Let members submit attack indicators to a shared network without revealing identity or internal exposure. The Privacy and Compliance Guard and ZK Credentials Kit anonymize each submission, while Notifications propagate new indicators to every defender in real time.
Turn siloed, liability-bound threat data into an anonymous shared defense that moves faster than the attacker.
01.
Break the liability deadlock. The ZK Credentials Kit lets a member prove it belongs to the consortium and submit indicators without ever revealing its identity or which system was hit.
02.
Strip internal exposure before it leaves the door. The Privacy and Compliance Guard scrubs member-identifying fields from each indicator, so shared intelligence never leaks the victim's internal topology.
03.
Collapse the response window. Notifications push every confirmed indicator to all member defenders the moment it lands, so a filter update reaches the whole network in minutes, not weeks.
04.
Keep the feed clean. Matching hashes, domains, and payload signatures are merged into a single canonical indicator, so defenders act on one confirmed threat rather than dozens of noisy copies.
05.
Trust the feed without trusting the sender. A zero-knowledge proof confirms the submitter is a credentialed member, letting defenders weight an anonymous indicator without knowing who filed it.
06.
Prove participation without exposure. Each submission and propagation event is anchored on the shared network, giving members a defensible record of contribution that never ties a threat back to its source.
Follow a single novel indicator from an anonymous submission to a network-wide filter update that contains the campaign.
07:41:12
[SYS] Initializing anonymous indicator intake...
07:41:12
[CMD] submitIndicator { type: "PHISH_DOMAIN", proof: "ZK_MEMBER" }
07:41:13
[AUTH] Verifying membership proof without revealing identity...
07:41:13
[OK] Indicator IOC_5521 accepted. Source unlinkable.
Cerulea decomposes threat sharing into modular contracts. Each layer authenticates a member, anonymizes the payload, propagates it, and records participation without any single party learning who was breached.
Anonymous threat sharing is a horizontal capability. Here is how different defender communities put the shared network to work.
Let member banks and payment firms share phishing and fraud indicators without disclosing which institution was targeted, so a novel campaign against one member is neutralized across the sector in hours.
Key Asset Types
Hospitals and utilities exchange ransomware and intrusion indicators under strict privacy rules, turning an attack on one facility into a hardened defense for every provider without exposing patient systems.
Key Asset Types
Corporate SOCs across a supply chain pool malware and command-and-control indicators anonymously, closing the gap attackers exploit between siloed defenders that never compare notes.
Key Asset Types
Whether you are bridging an enterprise SIEM through an API or submitting indicators from an analyst's anonymized wallet, Cerulea routes both into one privacy-preserving shared feed.
For large SOCs on legacy SIEM and TIP platforms. Detected indicators are hashed, sanitized, and translated into anonymous on-chain submissions through the API gateway automatically.
Legacy SIEM / TIP
Enterprise Security Stack
Cerulea API Gateway
Hashing & Redaction
Cerulea Private Chain
Consortium Intelligence Ledger
For individual analysts and small teams. A wallet-signed client attaches a zero-knowledge membership proof and routes each anonymized indicator directly to the shared feed.
Analyst Client / Wallet
Anonymized Submitter
Consortium Validators
Membership Consensus
Cerulea Ledger
Shared Indicator Feed
Building an anonymous threat-sharing network with zero-knowledge membership, privacy redaction, and real-time propagation from scratch requires specialized cryptography engineers and long consortium negotiations. Calculate your exact deployment speed using Cerulea.
Traditional Deployment
Solidity Coding & Audits
~ 13 Months
Visual Compilation
WASM Logical Artifacts
~ 4 Weeks
The legacy timeline reflects threat-intelligence platform integration benchmarks. Designing zero-knowledge membership circuits, writing redaction policies, and shipping a real-time propagation bus for an average consortium takes a baseline of 9 months. Building the same architecture on Cerulea takes a baseline of 2 weeks, because Cerulea Studio visually translates your privacy and propagation rules into pre-audited WebAssembly binaries and provisions the shared feed and ZK credential layer instantly.