# SHALOM (satellite)

> joint mission by the Israeli Space Agency and the Italian Space Agency to develop hyperspectral satellite

**Wikidata**: [Q15981047](https://www.wikidata.org/wiki/Q15981047)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/SHALOM_(satellite))  
**Source**: https://4ort.xyz/entity/shalom-satellite

## Summary
SHALOM is a joint mission by the Israeli Space Agency and the Italian Space Agency to develop a hyperspectral satellite. It is a proposed spacecraft designed for advanced Earth observation capabilities. The project involves collaboration between multiple aerospace companies from both countries.

## Key Facts
- SHALOM is a joint mission between the Israeli Space Agency and the Italian Space Agency
- It is classified as a spacecraft and a proposed entity
- The satellite is being developed as a hyperspectral imaging platform
- Manufacturers include Elbit Systems Ltd., Israel Aerospace Industries Ltd., Leonardo, and Thales Alenia Space
- It has Wikipedia pages in four languages: English, French, Indonesian, and Italian
- The project has a freebase ID of /m/0zbyl_3
- It is related to the Multi-Purpose Logistics Module used for ISS cargo transfer

### Q: What is SHALOM satellite?
A: SHALOM is a joint Israeli-Italian space mission to develop a hyperspectral satellite for Earth observation. It is being built through collaboration between aerospace companies from both countries.

### Q: Who is developing the SHALOM satellite?
A: The satellite is being developed by a consortium including Elbit Systems Ltd., Israel Aerospace Industries Ltd., Leonardo, and Thales Alenia Space, under the joint direction of the Israeli and Italian Space Agencies.

### Q: What type of satellite is SHALOM?
A: SHALOM is a hyperspectral satellite, which means it will capture detailed spectral information across many wavelengths for advanced Earth observation and environmental monitoring.

## Why It Matters
SHALOM represents a significant international collaboration in space technology between Israel and Italy, combining expertise from both nations' aerospace industries. As a hyperspectral satellite, it will provide unprecedented detail about Earth's surface composition, vegetation health, mineral resources, and environmental changes. This technology can help address critical challenges in agriculture, environmental monitoring, disaster response, and resource management. The project demonstrates how international partnerships can pool resources and expertise to create advanced space capabilities that neither country could easily develop alone. By sharing costs and knowledge, SHALOM advances both scientific understanding and practical applications of Earth observation technology.

## Notable For
- Joint Israeli-Italian collaboration in space technology
- Development of advanced hyperspectral imaging capabilities
- Multi-company consortium involving major aerospace firms from both countries
- Proposed spacecraft designed for detailed Earth observation
- International partnership model for space mission development

## Body
### Mission Overview
SHALOM is a collaborative space mission between the Israeli Space Agency and the Italian Space Agency. The project aims to develop a hyperspectral satellite that will provide advanced Earth observation capabilities through detailed spectral analysis of the planet's surface.

### Technical Development
The satellite is being manufactured by a consortium of companies including Elbit Systems Ltd. and Israel Aerospace Industries Ltd. from Israel, along with Leonardo and Thales Alenia Space from Italy. This multi-company approach combines expertise from both nations' aerospace industries to create a sophisticated Earth observation platform.

### Classification and Status
SHALOM is classified as both a spacecraft and a proposed entity, indicating it is in the development or planning phase. The project has generated enough interest to warrant Wikipedia pages in four different languages, demonstrating its significance in the international space community.

### Related Technologies
The project is connected to other space technologies, including the Multi-Purpose Logistics Module used for cargo transfer to the International Space Station. This relationship highlights the broader context of international space cooperation and technology development.