WAMPIR is an advanced wide-area radio interferometry system designed for the detection, identification, and classification of space objects and aerial vehicles. The project combines distributed antenna infrastructure, precise time synchronization, proprietary computing facilities, and intelligent signal analysis, creating a modern dual-purpose solution – scientific and operational.

What is WAMPIR?

WAMPIR is an integrated antenna system utilizing radio interferometry for:

• identification of cosmic phenomena and objects,
• detection and classification of aerial vehicles,
• analysis of radio activity over a wide area.

The system enables:

• radio signal reception,
• recording and archiving,
• visualization in the form of radio spectra,
• analysis and automatic identification of signal sources.

Based on processed data, it is possible to determine, among others:

• object type,
• its size,
• flight altitude,
• movement direction,
• speed,
• predicted movement or landing location (using precise geographic coordinates).

Proprietary Computing Center

An integral part of the project is a dedicated computing center, responsible for:

• processing large volumes of data in real time,
• correlation of signals from multiple antenna stations,
• execution of AI-based detection and classification algorithms,
• trajectory modeling and predictive analysis,
• secure data storage and archiving.

As a result, WAMPIR operates as an autonomous, high-performance infrastructure capable of continuous operational activity.

Dedicated SaaS Application

The project is integrated with a proprietary SaaS application (Software as a Service), enabling:

• real-time data access,
• visualization of events and object trajectories,
• configuration of alerts and notifications,
• subscription and access management,
• access to historical analyses and reports.

The SaaS platform allows public institutions, research organizations, and technology partners to utilize the WAMPIR system without maintaining their own data processing infrastructure.

Key Functionalities

🔭 Expanded antenna network

Development of distributed infrastructure monitoring radio activity across the country. The system enables ephemeris tracking and real-time analysis of dynamic radio phenomena.

🛰 Transformation into a passive radar

The WAMPIR infrastructure can operate as a passive radar, capable of:

• drone identification,
• missile classification,
• detection of critical objects.

⏱ Precise time synchronization

Multiple antennas operate in strict synchronization using an atomic reference, enabling:

• accurate interferometry,
• high-resolution signal source localization,
• precise trajectory determination.

📡 Advanced signal detection and analysis

The system uses modern signal processing algorithms and artificial intelligence for:

• anomaly detection,
• object classification,
• identification of astronomical phenomena,
• automatic recognition of radio patterns.

Complete Technological Ecosystem

WAMPIR is a complete, integrated solution including:

• antenna system and reception infrastructure,
• proprietary computing center,
• AI-assisted data analysis,
• real-time data distribution,
• SaaS application with customer panel and subscription system,
• event notification system.

Why WAMPIR?

• Scalable distributed architecture.
• Proprietary high-performance computing center.
• Dedicated SaaS platform.
• Precision through atomic synchronization.
• Automatic AI-based object classification.
• Capability to operate as a passive radar.

WAMPIR (Wide-Area Multi-Purpose InterferometeR) is a next-generation radio interferometry system – combining science, security, computing infrastructure, and modern data analysis within a single, coherent technological platform.