Signal Scout
Transform electronic spectral patterns into actionable intelligence through advanced monitoring, collection, and analysis technology.
Our Mission
To transform electronic spectral patterns into actionable intelligence through advanced monitoring, collection, and analysis technology.
Intelligence Gap
The Challenge & Our Answer
Modern electronic environments demand a new approach to signal intelligence.
01
Problem Statement
- Law enforcement and government agencies lack visibility into the electronic activity surrounding their operations and facilities.
- Single-protocol tools monitor one signal type at a time, missing critical cross-device patterns that reveal suspect behavior.
- Existing solutions require dedicated RF specialists to operate, creating bottlenecks in time-sensitive investigations.
02
Solution
- Multi-protocol passive monitoring platform covering WiFi, Bluetooth, cellular, and IoT.
- Environmental adaptation with ML-based pattern recognition and fingerprinting.
- Real-time analysis for anomaly detection and predictive intelligence.
03
Operational Benefits
- Force-multiplying intelligence that reduces manpower requirements for electronic surveillance operations.
- Early detection of unauthorized devices, rogue cell towers, and counter-surveillance equipment.
- Fully passive collection — zero electronic emissions that could compromise officer safety or tip off targets.
- Court-admissible reporting with chain-of-custody metadata and tamper-evident logging.
04
Why Signal Scout
- Only platform that correlates WiFi, Bluetooth, cellular, and IoT signals into a unified intelligence picture.
- AI-driven environmental baselining eliminates false positives — alerts you to what matters.
- Modular architecture allows new protocol modules to be deployed without hardware changes.
- Purpose-built for government procurement with GSA Schedule availability and FedRAMP-aligned options.
Threat Assessment
The Threat Landscape
Criminal organizations and persons of interest increasingly rely on consumer wireless devices to coordinate activity — burner phones, encrypted messaging apps, Bluetooth dead drops, WiFi hotspots, and IoT-connected vehicles. Yet most agencies still monitor these signals one protocol at a time, creating blind spots that sophisticated targets exploit daily. As the electronic footprint of criminal activity grows exponentially, the intelligence gap between what suspects transmit and what law enforcement can see continues to widen.
Capability Response
The Signal Scout Advantage
Signal Scout closes this intelligence gap by passively monitoring the full consumer wireless spectrum — cellular, WiFi, Bluetooth, and IoT — and correlating signals across protocols to build a unified picture of electronic activity. The result is actionable intelligence delivered to investigators and analysts in real time, without requiring dedicated RF expertise to operate or any electronic emissions that could compromise an operation.
Signal Processing Chain
How It Works
Three layers of intelligence working together to deliver unmatched situational awareness.
Comprehensive Spectrum Monitoring
Build a comprehensive signal analysis platform that monitors across the entire consumer wireless spectrum — from Bluetooth and WiFi to cellular and emerging IoT protocols. Unlike single-protocol solutions, our technology creates a complete picture of electronic activity in any environment.
Environmental Adaptation
Enhance raw signal detection with environmental adaptation capabilities. Our system learns the normal patterns of each unique deployment location, automatically adjusting its sensitivity and analysis parameters to maximize detection accuracy while minimizing false positives.
ML-Powered Insights
Leverage advanced machine learning to transform signal data into meaningful insights. By recognizing complex temporal patterns and correlations across multiple protocols, our platform doesn't just detect devices — it understands behaviors, identifies anomalies, and predicts future activity patterns.
Analysis Output
Device Attribution in Action
Signal Scout correlates multi-protocol signals to identify device ownership through spatiotemporal clustering analysis.
Drag nodes to explore relationships
| ID | Type | Description | Last Seen | Attribution | Status |
|---|---|---|---|---|---|
B01 | BT | Unknown BT Device | Portland, OR | P062% | Attributed |
T01 | TPMS | 2022 Toyota Camry | Minneapolis, MN | P182% | Attributed |
W01 | WiFi | Apple iPhone 15 Pro | Minneapolis, MN | P187% | Attributed |
B02 | BT | Apple AirPods Pro (2nd Gen) | Minneapolis, MN | P291% | Attributed |
I01 | IMSI | T-Mobile Prepaid SIM | Minneapolis, MN | P285% | Attributed |
W02 | WiFi | Samsung Galaxy S24 | Seattle, WA | P278%/P322% | Attributed |
B03 | BT | Garmin Forerunner 255 | Seattle, WA | P376%/P121% | Attributed |
T02 | TPMS | 2023 Ford F-150 | Denver, CO | P392% | Attributed |
W03 | WiFi | Apple MacBook Pro | Denver, CO | P389% | Attributed |
B04 | BT | Apple Watch Ultra 2 | Seattle, WA | P483% | Attributed |
T03 | TPMS | 2021 Honda Civic | Seattle, WA | P479% | Attributed |
W04 | WiFi | Google Pixel 8 Pro | Seattle, WA | P488% | Attributed |
B05 | BT | Samsung Galaxy Buds2 Pro | Minneapolis, MN | P574%/P023% | Attributed |
I02 | IMSI | AT&T Postpaid SIM | Minneapolis, MN | P586% | Attributed |
I03 | IMSI | Verizon Prepaid SIM | Minneapolis, MN | P685% | Attributed |
T04 | TPMS | 2024 Tesla Model 3 | Minneapolis, MN | P677%/P420% | Attributed |
W05 | WiFi | Apple iPad Air M2 | Minneapolis, MN | P690% | Attributed |
T05 | TPMS | Unknown Vehicle | Portland, OR | P044%/P226% | Unresolved |
B06 | BT | Fitbit Charge 6 | Minneapolis, MN | P138%/P529% | Unresolved |
W06 | WiFi | Unknown WiFi Device | Minneapolis, MN | P642%/P331% | Unresolved |
Intelligence Product
From Signals to Actionable Intelligence
Signal Scout transforms passive device attribution into operational insight through automated correlation and movement analysis.
Subject Correlation & Movement Analysis
Executive Summary
Analysis of Signal Scout device attribution data has identified SUBJ-03 (P3) as a nationally mobile actor with confirmed presence at four locations across four states over a 22-day period. Vehicle TPMS signature T02 (2023 Ford F-150) provides high-confidence tracking continuity between events. Multiple subject co-locations suggest a coordinated network operating across the Pacific Northwest and Upper Midwest.
Movement Pattern — P3 (22-Day Window)
Event Correlation
May Day Rally, Hennepin County Government Center, Minneapolis, MN
First confirmed co-location of P1, P3, and P6. Vehicle T02 (2023 Ford F-150) detected in parking structure 2 blocks from rally site.
ICE Field Office, SW Macadam Ave, Portland, OR
First confirmed co-location of P0 and P3. Despite low attribution confidence for P0, BT proximity data places B01 within 15m of B03 for 2+ hours.
U.S. District Courthouse, Stewart St, Seattle, WA
First confirmed co-location of P3 and P4. Both vehicles (T02, T03) detected in adjacent spaces in courthouse parking structure.
I-70 Corridor, Fuel Stop, Denver, CO
Brief TPMS detection consistent with east-bound transit. WiFi probe from W03 captured by nearby commercial AP.
Key Findings
- 01P3 is the common thread across all four locations, spanning 1,900+ miles over 22 days. Vehicle T02 (2023 Ford F-150, attributed at 92%) provides persistent tracking continuity at all 4 sites.
- 02P0 co-located with P3 at Portland ICE facility despite only 62% attribution confidence on a single BT device — indicates P0 is more operationally significant than device profile suggests.
- 03Co-location of P1/P6 with P3 at Minneapolis, and P4 with P3 at Seattle, reveals a network spanning at least 5 subjects across the Pacific Northwest and Upper Midwest.
- 04P3's device cluster shows consistent carry pattern (B03 + W03 + W02 + T02) but notably absent IMSI/cell signature — possible deliberate countermeasure against cellular intercept.
- 05Network topology is consistent with a compartmented cell structure. P3 is the only subject with confirmed ties to both groupings, suggesting a coordinator or liaison role. No direct P0–P4 contact has been observed, which may indicate deliberate operational separation.
Network Analysis — Probable Cell Structure
Co-location frequency, device proximity duration, and coordinated movement patterns indicate two overlapping operational groupings linked by P3 as a bridge node.
Cell Alpha — Upper Midwest
P1, P3, P6 — HIGH association confidence. All three co-located at Minneapolis May Day Rally with 4+ hours of overlapping device presence. P1 and P6 demonstrate coordinated arrival/departure timing consistent with pre-arranged meeting. P3 serves as the only member with confirmed out-of-region travel.
Cell Bravo — Pacific NW
P3, P0, P4 — MODERATE association confidence. P0 and P4 each share a single co-location event with P3 but have no confirmed direct contact with each other. Classification as a cell is provisional — further collection required to confirm P0–P4 linkage. P0's low device attribution (62%) adds uncertainty.
Assessment
P3 is assessed with MODERATE CONFIDENCE as a mobile coordinator bridging two distinct operational groupings across the Pacific Northwest and Upper Midwest. The consistent device carry pattern, combined with absence of cellular/IMSI attribution, suggests a subject with awareness of digital surveillance capabilities. P3's role as the sole link between Cell Alpha (P1, P6) and Cell Bravo (P0, P4) is consistent with a compartmented organizational structure designed to limit exposure — a hallmark of distributed activist networks.
Cell Alpha (P1, P3, P6) is assessed as the more cohesive grouping. The Minneapolis co-location demonstrated coordinated behavior patterns including synchronized arrival timing and shared proximity duration exceeding 4 hours. Cell Bravo remains provisional — P0 and P4 have no confirmed direct contact, and their association is inferred solely through P3 as an intermediary.
P0 remains the most significant intelligence gap. Single-device attribution at 62% confidence is insufficient for positive identification, yet co-location with P3 at a sensitive government facility warrants elevated collection priority. Establishing whether P0 has independent contact with P4 would significantly strengthen the Cell Bravo designation.
Recommended Actions
- Elevate P3 to Priority Collection Target — expand TPMS corridor monitoring on I-5, I-90, I-94
- Cross-reference P0 device signature (B01) against Portland-area field intelligence
- Task additional collection assets at anticipated June protest/event sites in both Cell Alpha (Upper Midwest) and Cell Bravo (Pacific NW) areas of operation
- Request interstate TPMS corridor analysis for T02 across Pacific NW highway network
- Priority: Determine whether P0 and P4 have independent contact — this would confirm Cell Bravo as an established grouping rather than a provisional designation
- Coordinate with field offices in Minneapolis, Portland, Seattle, and Denver for ground truth validation of cell membership
System Architecture
Building Blocks
A modular, layered architecture designed for extensibility and mission adaptability.
Operational Readiness
Deployment Models
Flexible configurations designed to meet the operational demands of law enforcement and government agencies.
Fixed-Site Monitoring
Persistent coverage for government buildings, critical infrastructure, correctional facilities, and high-value installations. Continuous 24/7 signal collection with automated alerting and long-term pattern analysis.
- 24/7 autonomous operation
- Historical pattern-of-life analysis
- Automated threat alerting
Mobile Surveillance
Vehicle-mounted configurations for patrol units, investigative teams, and task forces. Real-time signal intelligence during operations with secure data uplink to command centers.
- Vehicle-integrated form factor
- Live operational feeds
- Secure command center uplink
Rapid Deployment
Portable, field-ready kits for special events, VIP protection details, and tactical operations. Quick setup with immediate situational awareness across all monitored protocols.
- Sub-15-minute setup
- Battery-operated capability
- Compact, covert form factor
Engagement Process
How to Get Started
From first briefing to full deployment — a clear path to enhanced signal intelligence capability.
Capability Briefing
Schedule a classified or unclassified briefing tailored to your agency's mission. We demonstrate Signal Scout's detection capabilities against real-world scenarios relevant to your operational environment.
Pilot Program
Deploy a purpose-configured unit at your facility or within your operational area. Our team provides on-site support during a 30-to-90-day evaluation period to validate performance against your requirements.
Procurement & Integration
Signal Scout is available through GSA Schedule, direct procurement, and cooperative purchasing agreements. We support FedRAMP-aligned cloud deployments and air-gapped on-premises configurations.
Ongoing Partnership
Receive continuous platform updates, new protocol modules, and dedicated technical support. Our team works with your analysts to refine detection models for your specific threat landscape.
Begin Assessment
Ready to See the Full Spectrum?
Schedule a capability briefing to see how Signal Scout can give your agency an intelligence edge.