Cerulea

Verifiable Data Models

Structure your truth.
Prove your state.

Design complex relational database schemas that compile directly into cryptographic logic. Ensure your enterprise data is immutably stored, strictly typed, and permanently verifiable.

Visual schema definition.

Build relational blockchain structures without writing low-level bytecode.

Traditional smart contract development requires hardcoding primitive structs that are difficult to connect. Cerulea Studio provides a visual entity builder. You can define fields, set strict data types (Strings, Integers, Booleans, Addresses), and establish primary key relationships just like you would in a standard SQL database.

Entity: Carbon_Offset_Credit

credit_id

BYTES32 (PRIMARY KEY)

issuing_authority

ADDRESS

tonnage_amount

UINT256

is_retired

BOOLEAN


FOREIGN KEY RELATIONSHIP

PARENT ENTITY

Corporate_Wallet

PK: wallet_id

1 : MANY

CHILD ENTITY

Issued_Asset

FK: owner_wallet_id

[CONSTRAINT] ON DELETE RESTRICT: Cannot delete 'Corporate_Wallet' while active 'Issued_Asset' records depend on it.

Cryptographic referential integrity.

Enforce strict relationships between data sets on the ledger.

A blockchain without relational constraints leads to orphaned records and corrupted state. Cerulea allows you to map strict One-to-One and One-to-Many relationships between entities. The platform natively enforces Foreign Key constraints at the protocol level, preventing the deletion or modification of parent records if child dependencies still exist.


Auto-generated indexing APIs.

Stop writing custom subgraph indexers just to read your own data.

Querying raw blockchain state is notoriously slow and inefficient. When you deploy a schema in Cerulea, the platform automatically provisions a high-speed indexing layer. It generates a comprehensive GraphQL endpoint, allowing your frontend applications to query deep, relational on-chain data instantly without managing custom middleware.

GraphQL Query

query {
assets(where: { value_gt: 10000 }) {
asset_id
status
owner {
kyc_verified
}
}
}

JSON Response (42ms)

{
"data": {
"assets": [
{
"asset_id": "RWA-992",
"status": "ACTIVE",
"owner": {
"kyc_verified": true
}
}
]
}
}

SCHEMA MIGRATION PREVIEW

owner_address

Retained

asset_value

Retained

Automated schema migrations.

Upgrade immutable data structures without losing historical records.

The biggest flaw of traditional blockchain architecture is that adding a new column to a database requires deploying an entirely new contract and manually migrating all old data. Cerulea handles this natively via transparent state proxies. You can add new fields to your entities in Studio, and the platform securely bridges your historical data into the upgraded schema instantly.


Pre-audited data templates.

Stop reinventing the wheel for standard Web3 primitives.

If you are building a system for Real World Assets, digital identity, or enterprise stablecoins, Cerulea provides pre-audited template models out of the box. These schemas are natively mapped to major interoperability standards like ERC-20 and W3C Credentials, ensuring immediate compatibility with global exchanges and external wallets.

CERULEA STANDARD TEMPLATES

Real World Asset (RWA)

Fractional ownership & compliance freezes.

Verifiable Credential

Mapped to W3C identity standards.

Fiat-Pegged Stablecoin

Mint/Burn mechanics and supply auditing.


Input Validation Rule (Compiled)

FIELD: customer_age

REQUIRE (input.value >= 18);

LIVE INGESTION TEST

POST /api/v1/user/create { age: 16 }
[ERROR] Protocol Rejection: Invalid Data.
Reason: Value does not meet minimum threshold logic.
POST /api/v1/user/create { age: 24 }
[SUCCESS] Validated. State updated.

On-chain field validation.

Enforce strict data hygiene directly at the protocol level.

Do not rely on your web frontend to sanitize inputs. Cerulea allows you to bake strict logical parameters directly into your data model. If an API request attempts to write a negative value to a "Price" field, or register a user with an age below your legal threshold, the network deterministically reverts the transaction before it is ever written to the ledger.


© 2026 Caerulean Bytechains Private Limited. All rights reserved.