Cerulea Studio
Stop writing smart contracts by hand. Visually construct your data models and governance rules in a drag-and-drop GUI, and let Cerulea Studio compile your logic directly into deterministic, network-ready bytecode.
Dual-environment compilation.
Build once, deploy anywhere. You do not need to choose between execution environments before you design your application.
Cerulea Studio’s compiler natively supports both our proprietary, high-performance WASM execution environment and strict EVM compatibility. Your visual schemas are deterministically translated into Solidity or custom WASM bytecode based on your target network parameters.
schema.json
compiler.log
Entity: Asset_Registry
+ asset_id: bytes32 (Primary Key)
+ owner: address
Entity: Transfer_Log
+ log_id: uint256
-> maps_to: Asset_Registry.asset_id
Map your database. We make it immutable.
Design your application's entities and relationships using familiar database architecture principles.
In traditional Web3 development, translating relational schemas into on-chain state requires manually writing complex smart contracts. Cerulea Studio bridges this gap. It takes your visual models and automatically compiles them into highly optimized, tamper-evident data structures. You get the familiar experience of mapping a database, backed by the cryptographic security of a deployed smart contract.
Absolute access control. Enforced on-chain.
Define who can view, modify, or execute specific state transitions before your network goes live.
Configure Role-Based Access Control (RBAC) and complex multi-signature policies through a simple visual interface. Cerulea Studio embeds these rules natively into the compiled bytecode, ensuring that unauthorized state transitions are securely blocked at the network level.
Policy Configuration: Transfer_Asset
Required Role
The actor initiating the transaction.
System_Admin
Consensus Requirement
Signatures needed to execute.
2/3 Multi-Sig
Cerulea Intelligence
How do I restrict write access for the Asset_Registry entity so only admins can modify it?
I see you have the Asset_Registry entity active in your workspace. To restrict it, you should bind a System_Admin role to its write function in the Governance module. Would you like me to highlight the exact panel for you?
Your on-demand architectural intelligence.
Build complex networks without constantly referencing documentation. Get precise configuration help exactly when you need it.
Cerulea Intelligence is natively embedded into your workspace, understanding your architectural context in real time. Instead of digging through documentation, you can query the engine directly to resolve structural bottlenecks, optimize network parameters, and securely configure permission boundaries on the fly.
Auto-generated programmatic access.
Your frontend and backend teams should not have to learn custom blockchain RPC commands.
Once your architecture is compiled, Cerulea Studio automatically generates the necessary programmatic interfaces. You receive ready-to-use APIs and SDK hooks that map directly to your visual data models. Your decentralized applications (dApps) and enterprise systems can begin interacting with the deployed network immediately.
Generated API Endpoint: POST /api/asset-registry
v1.0.0 (Archived)
Initial Asset_Registry deployment.
v1.1.0 (Live)
Added compliance metadata fields. Proxy routed successfully.
Safe, iterative state upgrades.
Blockchain state is immutable, but your business logic will inevitably evolve over time.
Cerulea Studio handles complex schema upgrades through a secure versioning system. When you modify a live data model, it calculates the required state migration paths and deploys proxy routing under the hood. This ensures your application logic updates smoothly without compromising historical data integrity.
Frictionless testnet deployment.
Verify your logic in a live staging environment before pushing state to production.
Before executing a mainnet deployment, Cerulea Studio provisions a one-click deployment to our public testnet or a staging private chain. You can simulate transactions, test governance boundaries, and audit logic flow in a real network environment, ensuring your architecture performs exactly as intended prior to the final production handoff.
Cerulea Testnet Configured
Public L1 (DCF)
Shared State • aPoS + PoI
Standalone Private
Sovereign Nodes • Telemetry
Targeted deployment architecture.
One architecture, completely different operational environments. Define where your logic lives with a single click.
Target: Cerulea Public L1
Deploy to our shared network, secured by the proprietary Dynamic Consensus Framework (DCF). This is a high-throughput synthesis of aPoS and Proof of Identity (PoI).
Target: Private Sovereign Chains
Spin up completely isolated, standalone network instances. You retain absolute control over hosting and node participation, while Cerulea maintains seamless telemetry hooks for enterprise monitoring.