Benefits of Elliptic Curve Cryptography
ECC key is highly useful for the present generation because more people are using Smartphones. With the increase in the use of smartphones, there is a growing need for flexible encryption for businesses to meet the increasing security needs. The key benefits are discussed in our Elliptic Curve Cryptography ECC homework writing help as follows:
Stronger keys: ECC is the newest encryption method that provides stronger security. When we compare the DSA and RSA algorithms, then ECC 256-bit is equal to the RSA 3072-bit key. The key is kept short because of secure and fast connection, less computational power, and ideal for tablet and Smartphone.
The National Security Agency and the US government have certified ECC. Due to the mathematical problem of the algorithm of ECC, it is difficult to break by hackers compared to DAS and RSA. It means that the ECC algorithm guarantees infrastructure and web site safely compared to traditional methods securely.
Shorter key size: ECC certificates enable key size to stay small while offering a greater security level. The creation method of the ECC certificates key is completely different from earlier algorithms while depending on private key for decryption and public key for encryption. By beginning small and slow growth, ECC has a longer lifespan. ECC is likely to become the next generation cryptographic algorithm.
Need for Elliptic Curve Cryptography
The need for Elliptic Curve Cryptography ECC is highlighted in our Elliptic Curve Cryptography assignment help online:
Web standards: Companies need to use web server standards. Several web servers run on a domain name and they can handle DSA, RSA, and ECC. A few web servers cannot handle multiple algorithms and they can use a single certificate on a web browser.
Customers’ identity: Government entities have begun to accept ECC and DSA. They are needed for government branches, government subcontracts for the internal exchange of communication.
Authentication speed: ECC, DSA, and RSA have different velocity for authentication and verification. ECC is faster regarding server authentication, RSA is rapid regarding client authentication. In the RSA key, signature verification is quick compared to the ECC key. The processing power, transaction types, bandwidth, storage capacity, power consumption influence greatly the algorithm selection.
A vital role in selecting an algorithm standard is the number of connections. ECC is able to handle more connections compared to RSS algorithms. Organizations have to maintain the balance between user experience, security, and IT infrastructure cost included in a networking process.