With digitalization cutting across board with all industries and sectors affected, there is a need for a high level of flexibility and efficiency in coding and software delivery (as people just want to click and receive the designed response).
This is also accompanied with a huge demand in the pace and barrier elimination tagged with the exploitation of the dependencies between development and Operations.
According to statistics the adoption of DevOps has increased remarkably from 2015 to 2016 and beyond. And with this massive adoption of DevOps comes some underlying issues.
But even with this issues facing the mainstream adoption of DevOps there are a massive benefits that tag along. This benefit includes:
With development and operation both intertwined applications can be massively developed much faster and rapidly. This is so important to achieving success in almost every business. With this software fixes are done faster because members of the team only review the latest codes for error.
With this innovation there is a birthing of a bridge to make work better by the collaborative effort of the software and operations team. This brings about combined research and experiment.
When automated tools are present they forms key elements for DevOps best practices which makes deployments predictable and in the process frees your IT staff from handling tedious repetitive tasks. With automated testing, developers will not waste time relying on code integration processes to complete.
With reports stating that, firms that adopt a good DevOps culture have fewer failures than those not implementing a DevOps approach. It is eminent that with this innovation only fewer fixes are required because developers look for and eliminate potential problems as they write code.
Developers and operations engineers would basically prefer a DevOps environment because their work slides more efficiently and they wear more than one hat. They derive a better understanding of where their role slides into the larger scope of the IT and within the business as a whole.
With all the benefits to be leveraged on, by the organizations off DevOps, there come issues that might pose a huge stumbling block to the adoption of DevOps. The trend of this problems might follow the sequence below.
Imagine that Design Ware House Solutions is an Architectural company invested in the process of design. But over time become dissatisfied with the different design software available in the market, they venture in the production their unique architectural design software to suit their design processes.
With the task of creating their design software creation assigned to the IT department of the company, is birthed a handful of issues:
First off, the IT department swings into the process of creating the software, writing codes and engaging in numerous testing process overtime, trying to build a well suited infrastructure for the company to slide and effectively engage in the process of developing different sorts of architectural designs.
But over the period where this software development is taking place, all architectural process are pushed aside with a complete concentration towards the creation of the basic software (in this case design software).this also might come high incurred cost and lots of planning and time losses in the execution of the actual mission of the company, which in case is primarily to create architectural designs. but there is more. The software engineer might have a firm grip of what the needs of the architects are, because they are not into architects. but with Buddy the architect as users can design their own software to suit their need and can get help help across board leveraging on the advantage of decentralization and collaborative processes which is afforded the platform.
furthermore, as much as many firm will like to have a go with DeVops, it is hampered by the large the requirement of technological infrastructure which might make it a bit difficult for one single firm to stand alone as noticed in the process of creating the design software that the more reason why design adopted Buddy.
This although highly beneficial, it adoption to the mainstream become a largely demanding task to execute. And other hand there tend to be a struggle with scaleabity
But with Buddy there is an ignition along the trend of App development and automation that tends to break the sequence of events. The detaches the company from the bulk of the process concern with app development and automation such that they can be properly invested in delivering the services which it actually had intended to.
Buddy is labeled as a platform for decentralized development automation. In 2007 Buddy was founded and has been in operation priding itself to be a popular subversion hosting platform dubbed "Springloops" that targets web developers. Buddy platform launched the automation app for developers and companies to ease the process in 2015.
Their product has over time gained popularity and gone into partnership with Github, Azure, Google etc. With a thorough surveillance of the trends around DevOps, Buddy has designed solutions to overcome the above mentioned problems. Here is an updated list of Buddy solutions.
Buddy proposes a number of solutions might includes the following:
Buddy slides on a large footing of flexibility which supports both cloud and hybrid solutions
Buddy offers a massive number of automation steps (actions) and integrations allow firms to create and transform the app in conformity with their solutions architecture.
It supports cutting edge tech like Docker/Lambda, Functions/Kubernetes or Docker Swarm.
Buddy adjusts to toolset changes, birthing a wide range of integrations to the team such that the can handle their tools of choice
No ecosystem lock locks down the whole process to its confinement: let’s take into consideration what the trending eventuality is at the moment. Most of the code hosting service in the world are been offered by GitHub, not leaving out the fact that many other teams use Bitbucket or GitLab, while some others might wish to host code locally on private servers.
But Buddy supports all of these without forcing a single solution. Secondly another issue is that of deployment, this might be a place where Buddy frames its footing. Depending on the delivery workflow, Buddy allows the leverage deployments to bare-metal servers and all popular IaaS/PaaS solutions, including Amazon Web Services, Google Cloud, Microsoft Azure and Heroku – again, without narrowing the choice of having an option.
The modularity of Buddy facilitates an evolutionary in place of a revolutionize transition
Changes can be introduced incrementally by adding new pieces to existing delivery pipelines
DevOps teams can gradually adopt changes, reducing downtime to the barest minimum by full embracement of Continuous Deployment, without putting production on hold.
Test Automation
Buddy delivers a complete test infrastructure allowing developers and QA teams to easily define test environments for every popular programming language and framework both in the cloud and on premises and run all types of tests
Buddy takes a hold of automation, framing it on decentralization and making it user friendly, such that user with a specific need can directly translating their inner desires into the process of creating/developing and deploying software that expresses their needs. This is made possible by the numerous crafted automation actions.
With this action even complex application, cloud workflow, building and testing are achieved by just a few clicks. This is not just restricted to users but also open to third party developer. This marketplace will foster growth of the community and promote the adoption of new solutions.
So, going back to our case study, (eventualities at Design Ware House), it is safe to say that only the architect that wishes to use the proposed design software has a firm grip of the facilities he wishes to see in the new software. This what this platform bring to live, such that with a few clicks the app is created to suit the frame. On the the other hand the IT team as the third party can also use the platform to birth the idea of the architect as well.
The DevOps marketplace can be liken to market as the name implies for third party developers to make money or monetized profit of their applications.
The idea is to create a network (GRID) of Buddy instances that will use auto-discovery and replication capabilities to create High Availability auto-scalable infrastructure for development & deployment automation. Depending on workflows and policies, users can choose if they want to use their own bare-metal infrastructure, a private cloud, or IaaS to run Buddy instances.
The idea of the Shared Automation GRID is to offload high-intensive automation tasks to a network of Buddy instances run by users with available resources. Especially in cases were trusted infrastructure is not required.
With this Shared automation grid every computer is considered as a node, and users can leverage on the grid network to share their automation task to execute. It should be noted that each node get BUD tokens in exchange for been part of the Automation Grid.
Although when it come core organization Automation, Organization would not wish to use the shared Grid but instance might arise where a decentralized network might tend to birth a massive advantage. This might be hinged on the fact the task to be executed requires large resource.
This affords users with the leverage of running thousands of test of different kind.
Buddy has its own p2p has that is hinged on buddy DAO, it used to get other peers by their node on the network. In a case where there is a broken trust or dishonesty, the culprit node can be reported to the Buddy for investigation.
Buddy ecosystem has been designed such that, compute unit can be lease for BUD token. The supplier of the compute unit gets his reward token upon the completion of the intended task.
There are three parts of Buddy which include the following:
DevOps is a strategy that helps organizations to birth new features to users as fast and efficiently as probable. The main idea of automation is to birth a reliable and improving process for taking software from the birth of the concept to table of the customer. The goal of Continuous Delivery is to facilitate a constant flow of change into production and creation via an automated software production line. The Continuous Delivery pipeline is what facilitates its occurrence.
Successful adoption of Buddy pipelines is driven by a deep understanding that there is no such thing as a standard pipeline. This is why Buddy has made its automation pipeline extremely flexible in nature.
Another major segment of Buddy are sandboxes. They birth a disposable test & preview environments for running applications and websites directly, this is done from Git repositories without any demand for its own servers or virtual machines. Thanks to Buddy’s ingenious disposable environments, bottlenecks are eliminated from development, get instant full-stack environments for almost every branch with no experience and receive quicker results & feedback signal.
Here is a list of which stacks Buddy currently supports
Buddy has framed a strong partnership with a handful number of market leaders to birth a seamless experience for its users by providing comprehensive support for their stacks.
The integrations have many shades: SSO, pulling, uploading and synchronizing data in real-time, auto-configuration of workflows, management of accounts, users etc. When giving feedback, Buddy users are constantly impressed by the extensive set of well-executed built-in integrations.
.Buddy solves problems of the $110B market and has partnerships with Microsoft, Google, Amazon, Docker, GitHub etc. and the platform helps in the decentralized application development automation.
Buddy app enables the IT super powers in reducing their parallelism, infrastructure, intensive configurations, maintenance cost and much more by opening them up to automation through Open DevOps market, private automation GRID and shared automation GRID.
.Buddy births a network of Buddy instances that will hinge on high availability of auto-scalable infrastructure for automation development. It will furthermore create a shared automation network (GRID) to offload intensive tasks of automation to Buddy instances network. It solutions will be used in situations where high security and trusted infrastructure is not required.
The First analysis of Buddy was done on this post
