Homomorphic-Encryption on CuraSec

Formal Verification of Noise Flooding Security in Homomorphic Encryption

Mon, 17 Aug 2026 13:03:16 +0000

Engineer — Learn: This research tightens the security proof for noise flooding in approximate FHE schemes, showing the correct parameter bound is sqrt(qn)/2γ rather than linear in q. Relevant if you deploy or evaluate FHE libraries, but no immediate patching or configuration action needed.
SOC/IR — Skip
Leader — Skip

Mon, 03 Aug 2026 15:12:30 +0000

Engineer — Learn: Academic benchmarking of the BGN SWHE scheme may inform future architecture decisions for privacy-preserving analytics pipelines, but no current system changes are needed.
SOC/IR — Skip
Leader — Skip

Mon, 03 Aug 2026 15:12:30 +0000

Engineer — Learn: Introduces a CKKS-based non-interactive encrypted retrieval framework for RAG that cuts complexity from quadratic to linear; worth tracking if you’re building privacy-preserving AI pipelines, but no production library or patch to apply today.
SOC/IR — Skip
Leader — Learn: Demonstrates a practical path toward fully encrypted RAG pipelines, relevant if you’re evaluating AI product privacy posture or responding to customer questions about LLM data exposure.

Mon, 20 Jul 2026 14:31:24 +0000

Engineer — Learn: Academic research on FHE compiler optimization with no immediate deployment impact; worth tracking if evaluating FHE for privacy-preserving computation in future system design.
SOC/IR — Skip
Leader — Skip

Mon, 13 Jul 2026 14:30:14 +0000

Engineer — Learn: Academic architecture study combining homomorphic encryption and differential privacy for FL systems; no vulnerabilities or patches, but relevant for engineers designing privacy-preserving ML pipelines in healthcare or finance contexts.
SOC/IR — Skip
Leader — Learn: Research validates that FL with strong privacy controls can meet accuracy requirements in sensitive domains; useful background for evaluating AI/ML vendor privacy claims or shaping internal AI data-handling policy.