The PALLAS reactor, currently under development for the Pallas Foundation, is designed to support radioisotope research and production for medical uses. It will replace the High Flux Reactor (HFR), in Petten, the Netherlands.

This multipurpose reactor will have a strategic impact on the fields of health, science, technology, and industry. INVAP is the main contractor to the Argentine National Commission of Atomic Energy (CNEA, in Spanish) to carry out this project, located at the Ezeiza Atomic Center.

ARSAT-SG1 will be the third satellite in INVAP’s geostationary fleet, with the company serving as ARSAT’s main contractor. It will be electrically propelled, will provide Ka satellite broadband and will be equipped with the latest technology to deliver connectivity to any point in Argentina and to neighboring countries.

INVAP is the main contractor to the Argentine National Space Activities Commission (CONAE, in Spanish) to provide the flight segment for the SABIA-Mar mission (Satellite for Applications Based on Information from the Marine environment). This Earth observation satellite is aimed at studying the ocean and coastal areas, providing valuable data for the scientific and productive sectors.

The RMAs generate real-time information on the location and intensity of rainfall and storms. Using this data, the National Meteorological Service (SMN, in Spanish) issues forecasts and warnings that help protect the people and plan productive activities. INVAP is the main contractor to the Undersecretariat of Water Resources for these radars, which are part of the SMN’s SINARAME project, the Argentine System of Meteorological Radars.

The RPA-200 is the most advanced radar system we have developed. Designed for air surveillance, border control, and the protection of sovereign airspace, these long-range 3D systems are capable of detecting and tracking aircraft over long distances and at high altitudes, providing comprehensive coverage of the airspace even in demanding environments. Its design combines advanced technologies in a robust, reliable solution, while its mobile configuration enables rapid deployment wherever it is needed. Project under development for the Argentine Army.

The Argentine Proton Therapy Center is the first of its kind in the Southern Hemisphere. It will be equipped with state-of-the-art technology for conventional radiotherapy and proton therapy treatments. INVAP is the main contractor to the Argentine National Commission of Atomic Energy (CNEA, in Spanish) for this turnkey project, which covers design, civil works, equipment supply, commissioning, and personnel training. The Center is currently in the final stages of construction. It comprises approximately 8,000 square meters distributed across four floors.

A command-and-control system that integrates real-time information from satellites, drones, sensors, and IoT devices. ALEPH uses artificial intelligence to provide multidomain situational awareness and support decision-making in critical environments. Its flexible and interoperable architecture enables the conduct of operations, resource coordination, and scenario modeling at the strategic, operational, and tactical levels. Deployed at the Forest Fire Prevention and Response Service (SPLIF, in Spanish) of the Province of Río Negro for firefighting. There is also a prototype in Antarctica for monitoring operations in extreme environments.