Exploration of efficient symmetric algorithms

Security threats have been a major concern as a result of emergence of technology in every aspect including internet market, computational and communication technologies. To solve this issue effective mechanism of “cryptography” is used to ensure integrity, privacy, availability, authentication, computability, identification and accuracy. Cryptology techniques like PKC and SKC are used of data recovery. In current work, we describe exploration of efficient approach of private key architecture on the basis of attributes: effectiveness, scalability, flexibility, reliability and degree of security issues essential for safe wired and wireless communication. The work explores efficient private key algorithm based on security of individual system and scalability under criteria of memory-cpu utilization together with encryption performance. The exploration results in AES as superior over other algorithm. The work opens a new direction over cloud security and internet of things.