According to Wikipedia, an algorithm is a base of mathematical rules that defines a series of operations to obtain a certain purpose. It is also an ordered and finite set of operations that allows finding the solution to a problem.
An algorithm is a formula or a sequence of steps that are useful for solving a problem. It must be independent of the syntax of a particular programming language since it is the realization of a plan and is a means of defining the logic to communicate ideas between people (however an algorithm can take into account with which other algorithms flow).

Also, the modern meaning of the algorithm is quite similar to a recipe, process, method, technique, procedure, routine, except that the word algorithm connotes precisely something a little different. It has to be a finite set of rules that give a sequence of operations to solve a specific type of problem.
Algorithms are found in almost every activity of daily life; some algorithms guide the process to follow: Register the vehicle, Load balance on a cell phone, Enroll in a course, Prepare a specific food and/or drink, among others.
This means that in reality, all the activities that are carried out are algorithms because they indicate the ordered steps that must be followed to achieve a specific task. The algorithms use natural language, that is, phrases in their language, but very clear so that anyone who reads them can understand and execute them.


  • It is said that it is ordered, because the alteration of the steps, can lead to not fulfilling the objective.
  • Finite, because it must have a beginning and an end.
  • General, because every time the algorithm is executed, the same result must always be reached.
  • An algorithm must be precise and indicate the order of completion of each step.
  • An algorithm must be defined.
  • If an algorithm is followed twice, the same result must be obtained each time. An algorithm must be finite.
  • If an algorithm is followed it must end at some time; that is, it must have a finite number of steps.
  • They will be designed in such a way that their modifications are easy to carry out.
  • The philosophy used for their design should favor the division of the problem into small modules.
  • The definition of an algorithm must define three parts. : Input, Process, and Output

For example, if the algorithm adds two numbers, regardless of the values ​​of the numbers, at the end of the instructions, the sum of them must always be obtained.
Algorithms were normally used in professional software for the optimization of some industrial processes or as market intelligence tools. Within its faculties, it can generate predictive calculations, under all kinds of variables.
This has given immense possibilities to differentiate products or services around some type of technology. Also, cheapening and increasing access to computers, video games, and mobile devices have allowed the development of this type of rules, to become more intuitive.

What are the algorithms used for?

Once you have set the terms of what an algorithm is, you will ask how they are used in our daily life. When a developer creates a program, in essence, what he is creating is a set of algorithms. A computer program is a set of commands that are given to the machine, written in a specific language, to perform a series of specific operations to obtain a result.
As you can suppose, a computer, "raw", does not understand human language. That is why, to communicate with your team, the program uses the programming languages. The programming language is, then, the tool that serves as a bridge between human language and the language that the machine can understand. Thanks to it, the programmer can elaborate the algorithms and create a series of instructions that the computer can "understand" thanks to the programming language and obey (since, for the moment, the computers do not have their own will, they do not have another remedy to do so).

What is the future of the algorithms?

Rather than thinking about the future of algorithms, some people would say that the future belongs to them. An algorithm is, in fact, at the heart of technologies potentially as powerful as artificial intelligence.


A Product is everything that can be used for a specific purpose. It is the result of a series of procedures to assemble, build, manufacture and produce some object with a useful function for people.
Product is a distinctly generic word that describes the achievement of a chain of manufacturing steps. There is a mathematical concept that does not depart much from the above because a product is all that result of any operation, the application of mathematics in more specific and technical fields show us the product as the process of multiplication, however, this can be considered an application idiom.

The product is also the profit obtained from a business, the relationship of this is maintained because it generates a stable profit, it is a sum product of operation so that all the result of this is the product, it is profit. Marketing establishes that the products are the elements manufactured with the destiny of satisfying the customer.
The product is that fundamental element in the manufacturing companies, which produce large quantities of products in order to cover a demand by the consumer, it is important to highlight the innovation that keeps in constant movement in the relationship of the product with the consumer, this happens in order to keep the customer faithful to the product that the company distributes, this contributes in several ways to the companies, because they always keep the production line and the customer's fascination with the product.

Marketing is responsible for the distribution of products, these should cause an impact on the favorable society for the realization of a productive chain of this, it is important to keep the customer satisfied with what is being offered.
From a more generic point of view we obtain that the products are extracted from nature, it is imperative for a community that tries as a society to manufacture something to develop a product, to extract from the planet the necessary elements to assemble it, nothing results from nothing by what It is necessary a systematic control in the elaboration of products, in this control is added the purpose of returning to the earth what was taken from it, in the same way or in a better way, this in order to maintain the stability of the generation .

The Difference Between an Algorithm and a Product

Knowing that it is a product and that it is an algorithm, now we will proceed to differentiate them, mainly the algorithm that gives origin to the product.
Since when you want to create a new product, it goes through a series of manufacturing and assembly stages in which the algorithms are used Likewise, if the product itself is a computer program, the algorithm will give origin to said program, since the algorithm is the basis of computer language.
In the same way, another difference is that the product is part of the marketing, while the algorithm is part of programming and informatics Nowadays with the advancement of technology, the algorithm has become more advanced as well as the programs and the products, so they have evolved together.
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