Six Principle Processes of the Intelligence Cycle

Intelligence cycle was developed to allow analysts to master the basics of production of intelligence products. These practices are usually indicated by five processes represented in different rotation models. In the next article, we will introduce the sixth step entitled "Policy and National Security Requirements" and will discuss six iterative processes, policies and national security requirements, planning and guidance, collection, process and development, analysis And analyze the spread.

The intelligence process, traditionally known as the intelligence cycle, explains and outlines six widely recognized standard procedures for converting raw data and information into value-added intelligence for actions . Ideally, the process begins with a decision or task, then a planning phase, after which the analyst participates in the collection of information and data that must be evaluated against an officially recognized evaluation system (see page 35 ). The next step is the actual processing phase. We organize and construct available data and information and insert it into the database. It then analyzes data and information and communicates to customers (managers, researchers, or other people who are responsible for analysts or other people who are requesting support for analytical analysis) and other relevant stakeholders It will produce smart products. Smart products are valued by customers based on needs and requirements.

Introduction Smart Loop is an outdated but obsolete model. Basically, we try to visualize information as a process, not just a product. Therefore, by trying a brief summary of a complex program, the loop will easily distort the dynamic change, the operational reality, and the value or overvaluation of certain parts of the process. - Krebs cycle is a series of reactions occurring within the mitochondria, resulting in the formation of ATP and other molecules that undergo further reaction to form more ATP. Cell respiration can be divided into 4 sequences. The first order is glycolysis, which breaks down glucose molecules into two pyruvate molecules. Transformation occurs in the matrix of mitochondria, this is called the beginning of aerobic respiration

Paul Andersen describes the process of aerobic and anaerobic cell respiration. He first briefly introduced the two processes. Then he explained the important part of the mitochondria. He explained how to transfer energy to ATP via glycolysis, clev cycle, electron transport system.