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This could simply be matt black, or it could be a selective coating. On the roof shown in Figure 4-5 we can see a variety of different solar cells, both thermal and photovoltaic nestling together in harmony.

Now Joe is able to pretend to be his manager, issuing his own public key with his manager s name for which he actually has the corresponding private key The most important feature (or limitation, depending on your requirements) of asymmetric key cryptography is that obtaining the private key used to encrypt data is not sufficient to decrypt that data: only the private key of the individual whose public key was used for signing can be used for this purpose This can be very important in situations where data may be compromised in a specific location For example, an embassy in a foreign country under threat of attack may decide to encrypt all data by using the public key of an officer in the State Department in Washington, send it via e-mail, and then delete the on-site originals.

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Even if the encrypted data and the embassy s private key were obtained by force, they could not be used to decrypt the data Of course, asymmetry implies that if you lose your original data accidentally, you must rely on the public key holder s private key to decrypt the data However, at least one avenue of recourse is available, unlike when using symmetric key cryptography, where a lost key almost certainly means lost data..

One of the most commonly used public key systems that uses asymmetric keys is the Pretty Good Privacy (PGP) application (http://www.pgp.com/). PGP is available for a wide variety of operating systems, making it very popular among PC and UNIX users, because data can be exchanged without conversion. PGP works both on the command line, to facilitate secure storage of files, and as a plug-in to e-mail programs, allowing messages to be exchanged securely. This ensures that intermediate mail servers and routers cannot intercept the decrypted contents of transmitted messages, even if they can intercept packets containing the encrypted data.

Part III:

To use PGP, each user needs to generate their own public/private key pair. This can be performed by using the following command:

The following prompt will be displayed:

We are now going to make a flat plate collector. There are a number of different types of collector, all suitable for relatively simple manufacture in a home workshop (Figures 4-6 to 4-8). The key thing to remember about solar collectors is keeping the heat in and the cold out. This can be accomplished by using glazing on the sun-facing side of the panels and thermal insulation on the side

Choose the type of your public key: 1) DSS/Diffie-Hellman - New algorithm for 5.0 (default) 2) RSA Choose 1 or 2:

The public key format that you choose will determine what types of block ciphers can be used to encrypt your data. The DSS/Diffie-Hellman algorithm allows Triple DES, CAST, or IDEA, while RSA keys work only with IDEA, so most users will want to select the DSS/Diffie-Hellman algorithm. Next, you need to select the key size:

Pick your public/private keypair key size: (Sizes are Diffie-Hellman/DSS; Read the user's guide for more information) 1) 768/768 bits- Commercial grade, probably not currently breakable 2) 1024/1024 bits- High commercial grade, secure for many years 3) 2048/1024 bits- "Military" grade, secure for foreseeable future(default) 4) 3072/1024 bits- Archival grade, slow, highest security Choose 1, 2, 3 or 4, or enter desired number of Diffie-Hellman bits (768 - 4096):

Keep in mind that although a large key provides greater security, it also slows down operations significantly because it is CPU-intensive. Thus, if your needs are commercial rather than military, you should use the 768- or 1024-bit key. Military users should certainly select the largest key size available (currently 4096 bits). Next, you need to enter a user ID. This should be recognizable by your intended recipients. For example, a programmer called Yayoi Rei from Rei Corporation would have a user ID of Yayoi Rei <yayoi@rei.com>. Even in countries in which the family name is usually written first, the expectation for the key server is that the family name will appear last, followed by an e-mail address:

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