Cissco Quantum Encryption

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Welcome to Cissco Systems

Welcome to The Quantum Generation

The Quantum technology has under long time evolves from been a theory on the blackboard,

to be the next level of securecommunication and supercomputers.

The processor is at the heart of a computer.  It receives inputs, performs manipulations on the inputs and then provides outputs.  Unlike conventional computing bits, which can be in one of only two states at any one time (either 1 or 0), a qubit - a quantum bit - can be in multiple states at the same time.  Therefore qubits can be used to hold and process a much larger amount of information at a greater speed.  This quantum phenomenon is known as superposition. Photons can also interfere with each other and share their quantum state.  This quantum phenomenon is known as entanglement and was described by Albert Einstein. The interaction continues even when the particles are no longer near each other and is hard to understand in terms of our everyday world. An action on one entangled quantum particle will result in an instantaneous action on the other entangled particle conserving the laws of energy and momentum. The quantum processor at the heart of the Quantum computer is a micro-chip, but unlike a regular computer chip it does not use electricity conducted on small wires but instead uses quantum states of light called photons that are passed through wave guides. The wave guides behave like optical fibres and channel the photons around the chip.The photons used in the circuit are generated light. This is passed through a crystal which splits a single photon into eight identical daughter photons, conserving energy and momentum. These pairs of photons are then prepared into a path superposition and passed through the processor where they are entangled and manipulate. The output is measured using single photon detectors.

Quantum cryptography was proposed first by Stephen Wiesner, then at Columbia University in New York, who, in the early 1970s, introduced the concept of quantum conjugate coding. His seminal paper titled "Conjugate Coding" was rejected by IEEE Information Theory but was eventually published in 1983 in SIGACT News (15:1 pp. 78–88, 1983). In this paper he showed how to store or transmit two messages by encoding them in two "conjugate observables", such as linear and circular polarization of light, so that either, but not both, of which may be received and decoded. He illustrated his idea with a design of unforgeable bank notes. In 1984, building upon this work, Charles H. Bennett, of the IBM Thomas J. Watson Research Center, and Gilles Brassard, of the Université de Montréal, proposed a method for secure communication based on Wiesner’s "conjugate observables", which is now called BB84.In 1990 Artur Ekert developed a different approach to quantum key distribution based on peculiar quantum correlations known as quantum entanglement.

Random rotations of the polarization by both parties (usually called Alice and Bob) have been proposed in Kak's three-stage quantum cryptography protocol. In principle, this method can be used for continuous, unbreakable encryption of data if single photons are used. The basic polarization rotation scheme has been implemented

Quantum cryptography is the use of quantum mechanical properties to perform cryptographic tasks. Well-known examples of quantum cryptography are quantum key distribution and the breaking of various popular public-key encryption and signature schemes (e.g., RSA and ElGamal). The advantage of quantum cryptography is in the fact that it allows the completion of various cryptographic tasks that are proven or conjectured to be impossible using only classical (non-quantum) communication.

Quantum key distribution The most well known and developed application of quantum cryptography is quantum key distribution (QKD), which is the process of using quantum communication to establish a shared key between two parties without a third party (Eve) learning anything about that key, even if Eve can eavesdrop on all communication between Alice and Bob. This is achieved by Alice encoding the bits of the key as quantum data and sending them to Bob; if Eve tries to learn these bits, the messages will be disturbed and Alice and Bob will notice. The key is then typically used for encrypted communication using classical techniques. For instance, the exchanged key could be used as the seed of the same random number generator both by Alice and Bob.

The security of QKD can be proven mathematically without imposing any restrictions on the abilities of an eavesdropper, something not possible with classical key distribution. This is usually described as "unconditional security", although there are some minimal assumptions required including that the laws of quantum mechanics apply and that Alice and Bob are able to authenticate each other, i.e. Eve should not be able to impersonate Alice or Bob as otherwise a man-in-the-middle attack would be possible.

    We have now developed Secure Encryption that never seen on market before.
  • Fully encrypted Sites 
  • Fully encrypted Web Mail.
  • Fully encrypted Cloud Files.
  • Fully encrypted VoIP, POP3, FTP, File share P2P, IMAP.
Any attempt to login will resolved the error code 401, 402, 403, 406, 407, 495, 498, 499, 525, 526,
    Standard for all services are as follows:
  1. All encryption is hardware encrypted 16 Million Quantum Photone RNG key.
  2. All encryption is compiled raw quantum code 8 value Qubit compiled to binary over IP4-IP6 standards.
  3. All encryption is compressed from 50:1 to 1:500 streamed data. No data altered.
  4. All encryption is controlled by OTP Quantum Photone RNG Session certificate and a OTP Quantum Photone RNG creted session key.
"the certificate will only work one time and a allert will prevent any atempt of evesdropping and hack of any data"

Extra services is posible:
  • Own server hardware encryption for server and storrage by Hardware Unit and dongle.
You will admin your own quantum RNG Key server and encryption to non hardware clients by a P2P encryption.
  • Own server hardware encryption and compression "250:1 Beta rel 3,8" 500:1 for streaming data by Hardware.
    • You can copyproof any file by limit the validity. By Time, number of access, lock to a specific IP, and Mac adress.
    • Every data passing, will also get A disclosure Timestamp embedded into all of the data and can be reversed to ID.
    • To locate an unknown source or leech within the company.
    • It can also reveal any attempt to copy a file or movie.
    • A allert can be activated, if a data or movie is re-opend outside the limitation or by any other user.

"Account User can send mail or data to any Receiver. Receiver can open files, mail by software without any hardware or account"

  1. non-disclosure agreement: Cause of IP Rights Must Be Performed, to preventable any attempt of reverse engineering. 
Be aware No guarantee that your personal computer or server is not bugged or leach data it self. or just using keylogger software to decrypt data!
  • You need access to a dedicated Certificate Server.account to use the hard and software.
  • You need access to a dedicated Quantum Key server account to use the hard and software.
SUPPORTED operating systems for Software decryption and streaming:. Microsoft Windows XP, Microsoft Windows 7.x, Microsoft Windows 8.x, IOS 5.x Newer, ANDROID 4.X and newer. LINUX, "openSUSE, SUSE Linux & Red Hat, Steam OS..." NOW! Support  Windows 10, or Mac OSX