Give ambulances and coordinators a real-time shared view of ICU capacity across a hospital network. During a surge, finding an available bed becomes a single lookup instead of a round of phone calls to hospitals that each track availability alone.
Turn siloed bed counts into one authoritative, live view of network capacity.
01.
The External Data Oracles module pulls current ICU availability from each hospital's own system, so the shared view reflects real occupancy rather than a stale manual update.
02.
The Notifications module alerts coordinators and ambulance services when capacity in a region falls below a threshold, so response mobilizes before the situation is critical.
03.
The Role-Based Access Control module scopes what each participant sees and updates, so a hospital manages its own beds while coordinators see the network view.
04.
Each bed's status is a single agreed value on the ledger, ending the conflicting counts that arise when every facility keeps its own spreadsheet.
05.
Ambulance services query open capacity by location and specialty, so a patient is routed to a hospital that can actually admit them the first time.
06.
The state of network capacity over time is recorded, giving health authorities a verifiable account of how capacity was shared during an emergency.
Follow one ICU bed from a status update through a surge alert to an ambulance routed to open capacity.
21:03:19
[SYS] Ingesting ICU count from Hospital_0x31...
21:03:19
[CMD] publishCapacity { icuFree: 2, ventFree: 1 }
21:03:20
[AUTH] Verifying hospital node signature...
21:03:20
[OK] Capacity state anchored at block 7901221.
Cerulea decomposes capacity sharing into modular contracts. Each layer publishes, alerts, queries, and updates so one authoritative bed state serves the whole network.
Shared emergency capacity is a horizontal capability. Here is how different actors in the response chain put it to work.
Publish live ICU availability and update it on each admission, so capacity is shared automatically without a staff member fielding calls during a surge.
Key Asset Types
Query open capacity by location and specialty and route a patient to a hospital that can admit them the first time, cutting the critical minutes lost to phone searches.
Key Asset Types
Coordinate regional response from one live view and hold a verifiable record of how capacity was shared, replacing fragmented reporting during an emergency.
Key Asset Types
Whether you are bridging hospital admission systems or capturing capacity from bed-management platforms, Cerulea routes both into one live network view.
For hospitals on legacy bed-management systems. Availability is published on-chain and decremented on admission through the API gateway automatically.
Bed-Management System
Hospital Admission Platform
Cerulea API Gateway
Capacity Ingestion
Cerulea Private Chain
Shared Capacity Ledger
For ambulance services and coordinators. A signed dispatch client queries the network view and receives routing targets directly from the ledger.
Dispatch Client
Ambulance & Coordinator Apps
Consortium Validators
Capacity Consensus
Cerulea Ledger
Network Capacity Record
Building a live capacity network with hospital oracles, surge notifications, and role-scoped dispatch access from scratch requires specialised engineers and long inter-hospital integration cycles. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 11 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects emergency coordination integration benchmarks. Wiring each hospital's bed system, building surge thresholds, and shipping a role-scoped dispatch view for an average network takes a baseline of 6 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your capacity and access rules into pre-audited WebAssembly binaries and provisions the shared capacity ledger instantly.