Measurement and Signature Intelligence (MASINT) is the analysed information collected by different sensors.

It was initially explained to me as ‘Scientific Intelligence’…

MASINT is important in detecting, tracking and identifying targets to determine where they’ve come from, and more importantly, where they’re going.

MASINT works by using sensors to identify the distinctive characteristic of either a fixed or moving targets.

MASINT information comes from;

• Radar;
• Radio Frequencies;
• Geo-Physical;
• Nuclear Radiation; and,
• Electro-optical sensors.

How does MASINT Work?

MASINT uses sensors to identify the distinctive characteristic of fixed, changing or moving targets.

This is important in detecting, identifying and tracking threats such as missiles, enemy submarines or aircraft.

In the simplest terms, MASINT involves using specially designed sensors to collect and analyse information associated with either a source, emitter, sender or receiver that isn’t collected through other means.

MASINT provides identification, early warning and tracking capabilities derived from various sensors. This information is utilised to assess impact locations or provide early warning.

Explain MASINT like I’m 5. 

MASINT uses sensors to identify different emissions from different things. 

It’s the collection (and analysis) of signatures which is used for Intelligence collection.

Basically, all devices generate unique ‘signature’, whether it’s electronic, geospatial, or magnetic for example – which is then analysed to identify it’s a unique signature.

This intelligence discipline incorporates different collection methods but is intended to provide intelligence about enemy weapons and equipment. For example, MASINT is used to detect and track missiles, or enemy submarines in the ocean.

Here’s an example: Let’s say we’ve identified a radio frequency being used to transmit encrypted communications – while it might not be possible to decipher the communication, MASINT allows us to collect information related to the transmission rather than the content itself.

This is used in a military context for identifying and locating different types of enemy equipment, points of origin or pattern of life.

Modern Artillery Batteries are often equipped with ‘counter-battery radar’ which uses MASINT to identify an enemy’s artillery position. This radar locates an enemies position based on the signature of the projectile, thus allowing return fire against that position.

Activity

Using open sources, research a MASINT sensor or a collection asset.

Post about how it works in the comments below.

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