In simple terms, cloud computing is anything that delivers hosted services by means of the Internet. These services fall into three distinct categories:

  • Platform as a service or PaaS
  • Infrastructure as a service or IaaS
  • Software as a service or SaaS

Cloud computing can be public or private. A proprietary network or any data center which supplies hosted services to only a limited number of people, where there are certain permission settings, is called a private cloud. On the other hand, where these services are sold to anyone over the internet is called a public cloud. But whether it’s public or private, it has the same aim, to provide people with scalable, easy access to IT services and computing resources.

In order to implement a proper cloud computing model certain software and hardware components are involved. You can think of cloud computing as on-demand computing or utility computing.

Cloud computing is the future of enterprise application platforms. With cloud-based services, we rely on remote servers for our technological infrastructure.

Thanks to the way that cloud computing encourages mobile access via smart devices, cloud computing keeps people in the loop. Because of the way the cloud exists, it doesn’t matter where our employees are – we can all stay connected.

Evolution of Cloud Computing

The rapid evolution of cloud computing is sweeping through businesses of all sizes, as they are adopting this technology. Leading industry experts predict that cloud computing will keep growing and getting better in the next few years.

In the past decade, businesses and enterprises embraced cloud services to find better offerings and save money in the long run. Because of this shift, the number of organizations using software-as-a-service (SaaS) options increased by more than two times from 2015 to 2017. Back in 2017, Forrester predicted that cloud computing was going to be the much-needed tech within the next few years.

They were right. Even back then, we knew that cloud computing was going to explode across the enterprise sector.

Since that time, the cloud has evolved to be more than storage. It has become a place where companies host their own private, on-premise platforms using open-source software.

Advantages of Cloud Computing

Cloud computing benefits abound as more and more companies utilize cloud applications. Perks like effective collaboration and content sharing are some of the reasons why cloud computing is so attractive.

According to Salesforce, there are several advantages to embracing cloud computing. In just one instance, 94% of businesses saw an improvement in overall data security after migrating to the cloud. Another 91% claimed that government compliance was easier to attain with cloud computing.

Flexibility is another significant benefit of cloud computing. As a third-party organization that handles IT infrastructure and data hosting, as a company, our business leaders can focus on providing a good customer experience and achieving other goals.

Other benefits of cloud tools include access to up-to-date software, enhanced security, data portability for users, and cost-effectiveness.

Enterprise Applications & Solutions

Cloud-migration-friendly apps seamlessly transition to the cloud with minimal hassle. However, these apps can be cost-intensive to maintain. Apps designed for the cloud consume more resources even when idle, posing optimization challenges. On the flip side, cloud-optimized applications offer cost-effective flexibility. This approach centers around Platform as a Service (PaaS) models.

Optimized apps are not only scalable but also more manageable compared to cloud-only apps. Cloud adoption is the prevailing trend for handling data workloads in the enterprise sector. Hybrid cloud infrastructures encompass both public and private cloud components, managed in-house. Leading cloud platforms support mainstream virtual machines (VMs), importable from VMware vSphere and Microsoft Hyper-V.

The Future of Cloud Computing

The future of cloud computing promises to be a continuation of the rapid evolution we’ve witnessed thus far. With technological advancements driving the field forward, we can anticipate even greater integration of cloud services into our daily lives. Cloud computing is set to become more intelligent, offering enhanced automation, advanced analytics, and seamless scalability.

As data volumes grow, security measures will also become increasingly robust, ensuring the protection of sensitive information. Hybrid cloud solutions will gain prominence, enabling organizations to strike a balance between on-premises infrastructure and cloud-based resources.

Moreover, emerging technologies such as edge computing and serverless architectures will reshape how we approach application deployment and resource allocation. The future of cloud computing holds the potential to revolutionize industries, empower innovation, and shape the digital landscape in unprecedented ways.

  • Cloud Database

A cloud database, operating on the foundation of cloud computing, offers unparalleled scalability and high availability. Unlike traditional setups requiring on-site infrastructure, Database as a Service (DBaaS) leverages cloud-based solutions for both small and large-scale needs. With industry giants such as Amazon AWS, SAP, Oracle, and Microsoft’s Azure leading the charge, the global cloud computing market was valued at approximately USD 483.98 billion in 2022, and projections indicate it’s poised to surge to USD 619.01 billion by 2023.

Computer technology isometric icon, server room, digital device set, element for design, pc laptop, mobile phone with smartwatch, cloud storage, flat vector illustration
  • Cloud Server Hosting

Private cloud servers are the way of the future. By using the same technologies as the public cloud infrastructure, private cloud strategies are becoming the norm. According to Forbes, 77% of enterprises use cloud infrastructure for either applications or their overall computing. Flexibility is a crucial component of why companies are investing in cloud technologies. Cloud technology’s hallmark speed, flexibility, and efficiency cater to dynamic market demands, rendering it a vital investment for modern businesses.

  • Cloud Storage Providers

The landscape of cloud storage providers continues to grow encompassing both public and private spheres. It would also make sense for the various providers to have multiple solutions available for companies to choose from. Providers would be likely to have more options as far as clouds are built and administered for clients from a third-party standpoint.

We anticipate that additional alternatives will emerge, encompassing the establishment of private clouds using existing infrastructure and an increased focus on constructing open-source platforms. Eventually, cloud tech is going to be the primary platform upon which enterprise data is secured. Anticipated developments encompass private cloud expansion and the rise of open-source frameworks, ultimately positioning cloud technology as the cornerstone of enterprise data security and communication.

Increasing Collaboration and Better Quality Control

Embracing cloud computing entails a transformative journey toward heightened collaboration and multifaceted enhancements throughout our enterprises.

Through cloud-based platforms, team members can seamlessly access, share, and collaboratively edit information, amplifying overall productivity. This singular data hub engenders consistency across the board, effectively mitigating human errors and elevating business quality standards.

The integration of cloud infrastructure empowers IT professionals and other personnel to elevate customer experiences, reinforce compliance measures, and fortify the security of confidential and proprietary data, culminating in a holistic improvement of business operations.

At Veltris, we stand at the forefront of digital transformation, propelling businesses into the future through cutting-edge web and custom software development solutions. Our dedicated team of experts combines deep industry knowledge with technical skills, guiding you through every step of the journey. Reach out to us to elevate your business with the limitless possibilities of cloud infrastructure

Introduction to Amazon’s New Elastic Container Service Introduction to Amazon’s New Elastic Container Service

Many enterprises are increasingly moving away from the cumbersome monolithic architecture patterns.  It adopts the smaller and simpler microservices architecture for their software applications. Due to this, the method that they adopt for deploying their applications and their overall DevOps strategy has changed a lot. A variety of new tools have been developed to facilitate these latest DevOps practices in implementing and deploying microservices based applications. Some of the popular ones are Docker containers, Kubernetes – an orchestration tool from Google, and ECS (Elastic Container Service) by AWS.

Containers are lightweight processes and Docker is fast becoming the popular container platform service provider these days. Orchestration tools such as Kubernetes Rancher and AWS services help manage these Docker containers. Docker made things simple and easy to manage.

However, the question still remains as to how to decide which tool fits your overall strategy.

In this blog, I’m going to talk about those cases in which you can leverage ECS as a core component of your DevOps strategy.

Engineering teams in most organizations, large or small, are adopting the microservices architecture and as a result, containerization of applications has become a common practice. However, some of these teams are smaller and cross-functional, and they want a simpler way to deploy their applications. In such cases, a much heavier Kubernetes might be an overkill compared the much lighter AWS ECS. AWS ECS itself comes with the Kubernetes flavor.

AWS’s ECS is a great fit for smaller engineering teams as it is simple and fast. Since it’s a fully managed service, the burden of deployment, monitoring and maintaining the logs is lifted off the engineering teams so that they can focus on application development.

Why Elastic Container Service (ECS)?

Containers can be run or scheduled to run on the same node using ECS. In addition to deploying the containers, ECS also ensures that all essential containers are always running. Thus maintaining the state of the containers.

ECS allows you to distribute the EC2 utilization (CPU and Memory) between containers. This allows you to achieve high to full utilization of EC2. With ECS, the EC2 instances come with the auto-scaling option enabled by default which is an added advantage.

Additionally, with ECS, you will be able to leverage other services/tools from AWS such as AWS Cloudwatch and Container registry.

AWS Cloudwatch can be set up to monitor each individual container logs and metrics.

With the Container Registry, you can now store container images and automatically encrypt images while pushing them over an HTTPS connection.

With AWS IAM, you can easily manage permissions and access to images in the Container Registry.

Add-on features from AWS

AWS also provides several add-on features that can be leveraged to make the overall process better.

AWS’s IAM allows you to define permissions at the lowest possible level – the task level – thus providing the ability to limit access. It follows the “Least Privilege” access model.

Example: If there are two containers running on the same instance, you can specifically define which container should access the S3 bucket by assigning the appropriate IAM role to that container.

Containers help improve the utilization of your EC2 resources to help run multiple services on the same instance. Using Docker with ECS in your projects will help in standardizing the processes and configuration across services. So that knowledge and resources easily shared across cross-functional teams.

For small teams, better and higher efficiency and throughput are critical and using ECS will help streamline their workflows effectively.

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