Documents » advicing on software for aerospace and defense.
Abstract: Acts of cyber aggression could lead to a cyber war or worse. Capitol Hill is giving attention to this security issue, and vendors are creating new offerings and expanding existing programs—creating new opportunities in the
defense industry and opening doors for new players. Learn more about the blurring between information security vendors servicing the private sector and those in the
defense and intelligence industry.
PubDate: 9/27/2009 3:04:00 PM
Abstract: Market research shows that enterprise software and service markets are crossing market lines to witness strong growth in the Aerospace and Defense (A&D) industry.
Abstract: Aerospace and defense (A&D) has unique security needs. Avoiding the unauthorized sharing of technical information and intellectual property is essential. Product development systems (PDSs) provide the secure, real-time collaboration A&D needs, including extended and secure collaboration of distributed product development processes. PDSs control access to intellectual property, mitigating information sharing risks.
Abstract: Tackling the transformation to lean production is high-priority in the aerospace industry. After all, lean manufacturing eliminates waste from essential manufacturing processes and helps you measure up to your competitors. But how can you attain true lean transformation—and what specific steps does your company need to take? Take a self-rating test and see where your company really stands.
Abstract: Aerospace and defense (A&D) companies are constantly seeking better ways to manage complexity, cut costs, and boost productivity. One of the most challenging areas within the A&D industry is maintenance, repair, and overhaul (MRO). To introduce new efficiencies and reduce MRO costs, many companies are looking beyond standard business practices to new strategies that promise solid business results.
Abstract: The aerospace and defense (A&D) manufacturing industry is always changing. That’s why A&D manufacturers are constantly seeking better ways to manage complexity, cut costs, and boost productivity. In pursuit of these objectives, A&D manufacturers are looking beyond standard practices to new business strategies that promise solid business results. But which strategies and practices are right for your company?
Abstract: In a case that will challenge the bowels of free speech and censorship and inevitably set a lot of legal precedents, renowned defense attorney Marcus Garbus has been retained by the Electronic Frontier Foundation to represent 2600 (an infamous hacker publication) that is being charged with circumvention of copyright protection systems (17 U.S.C. § 1201(a)(2)), specifically the Contents Scramble Systems (CSS) developed to protect Digital Video Discs (DVDs) against unauthorized access.
Abstract: Earlier-generation spam systems all share a common weakness—they rely heavily on analyzing content that can easily be manipulated by spammers. As such, state-of-the-art antispam systems must go beyond content examination by analyzing messages in the full context in which they are sent. Find out how using a multilayer defense approach can help you successfully eliminate spam and blended threats in your enterprise.
Abstract: Today’s defense industry needs maintenance and logistics software that increases the self-sustainability of weapons systems and allows system operators to perform maintenance in the field—increasing uptime and readiness. An integrated maintenance and logistics (IML) solution provides critical information for multiple weapons systems in real time—thus increasing readiness without increasing headcount.
Abstract: Learn how Cubic Defense Systems improved their overall product quality and government compliance, while conforming to support mission-critical processes by using Cincom's integrated quality management solution.
Abstract: In our new “wired” world, software is no less important than other products and services in our everyday lives. But people are generally more used to buying other products and services than software. In many ways, however, selecting software is similar to selecting other products and services. Find out the key factors and criteria you should include—and what you should leave out—when you’re in the market for a new software solution.
Abstract: Predictions of the death of software are overstated. In reality, businesses are becoming more reliant on technology, not less. What’s changing, however, is the number of options available for managing, delivering, and paying for software applications. Many independent software vendors recognize the benefits of offering software as a service--a delivery alternative that can present long-term benefits for all parties.
Abstract: After dealing with the over-hype of Y2K, companies have started to reconsider the best of breed as a viable solution to satisfy their software needs. This comes as a shock to the corporate systems culture when user communities were told that fully integrated software such as ERP, SCM, and EAM were the only way to meet their software needs. After developing a level playing field, this article examines the pro’s and con’s of one alternative over the other. Read on to see if you agree with the merits of the best of breed or fully integrated software approach to software selection.
Abstract: The Delphi technique—drawing wise counsel from senior and experienced software developers—can help you prepare estimates for software development projects. With this method of software estimation, project specifications are given to a few experts, depending on their availability. Learn about the essential steps involved in this software estimation methodology for more accurate estimates of software development effort.
Abstract: Software developers need a powerful tool to control and plan the quality of their software applications. With a solution that offers project analysis, testing, and bug administration, you have options that can help increase the quality of your software products. Read about a software test tool that has administrative functions to help you more effectively plan, control, and evaluate your software as it’s developed.
Abstract: At its core, security is all about risk reduction. One of the most effective database security practices, “defense in depth,” employs multiple layers of protection to reduce the risk of intrusion. No single level of defense is infallible, and even multiple layers cannot ensure your organization will be 100 percent impenetrable. However, they can make you far less vulnerable.
Abstract: The requirement that enterprise software vendors deliver a measurable return on investment (ROI) has never been greater than right now. Customers are demanding that ROI analysis be a critical factor in their decisions to acquire new enterprise software. Without a demonstrable return, few customers are willing to invest scarce capital and human resources in new enterprirse software. A more complete analysis of return can be had by looking at the overall payback that enterprise software can offer to a company. Enterprise software payback includes not only quantifiable improvements in bottom and top line functionality, but also more qualitative measures-—such as new business opportunities, improved customer and partner relations, and improved time to market—-that contribute significantly to the success of a company's enterprise software implementation and use.
Abstract: Having just completed implementing your enterprise-wide software, you are about lean back, put your feet up on the desk, and enjoy the fruits of your labor. Not so fast! While you were completing your implementation project, a new release of the software may have already hit the street or, for sure, there is one in the pipeline. Now you are faced with the decision as to if and when to take on the new release. Maybe now is the time to look at how a new class of software tools, enterprise process improvement (EPI), can assist you in the upgrade decision.
Abstract: The conventional unit of measurement for software size is the point. Unfortunately, the point-based measurement system fails to account for many of the complexities of software development. This paper proposes software size units (SSUs) as an alternative to points, defines their component elements, and explains how to use SSUs for more accurate software estimations and easier productivity assessments.