JavaScript, Python, Java, and C++ are examples of the most common programming languages being used in web application development. But for companies that require high-performance, highly scalable applications, Node.js and React are quickly becoming two of the most popular (and powerful) technologies used for both web and mobile app development.

In this guide, we go in-depth on why your company should develop apps with Node and React — business advantages, technical advantages, and how you can jumpstart your organization’s app development project.

The High-Performance Tech Stack: React and Node.js

Startups, SMBs, and global enterprises alike are all leveraging the robust technical and business benefits that Node.js and React can facilitate. Below is a high-level overview of each technology, followed by the business and technical advantages of using React and Node.js for your development projects.

Node.js

Node.js is an open-source, cross-platform runtime environment for executing JavaScript code outside of a browser. It is commonly used to build back end services such as Application Programming Interfaces (APIs), which power client applications (e.g., a web app running within a web browser or a mobile app running on a mobile device).

Some of Node.js’s defining features include:

• Excellence in prototyping and agile development
• Capability to build ultra-fast and highly scalable services
• The largest ecosystem of open-source libraries available on the web
• Easy to get started

Node.js is ideal for building highly scalable, data-intensive, and real-time back end services that power client applications. Although there are numerous back end development platforms available, Node.js has emerged as one of the most popular choices. Companies ranging from lean startups all the way to large organizations such as NASA, PayPal, Uber, Netflix, and Walmart, all use Node.js in production.

How Node.js works: executive overview

• Node.js utilizes a non-blocking I/O model, which enables a singular process to serve numerous requests concurrently. When used in the proper context, a non-blocking I/O model can reduce the latency of an application, improve responsiveness, and optimize throughput.
• The technology was built on Google Chrome’s V8 JavaScript Engine, which is widely known for its fast and efficient execution of code.

React

Contrary to popular belief, React is neither a framework nor a programming language; it is a JavaScript library used by developers to create interactive, complex, and streamlined user interfaces (UIs). React’s versatility allows its use in a wide range of applications, from single-page app development and cross-platform mobile apps to complex web applications.

Some of React’s defining features include:

• A robust JavaScript library used for UIs
• Highly flexible, supporting both web and mobile apps
• Component architecture and declarative approach
• A one-way data flow, setting a standard that many JavaScript applications now follow

React was developed at Facebook and is currently the most popular JavaScript library for building complex, interactive UIs, ahead of both Angular and Vue.

Its adoption by industry leaders, including Airbnb, Twitter, Instagram, Shopify, and WhatsApp, underscores the power and popularity of React in developing innovative applications.

How React works: executive overview

• “Components” can be considered the “heart” of any React application. A component is essentially a piece of the user interface (UI). When building applications with React, developers create isolated, independent, and reusable components that when composed together are capable of creating complex, yet smooth and attractive UIs.
• React utilizes declarative code. In simple terms, declarative coding is when a developer describes what they want (i.e. the end result), versus imperative coding when they describe how they want to achieve the end result. Declarative programming enables more scalable code, and code that is easier to understand (compared to imperative programming).

The technology was initially designed to be utilized within web browsers, but because of how it was designed it can also be used server-side in conjunction with Node.js (an approach many organizations leverage).

Business Benefits of Using React and Node.js

React business advantages

• Mature technology backed by Facebook (Meta)
• Ongoing refinement, updates, and development, ensuring long-term technical relevance without the need for frequent redevelopment
• React is steadily replacing other UI technologies, adopted by countless major enterprises and corporations
• Faster development speeds, reducing overall development cycle times
• Increased developer continuity between teams or companies
• React has completely changed the cross-platform mobile app development space, gaining favor over several of the formerly popular technologies such as Xamarin, Cordova, and PhoneGap
• Incredibly versatile technology that can be used for numerous app types beyond web or mobile, including desktop and embedded software

Node.js business advantages

• Applications developed with Node.js are typically completed at a faster pace than other technologies
• It is suitable for both rapid prototyping of products and standard software development
• Singular programming language for client and server development, streamlining tool and production efforts and reducing the need for tech-specific developers
• JavaScript is the most popular front end programming language in the world, employed by 98.3% of all websites.

Because both Node.js and React are fast, efficient, and highly scalable, using the two technologies together enables companies to rapidly develop new applications. And the benefits aren’t limited to business — both React and Node.js provide numerous technical advantages over other technologies, which is a strong reason for their continued growth and popularity.

Technical Benefits of Using React and Node.js

React technical benefits

• Large and developed ecosystem
• Easy to find solutions to development problems for almost all scenarios
• Capable of powering high-performance applications
• Uses a declarative approach, enabling developers to create better code
• React’s syntax and its concepts inherently empower developers to create with industry best practices in mind such as SOLID, DRY, and KISS
• Fast and efficient interface rendering
• One-way data flow (binding) that works to minimize errors and optimize modularity
• Easy to use and straightforward to learn for developers compared to other technologies

Node.js technical benefits

• A large community and ecosystem of convenient tools and frameworks
• Lightweight server components and processes
• Excellent option for microservices architecture
• Fast performance across a wide variety of scenarios and project types
• Highly customizable to meet the needs of a specific project, app, or scenario

Key business and technical takeaways

•‎ React and Node.js can significantly reduce the time-to-market for new applications
•‎ Both technologies are known for their ability to create fast, efficient applications
•‎ React and Node.js feature expansive, resourceful developer communities and ecosystems
•‎ The technologies are utilized by a wide range of organizations, from the leading global tech companies to innovative startups

How to Jumpstart Your Development Project

Combining the power of Node.js and the flexibility of React has become common among organizations looking to create highly efficient and scalable web or mobile apps. Node.js and React are fast, lightweight, and quickly becoming some of the most widely used programming technologies in the world.

When React and Node.js are combined, the development process can become an optimized, streamlined life cycle that greatly reduces the time it takes to deploy an application. However, many companies have difficulties finding the right technical talent for their development project.

Bringing in an external team of experienced, skilled developers can jumpstart your development project and get your company’s application into production swiftly..

In today’s fast-paced digital landscape, staying ahead of the competition requires the rapid adoption of new technologies and a quicker go-to-market strategy. Partnering with a software development firm, and utilizing their expertise, is often the quickest and most effective way for companies to meet their technological goals.

Our comprehensive guide to outsourcing software development offers an in-depth look at the entire process. From outsourcing models and contract types to selecting the ideal tech partner and drawing on key insights from our 30+ years of industry experience, we cover every aspect to help you make informed decisions.

Tips for Onboarding an External Dev Team

There are a few ways an organization can optimize the use of an outside development team and make the onboarding process as streamlined and efficient as possible. Here are five tips to ensure a smooth project kickoff and effective collaboration with your tech partner: 

1. Initial Meetings and Communication
Establishing a strong initial connection is crucial. Introduce teams, share company cultures, and set expectations early to foster a productive partnership.

2. Defining Roles and Processes
Clearly outline who is responsible for each project segment, establish working hours, communication protocols, and share relevant knowledge to lay a solid project foundation.

3. Setting Goals and KPIs
High-level goal setting, defining KPIs, and understanding the long-term objectives of the project are all important parts of the initial onboarding process.

Achieving a shared understanding of the project’s success factors is critical. Before beginning work, ensure that all team members are aligned on the success metrics, fully grasping how the project’s outcomes will be measured.

4. Post-Onboarding
Beyond the initial onboarding, maintain open lines of communication, provide ongoing feedback, and adjust strategies as necessary to keep the project on track.

Ready to Create Your High-Performance App With Node.js and React?

Startups, mid-size corporations, and large enterprises are leveraging the speed, performance, and scalability of Node.js and React. If your organization needs a fast, efficient, and streamlined web or mobile application, contact us today to learn how you can harness the power of these two modern technologies.

SaM Solutions has been providing custom software development services to companies around the globe for over 30 years. Our highly skilled Node.js and React development team boasts a wealth of experience across a broad range of industries for organizations in both the US and Europe.

Technology excellence, client satisfaction, and innovation are the cornerstones of our business. Get started on your Node.js + React project today and discover the transformative power of these leading-edge technologies. Contact us for a free consultation.

Why Choose SaM Solutions?

SaM Solutions has been developing custom software for over 30 years. Among our notable clients are industry leaders such as Siemens, SAP, Fujitsu, The Instant Group, and Telekom Slovenije.

Since our inception in 1993, we’ve been committed to client satisfaction, digital excellence, and technological innovation. Our teams of highly experienced developers, engineers, and architects can tackle any development project and deliver innovative solutions for clients across nearly any industry.

With the accelerated pace of digital transformation occurring across all industries, organizations are increasingly leveraging the utility of external development teams. Start your web or mobile app project today with a free consultation from one of our software experts.

(If you prefer video content, please watch the concise video summary of this article below)

Whether you are interested in moving from one CMS to another, switching clouds, or changing CRM, ERP, or ecommerce providers, platform migration is crucial to a business’s digital evolution. In this blog, we cover a top-to-bottom overview of platform migration — strategies, reasons why businesses migrate, and common obstacles that occur during migration processes.

Why Is Platform Migration Important?

In an increasingly digital-first world, the competitive landscape is morphing at breakneck speeds, and platform migration is one of the methods organizations employ to stay competitive, increase efficiency, and elevate performance. 

Beyond these immediate improvements, transition to a new solution often offers longer-term strategic advantages. Businesses can benefit from:

• Access to new features
• Better integration with other systems
• Enhanced scalability
• Mitigated security concerns
• Cost efficiencies

Furthermore, migration can significantly boost user experience. A survey conducted by Deloitte found that 80% of organizations who switched platforms saw improvement in customer satisfaction and loyalty.

When You Need Platform Migration

Platform migration becomes necessary under various circumstances. These instances often align with organizational changes, evolving business needs, and technological advancements. Here, we explore some common scenarios.

Functionality constraints

When your current solution is unable to meet new functional requirements or lacks features that are integral to your business growth, it’s time to consider changing a platform. The transition to a more advanced product can offer expanded capabilities, promoting operational efficiency and productivity.

Business growth

As businesses scale, their digital needs evolve. Your current platform might not be equipped to accommodate the growth in user volume, data, or new business processes. In such scenarios, migrating to a solution that can support your growing business needs becomes critical.

Lack of scalability and integrations

A platform that lacks scalability can limit your business growth. Similarly, if your current system cannot seamlessly integrate with other crucial applications, it can affect the overall operational efficiency. Platform migration can provide the needed scalability and seamless integration with your technology ecosystem.

Vendor or support issues

You may face issues like lack of timely updates or poor service with your current platform vendor. Alternatively, the version you are using may be approaching its end of support, or there may be plans to discontinue the entire product. In these cases, switching to a more reliable provider can ensure uninterrupted business operations.

Security concerns

Security vulnerabilities in your current system can expose your business to costly risks. Moving to a platform with advanced security measures can help safeguard your business data and uphold customer trust.

User experience issues

A platform that isn’t user-friendly, or one that doesn’t deliver an intuitive user experience, can negatively impact business performance due to inefficient processes, frustrating workflows, and wasted time. By switching to another solution, user experience can significantly improve, leading to better business outcomes. 

High cost of ownership

Maintaining some older products can prove costly due to high licensing fees or operational costs. Platform migration can result in significant cost savings by optimizing resource utilization, reducing maintenance expenses, and eliminating licensing fees associated with outdated or expensive systems.

Platform Migration Strategy: Key Steps

While platform migration can deliver substantial benefits and resolve many common challenges, it requires careful planning, a thorough strategy, and expert execution to minimize disruptions and ensure a seamless transition of your software.

At SaM Solutions, we understand the importance of a well-defined strategy for successful platform migration. Our comprehensive approach includes several stages, each vital to the overall process: 

1. Assessment and planning

Our journey begins with a thorough assessment of your current platform and an understanding of your specific business needs. This helps us identify gaps, set objectives, and formulate a detailed plan, outlining the timeline, resources, and potential risks.

2. Choosing the right platform

Based on your requirements and the assessment findings, we recommend the most suitable platform. Our experts factor in considerations like functionality, scalability, security, cost-effectiveness, and compatibility with your existing systems.

3. Data migration

Transferring data securely and efficiently is the crux of any migration platform project. At SaM Solutions, we prioritize data integrity, using robust tools and methodologies to ensure a seamless and accurate data transfer while minimizing downtime.

4. Application and system integration

A successful platform migration involves not only transferring data but also integrating the new solution with your existing systems and applications. Our team ensures a smooth integration for a cohesive and streamlined technology ecosystem.

5. Testing and quality assurance

During post-migration, we conduct rigorous testing to validate data accuracy, functionality, performance, and system integration. This helps us ensure that the new platform is ready for deployment, fulfilling your business expectations.

6. Training and user adoption

Change can be challenging, and user adoption is critical for the success of the migration. To facilitate a smooth transition, SaM Solutions provides comprehensive training and support to your team, ensuring they are comfortable and adept at using the new platform.

Navigating Platform Migration Challenges and Our Proven Solutions

Every platform migration process entails its set of complications that need to be identified and solved to ensure a successful transition. We at SaM Solutions have recognized common pain points and formulated specific solutions to resolve them effectively.

Complex data structures and maintaining data integrity

The intricate data structures inherent in many platforms can make preserving the integrity of data during the transition a complex task.

Solution: Our team of seasoned professionals embarks on a comprehensive evaluation of your current data, identifying interdependencies and mapping out data elements. We then establish transformation principles to cleanse and validate data, all while maintaining its integrity and value during the transition.

Integrating and synchronizing systems

A shift from one platform to another can give rise to compatibility concerns that could obstruct seamless system integration.

Solution: SaM Solutions responds to these potential pitfalls through exhaustive planning, systematic infrastructure evaluation, and devising precise integration blueprints. Our thorough integration testing and validation procedures ensure smooth interconnection between the previous and new platforms. We use cutting-edge middleware tools to facilitate effortless data exchange and communication.

Bridging knowledge voids and specialized expertise

Platform migrations can require particular skills and know-how. A lack of these specialized capabilities can lead to process delays and errors.

Solution: We champion the idea of imparting knowledge and constant team upskilling. Our seasoned professionals deliver hands-on instruction, organize workshops, and conduct knowledge-sharing sessions, ensuring your team is ready to take on the migration process.

Budgeting and resource management

Migration requires substantial financial and manpower resources. Unforeseen costs and improper resource planning can result in financial strains and timeline disruptions.

Solution: Advisors at SaM Solutions work alongside you to design a detailed budget layout and cautiously allocate resources, thus controlling financial risks and ensuring successful results.

Preserving business continuity

Migration activities can potentially interrupt daily operations, leading to downtime and productivity loss.

Solution: We counter this risk by implementing a well-thought-out strategy, which includes extensive pre-rollout testing and conducting the migration during non-peak hours. Our experts also propose strategies like staged migration or parallel operations to ensure business continuity.

Compliance checks and quality testing

A comprehensive testing process is indispensable to authenticate the new platform’s functionality, performance, integration, and compliance.

Solution: SaM Solutions follows stringent testing protocols, including functional, performance, integration, and compliance testing, to ensure the new system aligns with industry regulations and standards.

Managing change and encouraging user acceptance

User acceptance can pose a significant challenge: the switch to a newer, more capable platform can seem daunting for users. But with careful attention to change management and user acceptance, the new solution can quickly be adopted and leveraged to its fullest capabilities. 

Solution: We advocate for extensive post-migration training for all users. SaM Solutions’ team provides user guides, manuals, and personalized training sessions, along with various support channels, to promote seamless user adoption and maximize the new platform’s benefits.

Launch a Platform Migration with SaM Solutions

Encountering complications with an obsolete or inefficient platform? At SaM Solutions, we’re experts in addressing and overcoming all migration difficulties. Our track record speaks for itself – we facilitate smooth transitions to sophisticated, leading-edge platforms, injecting innovation and operational efficiency back into your operations.

Our platform migration services will help identify your specific needs, guide you towards an optimal strategy, and achieve a successful transition. By leveraging our extensive expertise, you can unlock exciting new capabilities and revitalize your business for a sharper competitive edge.

Feel free to contact SaM Solutions’ representatives to discuss or schedule your platform migration. 

Platform as a Service, otherwise known as PaaS, is a cloud computing service model in which a third-party provider delivers hardware and software tools (typically used in application development) to users over the internet.

With PaaS, cloud migration services & solutions are enhanced with the possibility of quick deployment and adjusting the infrastructures to the current business demands.

PaaS Examples

Salesforce Heroku

Based out of San Francisco, CA, Salesforce is one of the largest software enterprises in the world and has been selling cloud-based software solutions since its founding in 1999.

Heroku is the company’s primary PaaS offering and is used by developers to create, test, deploy, and scale applications across numerous languages and frameworks.

Red Hat OpenShift

Red Hat is a US-based software company focused on providing open-source software solutions for enterprise organizations. OpenShift, Red Hat’s flagship PaaS solution, allows developers to build, test, run, and manage containerized applications and workloads.

OpenShift’s PaaS offerings are powered by an open-source project called OKD, a Kubernetes “community distribution” that significantly optimizes the application development lifecycle.

Amazon Web Services

AWS is the largest and most widely used cloud vendor in the world. The company was founded in 2006, and currently controls over 30% of the entire global cloud market.

While AWS does not offer a singular PaaS service in the conventional sense (such as Heroku), the company provides numerous tools and solutions that can be used to create a PaaS. Examples of AWS PaaS solutions include Elastic Beanstalk, Cloud90, and CodeDeploy.

Microsoft Azure

Like most of the other major cloud vendors, Azure offers numerous cloud services for all major service models (i.e. SaaS, PaaS, and IaaS). Two of the most popular Azure PaaS services are Azure Search and Azure App Service. Azure is the second most popular cloud vendor in the world, holding 22% of the market in 2021.

Google App Engine

Google Cloud Platform’s PaaS cloud offering, App Engine, features powerful built-in services that allow developers to create, host, and manage mobile and web applications. The service was started in 2008 and is used by tens of thousands of businesses to build scalable applications on the cloud.

PaaS Characteristics

PaaS typically incorporates an operating system, middleware, other software, databases, and various infrastructure that allows application developers to build, test, deploy, and manage applications from a cloud-based environment.

The various components and infrastructure that comprise a PaaS evironment, apart from user-managed data and applications, are all owned, operated, and maintained by the service provider, not the end user.

Defining characteristics of a PaaS solution include:

• Web-based UI for user access
• Various services for developers to build, test, run, and manage the entire application development lifecycle
• Multitenancy
• High degree of scalability
• Subscription or usage-based payment model

PaaS Products and Vendors

PaaS vendors are third-party service providers that offer PaaS products to other businesses or end users. Examples of various vendors that sell PaaS products include:

• Red Hat
• AWS
• Azure
• Salesforce
• Google
• SAP
• Apprenda
• Dokku

Although privately owned PaaS solutions exist (typically at an enterprise level), the term “PaaS products” refers to commercially available solutions most commonly used by application development teams.

PaaS Providers

Another term for vendors, “PaaS providers” are third-party businesses that create and sell PaaS solutions to other organizations, users, and application developers.

SaM Solutions is an example of a PaaS provider, with our Rollingstack solution being an example of a PaaS offering. Rollingstack is a cloud development and operations management platform. One of Rollingstack’s main features is its advanced DevOps automation capabilities.

PaaS Applications

While one of the most common reasons why organizations use PaaS is for the development, testing, and deployment of applications, PaaS can be used for a variety of purposes.

PaaS applications exist for numerous functions such as BI, DevOps, API management, and various IoT use cases. One of the benefits of utilizing PaaS-based tools is their inherent flexibility and scalability – users can perform advanced customizations, integrations, as well as on-demand horizontal and vertical scaling.

PaaS Technologies

While Heroku has become the most recognizable PaaS service, the technology got its start back in 2006 by London-based Zimki (in the form of a Javascript-based code execution platform).

The impact that PaaS technologies have had on the business world has been profound. PaaS has empowered developers to efficiently create, test, deploy, and manage apps over the internet in a way that wasn’t possible before the cloud – enabling businesses to become more agile, release software products much quicker, and fully leverage the power of cloud computing.

The inherent scalability of PaaS technologies, coupled with budget-friendly pricing models, has allowed organizations to develop and release new solutions faster with far less overhead costs than in the past. Some of the most innovative apps and solutions on the market relied on PaaS technologies to get there.

PaaS Risks

Ever since the first public PaaS solution was released in 2005, the technology has continually advanced and optimized the world of application development.  However, depending on your specific needs and circumstances, there are some potential challenges in utilizing PaaS.

Compliance and security-related risk. For organizations in certain industries, such as finance, government, healthcare, or defense, compliance-related issues can be a potential challenge. While most major PaaS vendors employ strict data security standards, it’s important to perform due diligence when selecting a provider. Understanding a vendor’s security standards (e.g. qualifications, encryption, etc.), data availability/independence, and disaster recovery protocols should be a priority when searching for a PaaS.

Vendor lock-in and dependency risk. Becoming “vendor locked” refers to a company being tied to a certain vendor, or solution, because switching to another PaaS is technically impractical, not possible, or cost-intensive. Another potential challenge is becoming so dependent on a vendor’s specific PaaS or solution offering, that the effort involved in switching providers or technologies is not feasible – opening the user up to both technological and business headaches (should the vendor make any changes to their service offering).

PaaS Services

In a B2B context, PaaS services are the various offerings that providers, or vendors, offer to other businesses to help optimize and manage application lifecycles, allowing developers to focus on code – not infrastructure. Examples of what’s included in a typical PaaS service offering include:

• Application development tools
• Business Intelligence (BI) tools
• DevOps automation tools
• AI and machine learning functionalities
• Application monitoring
• Vendor-maintained infrastructure and underlying components

PaaS Solutions

PaaS solutions offer an easy way for organizations to efficiently develop, test, run, and manage applications in the cloud, with their primary user base being application developers. A PaaS solution can be thought of as an application development platform accessed over the internet, existing in the space between SaaS and IaaS.

Most PaaS solutions are used in the context of cross-platform application development, DevOps, and mobile app development, but usage varies and numerous types of solutions are available on the market. Examples of some of the most common PaaS solutions include:

• AWS Elastic Beanstalk
• Salesforce Heroku
• Google App Engine
• IBM Cloud
• Red Hat OpenShift
• DigitalOcean App Platform

PaaS Tools

Just like SaaS tools, PaaS tools are delivered via the internet, the difference being that they’re meant for software developers to create, test, deploy, and manage apps with.

The primary benefit of using PaaS tools for development work is that they allow developers to focus more on developing, managing, and scaling applications – not needing to worry about maintaining operating systems, storage, infrastructure, etc. (which are all managed by the PaaS vendor).

For example, Red Hat OpenShift is one of the more popular PaaS tools on the market. Developers use this tool to streamline the way they build and deploy web applications via container and Kubernetes-based technologies.

Advantages of PaaS

PaaS allows developers to create scalable, cost-effective applications more efficiently and at a faster pace compared to developing in traditional on-premises environments.

One of the biggest advantages of PaaS is that it frees developers from needing to install, maintain, and manage on-prem software and hardware – allowing them to focus solely on application development and lifecycle optimization.

Below are some of the main benefits and functionalities that PaaS solutions offer:

• Ability for organizations to build and deploy applications without needing to manage or maintain underlying infrastructure
• Diverse availability of application platforms
• Ability to increase the productivity of development teams
• Offered on a per-use or monthly fee basis, making it affordable for most project types
• Advanced automation capabilities and considerably less maintenance tasks
• Removes the complexities of load balancing, scaling, and distributing dependent services
• Allows organizations to adopt new offerings and technologies without complete overhauls of existing business processes

Disadvantages of PaaS

The global PaaS market is on track to be worth $54 billion by the end of 2021 and will reach over $88 billion by 2025. However, even with this considerable amount of adoption and growth, organizations need to carefully consider the potential drawbacks of PaaS.

As mentioned in the “Risks” section above, there are two major potential challenges associated with PaaS. Below is a high-level overview of each disadvantage.

Vendor Dependency

One of the more well-known drawbacks of PaaS is how users can potentially become overdependent on their chosen provider’s software, tools, infrastructure, and services.

For example, if a vendor makes any changes to internal processes, pricing models, or infrastructure, and those changes have a negative impact on the user, the user will have no choice but to flex with those changes (because they’re so highly dependent on the vendor’s services). This can oftentimes cause significant issues for development, operations, and business teams.

Data Security

All major PaaS vendors utilize rigorous security standards, protocols, and built-in features/services to mitigate security-related risk as much as possible.

However, the recent rise in data breaches, hacking attacks, and zero-day exploits have left CIOs and other tech leaders wary of adopting new technologies – especially when those technologies are “public” (such as a public PaaS solution).

Users need to consider potential security concerns of the specific PaaS solution they are interested in deploying, because the inherent lack of control of underlying PaaS infrastructure can translate to a possible vulnerability – in addition to normal user-side security concerns.

Conclusion

Since its introduction in 2006, PaaS has become a $40+ billion global market, with some estimates by Allied Market Research placing its value in 2030 to be over $300 billion.

PaaS allows businesses to develop, deploy, and scale applications in a more efficient manner, while typically lowering costs and increasing staff productivity.

If your organization is looking to streamline its application development lifecycle, go to market faster, and leverage the full power of cloud computing – utilizing PaaS is essential.