How Infrastructure as Code Automates IT Operations in the Application
Delivery Lifecycle
As more technologies become software-defined, their adoption demands a
significant shift in thinking about how a business organizes its value
stream. This shift may be difficult, but it enables you to anticipate changes
and position your business to react when software-defined technologies
emerge.
Recently a new set of tools and practices has emerged to create and manage
environments. Known as Infrastructure as Code (IaC), it enables
infrastructure management through a software-defined layer.
Application Delivery: Getting It Right
All applications run inside what we call an "environment" - a stack of
hardware and software components built to support the application. This stack
includes: networking, storage, virtual machines, operating systems,
databases, libraries, dependencies... (more)
We are experiencing a ‘crisis of engagement,' according to a survey by
management consultancy Gallup, with a staggering 87 percent of employees
worldwide disengaged with their jobs. While there are many factors that can
influence an employee's contentment - from support to compensation to job
security - a common grievance in software development is disempowerment,
where talented individuals are feeling hampered by their working environment.
Operating within a flawed system is infuriating in any profession. But for
developers working across a broken workflow, the frustration can be... (more)
Software-Defined Technologies: Transforming the Value Stream
Software-defined is a concept that refers to the ability to control some or
all of the functions of a system using software. The concept is sometimes
incorrectly characterized as a buzzword or marketing jargon, when in fact it
has a clear meaning that needs to be understood by organizations looking to
keep pace with change.
When technologies become software-defined, there are major systemic benefits
for organizations that use them, including lower costs, higher quality
products and services, and less risk.
At the same ... (more)