Overview#
Argus Mobile Device Forensics transforms locked, encrypted, or damaged phones into actionable intelligence for law enforcement and investigative teams. Mobile devices have become the digital witness to nearly every aspect of modern life, containing text messages, photos, location history, and app data critical to solving crimes, protecting victims, and bringing perpetrators to justice.
The platform combines physical extraction, logical analysis, and cloud forensics to deliver results in hours rather than weeks, built for investigators who need answers before cases go cold. Whether examining a single device or processing dozens of phones seized in a major operation, the system provides the extraction depth and analytical tools needed for thorough mobile forensic examination.
As mobile devices become more encrypted and security-hardened, specialized forensic tools are essential for lawful evidence recovery. The platform stays current with evolving device security models to maintain extraction capabilities across the latest device generations.
Key Features#
Data Extraction#
- Complete data extraction from locked, encrypted, or damaged devices across iOS, Android, and legacy platforms
- Deep extraction from encrypted messaging apps including WhatsApp, Signal, Telegram, Snapchat, and hundreds of others
- Cloud evidence acquisition from iCloud, Google Drive, Dropbox, and other synchronised services
- SIM card and carrier data extraction for subscriber information and connection records
- Deleted data recovery for messages, photos, app data, and browsing history that suspects believed were permanently removed
- SIM card analysis extracting network information, contacts, and messaging data from SIM storage
- Wearable device forensics extracting health, location, and activity data from smartwatches and fitness trackers
Communication Analysis#
- Call and message analysis with contact network mapping and communication timeline reconstruction
- Social media data extraction including posts, messages, connections, and deleted content
- App data forensics recovering transaction records, ride-sharing history, and application-specific evidence
- Browser history and search term analysis revealing subject interests and planning activities
- Email and messaging account analysis across all installed communication applications
Location Intelligence#
- Location intelligence mapping suspect movements
- timestamped GPS coordinates
- cell tower data
- and Wi-Fi connection history
- Geofence analysis showing when subjects entered or departed specific locations
- Location timeline visualisation with map-based movement tracking
- Frequent location identification revealing home, work, and regularly visited places
- Location data correlation across multiple evidence sources for timeline verification
Evidence and Reporting#
- Evidence documentation with forensic imaging, hash verification, and chain of custody preservation
- Court-admissible reporting with examiner certification, methodology documentation, and evidence integrity verification
- Selective extraction capabilities for scope-limited warrants and targeted evidence collection
- Multi-device analysis with cross-referencing of contacts, communications, and locations across devices
- Automated report generation with configurable templates for different case types and jurisdictions
- Quality assurance workflows with peer review and supervisory verification of examination findings
- Examiner notes and annotation tools for documenting analytical observations during examination
- Lab management tools for tracking device intake, examination queue, and turnaround times
- Training and proficiency testing documentation for examiner certification compliance
- Triage capabilities for rapid field assessment of device relevance before full laboratory examination
- Comparative analysis tools for identifying common contacts and activities across multiple devices
Use Cases#
Criminal Investigation. Extract and analyse mobile device data to identify suspects, establish timelines, locate evidence, and build prosecution cases through comprehensive digital forensic examination. Process evidence rapidly to support active investigations.
Location Intelligence. Map subject movements over time using GPS data, cell tower connections, Wi-Fi access points, and app-based location services to place individuals at specific locations for case corroboration. Build detailed movement profiles that support or refute alibis.
Communication Reconstruction. Rebuild complete communication timelines across calls, texts, messaging apps, and social media to reveal relationships, coordination, and planning related to criminal activity. Identify all parties in criminal communications networks.
Cloud and Remote Evidence. Access synchronised cloud data including backups, photos, documents, and app data without requiring physical access to the primary device. Recover evidence that may have been deleted from the device but retained in cloud storage.
Integration#
- Connects with evidence management systems for chain of custody tracking and evidence preservation
- Integrates with investigation and case management workflows for seamless evidence delivery
- Links to carrier and service provider data request systems for complementary records
- Works with timeline reconstruction tools for multi-source evidence correlation
- Supports export of forensic reports and evidence for legal proceedings
- Compatible with other digital forensics platforms for comprehensive device analysis
- Feeds into analytical tools for cross-device and cross-case evidence correlation
- Anti-forensic technique detection identifying evidence destruction and concealment attempts
- Application usage pattern analysis revealing subject interests and behavioural patterns
- Connects with cellular carrier systems for complementary call detail and tower records
- Supports remote device management system analysis for corporate-managed device investigations
Open Standards#
- ISO 19005 (PDF/A): Court-admissible forensic reports are exported in PDF/A-1B, PDF/A-2B, PDF/A-3B, or PDF/A-4F archival variants, ensuring long-term document fidelity for legal proceedings.
- W3C Verifiable Credentials Data Model v2.0: Evidence collection and chain-of-custody transfer events are captured as signed W3C Verifiable Credentials, serialised as compact JWTs with DID-based issuers for cryptographically verifiable provenance.
- RFC 3161 (Internet X.509 PKI Time-Stamp Protocol): Forensic report export artefacts receive cryptographic timestamp tokens from a multi-provider Timestamping Authority, providing court-admissible proof of the time of export.
- SHA-256 (FIPS 180-4): Every forensic image and evidence file is hashed with SHA-256 at acquisition and at each chain-of-custody transfer step, enabling independent integrity verification at any point in the lifecycle.
- RFC 8032 (Ed25519 digital signatures): Chain-of-custody entries are individually signed using Ed25519 keys, producing tamper-evident audit records that courts can verify against the platform's published public key.
- Exchangeable Image File Format (EXIF / JEITA CP-3451): GPS co-ordinates, acquisition timestamps, and camera metadata embedded in photographic evidence are extracted and parsed to establish location and device context.
- GeoJSON (RFC 7946): Location intelligence data including geofences, movement tracks, and device position history is represented and exchanged as GeoJSON geometry objects for interoperability with mapping and analysis tools.
Last Reviewed: 2026-02-23 Last Updated: 2026-04-14