Defining The Future of Aerial Intelligence
Advanced air domain awareness and air defense operations.
Defining The Future of Aerial Intelligence
Advanced air domain awareness and air defense operations.
Defining The Future of Aerial Intelligence
Advanced air domain awareness and air defense operations.
Beyond The Horizon.
Bridging Special Operations, Advanced Sensing, & Non-Traditional Air Defense Techniques.
Beyond The Horizon.
Bridging Special Operations, Advanced Sensing, & Non-Traditional Air Defense Techniques.
Become Air-Aware. Own Your Airspace.
Detecting, tracking, and quantifying aerial threats, including aircraft, Unmanned Aerial Vehicles, unconventional aerospace activity, and anomalies with advanced sensor networks and real-time intelligence.
Where Special Operations Meets Air Domain Awareness.
Leveraging decades of operational experience to decode high-performance flight physics and unconventional aerial activities. Find what others miss. Quantifying the threat and understanding vulnerabilities.
Integrated Coherent Sensor Deployments
Long Range Optics & Imagery Analysis
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Long Range Optics & Imagery Analysis
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Active & Passive Telemetry
Monitoring real-time data streams and signal intercepts to track unconventional aerial activities.
Active & Passive Telemetry
Monitoring real-time data streams and signal intercepts to track unconventional aerial activities.
Electromagnetic Emissions Analysis
Detecting, decoding, and assessing electronic signatures to understand threats and operational vulnerabilities.
Electromagnetic Emissions Analysis
Detecting, decoding, and assessing electronic signatures to understand threats and operational vulnerabilities.
Kinematic Performance Analysis
Integrating advanced sensor networks to capture high-fidelity aerospace intelligence.
Kinematic Performance Analysis
Integrating advanced sensor networks to capture high-fidelity aerospace intelligence.
Anomaly Validation Protocol
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Anomaly Validation Protocol
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Integrating advanced sensor networks to capture high-fidelity aerospace intelligence.
Become Air-Aware. Own Your Airspace.
Detecting, tracking, and quantifying aerial threats, including aircraft, Unmanned Aerial Vehicles, unconventional aerospace activity, and anomalies with advanced sensor networks and real-time intelligence.
Where Special Operations Meets Air Domain Awareness.
Leveraging decades of operational experience to decode high-performance flight physics and unconventional aerial activities. Find what others miss. Quantifying the threat and understanding vulnerabilities.
Integrated Coherent Sensor Deployments
Long Range Optics & Imagery Analysis
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Active & Passive Telemetry
Monitoring real-time data streams and signal intercepts to track unconventional aerial activities.
Electromagnetic Emissions Analysis
Detecting, decoding, and assessing electronic signatures to understand threats and operational vulnerabilities.
Kinematic Performance Analysis
Integrating advanced sensor networks to capture high-fidelity aerospace intelligence.
Anomaly Validation Protocol
Utilizing precision optics and AI-enhanced image processing to extract critical details from aerial and orbital assets.
Integrating advanced sensor networks to capture high-fidelity aerospace intelligence.
Capabilities
A pioneering approach to air domain awareness, integrating operational expertise with beyond frontier technologies to enable greater multi-domain awareness.
Recon & Data
/
01
Tactical Data Acquisition
Multi-Sensor Deployments in Threat Area:
Cohesive air & ground sensing
Real-Time Signal Processing:
Rapid data analysis for near real time ops
Long-Range Detection and Aerial Surveillance:
Long-range reconnaissance
Recon & Data
/
01
Tactical Data Acquisition
Multi-Sensor Deployments in Threat Area:
Cohesive air & ground sensing
Real-Time Signal Processing:
Rapid data analysis for near real time ops
Long-Range Detection and Aerial Surveillance:
Long-range reconnaissance
Recon & Data
/
01
Tactical Data Acquisition
Multi-Sensor Deployments in Threat Area:
Cohesive air & ground sensing
Real-Time Signal Processing:
Rapid data analysis for near real time ops
Long-Range Detection and Aerial Surveillance:
Long-range reconnaissance
Flight Analytics
/
02
Advanced Flight Pattern Analytics
Kinematic Profiling:
Motion pattern & trajectory analysis
Predictive Modeling:
AI-driven anomaly detection
Energy & Propulsion Analysis:
Assessing unconventional performance
Flight Analytics
/
02
Advanced Flight Pattern Analytics
Kinematic Profiling:
Motion pattern & trajectory analysis
Predictive Modeling:
AI-driven anomaly detection
Energy & Propulsion Analysis:
Assessing unconventional performance
Flight Analytics
/
02
Advanced Flight Pattern Analytics
Kinematic Profiling:
Motion pattern & trajectory analysis
Predictive Modeling:
AI-driven anomaly detection
Energy & Propulsion Analysis:
Assessing unconventional performance
Intel Fusion
/
03
Intelligence Fusion & Validation
Cross-Domain Correlation:
Multi-source intelligence integration
Operational Red Teaming:
Live wargaming and defensive system validation
Data Integrity Protocols:
Treating data as evidence analysis process
Intel Fusion
/
03
Intelligence Fusion & Validation
Cross-Domain Correlation:
Multi-source intelligence integration
Operational Red Teaming:
Live wargaming and defensive system validation
Data Integrity Protocols:
Treating data as evidence analysis process
Intel Fusion
/
03
Intelligence Fusion & Validation
Cross-Domain Correlation:
Multi-source intelligence integration
Operational Red Teaming:
Live wargaming and defensive system validation
Data Integrity Protocols:
Treating data as evidence analysis process
Field Ops
/
04
Field Operations & Material Recovery
Expeditionary Investigations:
On-site anomaly assessment
Material Science Examination:
Physical & forensic analysis
Public Disclosure Pathways:
Responsible data dissemination
Field Ops
/
04
Field Operations & Material Recovery
Expeditionary Investigations:
On-site anomaly assessment
Material Science Examination:
Physical & forensic analysis
Public Disclosure Pathways:
Responsible data dissemination
Field Ops
/
04
Field Operations & Material Recovery
Expeditionary Investigations:
On-site anomaly assessment
Material Science Examination:
Physical & forensic analysis
Public Disclosure Pathways:
Responsible data dissemination
"We are shaping the future of aerial intelligence—one that embraces the adaptive nature of technology and emerging threats, analyzes the unconventional, and pushes the boundaries of capabilities."
Bridging next-gen aerospace intelligence with cutting-edge analysis and furthering the understanding of the threat environment.
James Fowler
SKYWATCHER
+3
SKYWATCHER
+3
Meet our team
A team of former special operators, military aviators, intelligence officers, and national security leaders leveraging operational expertise to advance aerospace intelligence and provide our one-of-a-kind understanding of the multi-domain threat environment.
Meet our team
A team of former special operators, military aviators, intelligence officers, and national security leaders leveraging operational expertise to advance aerospace intelligence and provide our one-of-a-kind understanding of the multi-domain threat environment.
400+
Years of Combined
& Highly Unique Experience
400+
Years of Combined
& Highly Unique Experience
400+
Years of Combined
& Highly Unique Experience
20+
Experts in
Aerospace, Defense, & National Security Strategy
20+
Experts in
Aerospace, Defense, & National Security Strategy
20+
Experts in
Aerospace, Defense, & National Security Strategy
1,000s
Threat Sorties
Analyzed
1,000s
Threat Sorties
Analyzed
1,000s
Threat Sorties
Analyzed
Our process
A structured approach to aerial threat detection and intelligence gathering of multi-domain objects. Our multi-phase workflow ensures that each observation is technically investigated, rigorously validated, scientifically analyzed, and carefully integrated into a growing body of aerospace intelligence—laying the groundwork for future material recovery and public examination.
Our process
A structured approach to aerial threat detection and intelligence gathering of multi-domain objects. Our multi-phase workflow ensures that each observation is technically investigated, rigorously validated, scientifically analyzed, and carefully integrated into a growing body of aerospace intelligence—laying the groundwork for future material recovery and public examination.
01
Detection & Data Collection
Leveraging multi-domain sensor platforms to detect anomalies in flight behavior, electromagnetic emissions, and non-conventional propulsion signatures.
01
Detection & Data Collection
Leveraging multi-domain sensor platforms to detect anomalies in flight behavior, electromagnetic emissions, and non-conventional propulsion signatures.
01
Detection & Data Collection
Leveraging multi-domain sensor platforms to detect anomalies in flight behavior, electromagnetic emissions, and non-conventional propulsion signatures.
02
Multi-Sensor Correlation & Validation
Cross-referencing data from telemetry systems, infrared, optical, and SIGINT sources to eliminate false positives and verify authenticity.
02
Multi-Sensor Correlation & Validation
Cross-referencing data from telemetry systems, infrared, optical, and SIGINT sources to eliminate false positives and verify authenticity.
02
Multi-Sensor Correlation & Validation
Cross-referencing data from telemetry systems, infrared, optical, and SIGINT sources to eliminate false positives and verify authenticity.
03
Flight Dynamics & Signature Analysis
Assessing kinematic performance, energy output, and maneuverability characteristics to identify patterns beyond conventional aerospace capabilities.
03
Flight Dynamics & Signature Analysis
Assessing kinematic performance, energy output, and maneuverability characteristics to identify patterns beyond conventional aerospace capabilities.
03
Flight Dynamics & Signature Analysis
Assessing kinematic performance, energy output, and maneuverability characteristics to identify patterns beyond conventional aerospace capabilities.
04
Intelligence Production & Reporting
Compiling findings into structured reports, ensuring accurate dissemination to defense, aerospace, and scientific communities—while driving the pursuit of physical evidence for further analysis.
04
Intelligence Production & Reporting
Compiling findings into structured reports, ensuring accurate dissemination to defense, aerospace, and scientific communities—while driving the pursuit of physical evidence for further analysis.
04
Intelligence Production & Reporting
Compiling findings into structured reports, ensuring accurate dissemination to defense, aerospace, and scientific communities—while driving the pursuit of physical evidence for further analysis.
FAQ
We know the questions are as important as the answers. Whether you're a defense and aerospace professional or a researcher seeking to learn more, here’s what you need to know about Skywatcher.
FAQ
We know the questions are as important as the answers. Whether you're a defense and aerospace professional or a researcher seeking to learn more, here’s what you need to know about Skywatcher.
What is Skywatcher, and what do you do?
Skywatcher is an independent initiative focused on aerial intelligence, advanced sensing, and unconventional aerospace research. We combine expertise from special operations, intelligence, and aviation to analyze flight dynamics, electromagnetic signatures, and sensor anomalies in the airspace.
Is Skywatcher a direct extension, surrogate for, or acting as a public messaging conduit for the US Government or any element of the US Intelligence Community?
No. Skywatcher is an independent and private entity. While our team is composed of many subject matter experts who are former members of the US Government, we collaborate with industry experts, researchers, and policymakers. As an organization, we are committed to operating very transparently and independently from government agencies in service to the public good and in the interest of humanity.
Do you have physical materials or recovered craft?
Skywatcher is actively engaged in the public recovery and analysis of exotic aerospace materials. While we do not currently claim possession of such materials, our research, partnerships, and field operations are strategically designed to identify, analyze, and, when possible, secure physical evidence for rigorous public examination.
Will your findings be made public?
Skywatcher believes in responsible transparency. While some research is conducted with private-sector partners, we prioritize making key insights available through reports, briefings, and select public releases.
How do you differentiate between conventional and unconventional aerospace events?
Our process is rooted in multi-sensor validation, electromagnetic analysis, and kinematic profiling. We examine speed, acceleration, energy output, and maneuverability against known aerospace technologies to filter conventional aircraft from anomalies.
Can independent researchers or organizations collaborate with you?
Yes. We welcome collaboration with experts in physics, aerospace engineering, defense technology, and advanced sensing. Our goal is to refine methodologies and expand the understanding of aerial phenomena.
Do you conduct field investigations or recover data from past UAP cases?
While our focus is forward-looking, we do technically assess historical sensor data and validated case studies. If legacy cases provide useful telemetry or performance data, they are integrated into our broader research efforts.
How does Skywatcher fund its research?
Skywatcher is funded through private partnerships and professional consulting engagements. We maintain independence by ensuring funding sources align with our mission of rigorous, transparent aerospace research.
Will there be public events or briefings?
Yes. Skywatcher aims to provide updates through public briefings, industry conferences, and controlled data releases. Our goal is to engage professionals and the public in meaningful discussions about aerial intelligence and aerospace phenomena.
What is Skywatcher, and what do you do?
Skywatcher is an independent initiative focused on aerial intelligence, advanced sensing, and unconventional aerospace research. We combine expertise from special operations, intelligence, and aviation to analyze flight dynamics, electromagnetic signatures, and sensor anomalies in the airspace.
Is Skywatcher a direct extension, surrogate for, or acting as a public messaging conduit for the US Government or any element of the US Intelligence Community?
No. Skywatcher is an independent and private entity. While our team is composed of many subject matter experts who are former members of the US Government, we collaborate with industry experts, researchers, and policymakers. As an organization, we are committed to operating very transparently and independently from government agencies in service to the public good and in the interest of humanity.
Do you have physical materials or recovered craft?
Skywatcher is actively engaged in the public recovery and analysis of exotic aerospace materials. While we do not currently claim possession of such materials, our research, partnerships, and field operations are strategically designed to identify, analyze, and, when possible, secure physical evidence for rigorous public examination.
Will your findings be made public?
Skywatcher believes in responsible transparency. While some research is conducted with private-sector partners, we prioritize making key insights available through reports, briefings, and select public releases.
How do you differentiate between conventional and unconventional aerospace events?
Our process is rooted in multi-sensor validation, electromagnetic analysis, and kinematic profiling. We examine speed, acceleration, energy output, and maneuverability against known aerospace technologies to filter conventional aircraft from anomalies.
Can independent researchers or organizations collaborate with you?
Yes. We welcome collaboration with experts in physics, aerospace engineering, defense technology, and advanced sensing. Our goal is to refine methodologies and expand the understanding of aerial phenomena.
Do you conduct field investigations or recover data from past UAP cases?
While our focus is forward-looking, we do technically assess historical sensor data and validated case studies. If legacy cases provide useful telemetry or performance data, they are integrated into our broader research efforts.
How does Skywatcher fund its research?
Skywatcher is funded through private partnerships and professional consulting engagements. We maintain independence by ensuring funding sources align with our mission of rigorous, transparent aerospace research.
Will there be public events or briefings?
Yes. Skywatcher aims to provide updates through public briefings, industry conferences, and controlled data releases. Our goal is to engage professionals and the public in meaningful discussions about aerial intelligence and aerospace phenomena.
What is Skywatcher, and what do you do?
Skywatcher is an independent initiative focused on aerial intelligence, advanced sensing, and unconventional aerospace research. We combine expertise from special operations, intelligence, and aviation to analyze flight dynamics, electromagnetic signatures, and sensor anomalies in the airspace.
Is Skywatcher a direct extension, surrogate for, or acting as a public messaging conduit for the US Government or any element of the US Intelligence Community?
No. Skywatcher is an independent and private entity. While our team is composed of many subject matter experts who are former members of the US Government, we collaborate with industry experts, researchers, and policymakers. As an organization, we are committed to operating very transparently and independently from government agencies in service to the public good and in the interest of humanity.
Do you have physical materials or recovered craft?
Skywatcher is actively engaged in the public recovery and analysis of exotic aerospace materials. While we do not currently claim possession of such materials, our research, partnerships, and field operations are strategically designed to identify, analyze, and, when possible, secure physical evidence for rigorous public examination.
Will your findings be made public?
Skywatcher believes in responsible transparency. While some research is conducted with private-sector partners, we prioritize making key insights available through reports, briefings, and select public releases.
How do you differentiate between conventional and unconventional aerospace events?
Our process is rooted in multi-sensor validation, electromagnetic analysis, and kinematic profiling. We examine speed, acceleration, energy output, and maneuverability against known aerospace technologies to filter conventional aircraft from anomalies.
Can independent researchers or organizations collaborate with you?
Yes. We welcome collaboration with experts in physics, aerospace engineering, defense technology, and advanced sensing. Our goal is to refine methodologies and expand the understanding of aerial phenomena.
Do you conduct field investigations or recover data from past UAP cases?
While our focus is forward-looking, we do technically assess historical sensor data and validated case studies. If legacy cases provide useful telemetry or performance data, they are integrated into our broader research efforts.
How does Skywatcher fund its research?
Skywatcher is funded through private partnerships and professional consulting engagements. We maintain independence by ensuring funding sources align with our mission of rigorous, transparent aerospace research.
Will there be public events or briefings?
Yes. Skywatcher aims to provide updates through public briefings, industry conferences, and controlled data releases. Our goal is to engage professionals and the public in meaningful discussions about aerial intelligence and aerospace phenomena.
