The problem of time-consuming network upgrades and associated outages affects a lot of businesses. The increasing requirement for mobility and adaptability poses a challenge in accurately forecasting the IT requirements of the company. Furthermore, it significantly complicates the management of cost control. Fortunately, cloud development has the ability to address and overcome all of these challenges.

Furthermore, businesses are actively harnessing its potential. Thales and Ponemon Institute conducted a study that revealed that 66% of enterprises currently store their sensitive data in the cloud. The insurance, telecom, retail, banking, and consumer products industries are the most prominent adopters of cloud technology.

Cloud application development services are indispensable for businesses that require the storage and processing of significant amounts of data.

Expansion of the cloud market’s value

The proliferation and appeal of cloud solutions give rise to numerous inquiries for businesses of varying scales, particularly pertaining to the definition of a cloud-based application and the process of constructing a cloud solution. The purpose of this post is to provide answers to those inquiries. Today, you will acquire knowledge about the distinction between a cloud application and a web application, the technological prerequisites for developing a cloud based application, the sequential procedures involved, and an approximate estimation of the associated expenses.

Fundamental principles.

Development of cloud applications is the process of writing software programs intended to operate on cloud computing infrastructures. These applications are typically developed using cloud-native technologies and are hosted and accessed over the internet.

Cloud application development is the act of designing and building computer programs or software applications that operate on the Internet rather than on a personal computer or a local server.

A cloud-based application is a software product that stores data and performs its processing logic online, rather than on a local server machine like web applications. This capability is made possible through the utilization of remote data servers that are hosted by cloud service providers.

The subsequent sequence can depict the operation of the cloud application. An individual engages with the application by means of a web browser. The browser utilizes an API to transmit data to a remote server for processing and then retrieves the processed data through the same API to display it to the user. In this situation, the user’s device functions as an input device and does not disrupt the operation of a cloud application.

Advantages of Building Cloud Applications for Business

Cloud solutions are more resistant to the risk of data loss due to device damage or loss because they do not rely on physical storage devices. In addition, as technology progresses, the process of sharing data becomes more efficient and can be tailored to meet your specific preferences.

Now, let us examine the primary advantages of employing a cloud-based solution for businesses.


Cloud computing enables remote access to data, as long as there is an internet connection available. This implies that you and your team have the ability to embrace and implement work practices that are more adaptable and versatile. Individuals have the ability to promptly retrieve their documents and offer immediate input when necessary.

Automated updates

A cloud service provider possesses a solitary corporate data center through which they can uniformly disseminate updates to all customers at once. This guarantees that you will consistently utilize the most up-to-date software version without the inconvenience of personally downloading and installing it.


By utilizing the resources of a cloud service provider, you can reduce costs associated with the management and maintenance of IT systems. Operational expenses are diminished as there is no requirement for an internal IT team, energy consumption is decreased, and software upgrades are typically managed by the vendor.

Data security

Your business data stored in the cloud is automatically safeguarded and secured using state-of-the-art encryption technologies. Your files are impervious to any power shortage or crisis, ensuring their safety. Additionally, you can conveniently access them from any location, allowing your business to operate seamlessly.

Instances of Cloud Software

Cloud applications are available in a range of different types, including productivity suites and communication and collaboration tools. It is highly probable that your business is already utilizing them, possibly without your awareness.

Now, let’s examine some commonly utilized cloud-based applications that are in use today:

• Slack: A highly regarded cloud-based platform for collaboration and messaging.

• Salesforce: This application eliminates the need for business owners to develop a customized cloud-based customer relationship management (CRM) platform.

Figma is a remarkable design tool that allows for effective collaboration.

These applications can be readily accessed on any internet-connected device, facilitating instantaneous collaboration. This feature has acquired a substantial following and is indispensable for teams that are geographically dispersed.

Guide to Systematically Developing a Cloud Application

Cloud development involves the creation of web applications and the development of mobile solutions. The technologies and skills required by your technical team will vary depending on the type of solution chosen. Nevertheless, in other aspects, the process of developing cloud applications is quite similar.

Firstly, you should thoroughly investigate the market and accurately identify the specific needs of your target audience. After acquiring a thorough understanding of the aforementioned concepts, proceed to determine how your product will effectively resolve those challenges and verify the feasibility of your concept. Lastly, make sure that your app is both dependable and easy to use.

In summary, the typical stages of cloud application development encompass:

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What are the steps to building a cloud based application?

Establish objectives for developing a cloud based application

Prior to embarking on software development, it is essential to ensure that all parties involved, including stakeholders and developers, are in agreement and have a shared understanding of the business objectives. This collaboration occurs during the initial phase of exploration.

However, businesses frequently choose to invest in cloud application development for the following reasons:

  • To mechanize a sequence of tasks.
  • To acquire a centralized data storage system that is easily accessible and manageable.
  • To improve the exchange of information and ideas among teams.
  • To enhance the process of generating reports and analyzing data.
  • To enhance the interoperability of data between disparate systems.

During this phase, the development team actively interacts with the client, inquiring about their vision, objectives, and intended results. Using this data, they assess the intricacy and extent of the project, approximate the expenses of software development, and pinpoint potential obstacles.

Additionally, they determine the order of importance for development. For instance, if it is imperative to expedite the process of bringing the solution to market, they may suggest constructing a Minimum Viable Product (MVP) as a preliminary step.

Select a development team

When considering the recruitment of cloud application developers, there are three primary choices available: engaging freelancers, establishing an internal team, or contracting a reputable software development company.

It is crucial to understand that cloud application development is a continuous and ongoing procedure. Regular updates are necessary for the product to remain relevant in the constantly evolving technological environment. Additionally, it may be advantageous to enhance its functionality as your business expands. Ensure that your cloud application development company is capable of delivering the required services promptly when requested.

Below are a series of inquiries to assess a prospective cloud software development collaborator:

Could you please furnish me with examples of previous projects that are comparable to mine that you have previously undertaken?

  • Which cloud application development platforms and technologies do you have expertise in?
  • Are you familiar with the specific tools and services that are pertinent to our project?
  • How do you mitigate security risks in cloud development?
  • What are the steps involved in designing and implementing solutions to guarantee scalability in cloud applications?
  • What strategies do you employ to guarantee efficient communication and collaboration during the development process?
  • What strategies do you employ to effectively control and enhance the efficiency of expenses related to cloud resources?
  • What types of post-launch support and maintenance services do you provide?
  • Which individuals will comprise the core members of the development team assigned to our project, and what is their level of expertise and past accomplishments?
  • What methods do you employ to convey information about the advancements and changes made during the course of development?
  • How do you manage alterations in project requirements or scope?

Identify characteristics of the forthcoming cloud application

When contemplating the features of your cloud application, it is important to consider certain universal elements that contribute to an effective user experience.

  • The application provides cross-platform accessibility, allowing users to access it from their preferred devices.
  • The application incorporates security measures, such as user authentication and access control, to ensure that only authorized individuals can access and interact with the application, thus safeguarding user data.
  • Real-time collaboration tools, such as chat, live comments, and co-editing, allow multiple users to work together on shared documents, projects, or data simultaneously.
  • Notifications and alerts are utilized to provide users with crucial updates or information regarding significant events.
  • Ability to handle tasks efficiently regardless of the user count.

Design the structure and layout of the cloud application

Various methods can be employed to arrange components in a cloud-based application, depending on the specific needs of the project. Now, we will examine the four predominant forms of cloud application architecture:

  • Monolithic architecture refers to the design of an application as a singular, highly integrated entity in which all components are interconnected and reliant on one another. Constructing it is straightforward, but it may have restricted capacity for expansion and pose difficulties when it comes to making updates.
  • The microservices architecture divides the application into discrete services, each with its own distinct functionality, which interact with each other through APIs. This approach provides versatility in the development of cloud applications and offers significant scalability. However, it may encounter performance challenges as a result of its heightened intricacy.
  • Function as a Service, or serverless architecture (FaaS).  This architecture employs a serverless environment where the application is constructed using compact, event-driven functions. Serverless applications offer flexibility and cost-effectiveness, but they are not well-suited for resource-intensive tasks.
  • Hybrid cloud architecture integrates local infrastructure with public and/or private cloud resources, offering a remarkably adaptable application. Nevertheless, hybrid cloud software may face difficulties in integrating various components and may also be susceptible to security vulnerabilities.

Select the technological framework

The selection of an appropriate technology stack is contingent upon several factors, including the extent of the project, scalability prerequisites, the quantity and nature of integrations, and security considerations.

For instance, a development stack based on Python is excellent for rapidly building cloud solutions that can be easily scaled and maintained. Alternatively, Ruby on Rails development is well-suited for projects that require quick visualization and testing of concepts, enabling smooth collaboration among cloud software developers.

Furthermore, there is no universally applicable solution; each team selects the option based on their specialized knowledge and the resources at their disposal. Now, let us examine some of the most widely used technology stack choices for developing cloud-based applications:

  • The programming languages include Java, Python, Node.js, Ruby, .NET, Go, PHP, and TypeScript.
  • Databases include MySQL, PostgreSQL, MongoDB, Amazon RDS, Cosmos DB, Firestore, and Firebase Realtime Database.
  • Frameworks: Spring Boot, Django, Flask, Express.js, .NET Core, Ruby on Rails, Angular, React, and Vue.js
  • Containerization and orchestration technologies include Docker, Kubernetes, OpenShift, and Amazon ECS.
  • Frontend technologies include React, Angular, Vue.js, Bootstrap, Materialize, and Tailwind CSS.

Create the application’s design

The design of your cloud application’s user interface is completely customizable and can be tailored to your specific preferences and the preferences of your intended users. However, there are certain overarching suggestions to keep in mind when collaborating with your UI/UX design services provider.

  • Adaptive layout. Cloud-based software should provide a consistent user experience across different platforms and operating system versions. Make sure that the design you select is responsive, meaning it can adjust smoothly to various screen sizes and devices.
  • Effortless and instinctive navigation. Users should be able to effortlessly navigate between various sections and functionalities of the application. Implement widely-used navigation patterns to offer a recognizable experience, thereby minimizing the amount of time and effort required for the target audience to become familiar with the interface.
  • Ability to adjust to dark mode. A significant number of users value the ability to alternate between light and dark modes, as it enhances visibility and minimizes eye fatigue. Create the user interface (UI) of the cloud application to dynamically adjust to dark mode preferences and conform to the user’s system settings.
  • Easy and efficient handling of growing work or data. Foresee the expansion of your application and the incorporation of novel functionalities as time progresses. Create a user interface that can adapt and perform well as the application develops.

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Create and evaluate the cloud-native application

Cloud solutions are commonly created using Agile or DevOps methodologies. The decision is contingent upon the preferences of the development team, the requirements of the project, and the culture of the organization.

Now, let us examine a concise summary of the particular details of each of these approaches.

Agile development

Agile places a strong emphasis on the process of developing software in small, iterative steps and making incremental improvements along the way. Work is structured into brief, time-limited iterations known as sprints, typically spanning a duration of two to four weeks. Features are ranked according to their business value, and a product increment that can potentially be shipped is delivered at the conclusion of each sprint.

Testing in Agile is seamlessly incorporated into every sprint, with uninterrupted testing carried out throughout the entire development cycle.


Agile places significant emphasis on effective communication and close collaboration. To address this issue, it is crucial to ensure that your team possesses efficient collaboration tools and adopts effective communication practices.

Agile methodology is specifically designed to adapt to changing requirements, making it essential for stakeholders to be consistently accessible for feedback.

The DevOps methodology

DevOps seeks to dismantle barriers between development and operations teams, promoting cooperation across the entire cloud application development process. Hence, the practices of DevOps heavily rely on continuous integration, continuous delivery (CI/CD), and automation.

DevOps advocates for the implementation of continuous testing to guarantee that code modifications are automatically tested at every stage of the development process.


DevOps development frequently necessitates a cultural transformation within organizations. Teams must adopt a mentality of cooperation, mechanization, and collective accountability. In order to facilitate this transition, the employer must offer training, workshops, and leadership assistance.

Integrating different tools for continuous integration/continuous deployment (CI/CD), testing, and monitoring can result in integration difficulties. Hence, it is imperative to select development tools that are compatible and establish unambiguous procedures for integrating these tools.

Initiate and sustain

The market is in a constant state of change, with user needs shifting and new technologies emerging. Therefore, your cloud application requires continuous maintenance services. Significant focal points encompass:

  • Implementing security updates and patches to protect user data from emerging threats;
  • Implementing performance optimization techniques to maintain the app’s responsiveness and scalability as user demands change;
  • Making scalability adjustments to accommodate changes in user traffic and the application’s growth;
  • Technology updates refer to the process of updating the technology stack, frameworks, and libraries used in the application to newer versions or releases.

We specialize in developing cloud solutions that are both scalable and cost-effective.

The expenditure of cloud app development 

According to publicly accessible sources, the cost of developing a cloud application can range from around $20,000 to more than $400,000. While the range is extensive, it is difficult to narrow it down without a clear understanding of the project’s specific details.

To provide general guidance, let us examine the framework for estimating the expenses associated with constructing a cloud-based solution. The table below presents the average hourly rate for specialists in Europe, which ranges from approximately $30 to $150. The suggested estimated duration is applicable to a basic application, such as a Single Page Application (SPA).

Note that the values in the cost column will differ depending on the time estimate, which is specific to each project.

Obstacles in the development of cloud applications

Developing cloud applications presents unique challenges, primarily due to their reliance on external cloud servers. In the following discussion, we will analyze the most prevalent technical difficulties and propose strategies to mitigate them.

  • Issues related to the protection and safety of individuals, systems, and data.
  • The data and services provided by cloud solutions are consistently accessible via the internet, which presents potential security vulnerabilities. Possible risks encompass unauthorized entry, data breaches, and weaknesses in cloud infrastructure.
  • In order to reduce these risks, utilize cloud-based security services, establish robust authentication and authorization mechanisms, and apply encryption to data during transmission and storage. Consistent updates, patches, security audits, and testing are essential for detecting and reducing possible threats.
Management of scalability and performance

The cloud application must be capable of dynamically allocating appropriate resources (such as computing power, storage, and network capacity) to accommodate changes in user activity and traffic levels. Excessive provisioning can lead to avoidable expenses, whereas insufficient provisioning can cause performance problems.

Furthermore, as the application expands with additional functionalities, its architecture becomes increasingly intricate, potentially resulting in performance limitations.

To tackle this challenge, create the application architecture with scalability as a primary consideration, utilizing components and services that can adapt resources in response to demand. Deploy caching mechanisms and regularly analyze performance metrics to detect and resolve bottlenecks.

Obstacles related to integration

The process of integrating cloud applications with existing systems, third-party services, or other cloud-based services can be intricate due to incongruent APIs, data formats, or communication protocols.

To overcome this challenge, select cloud services and tools that have strong support for integration standards. Incorporate resilient error handling and monitoring mechanisms, and contemplate the utilization of middleware, integration platforms, or the creation of customized APIs to streamline the integration procedure.


VelanApps is an excellent choice for custom cloud app development.  VelanApps has assembled a seasoned team with vast expertise in delivering top-notch software development services, particularly in the field of cloud application development.

Our specialists have years of experience in developing cloud applications. They have a strong grasp of cloud and database concepts, exceptional networking abilities, and expertise in hypervisor and data visualization technologies.

Our clients value our extremely secure solutions that guarantee compliance with regulations and maintain a 99.9% uptime. To accomplish this, we implement proven privacy and cybersecurity protocols, utilize DevOps tools, leverage trusted third-party services, and enforce real-time data monitoring policies.

Our engineers remain informed about the most recent advancements in cloud software development. Including both building from the ground up and migration techniques.

We provide comprehensive consulting services for cloud development. Can help you bring your idea to fruition starting from the very beginning.