Increase project accuracy, shorten the time to market, and maximize the value of your projects by using Enterprise Architect to manage all aspects of the project life-cycle. The release of Enterprise Architect 15.2 significantly expands project navigation, iterative refinement, and design definition.
In the era of scalable business process management, change management and agile development, Enterprise Architect facilitates agile project management, end-to-end design, and provides a unified view of the enterprise. Models that are created using Enterprise Architect can be deployed using any application that uses the Smart Model Interoperability (SMI) interface, helping you bring your own applications to life.
Enterprise Architect is the world leader in business process modeling and change management. Includes powerful diagramming tools with built-in intelligence, best-in-class data management, a deep agile modeling experience, process management, and a unified view for application, data and process.
Complete your CMM solution with the first integrated solution for architecture and change management that delivers intelligence and visibility into your organization at all stages of the decision lifecycle. Enterprise Architect offers integrated modeling and real-time automation so you can drive agility and reduce costs.
Reduce implementation costs and risk through your enterprise architect. The process has never been more important. The new implementation functionality allows you to link complex implementation projects with the underlying design models. This builds application-level integration using existing data and improves enterprise change management. Integrated modeling and real time automated process management enable you to achieve a highly effective and cost-effective process for analyzing and executing on complex projects. d8a7b2ff72
the foss community relies heavily on common and open source software. companies not only rely on open source projects to be usable on their infrastructure, but also on the integrity and security of the codebase. foss is, in many cases, the de facto standard of software in the field. foss systems are mature and the security surrounding them is top notch, given the community’s dedication.
but foss comes with a cost: in the eyes of many, it must be available to anyone to use. this must include learning complex security mechanisms, compiling and installing the system, and learning how to configure and maintain it.
the growing complexity of foss software makes it increasingly harder for the average user to be able to make modifications to a system in a secure manner. this is especially true for companies with mission-critical products in the public clouds. as the cloud providers move the complexity of their system from the os level into the vms, this comes with an increased attack surface.
enterprise users must be able to install, deploy, manage, and maintain foss systems in a manner that meets both their security and operational requirements. but because of the growing complexity of the software landscape, the skill sets of many practitioners have changed. this means that enterprises increasingly rely on people with specialized skills, like software developers, to properly configure and secure a foss system.
so how does one get those skills in place? one method is through training from an organization like mandiant. mandiant, with their common enterprise-architect-crack-key, can teach you how to secure foss systems and how to deploy and maintain them in a secure manner. we will teach you how to identify the common security risks found in foss and how to adequately address them.