Digital Forensics Infrastructure
Complete forensics platforms where AI agents manage evidence intake, hashing, timestamping, storage, and chain-of-custody tracking — unified under autonomous orchestration.

We build complete digital forensics platforms where AI agents manage every stage of the evidence lifecycle. From intake to court-admissible output, the agents handle hashing (SHA-256/SHA-3), timestamping (RFC 3161, OpenTimestamps), storage allocation, chain-of-custody tracking, and report generation — coordinating across tools and systems without manual orchestration.
The platform architecture places an orchestration agent at the center, dispatching work to specialized agents for capture, verification, storage, analysis, and reporting. Each agent maintains its own audit trail, and the orchestrator ensures end-to-end consistency. The result is a forensics platform that processes evidence at scale with the consistency and documentation quality that manual workflows struggle to maintain.
We train teams on working with agent-assisted forensics systems and provide consultation on adapting existing workflows to leverage autonomous processing. Deliverables are formatted for court admissibility across multiple jurisdictions.
Service Highlights
- Orchestration agent coordinating full pipeline
- SHA-256/SHA-3 integrity verification
- RFC 3161 & blockchain timestamping
- Autonomous chain-of-custody tracking
- Court-admissible documentation generation
- Team training on agent-assisted workflows
Technology Stack
SHA-256 / SHA-3
Industry-standard cryptographic hash functions for evidence integrity verification and chain-of-custody documentation.
- Collision resistance
- Deterministic output
- Court-admissible verification
- NIST approved algorithms
OpenTimestamps
Decentralized timestamping using Bitcoin blockchain for provable existence of data at a specific point in time.
- Bitcoin-backed timestamps
- Decentralized verification
- Long-term validity
- Open standard
RFC 3161 TSA
RFC 3161 compliant Timestamp Authority services for legally recognized time attestation of digital evidence.
- PKI-based timestamps
- Legal recognition
- Third-party attestation
- eIDAS compliance
WORM Storage
Write Once, Read Many storage architecture ensuring evidence integrity with legal hold and compliance support.
- Immutable data storage
- Compliance with SEC 17a-4
- Legal hold support
- Tamper-evident logging
LLM Pipelines
Large language model workflows powering the autonomous agents that manage evidence processing and analysis.
- Named entity extraction
- Document summarization
- Reasoning & decision-making
- Multi-language processing
Interested in Digital Forensics Infrastructure?
Contact us to discuss your requirements and how we can help build the right infrastructure for your needs.
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