Latest research papers in Secure and Provenance-Based Cloud Forensics focus on enhancing the trust, accountability, and traceability of digital evidence in cloud environments through secure provenance mechanisms and tamper-resistant recordkeeping. Researchers are integrating blockchain, smart contracts, and cryptographic verification techniques to create immutable provenance chains that record every operation performed on cloud data, ensuring forensic transparency and integrity. Studies also propose decentralized provenance storage systems, access control models, and time-stamped audit trails to prevent evidence manipulation and unauthorized access. These approaches address key challenges such as multi-tenancy, dynamic resource allocation, and provider dependency by ensuring verifiable and legally admissible evidence. Overall, current advancements in secure and provenance-based cloud forensics aim to build resilient, transparent, and privacy-preserving frameworks that strengthen forensic readiness and trust in modern cloud infrastructures.