Modular RF Analysis Extensions
FrameRF is designed as a modular RF analysis platform.
The Core system provides the operational base for spectrum monitoring, event logging, timeline analysis and pattern-based interpretation.
Plugins extend FrameRF with dedicated analysis modules for specific radio domains, allowing the operator to activate only the capabilities required for a given scenario.
Each plugin is developed to support real-world TSCM workflows, with a focus on RF behavior, persistence, temporal correlation and operational readability.
Available Plugins
Cellular Plugin
Dedicated module for cellular uplink pattern analysis.
Designed to support the recognition of LTE / mobile activity patterns such as:
- Voice-compatible activity
- LTE data traffic
- SMS / ping-related uplink responses
- Temporal RF correlations
- Cellular persistence analysis
- Multi-band uplink behavior interpretation
The module focuses on RF pattern interpretation rather than traffic decoding.
Open Plugin →
https://www.stefanocangiano.it/frame-rf-uplink-cellular-plugin/
Wi-Fi Plugin
Module dedicated to wireless environment analysis.
Designed for the identification and monitoring of:
- Access points
- Wireless clients
- AP-client associations
- Signal strength variations
- Persistent wireless devices
- Suspicious wireless behavior patterns
Useful for operational awareness during technical inspections and environmental analysis.
Open Plugin →
https://www.stefanocangiano.it/frame-rf-wi-fi-intelligence-module/
Bluetooth Plugin
Dedicated Bluetooth and BLE analysis module.
Designed to support the detection and monitoring of:
- BLE advertising activity
- Nearby Bluetooth devices
- Persistent device presence
- Tracker-like behavior
- Temporal signal recurrence
- Wireless proximity analysis
The plugin is optimized for continuous RF environment observation.
Open Plugin →
https://www.stefanocangiano.it/frame-rf-bluetooth-intelligence-module/
DECT Plugin
Dedicated module for DECT-band activity analysis.
Designed to support RF analysis related to cordless communication systems and DECT-compatible devices.
Features include:
- DECT activity monitoring
- RF persistence analysis
- Signal pattern observation
- Dedicated DECT environment interpretation
Integrated within the FrameRF modular ecosystem.
Open Plugin →
https://www.stefanocangiano.it/frame-rf-dect-plugin/
Radio / TV Broadcast Plugin
Broadcast spectrum analysis module.
Designed to compare detected RF activity with known radio and television allocations, supporting:
- Broadcast signal recognition
- Regional frequency dictionary matching
- RF strength comparison
- Detection of anomalous local-strength transmissions
- Spectrum contextualization
Particularly useful for distinguishing expected broadcast infrastructure from atypical RF behaviors.
Open Plugin →
https://www.stefanocangiano.it/frame-rf-broadcast-radio-tv-plugin/
Future Plugins
FrameRF is designed to support future extensions and operational modules.
The architecture allows progressive expansion without altering the core workflow.
Potential future modules may include:
- Advanced RF Finder
- IoT / ISM Analysis
- Custom Frequency Dictionaries
- Advanced Reporting Extensions
- RF Correlation Engines
- Sector-Specific TSCM Modules
- Environmental Baseline Modules
Modular Architecture
The plugin ecosystem allows FrameRF to evolve according to operational requirements.
Each module focuses on a specific RF domain while maintaining:
- Unified operational logic
- Consistent interface structure
- Shared reporting methodology
- Pattern-based analysis philosophy
- Integrated workflow compatibility
This modular approach supports both rapid field operations and scalable analytical workflows.
Contact
For information, collaboration requests or plugin availability:
Stefano Cangiano
Independent Researcher – Cyber Security & TSCM Specialist
🌐 stefanocangiano.it
📧 stefanocangiano91@gmail.com
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