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Manufacturer's of encryption products are building key recovery capabilities into products, particularly those used to encrypt stored data, to protect users and their organizations from lost or damaged keys . Several different approaches are used, but all involve archiving individual or master keys with officers of the organization or with a trusted third party. The archived keys are not used to encrypt or decrypt data, but only to unlock the data encryption keys under exigent circumstances. They may be entrusted with a single person (or agency) or split between two or more parties. In one approach, the data encryption key K in encrypted under a public key owned by the organization and then stored in the message or file header. In another, the private key establishment keys of users (that is, the keys used to distribute or negotiate data encryption keys) are archived. Whenever a message is sent to a user, the data encryption key K is passed in the header encrypted under the user's private key establishment key. Both of these approaches can accommodate lawful access by law enforcement officials as well as by the owners of the data.
There is less user demand for key recovery with systems used only for transient communications and not stored data, for example, systems used to encrypt voice communications or to encrypt the transmission of a credit card on the Internet. The reason is that there is no risk of losing information. However, some companies, for example Shell Group enterprises, have established corporate-wide key recovery mechanisms for all encrypted data. The advantage to key recovery in this context is that it enables criminal investigations of employees. For example, an employee could use the company network to transmit proprietary documents to a competitor or to engage in fraud.
Because not all encryption systems have built-in key recovery mechanisms, there is also a market for recovering keys (and ultimately the plaintext) by other means, for example, brute-force attacks against short keys or attacks that exploit weaknesses in design or implementation. Many systems contain flaws, for example, in key management, that allow them to be cracked despite using long keys. In some cases, the key may be stored on a disk encrypted with a password that can be cracked. AccessData Corp., a company in Orem, Utah, provides software and services to help law enforcement agencies and companies recover data that has been locked out by encryption. In an interview with the Computer Security Institute, Eric Thompson, founder of AccessData, reported that they had a recovery rate of about 80-85% with large-scale commercial commodity software applications . Thompson also noted that former CIA spy Aldrich Ames had used off-the-shelf software that could be broken.
Beginning with the Clipper chip in 1993 , the Clinton Administration has embraced an encryption policy based on key recovery, initially called "key escrow." This policy includes development of federal standards for key recovery and adoption of key recovery systems within the federal government as outlined in the preceding section. It also includes liberalization of export controls for products that provide key recovery. The objective has been to promote the use of encryption in a way that effectively balances national goals for information security, economic strength, national security, public safety, crime prevention and investigation, privacy, and freedom, and to do so through export controls and government use of key recovery rather than mandatory controls on the use of encryption. Key recovery is seen as a way of addressing the fundamental dilemma of encryption. It allows the use of robust algorithms with long keys, but at the same time accommodates code breaking under very tightly controlled conditions, in particular, by the owners of encrypted data and by government officials with a court order or other lawful authorization.
The Clipper chip, which was the Administration's initial offering, allowed export of 80-bit keys in an NSA-designed microchip which implemented the SKIPJACK encryption algorithm and a built-in key recovery mechanism. However, it was sharply criticized for several reasons: the classified SKIPJACK algorithm was not open to public scrutiny, it required special purpose hardware, the government held the keys, it did not provide user data recovery, and it did not accommodate industry-developed encryption methods. In response to these criticisms, in August 1995 the Administration announced that it would also allow for exports of 64-bit software encryption when combined with an acceptable key recovery system . The algorithms could be public or proprietary, and the keys could be held by non-government entities. This proposal, however, fell short of industry demands for unlimited key lengths and immediate export relief.
Commercial products for domestic markets now use algorithms with key lengths that are totally infeasible to crack by brute force, for example 128-bit RC4 and 168-bit Triple-DES. At the same time, code breakers on the Internet are pooling resources to break ever longer keys, most recently 48 bits. Although many commercial products are breakable through flaws in design and implementation, the trend is to build products with stronger security and to provide emergency decryption, both for the owners of the data and for lawfully authorized government officials, through a key recovery system.
The use of encryption is expected to rise rapidly, reaching 60% of U.S. business users by the year 2000. Because organizations have a need to recover the keys to stored encrypted data, including files and saved electronic mail, the use of key recovery with stored data could become standard business practice. Companies will either operate their own key recovery services or use trusted third parties. Self escrow will be allowed with export versions of products sold to approved organizations. Pilot projects in the U.S. and elsewhere are testing different approaches to key recovery.
Whether governments will be able to access communications and stored records in criminal investigations will depend on three factors: the knowledge and sophistication of criminals, the breakability of common commercial products, and the adoption of key recovery systems. The latter in turn will depend on whether key recovery is a standard feature of commercial products, either as a result of market forces or government policies. Even if key recovery becomes commonplace with stored data, it may be less common with transient communications such as phone calls (voice and fax), communications on the World Wide Web, and communications over virtual private networks, where there is less user demand. 2b1af7f3a8