Practical content from industry professionals on digital forensics · data recovery · cyber security · KVKK compliance.
In encrypted disk recovery the center is not hardware but key management. FileVault's APFS, T2 and Apple Silicon Secure Enclave architecture, LUKS header and key slots, why a wiped header is catastrophic, healthy-but-locked versus physically failing, image first. Without the key, strong encryption cannot be broken.
Read moreThe file is there but will not open: this is repair, not recovery. Why files become corrupt, how repair differs from recovery, moov atom reconstruction in MP4 and MOV, the healthy reference file method, JPEG and RAW header repair, PSD layer corruption, truncated files and the limits of repair.
Read moreFaulted ZFS pool, detached Storage Spaces virtual disk, accidentally initialized SAN LUN. In enterprise storage recovery one wrong command turns a recoverable situation into permanent loss. Uberblock and metadata, parity and slabs, LUN mapping, the danger of rebuild/resilver, and the image-first methodology.
Read moreYour backup may exist, but is it recoverable? Corrupt Veeam VBK/VIB chains, Acronis TIBX archives, LTO tape read errors and wrong block size, dedup store corruption, ransomware-encrypted repositories. Item-level extraction from a damaged chain, the 3-2-1 rule and untested backups.
Read moreThe cloud is not a backup, it is a synchronization service: deletion and ransomware encryption spread to every device. Recovering deleted files from Google Drive, OneDrive and Dropbox, trash and version history windows, Workspace and Microsoft 365 admin recovery, local cached copies, and data protection.
Read moreThe full map of AI security: autonomous AI agent security, LLM prompt injection and jailbreak, AI red teaming, trading AI security, AI risk management (NIST AI RMF, ISO 42001, EU AI Act), automated vulnerability scanning, smart contract auditing and verified vulnerabilities. A hub linking the in-depth guide for each topic and the sovereign KAOS AI security engine.
Read moreSecurity teams drown in thousands of unverified scanner alerts, most of them false positives. KAOS verifies every finding with a canary, proves it with a PoC and prioritizes by proven exploitability. The cost of false positives, how verification works, safe automated remediation.
Read moreA mobile app binary is in the attacker's hands. KAOS analyzes Android APK and iOS apps: insecure storage, hardcoded secrets, weak crypto, exported components, backend exposure. The OWASP MASVS and MASTG framework, static and dynamic analysis, KVKK implications.
Read moreSmart contract bugs are irreversible and catastrophic. KAOS automatically analyzes contracts, detects classes such as reentrancy, access control and oracle manipulation, and verifies exploitability. Static and dynamic analysis, common vulnerability classes, Slither and Mythril, AI scaled auditing. It complements human review.
Read moreMost companies do not know their own exposed assets: forgotten subdomains, open panels, leaked credentials. KAOS continuously discovers external assets, fingerprints technology, finds exposures and verifies which are truly exploitable. Asset discovery, shadow IT, continuous monitoring and prioritization.
Read moreClassic vulnerability scanners flood teams with unverified false positives. KAOS continuously scans, writes exploits and verifies with canary anchors, so every reported finding is real. The difference between scanning and verified vulnerability management, the lifecycle, CVSS plus EPSS prioritization, multi agent coverage and continuous monitoring.
Read moreThree core frameworks for AI governance: the European Union AI Act with risk based obligations, the NIST AI Risk Management Framework with four functions, ISO/IEC 42001 as a certifiable management system. Alignment with ISO 27001 and data protection. Cross border reach for companies and DSET's evidence based compliance support.
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