Software Deployment And Update: Fill & Download for Free

I agree there's probably not a ton of benefit to having the online banking / billpay / etc portion of a bank's website on WordPress, however there is no reason you couldn't run the front-end and marketing side of the site on WordPress, and in fact you'd be leveraging WordPress' strength as a content management platform that is flexible, customizable, and easy to update and maintain.In terms of security, there are a two simple points:Make sure you're on the latest version of core and all the plugins you run, and update as soon as new version become available.Use strong passwords for all user accounts. For extra credit you could enable a 2-factor plugin, use Jetpack's http://WordPress.com login system, or restrict logged-in users to a certain IP range (like behind a VPN).If your host doesn't handle it, make sure you stay up-to-date for everything in your stack as well from the OS on up. Most modern WP hosts handle this (and updates) for you, and of course you could always run your site on WordPress.com VIP alongside some of the top sites in the world. If you use any non-core third party code, no harm in having a security firm audit the source as well (an advantage of using open source).For an example of a beautiful, responsive banking website built on WordPress, check out Gateway Bank of Mesa AZ. WordPress is also trusted to run sites for some of the largest and most security-conscious organizations in the world, including Facebook, SAP, Glenn Greenwald's The Intercept, eBay, McAfee, Sophos, GNOME, Mozilla, MIT, Reuters, CNN, Google Ventures, NASA, and literally hundreds more.As the most widely used CMS in the world, many people use and deploy the open source version of WordPress in a sub-optimal and insecure way, but the same could be said of Linux, Apache, MySQL, Node, Rails, Java, or any widely-used software. It is possible and actually not that hard to run WordPress in a way that is secure enough for a bank, government site, media site, or anything.If you wanted any help on this feel free to reach out to Automattic as well, we have a decade of experience now dealing with high-risk, high-scale deployments, and also addressing the sort of uninformed FUD you see in this thread.

Build >Build is a Set of Executable code ready for use by end users... which has produced by compiling the source code. we can say like.. developers take the code and run it through compile the code and make it functional. usually Software programs are regularly updated until companies decide to stop supporting the product. This is a cycle of builds and many of which are released to End Users.Deployment >Software deployment is the process of getting your program/Code ready for market release. A newly created program may work fine on your computer and it needs revisions testings and other things involved before deployment.along with the deployment you will need the following to produce to customer.Help documents Executable file Icon library License Agreement Installation Wizard Once the deployment is done software is ready to use by… End Users/CustomersHope this helps :)

Why did microservices become so popular?Evolution is convergent. And engineering managers love jargon and silver bullets.Back in the Dark Ages, we built software as a monolith. You wrote a program that did basically everything that needed doing, and deployed it. Sometimes big programs fed data to other programs via a variety of mechanisms, such as data files transferred around, or eventually, databases and messaging systems.More recently, say, in the Early Middle Ages, we began to modularize things. This makes software easier to think about—you write a module, link it to other modules, and they form a software package with some reusable components. If the modules can be deployed separately and updated separately, then you gain some advantages of independence and reduced risk. This led to n-tier architectures, which are basically tightly-coupled systems of 2 or 3 or 4 components which work together to deliver some capability.Architects noticed that the tiers could talk to each other directly, which sped up delivery of some systems and allowed for more re-use. Thus was born the “Service-Oriented Architecture” (SOA), which emerged as a thing in the Late Middle Ages to the Early Modern Era. While there were (are) a lot of tools for implementing SOA, most teams just shared their interfaces via email and all the services talked to each other willy-nilly over the company LAN, and ultimately, WAN.As we continued to get better at ad-hoc SOA, enterprises got bigger and the distinction between WAN and LAN started to disappear. At the same time, the general public noticed the Internet, and companies like Google and Facebook started building world-wide systems with billions of customers. Components had to become smaller and smarter just to manage the load… so services became more specialized and tools arose to make scaling up and updating systems, and dealing with failures easier. Microservice architectures were born.Engineering VPs in the Modern Era thought “well, it’s good enough for Google, so it should be good enough for our team, too”, and directed their people (who were just as enthusiastic about the idea, because New Toys!) to move to microservices. But of course, few of those teams were building world-spanning systems with billions of users… so mostly what those teams are actually building is “SOA with a lot of unnecessary infrastructure”, or even “ad hoc SOA”, and calling it “microservices”.