Progressive Delivery is based on the principles of DevOps
and CI / CD (Continuous Integration / Continuous Delivery). This is the logical
evolution of the software delivery process for companies that have already
implemented agile development practices and have a comprehensive DevOps
culture. Progressive deployment enables organizations to continually introduce
new features while limiting the potential negative impact of errors caused by
the new code.
Controlled release progressions are a central principle of
progressive delivery. This means that a function is shared with a small subset
of users and turned on or off using function flags. The impact of this version
of code is assessed against the key metrics and user feedback is collected. In
the event of problems, developers can reset the function at the push of a
button. If everything seems fine, the feature can be made available to a wider
audience. The Canarian releases, targeted rollouts and ring deployments ensure
a high-speed, low-risk pipeline. In this way, brains and product managers can
control which workers use which features and at what times.
Progressive Delivery is also useful designed for A / B
testing where a particular feature can be provided in two versions. After
collecting statistics and feedback on how the feature has been received from
end users, developers or product managers can decide which version of the
feature to release.
A traditional perimeter network security approach focuses on
keeping attackers off the network, but it is vulnerable to users and devices on
the network. A zero expectation architecture treats all users as potential pressures
and averts access to data and resources until the user can be properly authenticated
and access authorized. Essentially, a zero trust architecture gives a user full
access, but only to what is absolutely necessary to do their job. If a device
is co-operated, zero trust can ensure that the damage is contained.
The concept of zero trust has been round for more than a
decade, but the technology that supports it is now a focus of businesses. A
zero trust architecture relies heavily on components and functions for identity
management, asset management, application authentication, network segmentation
and threat analysis. The zero trust architecture improves cybersecurity without
compromising the user experience.
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