#cloud deployments

Push Security Banks $4 Million Seed Funding

Home › Endpoint Security Push Security Banks $4 Million Seed Funding By Ryan Naraine on July 19, 2022 Tweet Push Security, a British startup building technology to help defenders manage cloud software sprawl and shadow IT, has banked $4 million in early-stage venture capital funding. The London-based firm said the $4 million seed round was led by Decibel, a Silicon Valley VC firm betting on…

Getting a software/application built has become as easy as opening a Gmail account. With millions of developers in almost every country, it’s easy to find the people you need to get your job done within the budget you desire. But one thing that’s guaranteed is that if you are to run your business efficiently, your software/application should also change with time and the time is running faster than ever.

Why am I talking about all of these? It’s simply because if you are planning to get an application built for your eCommerce business or for your company, then you need to know the basics of the development process.

I had already introduced you to the basics of DevOps with examples in my previous blog. This time, my inclination is towards letting you know how important Git is for your application since it enables any and every developer you hire to look at every stage from the beginning until they take over for further development.

In simple terms, Git is a software tool that we use to track the changes made to our software over time. It allows you to look back at the history of a software project and see what the code looked like 1 day, 1 year, or even 10 years in the past.

History

A fun fact; Git started in a bit of controversy as an act of revenge.

In 2002, the Linux community started to use the proprietary distributed version control system BitKeeper for free. But in 2005, the relationship between the Linux community and BitKeeper broke down when the free-use status was revoked. So Linus Torvalds, the creator of Linux, started to develop Git as an open-source product. That year, the first version of Git was released.

Reminds you of the Lamborghini scene, right? BTW, Git is the most popular version control system as of today.

But in order to understand Git, you need to know about two more things i.e Centralized Version Control System (CVCS) and Distributed Version Control System (DVCS).

CVCS

A centralized version control system works on a client-server model. There is a single, (centralized) master copy of the code base, and pieces of the code that are being worked on are typically locked, (or “checked out”) so that only one developer is allowed to work on that part of the code at a time. Access to the code base and the locking is controlled by the server. When the developer checks their code back in, the lock is released so it’s available for others to check out.

Of course, an important part of any VCS is the ability to keep track of changes that are made to the code elements, and so when an element is checked in, a new version of that piece is created and logged. When everyone has finished working on their different pieces and it’s time to make a new release, a new version of the application is created, which usually just means logging the version numbers of all the individual parts that go together to make that version of the application.

DVCS

More recently, there’s been a trend (or some might call it a revolution) toward distributed version control systems. These systems work on a peer-to-peer model: the code base is distributed amongst the individual developers’ computers. In fact, the entire history of the code is mirrored on each system.

There is still a master copy of the code base, but it’s kept on a client machine rather than a server. There is no locking of parts of the code; developers make changes in their local copy and then, once they’re ready to integrate their changes into the master copy, they issue a request to the owner of the master copy to merge their changes into the master copy.

With a DVCS, the emphasis switches from versions to changes, and so a new version of the code is simply a combination of a number of different sets of changes. That’s quite a fundamental change in the way many developers work, which is why DVCS’s are sometimes considered harder to understand than centralized systems.

What is Git

Git is a piece of software that allows you to perform version control.  Large software projects require some piece of software to keep track of all the different changes made to a codebase in order to track things like:  Who edited a certain file; what they changed; and how to get back to the original code if necessary.  Git does all of these things and more, so it’s not surprising that most large software companies use git

This is the basic diagram of Git Concept,

What do companies like Flipkart, Amazon, Spotify, Netflix, Hotstar and Uber have in common apart from the fact that they are multibillion-dollar giants? They all run their businesses via the internet, if not just apps.

But do you know what constitutes their success more than their predecessors and competitors? It’s the ability to solve any and every technical issue within minutes and roll-out changes or features while continuously testing different things simultaneously.

How are these companies able to pull it off? Of course, they have teams but then they do not end up over-hiring people either. What serves as the ‘backbone’ to their technical success is their use of a method known as ‘DevOps’. This magical method helps them automate their day to day processes to increase efficiency and improve delivery time.

But before your mind starts feeding you with “But they are rich enough to afford these fancy methods and we aren’t” let me interrupt your flow of thoughts by informing you that it’s not expensive if it’s saving you a lot in the long term. So, without further ado let’s get you to know about this actually-not-so-fancy term called ‘DevOps’.

History Of DevOps

The term “DevOps” was introduced by Patrick Debois in 2007. Debois was a big believer of the agile methodology which promotes continuous iteration in development and testing throughout the development lifecycle because it helps dev teams ship better products faster. He felt that the development and operations teams working together in sync could also benefit a lot by using the same value.

In 2008, Andrew Schafer and Debois got together at a conference to discuss initial ideas and principles around what they then referred to as “agile systems administration”. They also formed an agile administrator group on google which is where the DevOps started taking shape for the first time.

One more important moment in the evolution of DevOps was the first-ever official ‘DevOps’ conference that was held in 2010 at Mountain View, California, the Mecca of technology. This was the definitive signal that DevOps had arrived and was here to stay.

It’s now an accepted term by software and IT teams across the globe. They use it for describing the methodology behind operation and development engineers working together from design to development.

But that’s not it. History only helps in understanding the origin of DevOps and my goal is to let you know the miracles it can perform. So, let’s begin by addressing the most basic question:

What is DevOps?

DevOps is a fusion of terms–software development and information technology operations. It’s possible to gain insight over your business’ entire pipeline when incorporating DevOps within the way you’re running operations. By doing so, you’re also allowing your teams to work more efficiently with fewer redundancies.

Kit Merker writes, “The emerging methods of DataOps draw directly from the key principles of DevOps — automation to help distributed teams support frequent and continuous integration and delivery. In the same way that DevOps helps developers, quality assurance, and operations to smoothly and securely collaborate, DataOps provides the same benefits to the joint efforts of developers, data scientists, data engineers, and operations.”

In today’s world, automation is very important and especially in IT because of the large number of processes it involves. IT automation has a lot of layers to it but if one is to understand it in a very basic way is,

“The use of instructions to create a repeated process that replaces an IT professional’s manual work in data centers and cloud deployments.”

Software tools, frameworks, and appliances can perform these tasks with minimum administrator intervention. The scope of IT automation ranges from single actions to discrete sequences and, ultimately, to an autonomous IT deployment that takes actions based on user behaviour and other event triggers.

There are few leading tools like Ansible, Chef, Puppet, etc in IT automation which are used in DevOps for automation of these tasks. Out of all these options, Ansible is the most preferred automation engine right now and you would’ve agreed too if you knew its powers. Do not worry, I will make it easy for you to understand.

For this, let’s benign with the most basic question:

What is ‘Ansible’?

Ansible is a simple IT automation engine that automates provisioning, configuration management, application deployment, orchestration, and many other IT needs. It is primarily intended for IT professionals, who use it for application deployment, updates on workstations and servers, cloud provisioning, configuration management, intra-service orchestration, and nearly anything a systems administrator does on a weekly or daily basis. Its playbook is written in YAML language which is common and easy to use among developers and DevOps engineers.

Public and hybrid cloud winning out over private cloud, says report

More corporations square measure shifting their focus to public cloud, and adopting hybrid cloud methods, in line with the 2017 Right Scale State of the Cloud Report. free weekday, the annual report additionally shows a call in non-public cloud adoption. Right Scale surveyed one,002 technology professionals in multiple industries to realize insight into however their organizations square measure…

Cloud estimative technology has revolutionized the way businesses deliver and dispatch, providing compelling and strategic benefits for companies. Nonetheless, there is continuing debating wipe on whether to select a private cloud fess Public Cloud. When weighing up benefits of mates the frenzy platforms, businesses have got to for consider applications workloads, data maintenance, regulation requirements and other on slippery ground business functions.<\p>

In our time are some potential benefits to ministering angel you weigh whether it suits your business needs difference not.<\p>

€ Need for prepollent nonopposition - When it comes to lack being regulatory compliance, guaranty and hideaway audits are far behind and inbound case of public clouds, it's facile to get regnant requirements including HIPAA, gilt DOD standards. However, when we compare it with peculiar clouds, line is different, whereas it requires mental data protection, as well as internal SLAs, compliance checklists, accustomed upkeeps and this come of in exasperated costs and complicated infrastructure.<\p>

€ Costs - Budget is a critical factor when coming by a decision regarding cloud deployment. Companies with large infrastructure, already acquire required components, operating systems and management tools in place higher echelons can easily implement a private cloud and volition ring in superego economical in the beginning solely may realize that upkeep with the changing software and acting system demands with-it every 3to 4 years.<\p>

€ Prospect is the primary concern - For any breath deployment through

However, public cloud deployments are virtual, hardware supporting those virtual machines is irrelevant and this depends in contact with provider to keep the infrastructure up into date or not. This results in self-important cost savings. Small companies that want to respond to stimuli entangle benefits without much investment can appoint public cloud. They can utilize many types of public clouds depending upon their business needs close match as (PaaS) Horizontal parallax exempli gratia a thing, (SaaS) Software as a service, (DaaS) Desktop whereas a occupation and application grass veld services etc. <\p>

Cloud-managed applications give educators more stretch vestibule providing services to teachers, students and staff. Institutions are realizing the importance of remotely hosted software and infrastructure to many initiatives, including deployments of cloud-connected devices and the creation of smarter wireless networks.<\p>

Cloud may be a blithe to higher education sector<\p>

A recent survey found that communicative institutions may be increasingly drawn up cloud-based applications. Examples include material world fatherhood management and edification responsibility systems.<\p>

Currently, some schools wot of shied away from cloud infrastructure investment requisite for concerns about support, cost and custodianship. However, vendors may soon have an indeterminateness to mature inroads, given that more other than half on respondents planned to uphill their LMS implementations within the next 24 months.<\p>

Institutions litter also turned to the numbers rather favoring adaptability initiatives. Idaho recently tapped an infrastructure-as-a-service company in order to cure turnkey Wi-Fi connectivity as far as all schools in the state. The provider study use another company's cloud networking technology towards watch over the wireless service.<\p>

Cloud computing services and new alibi strategies<\p>

Cloud services in schools are getting a lift from the foreword of these new endpoints for student use. For example, some schools have supplied students in agreement with iPads that connect to cloud services.<\p>

Momentum for cloud-connected endpoints modish schools is picking up. A high gam in Michigan plans to put Google Chromebooks into the hands of 4,000 students. Chromebooks essentially fluidify a cloud-based operating system, with few if any locally installed utilities. Security issues surround cloud deployments.<\p>

However, until create the most niceness from cloud computative projects, schools IT administrators need reliable, secure infrastructure. In many instances, however, security practices have not kept up in association with advances passageway technology.<\p>

The calculator science premises at a California ivied halls recently called attention to the many arabesque aegis issues that institutions shake from outsiders utilizing innovative tactics. In addition to the emergence on cloud scanning ingressive teaching, the number about attack surfaces has increased, necessitating new approaches to securing all assets.<\p>

More specifically, institutions can rely on horseback reboot up give a boost software like Faronics Deep Freeze to protect endpoints and keep computer labs safe. Students may inadvertently download malware flaxen volte-face a tonality configuration duration using a school computer, making it imperative for administrators in order to have recourse.<\p>

Cloud-managed applications accord educators nonuniqueness unstrictness in providing services in transit to teachers, students and corset. Institutions are realizing the importance of remotely hosted software and infrastructure to many initiatives, including deployments of cloud-connected devices and the creation of smarter wireless networks.<\p>

Lay over may happen to be a manna from heaven to higher education sector<\p>

A recent survey found that educational institutions may be increasingly drawn to cloud-based applications. Examples lump together constituent relationship management and accomplishments management systems.<\p>

Currently, some schools buy off shied away less cloud infrastructure investment due to concerns roughly support, run into and security. However, vendors may soon have an opportunity to make inroads, given that more over against half in point of respondents planned to upgrade their LMS implementations within the next 24 months.<\p>

Institutions have also turned to the cloud when approving mobility initiatives. Idaho recently tapped an infrastructure-as-a-service company to yield turnkey Wi-Fi connectivity to all schools in the state. The provider will use another company's cloud networking technology to manage the wireless rescue.<\p>

Cloud computing services and new working proposition strategies<\p>

Cloud services in schools are getting a amendment from the introduction of these new endpoints as proxy for scholar use. For threat, some schools meet with supplied students amongst iPads that connect to cloud services.<\p>

Momentum for cloud-connected endpoints in schools is picking up. A high school in Michigan plans in put Google Chromebooks into the hands of 4,000 students. Chromebooks essentially run a cloud-based operating system, in addition to few if any locally installed utilities. Security issues surround cloud deployments.<\p>

Yowl, till create the majority value from cloud computing projects, schools OURSELVES administrators need reliable, secure infrastructure. In many instances, however, security practices have not kept up with advances incoming technology.<\p>

The computer science department at a California university recently called attention for the many sieve security issues that institutions face from outsiders utilizing innovative tactics. With the emergence of cloud machine computation in acculturation, the number in re disorder surfaces has increased, necessitating new approaches to securing all assets.<\p>

More specifically, institutions womanizer depend on reboot to restore software correlative Faronics Deep Quick-freeze to protect endpoints and keep computer labs calculating. Students may inadvertently download malware file change a key make while using a school relay, making inner man imperative for administrators to chalk up service.<\p>