Insurance & InsurTech
Cerulea provides the execution engine to automate claims adjudication, deploy zero-touch parametric insurance, and systematically eradicate billing fraud without writing complex smart contract code.
The Strategic Advantages of Blockchain
01.
Deterministic Adjudication
Smart contracts process claims based on pure mathematical logic. This eliminates human subjectivity, delays in processing, and administrative overhead during standard settlements.
02.
Parametric Automation
By hooking policies directly to trusted external data feeds (Oracles), payouts trigger instantly the moment a condition is met, creating a frictionless experience for policyholders.
03.
Cross-Carrier Parity
Consortiums can establish a shared ledger. Primary carriers and reinsurers read from the exact same source of truth, eliminating reconciliation delays during treaty settlements.
04.
Fraud Eradication
Cryptographic hashing prevents bad actors from submitting duplicate claims to multiple providers. The network systematically rejects duplicate proofs across the entire ecosystem.
05.
Dynamic Pricing Models
High-throughput infrastructure allows carriers to ingest real-time IoT and telematics data, actively adjusting micro-premiums based on verified behavior and usage.
06.
Provable Auditing
Every single network state change is permanently hashed. Regulators and compliance teams can verify historical claims data with absolute mathematical certainty in real-time.
Use Cases & Applications
A single unified protocol capable of supporting complex actuarial networks. Select a specific operational segment below.
Parametric Insurance
Health Claims Adjudication
Reinsurance & Risk Pooling
Fraud Prevention
Telematics & IoT Integration
Automated Subrogation
Parametric Insurance
THE LEGACY BOTTLENECK
Processing claims for weather events, flight delays, or natural disasters requires massive manual verification and customer friction, delaying critical payouts for weeks.
THE CERULEA EXECUTION
Deploy smart contracts connected to trusted real-world Oracles. When predefined parameters are met (e.g. wind speeds exceed 80mph), the contract autonomously triggers and settles the payout instantly.
ARCHITECTURAL IMPACT
Eradicate the claims adjustment process entirely and provide policyholders with zero-friction, instantaneous liquidity.
Claims Adjudication Simulator
Manual claims processing and dispute resolution drains operational budgets. Calculate your exact capital savings by moving from legacy review pipelines to Cerulea atomic execution.
Monthly Claims Processed
50,000 Tx
10,000
1,000,000+
ESTIMATED LEGACY COST
Manual Review & Overhead
$19,500,000
CERULEA EXECUTION COST
Network Logic Execution
$90,000
TOTAL CAPITAL SAVED ANNUALLY
$19,410,000
METHODOLOGY
The legacy calculation utilizes insurance industry benchmarks estimating the average combined operational cost of adjusting, verifying, and fulfilling a standard claim at $32.50 USD per transaction. This accounts for claims management systems and human actuarial review. Executing the exact same policy trigger via Cerulea incurs an estimated network fee of $0.15 USD. This figure represents the raw computational gas cost required to execute the policy logic via a WebAssembly (WASM) binary on a high-throughput consensus engine. Because the network processes the validation and payout atomically, administrative review is mathematically eliminated.
Network & Execution Architecture
Whether you are bridging legacy claims software or ingesting live IoT telemetry, Cerulea provides the exact infrastructure flow required.
Track A: Enterprise Claims Bridging
For carriers connecting existing software. Legacy HTTP requests are translated into secure Web3 transactions without overhauling core systems.
Legacy Core
Guidewire / Duck Creek
HTTPS / REST
Cerulea API
Translation Gateway
WASM COMPILATION
Cerulea Private Chains
Sovereign Validation
Track B: Native Parametric Execution
For external risk triggers. Route IoT or weather data directly to decentralized Oracles to execute autonomous policy payouts.
IoT / Weather APIs
NOAA / Flight Data
JSON PAYLOAD
Decentralized Oracles
Data Ingestion Nodes
STATE EXECUTION
Cerulea Public L1
Policy Logic Triggers
Applicability Across the Spectrum
Cerulea provides dedicated infrastructure tailored for the distinct operational requirements of the insurance sector.
Major Carriers & Insurers
Enterprise insurers utilize Cerulea to un-silo internal claims databases, automate standard policy payouts, and securely share subrogation data with competing carriers without exposing proprietary customer information.
KEY CARRIER USE CASES
Claims Adjudication
Automated Subrogation
Fraud Eradication
Reinsurance Firms
Reinsurers deploy Cerulea to establish a perfectly synchronized cryptographic ledger with primary carriers. This ensures real-time visibility into the underlying risk pool and eliminates massive reconciliation delays during treaty settlements.
KEY REINSURANCE USE CASES
Risk Pool Tokenization
Treaty Execution
Real-Time Auditing
InsurTech Developers
Forward-thinking engineers build next-generation micro-insurance applications and parametric protocols on the high-throughput L1. They utilize Cerulea's visual Studio to guarantee absolute smart contract security without the vulnerabilities of writing raw Solidity.
KEY INSURTECH USE CASES
Parametric Weather Apps
Micro-Insurance Provision
Telematics Integration
The Insurance Technology Stack
We do not sell isolated smart contracts. We provide a vertically integrated platform specifically mapped to the strict requirements of the insurance sector. It is architected to provide a standardized, highly secure pathway for migrating legacy policies into programmable execution environments.
LAYER 01: INSURANCE NETWORKS
Hybrid Carrier Ledgers
Deploy an isolated Private Subnet strictly for inter-carrier subrogation, or launch directly onto the high-throughput Public L1 for direct-to-consumer parametric insurance apps.
LAYER 02: KYC & AML
On-Chain Identity Resolver
Deploy the Identity module to ensure every interacting policyholder address is mathematically tied to a verified identity credential before any claim can be submitted.
LAYER 03: POLICY ARCHITECTURE
Verifiable Data Models
Use Cerulea Studio to visually map policy thresholds, premium payments, and claims routing logic into deterministically secure smart contracts.
LAYER 04: TREASURY GOVERNANCE
Threshold Control Framework
Protect the corporate treasury. Enforce strict cryptographic signatures from adjusters or automated oracles before any large claim payout is permitted to clear.
LAYER 05: CARRIER SOFTWARE BRIDGE
The API Gateway
Interact with the entire blockchain ecosystem instantly via auto-generated REST endpoints that natively integrate into Guidewire, Duck Creek, and legacy claims software.
Accelerated Time-to-Value
Building custom insurance blockchains from scratch requires specialized engineers and massive external audit budgets. Cerulea visualizes the process, cutting deployment times by 80%.
TRADITIONAL BLOCKCHAIN DEVELOPMENT
12 to 18 Months
Phase 1: Actuarial Logic & Solidity (Months 1 to 4)
Hiring specialized Web3 developers to write custom state machines, adjudication logic, and policy standards entirely from scratch.
Phase 2: Third-Party Audits (Months 5 to 7)
Paying external firms hundreds of thousands of dollars to find and patch fatal vulnerabilities in the payout code before holding real capital.
Phase 3: Claims Middleware (Months 8 to 11)
Developing fragile off-chain workers and indexers so the carrier's legacy Guidewire or database software can actually read the blockchain.
Phase 4: Network Testing (Months 12 to 18)
Enduring a grueling rollout phase to ensure the custom middleware, the smart contracts, and the core claims systems communicate without fatal errors.
CERULEA PLATFORM DEPLOYMENT
8 to 10 Weeks
Phase 1: Visual Policy Modeling (Weeks 1 to 2)
Use Cerulea Studio to map policies and adjudication structures visually. The engine compiles the logic into mathematically deterministic binaries instantly.
Phase 2: Subnet Provisioning (Weeks 3 to 4)
Automate the deployment of the Sovereign Private Chain and institutional validator nodes directly from the control dashboard.
Phase 3: API Gateway Hookup (Weeks 5 to 7)
Connect internal claims software directly to auto-generated Cerulea REST endpoints. No custom middleware or subgraphs required.
Phase 4: Production Go-Live (Weeks 8 to 10)
Instantly bridge the finalized logic to the live network with absolute confidence that the simulated testnet behavior will perfectly match production reality.
