We prioritize forensic correctness, determinism, and evidentiary trust over surface-level features. Every system is explainable, reproducible, and legally defensible, designed for integration into enterprise forensic platforms with clean IP ownership and low acquisition risk.
No black-box behavior. Every decision point is documented and defensible under cross-examination, enabling auditors and courts to trace outcomes.
Outputs are repeatable and testable. No heuristic shortcuts without auditability, ensuring consistent results across runs and environments.
Evidence handling, logging, and provenance are engineered for chain-of-custody strength and legal defensibility.
Modular components with clean IP ownership, minimal technical debt, and low integration risk for enterprise platforms.
Scylin designs and builds low-level forensic and data recovery engines that are explainable, reproducible, and court-defensible, ready to drop into enterprise platforms with clean IP and low integration risk.
Deterministic recovery for NTFS and related artifacts with traceable parsing, structured validation, and evidentiary reporting.
Evidence acquisition pipelines that preserve integrity, provenance, and replayability. Built for chain-of-custody strength.
Reconstruction of damaged or partial data sets with full audit trails, deterministic logic, and validation artifacts.
Provenance-aware flows that keep evidentiary posture intact from acquisition through analysis, including tamper-evident logs.
Advanced handling for partially corrupted or physically compromised storage media, with controlled risk boundaries.
Structured test harnesses, reproducibility guarantees, and documentation engineered for internal validation and external audit.
Deterministic parsers for NTFS and related artifacts with court-defensible, reproducible output.
Integrity-preserving evidence acquisition with provenance, replayability, and tamper-evident logging.
Controlled reconstruction of damaged or partial data sets with deterministic logic and full audit trails.
Provenance-aware workflows that maintain evidentiary posture from acquisition through analysis.
Advanced handling of partially corrupted or physically compromised storage with bounded risk controls.
Structured validation suites supporting internal testing, external audit, and long-term maintainability.
