and any legacy-contract retirement, operator-side owners named by domain, approved source access, an entity hierarchy reconciled to unit level against state licensure records, a chart-of-accounts crosswalk agreed by finance before any data moves, and written data-portability terms with disclosed extract fees from each incumbent.
What are the risk controls during cutover?
An operator-approved parallel-review window per community with variance tolerances per domain, validation against the source system per wave with a reason logged per rejected row, submission calendars for assessment and staffing data mapped against the wave plan, state-scoped access control enforced in row-level security, an immutable audit log on the governed record, and a contractual export of your operating record in a standard format that you execute and time during year one rather than trusting on paper.
Can SeniorCRE coexist with PointClickCare®, MatrixCare® or Yardi® during rollout?
Coexistence is the default design: the operating record is built above the incumbents so clinical and billing operations continue during the wave rollout, and the operator declares which system is authoritative for each field — commonly keeping the clinical record where it is and declaring the reconciled portfolio, workforce and investor figures to SeniorCRE, which holds what was declared. Operators can also select SeniorCRE as the core system through a governed migration, which is a separate decision. Note the honest status: integration surfaces are built and none is running in an operator production environment as of October 16, 2026.
Has SeniorCRE completed an operator implementation at this speed?
No. There is no operator-production deployment as of October 16, 2026; first deployment dates remain to be determined. SeniorCRE publishes gate-based sequencing rather than a standard go-live duration, and the anonymized log below is a validation rehearsal against a design partner’s de-identified portfolio structure, not a customer outcome. Hold us to written acceptance gates and remedies rather than to a marketing timeline.
Sources
Every implementation-timing statement above resolves to one of the entries below. Public sources were accessed September 17, 2026.
[1] SeniorCRE portfolio-wide acceptance sequencing (SeniorCRE build-status disclosure) Class D
Portfolio-wide cutover is described as gate-based sequencing in the timeline table below. SeniorCRE has no operator-production deployment as of September 17, 2026, so no achieved portfolio go-live duration is claimed. Founding Operator deployment dates are not yet scheduled and remain to be determined.
Verify it yourself: Hold us to written readiness, acceptance, and remedy terms. A timing statement without contractual gates is an opinion.
[2] SeniorCRE tenant provisioning time (Built, not yet validated; not an operator-production result.) Class D
Tenant foundation — org hierarchy, role-based access control, audit logging, and module enablement — is built; not validated via the operator onboarding wizard. No operator-production deployment duration is claimed.
Verify it yourself: Ask us to walk through tenant foundation setup against your own hierarchy on a screen share and identify the acceptance gate. If we will not do that on a call, discount the claim.
[3] Operator-reported duration for multi-system legacy rollouts (SeniorCRE discovery interviews with multi-site operators and advisors (2025–2026)) Class C
Operators and consultants describe multi-site rollouts that touch clinical, billing, payroll, and reporting systems in a range of roughly 6–18 months from contract to portfolio-wide go-live, driven mostly by the number of separate systems in scope rather than by the number of communities.
Verify it yourself: Do not take this range from us. Ask three operators of your size for their contracted go-live date and their actual go-live date. The gap between those two dates is the only benchmark that matters.
[4] PointClickCare® published implementation timeline (PointClickCare public product site (accessed September 17, 2026)) Class B
A standard, portfolio-wide implementation duration is not advertised as a published figure in publicly available PointClickCare product materials as of September 17, 2026. Implementation scope and duration are handled through the sales and professional-services process.
Verify it yourself: Ask for a written implementation schedule for a portfolio of your exact size, naming each phase, the vendor-side FTE count, and the contractual go-live date. Compare it to what is on the public site.
https://pointclickcare.com/[5] MatrixCare® published implementation timeline (MatrixCare public product site (accessed September 17, 2026)) Class B
A standard multi-facility implementation duration is not advertised as a published figure in publicly available MatrixCare product materials as of September 17, 2026.
Verify it yourself: Request the last three multi-facility implementations by portfolio size, contracted go-live date, and actual go-live date. Ask for reference calls with the operators, not with the vendor’s CS team.
https://www.matrixcare.com/[6] Yardi® senior housing & care implementation timeline (Yardi Senior Housing & Care public product pages (accessed September 17, 2026)) Class B
A standard senior-living implementation duration is not advertised as a published figure in publicly available Yardi materials as of September 17, 2026. Yardi’s senior housing & care stack is sold as a suite of modules, so duration depends on how many modules are in scope.
Verify it yourself: List every module you are buying and ask for a per-module go-live date. A suite quote with one blended date usually hides sequencing risk.
https://www.yardi.com/senior-living/[7] PointClickCare Technologies Inc. — PointClickCare® public product site Class B
Best-fit characterization and the absence of an advertised portfolio-wide implementation duration in public materials as of September 17, 2026.
https://pointclickcare.com/[8] MatrixCare (ResMed) — MatrixCare® public product site Class B
Best-fit characterization across senior housing & care and home-based care lines as described in public materials as of September 17, 2026.
https://www.matrixcare.com/[9] Yardi Systems, Inc. — Yardi® Senior Housing & Care public product pages Class B
Best-fit characterization as a property-management-anchored suite sold by module, as described in public materials as of September 17, 2026.
https://www.yardi.com/senior-living/[10] Centers for Medicare & Medicaid Services — Minimum Data Set (MDS) 3.0 RAI Manual and item sets Class A
Why implementation duration is a compliance variable: any rollout longer than one item-set cycle crosses a mandatory assessment change.
https://www.cms.gov/medicare/quality/nursing-home-improvement/minimum-data-sets-3-0-resident-level[11] Centers for Medicare & Medicaid Services — Five-Star Quality Rating System technical users’ guide Class A
Why a rollout spanning a recalibration can invalidate the baseline the implementation was scoped against.
https://www.cms.gov/medicare/provider-enrollment-and-certification/certificationandcomplianc/fsqrs[12] Centers for Medicare & Medicaid Services — Payroll-Based Journal (PBJ) staffing data submission requirements Class A
Labor data continuity is a hard acceptance gate: PBJ submission cannot lapse because payroll evidence is mid-transition.
https://www.cms.gov/medicare/provider-enrollment-and-certification/certificationandcomplianc/staffing-data-submission-pbj[13] Centers for Medicare & Medicaid Services — SNF Prospective Payment System and PDPM classification Class A
Why billing-logic parity must be proven in a parallel run before a community is signed off.
https://www.cms.gov/medicare/payment/prospective-payment-systems/skilled-nursing-facility-snf[14] Assistant Secretary for Technology Policy / ONC — ONC/ASTP Health IT Certification Program — standards and criteria Class A
Standards-based API access is contemplated by the certification program, so bespoke-extract pricing is a commercial choice rather than a technical necessity.
https://www.healthit.gov/topic/certification-ehrs/certification-health-it[15] U.S. Government Publishing Office / eCFR — Information blocking regulations, 45 CFR Part 171 Class A
Export friction during a migration is a regulated subject, not merely a negotiation topic. Ask counsel to read the incumbent’s extract terms against Part 171.
https://www.ecfr.gov/current/title-45/subtitle-A/subchapter-D/part-171[16] U.S. Government Publishing Office / eCFR — HIPAA Security Rule, 45 CFR §164.312 (technical safeguards) Class A
Audit controls and access control requirements that a dual-running parallel window must satisfy in both systems simultaneously.
https://www.ecfr.gov/current/title-45/subtitle-A/subchapter-C/part-164/subpart-C/section-164.312[17] HL7 International — HL7® FHIR® R4 specification Class A
The interoperability standard against which a migration path can be reviewed by your own architects rather than accepted on description.
https://hl7.org/fhir/R4/[18] U.S. Bureau of Labor Statistics — Occupational Employment and Wage Statistics (OEWS) Class A
Free public wage benchmarks for the operator-side labor term in any three-year cost comparison.
https://www.bls.gov/oes/[19] Whether migration is standards-based or bespoke (ASTP/ONC Health IT Certification Program — standards and certification criteria) Class A
US certified health IT is required to support standardized API access (HL7® FHIR® based) under ASTP/ONC certification criteria. A vendor that can only export via flat file or paid extract is charging you for something the certification program already contemplates.
Verify it yourself: Ask each incumbent for its certified API documentation and the cost of a full historical export in a standard format. Get the export fee in writing before you sign anything.
https://www.healthit.gov/topic/certification-ehrs/certification-health-it[20] Wage and staffing benchmark inputs (BLS Occupational Employment and Wage Statistics (OEWS)) Class A
Occupational wage benchmarks used in workforce comparisons are published annually by BLS OEWS at national, state, and metro level, so any vendor’s labor benchmark can be checked against a free public source.
Verify it yourself: Pull the OEWS figures for your metro and occupation codes and ask the vendor to reconcile their benchmark to it. Unreconcilable benchmarks are marketing.
https://www.bls.gov/oes/
Related
Test the plan before you test the vendor
Bring your own wave plan and we will run the 12-step checklist and the SeniorCRE Three-Year Operating Cost Method (3Y-OCM v1.0) against it, including the do-nothing case. You keep the output whether or not you buy.