NEXUSNOVA|v1.0|ONLINE

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_hospitals.chains()

Tier 1 — 3+ sites200–500+ ×3 beds

Super-Specialty Chains — 3+ sites.

No central occupancy view, referrals lost by phone, inconsistent billing/TPA. HospitalOS centralizes ADT and standardizes discharge/TPA across sites.

> Referral leakage -35% · Occupancy +11% · ALOS -0.8d · Bed turnover +22% · Chain packet consistency 71%→96%

Book Chain Ops Audit

Check Ops Friction →

DM: Group COO / Head Ops·Influencers: Central HIS Admin · Finance

Referral leakage

— → -35%

-35%

Occupancy (chain avg)

73% → 84%

+11pp

ALOS

4.8d → 4.0d

-0.8d

Bed turnover

— → +22%

+22%

Denial rate

18% → 12.5%

-30%

> _operational_problem

No central occupancy view across 3+ sites; referrals lost between sites via phone; inconsistent discharge/TPA/billing SLAs; no chain dashboards (ALOS, turnover).

Each site on siloed ADT — Group COO blind to occupancy.
Referrals via phone — 35% leakage between super-specialties.
Discharge/TPA packets inconsistent per site — denials vary, audits fail.
Corporate tie-up pipeline not tracked centrally.
No standardized HIS adapters — bespoke follow-up per site.

> _automated_workflow

Centralized ADT with FHIR Encounter replication + referral network with SLAs, standardized discharge & billing + packet validator, chain-wide dashboards (occupancy, ALOS -0.8d, turnover +22%).

Central FHIR ADT — Encounter/Location/Schedule replicated; single bed board across 3+ sites with site filter.
Referral tracker: inter-hospital FHIR Task + SLA + WhatsApp/portal family update + denial predictor.
Standardized discharge: checklist + e-summary + pharmacy/lab triggers + TPA validator — same SOP every site.
Chain revenue: corporate pipeline + TPA RPA centralized → follow-up 22d→9d.
Chain dashboards: occupancy, ALOS, turnover, denial by site — monthly ops report vs. SLA.

> _business_impact

Referral leakage -35% · Occupancy +11% · ALOS -0.8d · Bed turnover +22% · Chain packet consistency 71%→96%

Referral leakage— → -35% -35%

Occupancy (chain avg)73% → 84% +11pp

ALOS4.8d → 4.0d -0.8d

Bed turnover— → +22% +22%

_friction_relevance[5]

Five zones — chain multiplier

_zone.adt

ADT / Beds

Phone/Excel bed board → FHIR ADT sync, real-time ward/ICU board, AI allocator, HIS write-back.

high friction

_zone.discharge

Discharge

6–8h manual clearance → digital checklist, e-summary, pharmacy/lab FHIR Tasks, referral SLAs.

high friction

_zone.revenue

Revenue / TPA

15–30d manual TPA + packet errors → OCR, packet validator, portal RPA, denial predictor.

high friction

_zone.triage

Triage

68% after-hours missed → 24/7 AI triage web/WhatsApp/phone, ABHA/FHIR, ED queue, instant handoff.

medium friction

_zone.handoffs

Lab/Rx/Rad

Abnormal recall missed → LIS/PACS FHIR triggers, pharmacy handshake, post-discharge plan bot.

medium friction

> _workflow_lane

Central ADT → Referral network → Chain dashboards

1Central ADT sync
2Referral network
3Standard discharge
4Central TPA
5Chain dashboards

ADT & Bed Management →Revenue Cycle & TPA →Discharge & Referral →

> _chain_invariants

Central FHIR Encounter replication — single occupancy view
Referral SLA tracker — leakage = expired/created per site
Standardized TPA validator + RPA — follow-up 22d→9d
Chain dashboards: occupancy, ALOS, turnover, denial by site
Monthly ops report vs SLA + dedicated ops pod for Scale

_proof

Chain — Centralized ADT & Referrals (3 sites)

Leakage -35% · ALOS -0.8d

Get Similar Results

View cases →

_faq

Can you centralize without HIS rip-replace?

Yes. FHIR layer per site → central Encounter mirror. Sites keep HIS; group gets read replica + write-back.

How is referral leakage measured?

Referral Tracker tags source HIS/site/doctor, enforces SLA nudges, reports closed vs. expired. Leakage = expired/created.

One occupancy view. Three sites moving as one.

> Central ADT + referral network + chain dashboards. Discovery 1–2w → Custom Scale scoping.

Book Chain Audit

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