# Can Elliptic Curve Cryptography be Trusted? A Brief

government has led the way in which, in their opinion, sufficient for secure communication. At the beginning of the public-key systems are secure assuming that it is difficult to factor a large integer composed of two or more large Prime factors. For example, if we consider that the encryption cryptography would be synonymous with a type of car, say a BMW, then equivalent to all cars, regardless of the type. As with other technologies in the past, the U.S. To recap the lesson summary, encryption is the process of converting information in one form to another. Fortunately, points on a curve displayed in an inversion, can be in different coordinate systems, which do not require you to add two points. Elliptic curve cryptography is a well-known extension of public-key cryptography, to increase the on elliptic curves to the strength and reduce the pseudo-prime size. In comparison with Shor’s algorithm to break the RSA algorithm 4098 qubits and 5.2 trillion Toffoli requires gate for a 2048-bit RSA key, which indicates that the ECC is an easier target for a quantum computer as RSA.. The algorithm is based on the fact that the encryption is easy, and the decryption is hard, so that the decryption impractical without the key. ECC is based on properties of a certain type of equation from the mathematical group (a set of values for which operations can be performed on two members of the group, a third member) derived from points where the line cuts the axes. All of these figures are significantly quantum computer is ever built, exceed, and estimates far the creation of such a Computer as a decade or more

#### Benefits of Elliptic Curve Cryptography

The structure of the group is inherited from the divisor group of the underlying algebraic variety.

1. Secondly, if you draw a line between any two points on the curve, the line intersects the curve in only one other place.
2. Certicom focused its efforts on creating better implementations of the algorithm to improve its performance..
3. Public-key algorithms create a mechanism for the exchange of keys among a large number of participants or entities in a complex information system.
4. Their use in cryptography was first proposed in 1985 (separately) by Neal Koblitz from the University of Washington and Victor Miller at IBM.
5. An elliptic curve is not an ellipse (oval shape), but is shown as a loop line intersecting two axes (lines in a diagram are used, the position of a point).

However, there is widespread use because of concerns about weaknesses in certain curves is not to be seen. He believes that the ECC offers a unique potential as a technology that could be implemented worldwide and across all devices.

Systems based on these primitives, an efficient identity-based encryption as well as pairing-based signatures, signcryption, key agreement, and proxy re-encryption. This extension uses the properties of an elliptical curve, the same few keys, and some funky math (which I don’t here), to align to encrypt and decrypt the information. To back is to decrypt, apply the private key to the pseudo-random number with a predefined process (several times), to the target information.. To encrypt, the public key is applied to the target information, the use of a predefined process (several times) to generate a pseudo-random number. ECC generates keys through the properties of the elliptic curve equation instead of the traditional method of generation as the product of very large Prime number p. Equations based on elliptic curves have the property that they are very valuable for the purposes of cryptography: they are relatively easy and make it extremely difficult to undo. After many years of research, Certicom is the first commercial toolkit introduced on the support of ECC and make it practical for use in a variety of applications. According to some researchers, ECC can yield a level of security with a 164-bit key that other systems require a 1,024-bit to reach the keys. Because ECC helps in the creation of an equivalent security with lower computing power and battery resource usage, it is used increasingly for mobile applications. Nigel Smart, a Hewlett-Packard researcher, discovered a bug in which certain curves are extremely vulnerable. In fact, the NSA is moving away from it citing the fear that the latest technologies and attacks, take advantage of any weakness. ECC from Certicom, a mobile e-business security provider, and was licensed recently by Hifn, a manufacturer of integrated circuits ( IC ) and network security products. However, Philip Deck, Certicom says that, while there are curves, the vulnerable, those implementation of the ECC would be to know which curves are not to be used. They are also used in several integer factorization algorithms based on elliptic curves applications in cryptography, such as Lenstra elliptic curve factorization. The longer an algorithm is to to attack the more trust, the developer, in its ultimate security