By definition, organizations are networks of people who communicate with each other. Depending on the complexity of an organization, communication can flow internally and externally, vertically and horizontally and formally and informally. Communication is the lifeblood of all organizations: it links employees to each other, to various levels of management, and to resource holders needed for the company's operation. Through communication, organizations acquire its primary resources (such as labor, capital, and raw materials) and develop valuable secondary resources (such as image, reputation, legitimacy or brand). Not all organizational communications are necessarily work related or even aligned with organizational objectives; however all communications do influence the perception of participants and observers about organization and its activities.
Organizational Communication itself is a very challenging subject because there is always room for improvement. Each improvement can result in strategic advantages to the company practicing it by greatly affecting the company's operational effectiveness, therefore leading to higher productivity and profitability. Research conducted by Watson Wyatt Worldwide (a management consulting service and a provider of human capital in more than 30 countries), effective communication has been shown to be a leading indicator of financial performance. Study of 267 U.S. companies and found that:
- Companies that communicate effectively have a 19.4 percent higher market premium than companies that do not
- Shareholder returns for organizations with the most effective communication were over 57 percent higher over the last five years than were returns for firms with less effective communication
- Firms that communicate effectively are 4.5 times more likely to report higher levels of employee engagement versus firms that communicate less
- Companies that are highly effective communicators are 20 percent more likely to report lower turnover rates than their peers
- On average, firms within the financial and retail trade sectors rank among the most effective communicators. Health care, basic materials, telecommunications and other service companies rank among the least effective communicators
In modern cryptography more than twenty different encryption algorithms are known. If they are properly implemented and used with a key long enough, they can be quite strong. The most commonly used algorithms are hash functions (GOST R 34.11-94, SHA-1, SHA-2, MD4, MD5, MD6), asymmetric encryption system (RSA, Digital Signature ElGamal), symmetrical system (GOST 28147-89 , DES, AES, Twofish, Blowfish, Camellia, RC4, IDEA). In many countries, some of these encryption systems were approved as national standards.
An algorithm that successfully resisted cryptanalysis is considered strong. The strength criteria are usually formal and do not have any strict numerical expressions. For example, an algorithm that requires unattainable computing power will be considered as strong. Or the one that will require so much time to be hacked, that the encrypted information will lose its relevance and value to the cracker.
In the field of computer security, often can be encountered specialists’ debates on the information disclosure policy (or on the contrary, secrecy). Few decades ago, the most important for the software vendors as well as for the cryptographic algorithm vendors was the policy of non-disclosure, and thus the code itself with in particular the information on all known vulnerabilities, so-called weaknesses of the program or “crypto cipher”, that remained a mystery and was kept in secrecy. Often, such a policy is called «Security through Obscurity».
Nowadays, with the development of data networks more importance is given to the information safety than before. Information is both a product and a major competitive advantage, for this reason many things that some people try to keep in secret, other will necessarily want to unveil. That is why when sending sensitive data over insecure channels, various encryption algorithms should be used. Cryptology or knowledge system, proposes a scientific approach to study these algorithms, it is sub-divided into cryptography (the science of privacy and encryption) and cryptanalysis.
Cryptography, or cryptology, is the study of hiding information. While this seems simple, keep in mind that modern cryptography is a combination of computer science, engineering and mathematics, a complex algorithm designed to protect some of today's most vital information. From the ATM card in your wallet to the information you type into your computer to access your bank account, all of this is protected by cryptography.
Cryptography, which includes both encryption and decryption, is one of the most important tools you have to protect yourself. Hands down, there is nothing that will protect you more so than having your data protected by a trustworthy software product. Most people do not think anything of cryptography. They may not even know what it is. However, what you may believe is protecting you is not.
Raynon CryptoNote is effective for encryption in a number of circumstances. What Can Raynon CryptoNote do? It encrypts data. However, unlike those systems that encrypt data through the use of a file selection (you choose a file to encrypt) CyrptoNote works through an interface where your data is placed.