Technical publications, threat analyses, architecture blueprints, and compliance frameworks developed by Aevum Zenth's Security Engineering & Research divisions.
Comprehensive analysis of NIST-standardized PQC algorithms and implementation roadmaps for legacy banking, aerospace, and telecom infrastructure. Includes benchmarking of CRYSTALS-Kyber and Dilithium across ARM and x86 architectures.
Systematic evaluation of prompt injection, jailbreaking, and data exfiltration vectors in production LLM deployments. Proposes a multi-layered guardrail architecture with real-time anomaly detection.
Architectural security assessment for decentralized renewable grid networks. Covers IEC 62351 compliance, zero-trust segmentation for SCADA, and supply chain attestation for industrial IoT components.
Cross-jurisdictional framework for harmonizing financial resilience, data privacy, and cybersecurity standards. Includes automated audit trail generation and control mapping matrices for multinational enterprises.
Deep-dive forensic analysis of a state-sponsored campaign targeting EDA toolchains and cleanroom automation systems. Covers IOCs, TTPs, mitigation strategies, and hardware root-of-trust implications.
Statistical and cryptographic methods for ensuring training dataset provenance and model weight verification. Introduces a novel differential privacy wrapper for federated learning environments.
Architectural specifications for implementing quantum key distribution across low-earth orbit satellite networks. Addresses latency constraints, radiation-hardened crypto modules, and inter-satellite link encryption.
Implementation guide for zk-SNARK based authentication systems replacing traditional password and MFA flows. Covers performance optimization, hardware security module integration, and fallback mechanisms.
All whitepapers undergo multi-stage technical review by internal security engineers and external advisory board members prior to publication.
Documents are categorized as Public, Internal, or Confidential based on sensitive infrastructure details, proprietary methodologies, and regulatory constraints.
All files are cryptographically signed, watermarked per recipient, and distributed through our zero-trust document repository with full audit logging.
Living documents with strict changelog tracking. Deprecated findings are archived and superseded by updated threat models and mitigations.