RF-JAM ZERO
Total Signal Denial. Zero External Impact.
The first intelligent jamming system that solves the short blanket problem. ML-powered calibration delivers maximum signal denial inside your facility with guaranteed zero spillover outside.
Intelligent Jamming That Adapts in Real-Time
Instead of setting power levels once and hoping for the best, RF-JAM ZERO continuously measures and adapts:
The Innovation: External Sensor Network + ML Optimization
External Sensors placed outside the facility perimeter continuously measure RF levels
ML Algorithm analyzes sensor data and jammer telemetry in real-time
Per-Module Optimization adjusts power levels for each individual module
Continuous Loop repeats every 1-5 seconds, adapting to changing conditions
The Result
- Maximum jamming where it's needed (inside the facility)
- Zero spillover where it's prohibited (outside the perimeter)
- Automatic compliance with all regulatory requirements
Complete Communication Denial
RF-JAM ZERO blocks all wireless communication technologies that could be exploited:
Cellular Technologies
WiFi Technologies
Protected (Not Blocked)
911 and equivalent must work
Law enforcement communications
Internal security communications
Modular, Redundant, Maintainable
Inhibition Units
8-Module Primary Units
- Power per module: 20-30W
- Bands covered: 8 simultaneous
- Hot-swap capability
- IP54+ vandal-resistant
- Forced air cooling
4-Module Secondary Units
- For targeted coverage areas
- Same power and quality specifications
- Used for specific zones or extensions
External Sensor Network
Continuous spillover measurement
- Quantity: 8-12 sensors perimeter
- Location: OUTSIDE facility geofence
- Measurement: All blocked frequency bands
- Communication: Wired or dedicated wireless
- Reporting: Every 1-5 seconds
The sensors must be outside to measure what escapes. Inside sensors would only measure the jamming signal—not the spillover.
ML Calibration Engine
Optimize power levels automatically
Algorithm
- Input: Sensor readings + jammer telemetry
- Processing: Gradient descent optimization
- Output: Per-module power setpoints
- Constraint: RF at all sensors ≤ regulatory limit
- Objective: Maximize effective jamming coverage
Adapts To
- Weather changes (humidity affects RF propagation)
- Building occupancy changes
- Equipment aging compensation
- Seasonal variations
Central Control System
Dashboard Features
- Real-time status of all modules
- Spillover heat map visualization
- Power level monitoring
- Alert management
- Scheduling and programming
- User and role management
- Complete audit logging
Controls
- Individual module ON/OFF
- Zone-based control
- Time-based scheduling
- Manual power override (with safety limits)
- Emergency shutdown
Guaranteed Compliance
Continuous Monitoring
Every second, external sensors verify that spillover remains below regulatory thresholds. If any sensor detects elevated levels, the system automatically reduces power.
Evidence Documentation
- All sensor readings with timestamps
- All power level changes with reasons
- System events and alerts
- Operator actions
Audit-Ready Reports
- Historical spillover levels (always compliant)
- System operation logs
- Maintenance records
- Any anomalies and resolutions
Regulatory Support
- Documentation formatted for regulatory submissions
- Technical data for permit applications
- Ongoing compliance evidence
100% Compliance Guarantee
Every second, external sensors verify regulatory compliance. Zero spillover, guaranteed.
Technical Specifications
Inhibition Units
| Modules (Primary) | 8 |
| Modules (Secondary) | 4 |
| Power per Module | 20-30W ±1.5dB |
| Power Regulation | 3 levels (low/med/high) |
| Hot-Swap | Yes |
| Protection | IP54+ |
| Operating Temp | -10°C to +55°C |
| Humidity | Up to 90% |
| Cooling | Forced air |
| Operation | 24/7 continuous |
What Makes RF-JAM ZERO Different
Traditional Jammers
- Set power levels manually
- Static configuration
- Compromise between coverage and spillover
- Periodic adjustment required
- Compliance depends on initial setup
Coverage OR Compliance - pick one
RF-JAM ZERO
- ML-optimized power levels
- Dynamic configuration every 1-5 seconds
- No compromise: maximum coverage + zero spillover
- Automatic adaptation to conditions
- Continuous compliance verification
Coverage AND Compliance - guaranteed
Implementation Process
Site Survey
- Facility layout analysis
- RF environment mapping
- Perimeter assessment
- Regulatory requirements review
System Design
- Module placement optimization
- Sensor network design
- Coverage simulation
- Integration planning
Installation
- Hardware deployment
- Sensor network installation
- Network configuration
- Initial calibration
ML Training Period
- System learning phase
- Optimization tuning
- Performance validation
- Coverage verification
Training
- Operator training
- Administrator training
- Compliance procedures
- Maintenance protocols
Go-Live
- Full system activation
- Continuous monitoring begins
- Support transition
- Documentation handover
Typical deployment timeline: 4-8 weeks depending on facility size and complexity
Frequently Asked Questions
Eliminate Unauthorized Communications
Request a demonstration to see how RF-JAM ZERO can provide complete signal denial with zero regulatory risk.
IMSI-TRACK PRO
When you need intelligence, not just blocking. See every device, know every identity.