Good organizations do not exist in a vacuum, and AFCEA International is no exception. This association, like other dynamic organizations, is a work in progress. AFCEA's leadership constantly strives to improve its service to its members, and part of that mission is to ensure that its members and guests fully benefit from their affiliation.
Laser-based position location systems are entering a new era that is based on quantum mechanics. The research could lead to the dawn of technologies such as entangled lasers that surpass a fundamental limit on the accuracy of classical systems and add a built-in cryptographic capability.
In the near future, access to U.S. naval vessels and facilities will be accomplished with the swipe of a card. The service is issuing smart cards for entry control and record-keeping purposes to all of its personnel. The rollout is part of a larger program to provide the devices for all U.S. Defense Department employees.
A software-based access control system offers administrators and planners a secure option for wireless and online communications. Capable of working with legacy technologies, the scalable program forms a layered defense against unauthorized entry or use of network components.
The U.S. State Department is conducting "junkyard dog" network penetration tests and vulnerability assessments at U.S. embassies and consulates worldwide. Simultaneously, a network intrusion detection program will provide rapid warning of unauthorized access to the department's far-flung sensitive information systems.
U.S. Army planners are building a new intelligence architecture that ties closely with military, civil government and law enforcement activities both for rapid overseas engagement and for homeland defense. A new plan outlines an Army that meshes with the intelligence community as a whole to fill future requirements in its multimission agenda.
The tragic events of September 11 provide ghastly substance to the metaphor of asymmetric warfare. And, they add credence to prescient but nebulous warnings of threats to homeland security and concomitant vulnerabilities of critical infrastructures.
While analysts now are keeping a sharper eye on possible weapons proliferation, some of the technologies they employ may play an increasingly important role in maintaining homeland security. In the wake of the September 11 attacks on the United States, experts charged with detecting overseas programs to develop weapons of mass destruction are refocusing their efforts on a new list of nations that pose more immediate threats.
The British government is employing streamlined procurement procedures that change the way military projects are bid, selected and deployed. Moving away from traditional single-platform and service-based methods, the process utilizes a flexible approach that meets changing national defense requirements.
Despite a shaky economy, businesses are contributing to homeland security and the war against terrorism by backing their workers who are guardsmen or reservists. Although it is still too early to determine how an extensive call-up may affect human resources, many firms are researching their legal requirements in terms of pay, benefits and re-employment. Several are then going beyond the mandatory to the extraordinary to ensure that their employees can serve their country without worrying about their families or civilian jobs.
U.S. government and business organizations are re-evaluating their communications network design and resiliency following the September 11 terrorist attacks. Planners are now emphasizing dispersed, redundant, military-style systems that can rapidly retrieve and update lost data or switch to alternate transmission modes to maintain connectivity.
A new digital signal processing technology originally developed for the commercial world now is being incorporated in military systems where it offers significant improvements over current techniques. Known as pipelined frequency transform, the architecture is a licensable intellectual property of cores, or engines, that can be included in programmable logic devices such as semiconductors or system-on-chip designs. Major defense application areas include advanced radar, signals intelligence, secure wireless communications and electronic warfare.