Great Wall Information Security

Security Issues


Cryptography


Next to human resources, information is the most important asset of an organization. Security and risk management correlate to the right and effective administering of information. To protect the systems and networks of an organization, information security personnel attempt to achieve three outcomes: information availability, integrity, and confidentiality. However, one should always keep in mind that the concept of total security is an elusive one. Frequent breaching of information security is an expected unpleasant fact. In a layered security model, it is often necessary to implement one leakage prevention tool enwrapped around sensitive information. “Encryption” is the major instrument and the last line-of-defense against digital threats and data leakage. Encrypting information means hiding its meaning to an attacker by temporarily scrambling it using a shared secret between the sender or initiator and the receiver or terminator. Encryption is not a security nostrum. It will not solve all the information security issues of an organization. Rather, it is simply one, however important, ascendance among many other. In the next few lines, we investigate the history of encryption, its challenges, and its functionality in information security architectures.


Cryptography is a science, which applies mathematical and logical rationality to design strong encryption methods. Achieving strong encryption that thwarts cryptographic attacks requires intuitive and creative leaps to improve known algorithms or to develop entirely new methods. Therefore, cryptography is also an art. The driving force behind hiding the meaning of information was war. Sun Tzu wrote,


“Of all those in the army close to the commander none is more intimate than the secret agent; of all rewards none more liberal than those given to secret agents; of all matters none is more confidential than those relating to secret operations.”

Human elements of war require information. Keeping the shared information secret, ensures appreciable advantages of maneuvering, timing, and above all, the element of surprise. Hiding the meaning of information guarantees its secrecy. The history of cryptography goes back to the times of Ancient Egyptians. Early cryptographers used three methods to encrypt information: substitution, transposition, and codes. By the mid-nineties, it was obvious that the field of Cryptography had changed in a very impressive way. Regardless of some governments’ attempts, Cryptography, driven by the ever heightening of computer performance, new discoveries by worldwide researchers was moving at an astounding fast pace. However, rationales remained the same no matter the resulting cryptographic wide-open state where codes multiply ungoverned. No institution could ever hope to handle the antediluvian encounter of cryptographic design and cryptographic analysis or attacks. Emerging concepts in Cryptography such as Polymorphic and Metamorphic cipher design, Hash functions, Key Distribution and Key Hopping Techniques are among the ever-expanding field of Cryptography.  

With communications evolving at a phenomenal pace it’s essential that you effectively respond to this changing marketplace and answer to the growing demand for information security. You need to offer globally accessible, flexible and innovative services  to maintain competitive advantage, while simultaneously reacting rapidly to new markets and delivering value-added services. Our advanced encryption techniques can help you confidently meet the multiple challenges of the 21st Century communications environment.


The only way to ensure that your readiness for a digital threat is to build digital resilience into your information system. By combining the commonly accepted standards for cyber security, ISO and business continuity, ISO 22301, organizations are able to follow a comprehensive approach to being resilient to digital attacks. These standards include recommendation for firewalls and encryption algorithms utilized. Would-be hackers are quiet familiar with standard firewall procedures. They exchange and update their information almost daily through different communication channels. Some of your security personnel may have become complacent while the challenges are enormous. The same thing can be said regarding “standard encryption algorithms” were their key space has been dramatically reduced. The technologies developed in the nineties may prove to be inadequate for the type of computers available now in the market. Therefore, Digital Resilience  Preparedness Gear, we will call it DRPG, are essential for your organization information security. These standards will help your organization to implement an information security measures to operate in cyberspace while extenuating digital threats and risks. Some of these measures includes the information security standards ISO27001 and ISO27002 and the business continuity standards ISO22301 and ISO22313.
The only way to ensure that your readiness for a digital threat is to build digital resilience into your information system. By combining the commonly accepted standards for cyber security, ISO and business continuity, ISO 22301, organizations are able to follow a comprehensive approach to being resilient to digital attacks. These standards include recommendation for firewalls and encryption algorithms utilized. Would-be hackers are quiet familiar with standard firewall procedures. They exchange and update their information almost daily through different communication channels. Some of your security personnel may have become complacent while the challenges are enormous. The same thing can be said regarding “standard encryption algorithms” were their key space has been dramatically reduced. The technologies developed in the nineties may prove to be inadequate for the type of computers available now in the market. Therefore, Digital Resilience  Preparedness Gear, we will call it DRPG, are essential for your organization information security. These standards will help your organization to implement an information security measures to operate in cyberspace while extenuating digital threats and risks. Some of these measures includes the information security standards ISO27001 and ISO27002 and the business continuity standards ISO22301 and ISO22313.

With communications evolving at a phenomenal pace it’s essential that you effectively respond to this changing marketplace and answer to the growing demand for information security. You need to offer globally accessible, flexible and innovative services. 
With type-1 encryption, geographically distributed corporate teams can work securely together. 

Type-1 encryption is your last line of defense against Advanced Persistent Threats (APT) that target your organization and your people with the highest-level access to the most valuable assets and resources.


Civilization is the progress toward a society of privacy. The savage's whole existence is public, ruled by the laws of his tribe. Civilization is the process of setting man free from men.
Ayn Rand, The Fountainhead (1943)
US (Russian-born) novelist (1905 - 1982)