4 Ways to Leverage Enterprise Mobility

Leveraging the Power of Mobile Devices with Enterprise Mobility

The road to digital transformation isn’t a long one…

However, there are tons of pitfalls on the pathway to transiting successfully to enterprise mobility. There is a need for a plan and purpose when adopting an approach, or the endpoint would be a failure. So, what is the effective approach for using enterprises to leverage the power of mobile devices? What is known as the third screen?

#1: Create an Internal Culture of Enterprise Mobility

Dealing with Organizational Change Management (OCM) is the first challenge that comes with enterprise mobility. A paradigm shift from how things are being done is what enterprise mobility is all about. Definitely, it can create a sense of uncertainty and doubt among workers in an organization. This is because they are probably used to processes that remained unchanged for so long, and this can make things worse.
Therefore, before even implementing a complete enterprise mobility approach, the first step should be the internalization of a culture that promotes the change in a voluntary manner. In essence, it is necessary to train and create awareness regarding the new tools and their ability to boost productivity. The pieces of training could come in the form of small and crisp videos that would help accustom employees to the new solution.

 

#2: Train Workers to be Tech Savvy

 

It’s hard to let go of old habits. It is easier for millennial employees to embrace enterprise mobility than for the regular employees who will find it a challenging transition. Therefore, it is necessary to aid such ‘old-school’ employees to become tech-savvy. In essence, training employees to become accustomed to tech should be an essential part of an enterprise mobility strategy.

#3: Migration to Digital Medium

No doubts, manual processes are characterized by increased error and time consumption, resulting in lower productivity. But, it is not enough reason to migrate the entire manual processes to the digital medium. Adopting a piecemeal method in migrating selected manual processes to enterprise mobility will help smooth out possible difficulties during the transition.

So, during processes migration, it is better to focus on low-stake processes, so that the organization will not nose-dive as a result of the displacement. After migrating the low-stake processes successfully and getting employees adequately onboard, an organization can go ahead and safely migrate high-stake processes, which include critical operational transactions.

#4: Leadership Should Model Commitment

At the leadership level, commitment towards enterprise mobility should be modeled to the rest of the employees, which would help convince them that enterprise mobility is the way forward for the future of digital. Leadership should embark on actions that must provoke confidence in the rest of the employees regarding the strong emphasis on digital.

Finally, it is important for companies to think things through, and not slack on adopting enterprise mobility. Sooner or later, organizations that are sluggish to invest in enterprise mobility may regret.
The Charter Global team of experts is at your beck and call for robust and effective enterprise mobility solutions.

The Full-Spectrum Benefits of Open Source Software

The popularity of Enterprise-level Open Source Software is Attributed to Benefits like Adaptability, Customization, and Affordability

Executives are choosing Open Source software and finding great success. More and more organizations are choosing it over proprietary software and a lot more will make this transition in years to come. Understanding the concept of open-source software and its functionality is key to utilizing the benefits. Charter Global has the knowledge and experience for the most successful Open Source transition.

What is Open Source Software?

As the name suggests, open source software is one whose original source code is publicly available and can be modified at will. This type of software either has its source code publicly available or includes it somewhere inside the compiled software download, making it easy for the user to modify, customize or add/remove features based on their preferences.

Contributions to Open Source

The open source concept has contributed significantly to software development. Because of its open nature, it becomes easy for contributors to add new features, extend features and fix bugs. These changes usually reflect in newer versions along with the source code for further improvement. This makes it a formidable system that can run for a long term and is adaptive to all kinds of conditions.

Affordability:

There is no need to spend a fortune on proprietary software where additional charges for maintenance and software updates are involved. With open source software, contributors make all the needed changes. It performs well in real-time because of the contributions from multiple individual experts. There is always a customized version that meets specific requirements out there!

Customizable:

Open source software shares its source code, making it quite easy to understand and modify as required. This is unlike commercial software, where every time a change is required in the product, the vendor has to be contacted, and then wait for them to deliver the feature (which can take forever).

Adaptive:

The source code of the open source software is available publicly and its modifications are not limited to a particular person or organization. Additionally, it has an extendibility scope that is not limited to any particular design or architecture. Because of these factors, anyone can use the open source software, as it was designed using ideas from multiple people with varied intentions. Therefore it stands a better chance of performing well in complex scenarios.

Solid Security:

Security is better in the open source system, because there are experienced experts from all over, always looking out for possible security loopholes and fixing them. This is one feature that gives the open source an edge over proprietary software.

Better Support:

Typical open source software has numerous documentation as well as community wikis that host answers to frequently asked questions. Individuals and group experts who worked on the technology/platform are available on online open source forums. Some of the open source vendors are also available to provide support for the software for a small fee.

Finding Resources:

As mentioned in the previous point, resources for open source are available everywhere.  On the other hand, commercial software developers seldom share their codes or documentation to everyone. So, this makes it quite difficult to find the resources or build knowledge in that technology.

Charter Global’s Capabilities in Open Source

Charter Global is known for its expertise in building software and providing services using open source technology. We have successfully developed and delivered hundreds of projects to our clients. Among the many services we render at Charter Global, we develop applications and tools using open source.

The post The Full-Spectrum Benefits of Open Source Software appeared first on Software Development & IT Staffing Company.


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Understanding the 3 Types of Mobile Apps

Understanding the 3 Types of Mobile Apps: Native, Mobile, and Hybrid 

A breakdown of the 3 types of apps and a list of the best cross platforms to use in mobile app development 

Smartphones have become an inseparable part of our daily lives. Activities like waking up with a morning alarm, checking Facebook, Instagram, WhatsApp, Twitter; listening to music, reading news, watching YouTube videos; adjusting the thermostat and lighting, updating project status; and the list goes on. All of these mutually exclusive applications run independently on main operating platforms; seamlessly bringing our smartphones to life – all in real time.

We see hundreds of new apps in the market every year, and the demand for mobile application development continues to increase. Although we’re familiar with operating systems (i.e. iOS and Android), chances are, we’re not clued-in on the specific technology platforms software developers use throughout the design and development process in building apps. We hope that after reading this blog, you will better understand the three types of apps and cross platforms, including a few you’ve never heard of – in your journey to understand progressive web development.

Three Types of Apps: Native, Hybrid, and Web

Native mobile apps: 

Native mobile apps are designed to be “native” to one platform, whether it’s Apple iOS, Google’s Android, or Windows Phone. The native platform can be advantageous because it tends to optimize the user experience. Because it was developed specifically for the platform, it can operate more quickly and intuitively.

Hybrid mobile apps: 

These apps can be installed on devices just like native apps, but they run through web browsers. All hybrid apps are developed through the HTML5 programming language. Though hybrid apps are not as fast or reliable as native apps, they have a greater capacity for streamlining the development process. Because you don’t have to build and maintain apps for separate platforms, your business can save on time and resources. It’s ideal for apps that primarily deliver content.

Web apps: 

Responsive websites switch to a different design when they are accessed from a mobile device. Adaptive web applications, on the other hand, scale to fit the different screen sizes of mobile devices. For these apps, the design doesn’t change. Web apps are built using the most popular programming languages, but they can’t use hardware on mobile devices or be sold in any app stores.

Cross Platform Apps: Best Cross Platform Mobile App Development List

Xamarin
Xamarin delivers native Android, iOS, and Windows apps, using existing skills, teams, and code.

Adobe PhoneGap 
PhoneGap is a mobile application development framework based on an open source project (Apache Cordova).

Appcelerator
Appcelerator is an enterprise-focused development platform that lets developers write JavaScript with its Alloy MVC framework.

Kony
Kony offers a range of tools as part of its enterprise Mobility Platform to help business create apps from a single codebase.

Sencha Touch
Sencha Touch is the leading cross-platform mobile web application framework based on HTML5 and JavaScript for creating universal mobile apps.

Appery.io
Appery.io is the best cloud-based mobile app builder platform that the mobile phone application developer can use to create best apps for Android, iOS, and Windows phone, and includes Apache Cordova with access to its built-in components.

Charter Global leverages its experience across multiple, proven app development and ecommerce cloud-based platforms:  SAP Fiori, SAP HANA, SAP Business One, Magento, PCI DSS, Spring MVC (Framework), Magnolia CMS/ Blossom module, HTML5, CSS3, JQuery, Struts. Charter Global is also the only Oracle partner that offers native pre-configured customizable mobile apps for JD Edwards users.

3 Ways to Integrate the Cloud into Your Enterprise | Charter Global

Cloud computing solutions has become an incredibly popular model for modernizing IT portfolios. With exclusive benefits like gaining agility and speed-to-market, more and more companies are turning to public cloud software.

Hybrid cloud systems are a means to shuttle business applications between public clouds from Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform (GCP) and private clouds running internally, or even hosted off-site by a provider.

Previously, many organizations chose one cloud services provide. Yet, because this approach lacks distinctive functionality, organizations are now recognizing the benefits of multi-cloud. Improved organizational flexibility, better performance and efficiency, and avoiding vendor lock-ins, are just a few of the benefits multi-cloud offers.

1. Adopting a Hybrid Cloud Environment

One trend that will see continuous traction in 2020 is procuring cloud services from two or more vendors at a time. AWS is popular for customer-facing apps, while Microsoft Azure Software Services for business services and GCP for analytics compliment the execution of specific business scenarios.

Some chose to hold apps closely using private clouds, or, shuttle apps back and forth between public and private systems. This is often in the interest of security or financial reasons, with companies rolling back apps from public clouds to internal systems, known as repatriation.

The big picture, however, points to an urgency for a strategy that ensures the entire ecosystem works synchronously, especially as the use of multiple clouds and on-premises cloud installations become more common.

2. Find the Right Fit

When your eyes are bigger than your stomach, you might put too much food on your plate. This is the case for companies who rely too heavily on the public cloud, who often lose money after the first 12-18 months.

Over-provisioning resources you won’t consume will ultimately backfire, as is the case with some application developers who accidentally leave cloud workloads running into the weekend. As a result, multi-million-dollar charges are incurred.

Governance can help mitigate these over-spending risks. Crafting a strategy that optimizes functionality across cloud network (both public and private), is one such way to ensure this risk mitigation.

A solution known as “FinOps” is a combination of analytics software and business management practices that, upon migration to the cloud, monitors and calculates the actual rate of cloud consumption.

3. Modernize, Migrate, and go Cloud-Native

You’re probably familiar with the lift-and-shift approach for migrating apps to the cloud, which isn’t enough to drive agility if certain factors aren’t in place. Upgrading legacy applications, for example, is fundamental when moving your data center to the cloud if tackling speed-to-market initiatives.

Modernizing apps, whether migrating as-is or re-architecting entirely, is vital for the attainment of competitive, advantageous software. Containers and microservices also work to make apps portable and capable of breaking-down.

Cloud native systems like Kubernetes-esque orchestration services (think AWS, Azure, and GCP) automate deployment, scaling, and management of containers, and ultimately enable rapid-fire change and continuous delivery.

Challenging aspects of going cloud-native include the need to manage clusters of containers running in a multi-cloud schema. Stop-gap measures, like using VMware to run virtual servers in AWS or Azure, can help overcome these issues.

Irrespective of the architecture your enterprise chooses to build, don’t sacrifice long-term transformation goals your business needs for short-term cost savings.

Read More:

https://www.charterglobal.com/3-ways-to-integrate-the-cloud-into-your-enterprise/

https://www.charterglobal.com/enterprise-solutions/microsoft-solutions/

3 Ways to Own Your Mobility Strategy | Charter Global

Enterprise mobility suits a wide variety of business models, sizes, and scales. Because of this, many business owners are increasingly embracing technology trends in the realm of enterprise mobility. In embracing and incorporating the top enterprise mobility trends into business models, organizations are reaping substantial benefits.

Increased productivity, enhanced communication, and unified collaboration throughout operations are just a few ways mobility is improving organizational landscapes. These promising factors, coupled with the era of digital transformation, are driving mobility’s surge in the global market.

1. Advanced Cloud-based Storage

Advancements in mobility are helping businesses to sharpen their competitive edge. When integrated properly, enterprise mobility management can transform the workplace in everything from security measures to cloud computing. As it stands, cloud-based tech trends have largely dominated new releases in the marketplace. touted for ease of access, device management becomes much simpler when it is facilitated through the cloud – especially when it comes to storage.

As the need for more robust storage alternatives increases, so does the migration to all-things-cloud. Massive, big data stores teeming with highly sensitive information necessitate safer, better storage solutions. With advanced cloud-based tech, organizations can secure as little, or as much data as necessary. Without pesky limitations in spatial or geographical requirements, for some, the only obstacle for accessibility lies in securing a proper wi-fi connection.

Because security is paramount, strict user-entitlement reviews ensure that only authorized individuals maintain credentials and accessibility to the data stores. Mobility security makes location-based access a thing of the past, dissolving commonplace limitations in other institutional storage options, like data warehouses, for instance.

2. Artificial Intelligence (AI)

You’ve probably noticed how artificial intelligence (ai) services has gone from the stuff of science fiction to modern, every-day usage. As developments in AI tech continue to surge and grow at a rapid-fire pace, more companies seek to adopt it in their practices. AI’s highly effective instrumentation is finding it’s way into everything from customer on-boarding to optimizing call center routines of customer service representatives.

Most notably, AI is fueling the overwhelming need for businesses to adopt everything automation. The cost-saving benefits of automated work processes speak volumes. What’s more, consumer profiles are more easily understood and interpreted through the use of AI.

Targeted marketing efforts are easier and closing a sale takes less time with predictive analytics. By understanding the core behavior of customers, user experiences can also be crafted and customized harmoniously. Those reluctant or slow to adapt may soon face a rude awakening as the popularity of AI-driven solutions are infiltrating virtually all aspects of business operations.

3. BYOD – Bring Your Own Device

Our ever-growing reliance on mobile technologies is perhaps most evident in our daily routines. Mobile devices, like smartphones, tablets, laptops, and wearables, to name a few, take precedence in everything we do – especially in the workplace. Productivity tracking mobile apps types help us prioritize, schedule, execute and repeat – on time and on schedule.

Like digital life rafts, our connected devices keep us abreast of our to-do lists, and without them, we feel powerless and fettered with anxiety. Businesses are now capitalizing on our inherent need to be plugged-in – with many in recent years offering a “bring your own device” alternative to places of employment.

The idea behind this methodology is that our workflow can more easily be accommodated when we’re equipped with our own items; pre-configured to our tastes, settings, and requirements. By spending less money on purchasing devices for office use, businesses can save gratuitous amounts of money. However, this can be considered risky when it comes to managing proprietary data. The risk can be curbed with a management solution that limits the use of personal equipment to proprietary apps and networks.

Reference Links:

https://www.charterglobal.com/3-ways-to-own-your-mobiilty-strategy/

https://www.charterglobal.com/technology-solutions/mobile-application-development-services/

Explore the highlights of 5 microservices trends to look out for in the near future.

1. No More Worries about Protocols

Burdensome uncertainty in protocol marked a popular trend in the realm of microservices architecture. Should it be the regular HTTP? Why not the recently matured HTTP/2? Indeed, deciding the best protocol has become worrisome and tedious. However, new developments in protocol will likely eliminate this worrisome task. Why, you ask? There will be the rise of protocol agnostic platforms. So then, users are enabled to communicate with other protocols without intense translation middleware methodology. Additionally, it would in turn aid better connectivity of microservices services. Finally, there will be more robust protocol combinations such as GRPC ->HTTP, HTTP->GRPC, and GraphQL->GRPC.

2. Not Just Functions but Features as a Service

Currently, there are numerous available APIs. It becomes easy to kick start functionality with the aid of helpers such as Firebase and services on AWS. When Microservices Architecture are programmed in a key-based direction, they can act as a feature geared towards multiple applications. A typical example is the authentication of every API, called using an app id. This helps individuals to design really fascinating feature pools and make room for their easy cloud orchestration in an agnostic manner.

3. Container Driven CI/CD

Argo, as well as other projects, tends to treat containers like tasks. Even the version 1.6 of Kubernetes initially introduced containerizes as post tasks geared towards extra configuration. In 2019, adopting containerization to abstract CI and CD will be a major trend. It would be better to treat them as cron job, rather than hook them up in an infra. Also, they should be treated as occurrences resulting from an event firing via code, rather than getting them hooked up in an infra.

4. Microservices Shared Data/Contexts

When it comes to the pattern of building microservices architecture, processes are becoming increasingly ‘loosely coupled’ as well as stern. There’s an emergence of several event-driven tools; typical examples include ‘Serverless’ Event Gateway. This pitches event-driven microservices.

Automated microservices can be enabled via listening to a hitch-free login event of a different microservice inside an application, without manually firing even one event. At the same time, it possesses the ability to control what gets to third party listeners. It’s time to treat today’s microservices with dependencies alongside communication.

5. Less or Zero Worry about Infra

Don’t worry anymore about infra, but focus on their application requirements. The Serverless style will become a focus this year, to enable easy environments to switch away from “always on”. Besides, there’s a need to support additional languages. There should be a possibility for using any language and making it serverless.

Sources:

https://www.charterglobal.com/technology-solutions/automation-testing-services/

https://www.charterglobal.com/3-upcoming-microservice-trends/

https://www.charterglobal.com/5-microservices-trends-to-look-out-for/

3 Ways Artificial Intelligence (AI) Services will Impact the Economy in 2020 and Beyond

1) Increasing efficiency and accuracy in our everyday work.

It’s tempting to believe that artificial intelligence services can do just about anything. If tech experts are to be believed, artificial intelligence (AI) has the potential to transform the world. Tech entrepreneur, Elon Musk, says this would be a threat to humanity and life as we know it.

Even though thinking among AI researchers has evolved over the years, the future impact of AI is strongly debated among experts.

Currently, AI and machine learning solutions power self-driving cars, complex ad-tech audience optimization, and a host of intelligent agents such as Alexa, Cortana and Siri. At the same time, leading AI experts, business owners, and analysts caution against an overly rosy view of its current capabilities.

The hype surrounding AI’s potential has misled many into overlooking its current utility. Eventually, AI will redefine industries and build technologies we never thought possible. However, business leaders and AI experts say the real value in today’s AI lies in increasing efficiency and accuracy in our everyday work.

2) Preparing for The Future – The Government’s Role

Artificial Intelligence (AI) Solutions holds the potential to be a major driver of economic growth and social progress. If industries, society, government, and the public work together to support development of this technology with thoughtful attention to its potential and managing its risks, then everyone will benefit.

The U.S. government has several roles to play. Participation in conversations about important issues is key; this is to help set the agenda for public debate. In fact, this initiate can monitor the safety and fairness of applications as they develop, and adapt regulatory frameworks to encourage innovation while protecting the public.

Another utility the government can provide is public policy tools to ensure that disruption in the methods of work enabled by AI increases productivity while avoiding negative economic consequences for certain sectors of the workforce. Not only this, but the government can support basic research and the application of AI to public good. One of those features is to support development of a skilled, diverse workforce.

Government can apply AI to serve the public faster, more effectively, and at a lower cost. Many areas of public policy, from education, to defense, to environmental preservation, and criminal justice, will see new opportunities and new challenges driven by the continued progress of AI.

To enable these policies, it’s crucial for the U.S. government to understand and adapt to these changes.

3) Economic and Social Morality

As the technology of AI continues to develop, practitioners must ensure that AI-enabled systems are governable. This is to ensure they are open, transparent, and understandable. In essence, AI must work effectively with people, so that their operation will remain consistent with human values and aspirations.

Researchers and practitioners have increased their attention to these challenges, and should continue to focus on them.

Developing and studying machine learning development services can help us better understand and appreciate our human intelligence. Used thoughtfully, AI can augment our intelligence and help us to chart a better and wiser path.

Charter Global offers AI resources to a variety of different types of projects. Consult us for expert help, and learn more about what we can do to achieve your AI goals.

Read More:

https://www.charterglobal.com/artificial-intelligence-impact/

https://www.charterglobal.com/ai-machine-learning/

Big Data capabilities are a vital aspect of identifying, assessing, and leveraging insight for competitive advantage – Charter Global

How do we overcome this obstacle, you ask? Start with acquiring a C-Level Sponsor who leads, commits and holds organizations accountable to a Big Data strategy. The three goals of the C-Level Sponsor are:

1. First, you have to have a plan. It takes a strategy to get you there.
2. Second, the plan must put together a proven set of formulas, approaches and methods to win. There is no way to luck into success. As my high school football coach used to say, “Luck is when preparation meets opportunity”.
3. Third, is to establish the strategy outcomes by answering the question, “Why are we doing this?” This answer should be quantified in business value creation dollars and remain the focus and measurement of the success of the strategy.

CEOs are being asked by the investor community and/or industry analysts to share their organization’s Big Data strategy. The investment community is wise to the fact that organizations that deploy and adopt Big Data and Predictive Analytics provide for long term stability and value gain to the shareholders. With the failure rate at approximately 70% for Big Data projects, it is important for the C-level Sponsor to mitigate risk and dollars in establishing a successful winning strategy. A winning strategy aligns executive, operational and IT goals into a single focus for significant value gain to the organization, shared responsibility and transparent accountability.

Seek outside help with an IT Consulting Partner who earns the trust of IT, Business & C-Level to help guide your organization through the strategy, process, methods and multiple POCs that are needed. There are many advantages for partnering with an outside trusted advisor:

1. They accelerate your organization’s adoption of proven methods and approaches that guarantee success.
2. There are politics in everything these days and Big Data has Big Politics attached internally with careers made and loss on such decisions; leverage an outsider to help manage through the status quo successfully because they have done it many times before.
3. Having a trusted voice that is vendor neutral and is concentrating specifically on your success. Assisting you in managing vendors and proving out their claims before investing millions of dollars.
4. Your team gets immediate access to critical key talent with a proven track record that you currently do not possess internally or cannot find.
5. A trusted advisor guides the building of a cross-functional team and helps create a common set of semantics for communication. Big Data problems are modeling problems, and the models you are trying to create are those of the entities on which you gather data. The dynamics of the data and the products that derive from them are so dynamic that the business and IT folks need to be part of the same discussion and accountable as a team.
6. Making the project successful, will require that the cross-functional team avoids any folks that are part of the old way of thinking; otherwise, the gap will persist and widen. A trusted advisor keeps a keen eye on the team and engages the C-level sponsor as needed to guide focus and outcome.
7. Most importantly, they keep the focus of Big Data directed on outcomes that support the business and valuable outcome.

Read More: https://www.charterglobal.com/big-data-more-than-a-numbers-game/

Software Application Development Services | Charter Global

Charter Global offers a full range of application development services to develop custom applications and enhancements for existing applications. Our team is experienced in strategy and project management. We can help you design, build, test and QA processes. Let us help manage implementation and seamless integration across the enterprise with focus on quality, timelines, and budgets.

We offer experienced resources development teams for a wide range of app development platforms to fit your vision and requirements. Charter Global is the leading App development company in USA & India.

1. Enterprise Application Development Services
2. Mobile Application Development Services
3. Web Application Development Services
4. Microsoft Azure Apps
5. AWS Apps
6. Cloud Based Application Services
7. UI/UX Designs
8. Quality Automation Apps
9. Native Mobile Apps
10. Microservices Architecture for App Development
11. Microsoft Dynamics 365 CRM

End-to-end Application Development Services:”

1. Assess: We evaluate your current platform requirements and recommend the best technologies for your business needs.

2. Design: Our onsite and offshore resources manage your app development project or augment your team to ensure project success.

3. Build: We apply proven Agile and CI processes that reduce cycle time and make the release process more reliable during app development.

4. Test: Experienced QA resources conduct manual and automated testing. We can speed up time to market for your app development by reducing testing time.

5. Implement & Integrate: We collaborate with you to deploy and migrate applications seamlessly with minimal downtime. See emerging trends in software development.

6. Support & Maintenance: As needed we provide 24/7 support for applications, systems, and databases.

For More Information, Please visit our website;

https://charterglobal.com/technology-solutions/application-development/

Understanding the nature of DevOps, its benefits, and 15 key tools | Charter Global

What is DevOps?

DevOps is a set of practices that automates the processes between software development services and IT teams, in order that they can build, test, and release software faster and more reliably – using the proper devops tools. This process acceleration enables organizations to better serve their customers and compete more effectively in the market. It has been proven to increase the speed, efficiency, and quality of software delivery. The goal of DevOps process is to change and improve the relationship by advocating better communication and collaboration between these two business units. In order to have effective DevOps practices, the proper tools must be identified. Outlined below is a basic description of how DevOps works, along with the top 15 tools used in the software development life cycle.

Benefits of DevOps:

DevOps enables continuous software delivery with less complex problems to fix and faster resolution of problems. DevOps tools are used to make a seamless platform for this continuous delivery. It has certainly helped organizations such as Etsy, Netflix, Facebook, Amazon, Twitter, and Google by improving their performance levels significantly.

1. Leverage cloud architecture to control costs
2. Reduced complexity and increased scalability
3. Development and operations teams share access and insight in the development cycle
4. Store and correlate data from different applications and devices
5. Provides a consistent environment from development to production
6. Cloud-based management tools (cloud computing) simplify access and analysis updated in real-time
7. Identify and diagnose issues quickly

Top 15 DevOps Tools:

1. Jenkins:

Jenkins is a DevOps tool for monitoring execution of repeated jobs. This extensible automation engine enables DevOps teams to integrate project changes more easily and access outputs for quickly identifying problems.

2. Chef:

Chef is a DevOps tools for achieving speed, scale, and consistency. Chef turns infrastructure into code so that users easily and quickly can adapt to changing business needs.

3. Puppet:

Puppet strives to build an environment where the software powering everything around us is always available, up-to-date, and accessible from anywhere.

4. SaltStack:

SaltStack is software for data-driven orchestration and configuration management at scale. This DevOps tools is the solution for intelligent orchestration for the software-defined data center.

5. Docker:

Docker is a tool that allows users to quickly assemble apps from components and work collaboratively. This open platform for distributed applications is appropriate for managing containers of an app as a single group and clustering an app’s containers to optimize resources and provide high availability.

6. Ansible:

Ansible is a DevOps tool for automating your entire application life cycle. Ansible is designed for collaboration and makes it much easier for DevOps teams to scale automation, manage complex deployments, and speed productivity.

7. Juju:

Juju is a python based orchestration tool developed by canonical. It has a great UI for orchestrating your applications in your cloud environments. You can also use their command line interface to do all the orchestration tasks. You can configure, deploy and scale applications using Juju.

8. Vagrant:

Vagrant is a great tool for configuring virtual machines for a development environment. Vagrant runs on top of VM solutions like VirtualBox, VMware, and Hyper-V etc. It uses a configuration file called Vagrantfile, which contains all the configurations needed for the VM.

Learn More: https://www.charterglobal.com/do-more-with-devops-top-15-devops-tools/

Charter Global offers a full range of technology services and solutions, including DevOps Services, microservices, and Continuous Delivery. Our Open Source Center of Excellence provides a foundation for continuous innovation.