Sovereign infrastructure.
Absolute data control.
Deploy isolated, high-performance blockchain networks designed exclusively for enterprise workflows. Retain total ownership of your node topology, participant access, and historical state without exposing sensitive data to the public.
Custom node topology.
Your network, your hardware. Run validator nodes entirely within your corporate firewall.
Unlike public chains where external actors secure the ledger, Cerulea Private Chains allow you to dictate exactly where the network lives. Deploy validator nodes across your preferred cloud providers (AWS, Azure) or maintain them entirely on-premise. The network state never leaves your trusted environment.
IP: 10.0.1.45 (AWS Private Subnet)
IP: 172.16.0.12 (Azure VPN Link)
IP: 192.168.1.100 (Internal Datacenter)
Sub-network confidentiality.
Share a ledger without exposing your business logic to competitors.
In a consortium network, not every participant should see every transaction. Cerulea supports advanced Data Confidentiality utilizing Private Channels, encrypted state payloads, and Zero-Knowledge Proofs (ZKP). Two banks can execute a trade on the shared ledger, while a third bank only sees cryptographic proof that a valid transaction occurred, never the sensitive data itself.
Channel: Bank_A <> Bank_B
Payload: { invoice_id: 'INV-992', amount: 450000 }
Observer: Bank_C (Unauthorized)
Payload: [ENCRYPTED] ZKP Verified: TRUE
Permissioned Dynamic Consensus.
Zero-gas economics backed by a strictly permissioned variant of DCF.
Private chains do not rely on volatile tokens to incentivize honest behavior. Instead, they utilize a strictly permissioned variant of our Dynamic Consensus Framework (pDCF). Validators are authenticated by enterprise identity, achieving incredibly high transactional throughput and immediate finality without the overhead of public consensus mechanisms.
Seamless Web2 data ingestion.
Enterprises do not start from scratch. Bring your legacy data with you.
Transitioning to a blockchain architecture shouldn't require abandoning decades of historical records. Cerulea integrates natively with industry-standard ETL tools. You can map your existing PostgreSQL, Oracle, or SAP database columns directly into your new Cerulea Studio visual models.
Legacy SQL Source
SELECT * FROM legacy_users;
Cerulea State
dot.bus : user_id_root [Mapped]
Native regulatory compliance.
Immutable ledgers natively conflict with GDPR and HIPAA. We fixed that.
Through the Dashboard, you can provision specific "Read-Only Auditor Nodes" granting compliance officers real-time network oversight. Furthermore, Cerulea implements cryptographic state-pruning, allowing enterprises to execute "Right to be Forgotten" (GDPR) data deletions without breaking historical hash continuity.
Target: Hash 0x81a...f2e52
Exported by Auditor_Reserve_Hub
Hybrid interoperability.
Keep your data private, but prove its integrity to the world.
Private Chains do not have to exist in total isolation. You can configure Hybrid Anchoring via the Cerulea Dashboard. The network will automatically compress your private transactional data into a cryptographic proof and anchor it to the Cerulea Public L1. This provides public, irrefutable proof that your internal data hasn't been tampered with.
Private Realm
Merkle Root Gen
Public L1
Commit Hash
[ZKP] Merkle root hash (128H 1627655) synthesized...
[MERKLE] Relaying proof to Public L1...
[PUBLIC] Anchoring Root hash to Cerulea Public L1 network...
Anchor successful. Internal state consensus proven to public.