There are some detailed security measures in place for primus stack when operated by; @primus_labs stack zkTLS and FHE, often with TEEs provides these main security measures for prevention of obvious threats ---> zkTLS Proves web/API data is real and came from a legitimate source over a genuine TLS connection without revealing* the actual data, passwords, or full details. ---> FHE (Fully Homomorphic Encryption) lets systems compute on encrypted data. Balances, amounts, and private info stay hidden the whole time and only authorized parties can decrypt results. ---> TEE protection via Phala Network comes with attestor nodes that create the proofs run inside secure hardware enclaves. Keys are generated and used only inside the enclave, and signing only happens after the protocol runs correctly. This makes it much harder for operators to cheat or forge proofs. ---> Attestor rotation comes with Smart contracts where it randomly pick which attestor handles each task, reducing the risk of collusion or reliance on one party. ---> Additional layers of open source components for inspection, smart-contract audits, and designs suited for privacy preserving finance e.g Proof of Reserves, confidential transfers and vaults Primus lets you verify real-world data and compute on it privately. The data stays confidential by default, proofs confirm authenticity, and hardware (TEEs) and randomization strengthen trust in the parties creating the proofs. It is built as a pluggable layer for existing blockchains rather than a new chain.