The Leading C-UAS
Source Factory.
As a premier OEM/ODM original manufacturer, we provide end-to-end drone defense solutions. From proprietary RF jamming modules to integrated long-range detection systems, we deliver spectrum certainty with factory-direct reliability.
Detection Looks Stable — Until Urban Noise Breaks It？
In high-noise urban environments, many systems appear stable in testing—but lose targets in real deployment. This creates blind zones, missed detections, and unreliable system performance when it matters most. Our SDR-based architecture maintains detection stability even under extreme noise conditions..
Legacy Competitors
Sensitivity fails under high EMI, causing target loss at 1.7km where noise overwhelms the signal peaks.
Our SDR Architecture
By leveraging high-dynamic range SDR and low-noise front-ends, we maintain stable 1.7km detection even within -110dBm noise floors.
More Modules = More Failure
Stacking narrowband modules may seem like a solution—but it introduces frequency gaps, instability, and thermal overload. These hidden issues often surface only after deployment, when system reliability is already compromised. Our ultra-wideband architecture replaces complexity with efficiency—delivering full coverage with minimal modules.
More Parts. More Heat. More Risk.
10+ independent modules, excessive cabling, massive thermal loads, and critical frequency gaps at band boundaries.
Fewer Modules. Full Coverage. Stable Output.
We replace complexity with ultra-wideband coverage using just 3 modules. Eliminate 99% of non-standard frequency blind spots with a 70% smaller footprint.
Ready to simplify your architecture and eliminate frequency gaps?
Explore Our ModulesOutdated Hardware Means Missed Drones — Don’t Risk Your Mission
As drone manufacturers release new communication protocols weekly, rigid hardware systems create dangerous blind spots. When the signal changes, legacy systems fail, leading to unauthorized intrusions and catastrophic security breaches.
The "Blind Spot" Risk
- Immediate Obsolescence
New protocol releases (e.g., OcuSync 4.0+) render your current hardware sensors invisible.
- Failed Interception
Unrecognized signals pass through your perimeter, resulting in mission failure.
- Prohibitive Re-investment
Updating capabilities requires physical unit replacement, draining budgets.
Adaptive SDR Architecture
- Instant Protocol Adaptation
Identify new drone signatures within minutes through software library updates.
- Continuous Airspace Control
Maintain 100% detection rates. Your system learns new digital languages in real-time.
- Future-Proof Life Cycle
A single hardware investment that stays state-of-the-art via OTA firmware deployment.
Urban Enforcement
Detect modified commercial drones used for unauthorized surveillance in dense city centers.
Industrial Security
Prevent industrial espionage by identifying custom-built drone protocols targeting remote facilities.
High-Stake Events
Ensure total coverage for VIP protection. Update system signatures on-site if new drones appear.
Ready to future-proof your security?
Update to SDR Now
Performance Means Nothing If Hardware Fails in the Field
Flexibility is powerful—but only if the hardware can survive real deployment conditions. In field deployments, things go wrong. Antenna mismatch, loose connectors, and extreme heat can kill a standard Power Amplifier (PA) in milliseconds. Our hardware is over-engineered to survive.
Self-Healing Protection
Integrated full-path protection circuits monitor VSWR in real-time, automatically adjusting power to prevent PA destruction during impedance spikes.
-40°C to +70°C Thermal range
Validated in industrial-grade thermal chambers, ensuring zero signal throttling even under the scorching midday sun or arctic conditions.
High-Redundancy Build
We use only premium, non-refurbished RF components to ensure every watt of power is continuous and reliable.
Scalable Control for Multi-Node Defense Networks
Once reliability is ensured, the next challenge is scale—deploying multiple units as one unified system. As threats scale, single-channel systems quickly reach their limits. Deploying a city-wide defense network requires more than just hardware; it requires perfect orchestration. Our cascade control logic removes the complexity of multi-device management.
Millisecond-Level RS422 Control
Chain up to 10 SDR units seamlessly. Each node is automatically identified and synchronized, allowing you to build massive, unified defense perimeters with a single controller interface.
// Direct RF Control Interface
AT+FREQ=2400000000
AT+BW=200M
AT+GAIN=35
AT+START_JUMPER
// System Ready. Tuning Latency: 8ms
Faster Integration Through Simple RF Control
Scaling a system is meaningless if integration is slow and complex.Stop wasting engineering months on proprietary driver debugging. We've simplified complex SDR operations into a standardized Serial AT Command set.
Control center frequency, 200MHz ultra-wide bandwidth, and 35-stage gain sensitivity with simple text strings. Launch your integrated solution in days, not quarters.
The fastest integration path for C-UAS software developers.
Get Integration SDK
Multi-Target Resilience with
Dual-PHY Control Architecture
Conventional single-PHY systems face critical bottlenecks when confronted with wide-band swarm attacks—often losing one target while chasing another. Our architecture overcomes these limitations through a Dual-PHY Independent Control system, ensuring RF resources remain flexible even under extreme multi-target saturation.
Single-PHY Limits
When facing multi-target wideband frequency-hopping attacks, single-channel systems often struggle to keep up, creating "blind spots" and failing to process all threats simultaneously.
Dual-PHY Advantages
Dual PHY channels operate independently or in sync, enabling simultaneous multi-target detection and high-intensity suppression with flexible, efficient RF resource allocation.
Empower your defense system to handle saturated multi-target attacks.
View Dual-PHY Technical SpecsVerified CW Power for Predictable Range
Handling multiple targets requires not just architecture—but consistent and trustworthy RF output.Don't let deceptive "Peak Power" labels ruin your system's reputation. We provide the truth in Continuous Wave (CW) performance.
The Peak Power Myth
Low-cost modules rely on momentary peaks that drop off instantly during field use, leading to failed interceptions and hardware damage.
The RF-SkyPower Promise
Every module is calibrated for stable CW saturation (Typical >0dBm / >5dBm). We utilize Tier-1 industrial silicon to ensure consistent range for the life of the deployment.
Verify your range with actual CW saturation test reports.
Download Stability Data
Maximized Energy Efficiency
from Module to Antenna
Even the most powerful RF output is ineffective without efficient energy delivery. We provide factory-tuned antenna kits designed specifically for our modules.
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VNA-Verified Impedance Matching
Achieve near-perfect energy transfer across the 100M-6GHz range. Stop losing 50% of your strike distance to reflection loss.
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Optimized Propagation Patterns
Our antenna kits are tuned to ensure that every milliwatt of output is converted into effective suppression range.
Maximized efficiency means maximized protection range.
Browse Antenna Kits
Detection Alone Isn’t Enough —
Do You Know Where It Comes From?
Effective suppression starts with knowing exactly where the threat is—and where it originates. Knowing there's a threat is one thing; knowing exactly where it is—and where it's coming from—is what changes the outcome. Our system provides a dual-axis closed loop of data.
UAV & Pilot Geographic Precision
We deliver high-precision coordinates for both the drone and the operator (Pilot) simultaneously. This tactical clarity allows for proactive interception rather than reactive defense.
Close the tactical gap between detection and neutralization.
View Geographic Mapping SDK
Visual Confirmation
for Faster Tactical Decisions
Location data is critical—but visual confirmation transforms data into actionable decisions. Detection without visualization is a partial defense. By integrating real-time FPV analog video demodulation directly into the hardware layer, we provide mission commanders with eyes on the threat.
Determine the threat level instantly—know if a drone is carrying a payload or just a lens. Real-time visual confirmation reduces decision time from minutes to seconds.
Add visual depth to your sensor integration.
Explore FPV Demodulation SpecsSignal Intelligence with Friend-or-Foe Precision
In complex RF environments, not every signal is a threat—accurate identification is essential.Advanced RF fingerprinting engine that captures the unique DNA of every transmission. Distinguish friend from foe with industrial precision.
Fingerprint Recognition
Real-time identification of unique signal characteristics ensuring no transmitter escapes radar.
Dynamic Whitelisting
Seamlessly integrate authorized communication bands to eliminate defense fatigue.
Verified Threat Logic
High-fidelity alerting system focused exclusively on hostile protocols for maximum impact.
Protect Your Reputation with Verified RF Data.
Stop guessing with nominal labels. RF-SkyPower provides source-level integration and 1.7KM field-verified performance for the world's most demanding integrators.
DIRECT SOURCE ADVANTAGE
- • 100MHz - 6000MHz Full Spectrum Coverage
- • CW Saturation Power Verification (Typical >0dBm)
- • 1v1 On-site Technical Integration Support