8 Essential Characteristics of High Performing Agile Teams in 2024

Mobile apps have become indispensable tools in our daily lives, serving purposes ranging from shopping and entertainment to productivity and communication. Given this reliance on smartphones, mobile apps are supposed to be high-performing, stable, and easy to use. To exceed users’ expectations, app builders are leaning towards native app development. Indeed, according to Precedence Research, the global mobile application market size reached USD 196.08 billion in 2023 and is projected to surpass USD 1,383.65 billion by 2033, experiencing a remarkable Compound Annual Growth Rate (CAGR) of 21.55%. Regarding quantity, there are a staggering 3.2 million apps on the Google Play Store and 1.9 million on the Apple App Store, underscoring the immense popularity of native apps. Understanding the prevalence of native applications, in this article, we’ll explore the ins and outs of native app development, from its benefits, drawbacks, and cost, to its differences from hybrid and cross-platform approaches, along with detailed steps to build your organization’s native app. Table of Contents Toggle What is Native App Development?Native Android app developmentNative iOS app developmentNative vs. Hybrid vs. Cross-platform App DevelopmentHow to Decide on an App Development Approach?App complexitySpeed and responsivenessTime to marketCustomer reachDeveloper expertiseDevelopment and maintenance costsHardware accessApp securityHow to Create A Native App?Step 1: Conduct market researchStep 2: Decide on your app’s development pathStep 3: Develop your native appStep 4: Launch on app storesHow Much Does It Cost to Develop Native Apps?Benefits of Native Mobile App DevelopmentDrawbacks of Native Mobile App DevelopmentFAQ about Native App DevelopmentFinal Thoughts about Native App Development What is Native App Development? Native app development refers to the creation of applications tailored for particular devices and mobile platforms such as Android and iOS. Here developers utilize native programming languages of the operating system (OS) to design apps optimized for a single platform, be it desktops, smart TVs, smartphones, or other digital devices. Based on Statista’s latest data, Google’s Android and Apple’s iOS operating systems have effectively dominated the mobile market, accounting for 99.2% of total mobile OS usage in the first quarter of 2024. As we move further into 2024, it’s thus evident that mobile app development remains predominantly focused on building native apps for the Android and iOS platforms. Native Android app development Native Android app development means building applications specifically tailored for Android devices, primarily for distribution on the Google Play Store. To build these apps, developers employ programming languages such as Kotlin, Java, and C++. Google also provides a range of resources to IT professionals, including Android Studio – its official Integrated Development Environment (IDE), Android SDK, Firebase, and Android Jetpack. These resources collectively contribute to an environment conducive to simplifying the process of Android app development. Native iOS app development iOS native app development focuses on the creation of iOS apps for the Apple App Store. Unlike Android, iOS operates on a closed-source code exclusive to Apple’s hardware. As a result, developing and deploying iOS apps necessitates the use of a Mac device. The two main programming languages used in this process are Objective-C and Swift. A suite of software and tools is also supported by Apple itself, including iOS SDK, Swift Playgrounds, Xcode as the official Integrated Development Environment, and TestFlight for testing and deployment. Native vs. Hybrid vs. Cross-platform App Development Basically, there are three main approaches to developing solutions, regardless of types of mobile app: native, cross-platform, and hybrid. Here’s a quick comparison of these methods! Native app development: This approach entails building separate applications for each platform, such as iOS and Android, using platform-specific languages and tools. By doing so, software engineers can achieve optimized performance, seamless compatibility, and an enhanced user experience customized to each platform’s unique characteristics. Hybrid app development: Hybrid app development combines native and web solutions. Here developers integrate code written in languages like CSS, HTML, and JavaScript into a native app using plugins like Ionic’s Capacitor or Apache Cordova so that users can access native functionalities. Generally, these apps consist of backend code and a native viewer downloaded for displaying functions. With hybrid development, code is written once and can be applied across multiple platforms. Cross-platform app development: Cross-platform frameworks like React Native or Xamarin aim to create shareable and reusable code for developing apps across different operating systems. This method involves writing code once and reusing it across multiple platforms, thereby reducing development costs and efforts. While cross-platform apps offer some performance benefits over hybrid apps, they may not match the level of optimization and integration found in native apps. For more details, check out the table below: Factor Native App Development Hybrid App Development Cross-platform App Development Code reusability Limited reusability High code reusability (around 70-80%) High code reusability (around 80-90%) Development languages E.g. Java and Kotlin for Android. Swift and Objective-C for iOS. Web-based languages such as CSS, HTML, and JavaScript Platform-specific languages, including JavaScript, Java, React Native, and C# Programming tools AndroidStudio, IntelliJ IDEA for Android. XCode, AppCode for iOS. Ionic, Apache Cordova, and VisualStudio. React Native, Flutter, Xamarin, and Phonegap. Access to device APIs Full access to all device APIs and features Limited access to device APIs; depends on plugins for extended functions. Access to most device APIs, but updates may lag behind native Time to market Relatively long Faster thanks to reusable code Faster thanks to reusable code Examples Google Maps, Apple Music, LinkedIn, Pinterest, and Spotify Instagram, Trello, Gmail, Salesforce, and Slack Airbnb, Bloomberg, Fox Sports, Skype, and Walmart How to Decide on an App Development Approach? When selecting an app development approach, it’s of great importance to strike a balance between user needs and your business constraints. To kickstart your organization’s evaluation process, start by defining your app’s target audience. Are they primarily dedicated-platform users, or do they span across different platforms? Do they belong to specific demographic or geographic groups? What are their motivations for downloading the app – work, education, entertainment, or other purposes? Once the target audience is identified, your firm should move on to consider the following 9 factors for a well-informed decision: App complexity For highly complex apps, native development is preferred. This is because, with this approach, developers can leverage tools like Android, iOS, and other system-specific Software Development Kits (SDKs) and APIs to meticulously code apps and have them function seamlessly on a particular platform. For simpler apps, hybrid or cross-platform development may be more suitable. While these two methods may not deliver ultra-high speeds, they can support rich media and provide visually appealing UI designs. Speed and responsiveness Native apps excel in performance, offering quick uploads and intuitive interactions with the platform’s UI design. Cross-platform apps can provide solid functionality and a native-like look and feel but may not match the performance of native apps. Hybrid apps generally offer satisfactory performance but may have inconsistent UIs. Time to market Cross-platform and hybrid approaches are ideal for rapid development, bringing close-to-native experiences without the need for extensive customization. Native development requires longer development cycles for each platform, making it suitable for apps with longer lifetimes and specific platform requirements. Customer reach Native apps are exclusively available on platform-specific stores like Google Play Store and Apple App Store. Cross-platform and hybrid apps can be distributed across multiple app stores, enhancing visibility. Hybrid apps also offer accessibility via web links, catering to users who prefer not to download apps. Developer expertise For broad audience targeting, native development often requires separate developer teams for different platforms. Cross-platform and hybrid approaches enable a single team to create a shareable codebase, boosting productivity. Native coding expertise is still required for customizing plug-ins and bridges in cross-platform and hybrid development. Development and maintenance costs Native app development typically demands more resources for both development and maintenance. However, it offers immediate support for new operating system releases and clear upgrade paths, which other approaches might lack. Hybrid or cross-platform development is the more cost-effective choice for companies operating on a limited budget. These methods allow for simultaneous development, testing, and updates across platforms, resulting in reduced overall costs. >> Delve deeper into mobile app maintenance: types, cost & best practices. Hardware access Native developers can directly access all device-specific hardware capabilities. Cross-platform and hybrid developers can utilize APIs and plug-ins to activate some hardware functions, but may not achieve the same level of access or speed. App security Native programming libraries provide tools for implementing built-in security features and debugging code. Cross-platform and hybrid apps have their own security configuration tools, but they’re perceived as more vulnerable due to their web-based nature. How to Create A Native App? Now comes the meat of the matter – how to develop native mobile apps. Explore the 5 essential steps below to help steer your app development journey! Step 1: Conduct market research First things first, your business should carry out thorough market research, competitor analysis, and budgeting. At this stage, stakeholders need to define the app’s concept and objectives meticulously to align resources effectively. It’s important to note that investing ample time and resources in this software development planning phase will lay a strong foundation for the development process later on. Another way your company might try to gain a solid start is to create and test prototypes. Step 2: Decide on your app’s development path After finishing researching, it’s time to select your application’s development approach. If your organization is comfortable with coding, opting for native app development tools specific to each platform is the way to go. Otherwise, exploring no-code native application development tools that simplify the app-building process is also worth considering. Step 3: Develop your native app The software development process varies depending on companies’ chosen method and available resources. Nevertheless, there are some fundamental tasks your business is expected to encounter, including: Designing the UI/UX Building desired features and functionalities Developing apps tailored for targeted platforms Ensuring a customized look and feel Thoroughly testing the app in dedicated environments to guarantee seamless performance Feeling overwhelmed by all the time and effort required? Outsourcing native app development services could be the solution! By outsourcing mobile app development to a team of seasoned IT professionals, your business can reap numerous benefits: Reduced costs: Developing a mobile app in-house demands significant expenses, including hiring developers, designers, and project managers, as well as investing in infrastructure and tools. Outsourcing to developing countries like Vietnam can bring substantial cost savings to the table, ranging from 30% to 70% according to the U.S. Bureau of Labor Statistics. Faster time to market: Outsourcing companies often follow established development processes and best practices, streamlining the workflow to accelerate the software development cycle. This results in quicker delivery of the final product to the market, giving your app a competitive edge in the saturated market. Access to diverse talent pool: Outsourcing provides access to a vast talent pool comprising skilled professionals capable of delivering high-quality, scalable, and secure apps tailored to specific business needs. Business resilience: Delegating app development enables your company to focus on core competencies and primary business goals, while external teams handle the technical aspect. Scalability and flexibility: Outsourcing service providers can quickly adjust team sizes to meet evolving application requirements, offering your organization’s scalability and flexibility as needed. In case you’re looking for a trusted partner providing native mobile app development services right now, don’t hesitate to reach out to LTS Group! Located in Hanoi, Vietnam’s primary tech hub, LTS Group boasts over 7 years of experience in providing comprehensive software development and testing services. With a successful track record of collaborating with more than 60 clients worldwide across various industries, we specialize in developing mobile apps from scratch or improving existing ones. Partnering with LTS Group guarantees your company access to a seasoned team dedicated to delivering functional and user-friendly native apps. Step 4: Launch on app stores Finally, it’s time to officially release your native mobile application to its designated marketplaces! For example, Android apps can be launched on the Google Play Store, while iOS apps are made available on the Apple App Store for users to discover and download directly. It’s of great importance to follow the submission guidelines provided by Google and Apple meticulously, ensuring compliance to avoid rejection. Once deployed, your app is ready to reach its intended audience and begin making an impact! How Much Does It Cost to Develop Native Apps? Based on the rates made public by Upwork’s freelance mobile app developers, the average hourly rate for a native app developer ranges from $35 to $150 or more. Assuming it takes about six months to finish the whole creation process for a robust v.1.0 app, we can expect the total cost would fall between $33,600 and $144,000. However, these figures are just estimates, and actual project costs may vary. Hourly rates might also fluctuate weekly based on project requirements and freelancer availability. Plus, the number of hours dedicated per week can influence project duration. All these factors will greatly impact the cost of building your company’s apps when hiring freelancers. Alternatively, outsourcing to a native mobile app development company offers significant advantages, including tighter project management, higher expertise from a team of experienced developers, and faster time-to-market. Depending on the complexity, additional features, platform, location, and business niche, the cost of outsourcing mobile app development can range from $10,000 to $50,000 for simpler projects and may exceed $250,000 for more complex ones. But, in general, the benefits of outsourcing are much more pronounced, making it an ideal approach for companies in the long run. Benefits of Native Mobile App Development The idea of having to use different programming languages for each platform might seem daunting, but many organizations still choose native app development for a reason. Check out the 5 key benefits of this approach for more insights! Superior performance: Native apps excel in performance, offering unparalleled speed and efficiency. Unlike hybrid or cross-platform apps, native apps don’t have intermediate layers, resulting in faster speeds, robust graphics support, and overall enhanced performance. Enhanced user experience: Built using platform-native SDKs, native apps maintain consistency in look and feel, ensuring familiarity for users and elevating their experience. In addition, native apps simplify and improve user interaction with features like robust in-browser caching, offline availability, and device-centric functionalities. Access to device features: Native apps can directly access a device’s hardware and software features, such as the camera, GPS, and sensors, enabling developers to create advanced, feature-rich applications that fully utilize the device’s capabilities. Fewer bugs: Fixing bugs in native apps is simpler compared to hybrid or web apps. Unlike hybrid apps that rely on cross-platform mobile development tools, native apps avoid additional layers that increase the likelihood of bugs. This streamlined approach creates smoother app performance, enhances user loyalty, boosts app reputation, and ultimately increases revenue. Better security and scalability: Native apps benefit from built-in security protocols of underlying operating systems, receiving quick releases, system fixes, and updates ahead of web and hybrid apps. Leveraging the robust infrastructure of dedicated Google and Apple tools also helps minimize errors or bugs. Moreover, native apps facilitate easier implementation of security measures like biometric and two-factor authentication, ensuring heightened security. Drawbacks of Native Mobile App Development Building apps is never easy, and native app development can be particularly demanding. Here are the 3 main disadvantages of this approach: No code reusability: With native app development, developers cannot use the same codebase across different platforms. This means that targeting multiple platforms requires separate code for each one, complicating the development and maintenance process. If your company’s resources are limited, this could restrict the ability to support various platforms. Longer development time: Developing the same app for different platforms, such as iOS and Android, means programmers cannot simply transfer features from one platform to another. Each platform requires its own development process, thereby doubling the time needed to implement features. High development cost: The need for separate development teams, lack of code reusability, and extended project timelines all contribute to higher development costs. For companies aiming to launch apps on numerous platforms, the budget can escalate significantly. FAQ about Native App Development What is native app development? Native app development means creating applications tailored for particular devices and mobile platforms such as Android and iOS. Here developers utilize native programming languages of the operating system to design apps optimized for a single platform, be it desktops, smart TVs, smartphones, or other digital devices. What are some examples of native apps? 4 notable examples of native apps are Spotify, LinkedIn, Google Maps, and Pinterest. What are some tools for native app development for Android and iOS? Tools for Android native app development: Android Studio IntelliJ IDEA Tools for iOS native app development: XCode AppCode What are the differences between native vs. cross-platform vs. hybrid apps? Native apps: Built with platform-specific, non-reusable code, offering optimal performance and access to device features. Cross-platform apps: Developed using a single codebase that runs on multiple platforms, enhancing code reusability and reducing development time. Hybrid apps: Combining elements of both web and native apps, built using web technologies like HTML, CSS, and JavaScript, and embedded within a native container to access device features. Final Thoughts about Native App Development Native app development is the process of crafting mobile applications specifically tailored to platforms like iOS or Android. This approach brings significant advantages for businesses, including optimized performance, enhanced security, and scalability. While hybrid and cross-platform approaches may offer time and resource savings, they often fall short in delivering the same level of quality as native apps. With that being said, native app development can be complex, involving various steps and mastery of development tools. Additionally, adherence to app store guidelines, whether for the Apple App Store or Google Play Store, adds another layer of consideration. Therefore, to navigate this process successfully, it’s essential to have a dedicated and expert native app development team in place that takes full care of designing, developing, deploying, and rolling out the app in the corresponding app store. Ready to kickstart your native app development journey? Let LTS Group be your reliable partner today! { "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [{ "@type": "Question", "name": "What is native app development?", "acceptedAnswer": { "@type": "Answer", "text": "Native app development means creating applications tailored for particular devices and mobile platforms such as Android and iOS. 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Cross-platform apps: Developed using a single codebase that runs on multiple platforms, enhancing code reusability and reducing development time. Hybrid apps: Combining elements of both web and native apps, built using web technologies like HTML, CSS, and JavaScript, and embedded within a native container to access device features." } }] }

High performing agile teams have become essential for businesses, offering advantages over traditional models like waterfall by embracing flexibility and collaboration. This shift is driven by the need to stay agile amidst the ongoing changes and uncertainties in today’s business landscape. Despite the widespread adoption of agile development practices, success isn’t guaranteed. How can organizations create exceptional agile teams? Let’s delve into the key attributes and strategies essential for building high-performing agile teams. Scroll down to explore further. Table of Contents Toggle What Is a High-performing Agile Team?8 Agile Team CharacteristicsEffective communication Adaptability and flexibility Collaborative team culture Autonomous and empowered agile teams Iterative and incremental delivery Continuous learning and improvement Customer focus Cross-functional skills and diversityHow To Build High Performing Agile TeamsDefine clear goals and objectivesBuild a diverse teamEstablish trust and psychological safetyEmpower self-organizationPromote effective communicationContinuously improve and adaptBenefits of Building High Performing Agile TeamsFrequently Asked Questions About High-performing Agile TeamsFinal Thoughts About High Performing Agile Teams What Is a High-performing Agile Team? A high performing agile team is a cohesive group of individuals that collaborates effectively, adapts to change and consistently delivers high-quality results in alignment with Agile principles and values. This entails embodying lean agile’s values like transparency, adaptability, collaboration, and continuous improvement, fostering self-organization, setting clear goals, and leveraging diverse skills for exceptional results. Understanding these fundamental characteristics is key to building such a team. What Is High-performing Agile Team? 8 Agile Team Characteristics Here are the 8 characteristics of agile high performing teams: 8 Characteristics of a high-performing Agile Team Effective communication Communication is the backbone of high performing agile teams. They prioritize clear and open communication channels among team members, stakeholders, and customers. High performing agile offshore software development teams demonstrate effective communication through regular and transparent interactions. They conduct daily stand-up meetings to discuss progress, share updates, and identify obstacles. Team members actively listen to each other, ask clarifying questions, and provide constructive feedback. Additionally, they use collaboration tools such as Slack, Microsoft Teams, or project management software like Jira or knowledge management platform to centralize communication, share documents, and track real-time progress.  High performing agile teams also prioritize face-to-face or virtual meetings for important discussions, sprint planning sessions, and retrospectives to ensure alignment and encourage a culture of open communication. By fostering transparent conversations and actively listening to feedback, high performing agile teams ensure that everyone is aligned with project goals, tasks, and dependencies. This seamless communication leads to increased collaboration, reduced misunderstandings, and better outcomes overall.   Adaptability and flexibility High performing agile teams are known for their adaptability and flexibility. They embrace change and are quick to respond to new project specification or shifting priorities. Agile methodologies provide the scaled agile framework for this adaptability by emphasizing iterative development and continuous improvement.  High performing agile teams leverage techniques like backlog refinement and sprint reviews to incorporate feedback and make necessary adjustments, ensuring they stay on track to deliver value.    Collaborative team culture Collaborative team culture is evident in high performing agile teams through shared ownership, trust, and a focus on collective success. Team members actively collaborate on tasks, pair programs when necessary, and engage in knowledge-sharing sessions. They encourage cross-functional collaboration by involving team members from different disciplines in decision-making and problem-solving processes. High performing agile teams foster a culture of continuous learning and improvement by conducting regular retrospectives to reflect on successes and areas for improvement collectively. This collaborative mindset promotes innovation, enhances team morale, and strengthens overall performance.   Autonomous and empowered agile teams Autonomous and empowered agile teams embody the essence of self-organization and self-sufficiency, driving high performance and continuous improvement within agile development projects. High performing agile teams empower individuals to take initiative, make decisions, and contribute meaningfully to the team’s goals. They provide clear goals and objectives, along with the necessary resources and support, to enable autonomy.  Team members are given agile roles and responsibilities aligned with their expertise, reducing dependency on hierarchical approvals. This empowerment significantly improves agile team management and boosts productivity and job satisfaction within the agile development team.   Iterative and incremental delivery High performing agile teams focus on delivering value iteratively and incrementally to stakeholders. They break down projects into manageable user stories or tasks and prioritize them based on customer feedback and business priorities.  Agile teams conduct sprint planning sessions to select and commit to a set of tasks for each iteration (sprint). They use techniques like story point estimation and velocity tracking to forecast software delivery timelines accurately. By delivering working increments at the end of each sprint, high performing agile teams gather feedback, iterate on features, and ensure alignment with evolving requirements, maximizing value delivery.   Continuous learning and improvement Continuous learning and improvement are critical to high performing agile teams’ success. They dedicate time to learning activities such as skill-building workshops, cross-training sessions, and industry conferences to stay updated with emerging trends and technologies.  High performing agile software development teams encourage knowledge sharing through pair programming, code reviews, and lunch-and-learn sessions. They conduct regular retrospectives to reflect on past experiences, celebrate successes, identify improvement opportunities, and implement actionable changes in their software development life cycle (SDLC). This culture of continuous learning drives innovation, enhances team capabilities, and fosters a growth mindset among team members.   Customer focus High performing agile teams prioritize customer value by actively engaging with stakeholders, gathering feedback, and aligning their deliverables with customer needs. They conduct user interviews, usability testing, and product demonstrations to validate assumptions and ensure that the delivered solutions meet user expectations. Agile teams involve customers in the software development process through collaborative workshops, feedback sessions, and regular status updates. They prioritize and sequence backlog items based on customer feedback and business value, ensuring that the most valuable features are delivered early and frequently. This customer-centric approach builds trust, enhances customer satisfaction, and drives long-term success for high performing agile teams.   Cross-functional skills and diversity High performing agile teams leverage cross-functional skills and diversity to tackle complex challenges and drive innovation. They assemble agile teams with a mix of technical expertise, domain knowledge, and creative thinking skills, reflecting the diversity of agile team roles within the team. Agile teams encourage cross-training and knowledge sharing across disciplines to broaden skill sets and promote collaboration. By embracing diverse perspectives, backgrounds, and experiences, these teams approach problems from multiple angles, identify creative solutions, and mitigate risks effectively. Cross-functional collaboration also reduces silos, fosters a culture of inclusivity within the agile team structure, and enhances overall team performance and resilience in agile development projects.   How To Build High Performing Agile Teams Building high-performance agile teams requires a combination of effective leadership, clear communication, and a strong team culture. Here are six steps to help you build high-performance agile teams: 6 Steps To Build High Performing Agile Teams Define clear goals and objectives Start by defining clear goals and objectives for your team. These goals should be specific, measurable, achievable, relevant, and time-bound (SMART). Project manager or team leader should ensure that everyone on the team understands these goals and is aligned with the overall vision.   Build a diverse team A diverse team brings different perspectives, skills, and experiences to the table, which can lead to innovative solutions and better decision-making. Diversity of backgrounds, expertise, personalities and ways of thinking should be priorities when organizations form an agile team structure. Leaders can refer to the agile roles and responsibilities matrix templates to assign roles based on individual strengths and expertise.   Establish trust and psychological safety Foster an environment of trust and psychological safety where team members feel comfortable taking risks, sharing ideas, and admitting mistakes without fear of judgment or failure. This openness encourages collaboration, creativity, and continuous improvement within the team.   Empower self-organization Agile team leaders can empower members to self-organize and make decisions collectively. This includes providing them with the autonomy to plan and execute their work while offering guidance and support as needed. The best strategy is to encourage ownership and accountability for outcomes at the team level.   Promote effective communication Effective communication is crucial for agile teams to stay aligned, share progress, and address challenges promptly. Leveraging communication tools and practices such as daily stand-up meetings, regular retrospectives, and collaborative platforms can facilitate transparent and timely communication among team members.   Continuously improve and adapt Embracing a culture of continuous improvement and adaptation is crucial to an agile development team. Leaders can encourage regular reflections on processes, outcomes, and team dynamics through retrospective meetings. In addition, agile teams can also use feedback from retrospectives to identify areas for improvement, adjust strategies, and implement changes iteratively. By following these steps and investing in the development of your team’s capabilities, stakeholders can build a high-performance agile team that delivers value consistently, adapts to change effectively, and fosters a culture of collaboration and innovation.   Benefits of Building High Performing Agile Teams As per a recent HP survey involving over 600 development and IT professionals, a significant majority of organizations have adopted agile methods as their primary approach. Building high performing agile teams brings various advantages for both the team and the organization. Here are several key benefits: Enhanced efficiency: Efficient and productive agile teams streamline their processes, remove obstacles, and prioritize delivering value promptly. This results in quicker project completion and a greater volume of high-quality work. Improved quality: Agile teams emphasizing collaboration, ongoing feedback, and technical excellence consistently produce top-notch results. Through software testing, refining, and peer evaluations, they minimize errors and ensure the final product meets or exceeds customer expectations. Agile adaptability: Agile teams excel at adapting and being flexible, responding swiftly to shifts in customer needs, market dynamics, or project priorities. This agility helps them remain aligned with business objectives and deliver the most valuable outcomes. Innovative empowerment: High performing agile teams foster a culture of creativity and innovation. By encouraging experimentation, open dialogue, and diverse viewpoints, team members feel empowered to suggest new concepts, challenge existing norms, and explore inventive solutions.   Frequently Asked Questions About High-performing Agile Teams What is an agile team? An agile team is a cohesive unit within an organization that embraces agile principles and methodologies to deliver value to customers efficiently and effectively. Unlike traditional teams, agile teams are cross-functional, self-organizing, and empowered to make decisions. They work in short iterative cycles (sprints) and prioritize collaboration, adaptability, and continuous improvement. Agile teams often follow frameworks such as Scrum, Kanban, or Extreme Programming (XP) to manage their work and respond to changing requirements and customer feedback promptly.   What are the characteristics of a high-performing agile team?  High-performing agile teams share several key characteristics that set them apart. These teams are known for their strong collaboration among team members, where knowledge sharing and collective problem-solving thrive. They demonstrate adaptability by embracing changes and iterations and constantly refining their processes and products. Empowerment is another hallmark, as team members are trusted to make decisions and take ownership of their work, fostering a sense of accountability and motivation. Transparency in communication and visibility into progress and outcomes are also crucial, along with a relentless focus on delivering value to customers through continuous learning, feedback incorporation, and a results-oriented mindset.   How do you measure high-performing agile teams? Measuring the performance of high performing agile teams involves a combination of quantitative and qualitative metrics. Quantitative metrics such as velocity (amount of work completed per iteration), cycle time (time taken to complete tasks), and quality metrics (defect rates, customer satisfaction scores) provide tangible indicators of productivity, efficiency, and quality of work. Qualitative measures include team happiness and collaboration levels, often gathered through surveys or feedback sessions. Tracking delivery frequency, using burnup/burndown charts to visualize progress, conducting retrospectives for continuous improvement, and collecting direct customer feedback also contribute to assessing the team’s performance and effectiveness in delivering value to stakeholders.   Final Thoughts About High Performing Agile Teams High performing agile teams offer a strategic imperative for businesses seeking a competitive edge,  including increased productivity and innovation to faster response times and adaptability. By applying the insights and strategies outlined in this article, organizations can foster a culture of agility, collaboration, and continuous improvement within their teams. If your business are facing challenges in building or optimizing a high-performing agile team, or if you’re seeking expert guidance in this area, we are here to assist you. Our team of agile experts can tailor solutions to align with your specific needs and objectives. Don’t hesitate to reach out to us today and unlock the full potential of agile methodologies in your organization. Website: https://ltsgroup.tech/  Tel: (+84) 96-238-7474 Linkedin: https://www.linkedin.com/company/lts-group-vietnam/ { "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [{ "@type": "Question", "name": "What is an agile team?", "acceptedAnswer": { "@type": "Answer", "text": "An agile team is a cohesive unit within an organization that embraces agile principles and methodologies to deliver value to customers efficiently and effectively. Unlike traditional teams, agile teams are cross-functional, self-organizing, and empowered to make decisions. They work in short iterative cycles (sprints) and prioritize collaboration, adaptability, and continuous improvement. Agile teams often follow frameworks such as Scrum, Kanban, or Extreme Programming (XP) to manage their work and respond to changing requirements and customer feedback promptly." } },{ "@type": "Question", "name": "What are the characteristics of a high-performing agile team?", "acceptedAnswer": { "@type": "Answer", "text": "High-performing agile teams share several key characteristics that set them apart. These teams are known for their strong collaboration among team members, where knowledge sharing and collective problem-solving thrive. They demonstrate adaptability by embracing changes and iterations and constantly refining their processes and products. Empowerment is another hallmark, as team members are trusted to make decisions and take ownership of their work, fostering a sense of accountability and motivation. Transparency in communication and visibility into progress and outcomes are also crucial, along with a relentless focus on delivering value to customers through continuous learning, feedback incorporation, and a results-oriented mindset." } },{ "@type": "Question", "name": "How do you measure high-performing agile teams?", "acceptedAnswer": { "@type": "Answer", "text": "Measuring the performance of high performing agile teams involves a combination of quantitative and qualitative metrics. Quantitative metrics such as velocity (amount of work completed per iteration), cycle time (time taken to complete tasks), and quality metrics (defect rates, customer satisfaction scores) provide tangible indicators of productivity, efficiency, and quality of work. Qualitative measures include team happiness and collaboration levels, often gathered through surveys or feedback sessions. Tracking delivery frequency, using burnup/burndown charts to visualize progress, conducting retrospectives for continuous improvement, and collecting direct customer feedback also contribute to assessing the team's performance and effectiveness in delivering value to stakeholders." } }] } { "@context": "https://schema.org/", "@type": "HowTo", "name": "How To Build High Performing Agile Teams", "description": "Building high-performance agile teams requires a combination of effective leadership, clear communication, and a strong team culture. Here are six steps to help you build high-performance agile teams.", "totalTime": "PT10M", "estimatedCost": { "@type": "MonetaryAmount", "currency": "USD", "value": "0" }, "step": [{ "@type": "HowToStep", "text": "Define clear goals and objectives: Start by defining clear goals and objectives for your team. These goals should be specific, measurable, achievable, relevant, and time-bound (SMART). Project manager or team leader should ensure that everyone on the team understands these goals and is aligned with the overall vision.", "name": "Define clear goals and objectives" },{ "@type": "HowToStep", "text": "Build a diverse team: A diverse team brings different perspectives, skills, and experiences to the table, which can lead to innovative solutions and better decision-making. Diversity of backgrounds, expertise, personalities and ways of thinking should be priorities when organizations form an agile team structure. Leaders can refer to the agile roles and responsibilities matrix templates to assign roles based on individual strengths and expertise.", "name": "Build a diverse team" },{ "@type": "HowToStep", "text": "Establish trust and psychological safety: Foster an environment of trust and psychological safety where team members feel comfortable taking risks, sharing ideas, and admitting mistakes without fear of judgment or failure. This openness encourages collaboration, creativity, and continuous improvement within the team.", "name": "Establish trust and psychological safety" },{ "@type": "HowToStep", "text": "Empower self-organization: Agile team leaders can empower members to self-organize and make decisions collectively. This includes providing them with the autonomy to plan and execute their work while offering guidance and support as needed. The best strategy is to encourage ownership and accountability for outcomes at the team level.", "name": "Empower self-organization" },{ "@type": "HowToStep", "text": "Promote effective communication: Effective communication is crucial for agile teams to stay aligned, share progress, and address challenges promptly. Leveraging communication tools and practices such as daily stand-up meetings, regular retrospectives, and collaborative platforms can facilitate transparent and timely communication among team members.", "name": "Promote effective communication" },{ "@type": "HowToStep", "text": "Continuously improve and adapt: Embracing a culture of continuous improvement and adaptation is crucial to an agile development team. Leaders can encourage regular reflections on processes, outcomes, and team dynamics through retrospective meetings. In addition, agile teams can also use feedback from retrospectives to identify areas for improvement, adjust strategies, and implement changes iteratively. By following these steps and investing in the development of your team's capabilities, stakeholders can build a high-performance agile team that delivers value consistently, adapts to change effectively, and fosters a culture of collaboration and innovation.", "name": "Continuously improve and adapt" }] } { "@context": "https://schema.org", "@type": "BlogPosting", "mainEntityOfPage": { "@type": "WebPage", "@id": "https://ltsgroup.tech/blog/high-performing-agile-teams/" }, "headline": "8 Essential Characteristics of High Performing Agile Teams in 2024", "description": "Discover what makes high performing agile teams and learn how to build one with this comprehensive guide and best practices!", "image": "", "author": { "@type": "Person", "name": "Ashley Nguyen" }, "publisher": { "@type": "Organization", "name": "LTS Group", "logo": { "@type": "ImageObject", "url": "https://ltsgroup.tech/_next/static/media/logo.962a51ed.png" } }, "datePublished": "" }  

SaaS development is becoming more and more popular thanks to the rise of cloud technology. By 2030, the SaaS (Software-as-a-Service) market is projected to reach $908 billion, showcasing an annual growth rate rise from 18% to 18.7%. Increasingly, businesses are embracing the SaaS model for its cost-saving advantages, scalability enhancements, and heightened security measures. It’s time for businesses to join the fray, develop a successful SaaS application and make a bundle. In this comprehensive guide, we’ll cover the ins and outs of SaaS development, from understanding its key components, and steps to building SaaS applications, to overcoming common challenges, estimating SaaS costs, and building the right SaaS development team. Let’s delve deeper!   Table of Contents Toggle What Is SaaS Development?Benefits of SaaS Application DevelopmentPredictable revenue streams and higher profit marginsFaster time-to-marketScalabilityContinuous improvement and innovationHow To Build a SaaS Product: A Step-by-Step GuidePlan and researchChoose the right model and development approachDesignKick-off development and testingDeploy and maintainSaaS Application Development ChallengesData protectionIntegration with third-party servicesEnsuring no-downtime deploymentCost managementHow Much Does It Cost To Develop a SaaS Application?Team Up with A Reliable SaaS Development CompanyFrequently Asked Questions About SaaS App DevelopmentFinal Thoughts About SaaS Software Development What Is SaaS Development? SaaS (standing for Software-as-a-Service) is a model where software applications are hosted on the internet rather than on an organization’s in-house servers. SaaS offers a comprehensive software solution that you buy on a pay-as-you-go model from a cloud provider. Some examples of SaaS companies include Zoom, Slack, Canva, Microsoft, and HubSpot. Software as a Service (SaaS) development is the process of creating and delivering software applications over the Internet on a subscription basis. SaaS development streamlines the deployment, maintenance, and updating of software, offering a cost-effective and adaptable solution for businesses of any size. Unlike traditional software development, where software is created and installed on individual devices, SaaS products are designed to be accessed and used remotely.   What Is SaaS Development? Let’s take a look at the comparison table below to learn the key differences between SaaS apps and traditional web apps: Aspect SaaS Application      Traditional Web Application  Deployment Hosted on cloud servers by the provider Installed on local servers or third-party hosting Accessibility Accessible from any device with internet Requires specific software/hardware compatibility Cost Model Subscription-based pricing model One-time development and hosting costs Upfront Costs Typically lower, based on subscription plans Higher upfront costs for development and setup Maintenance Managed by the SaaS provider Requires in-house or third-party maintenance Updates Automatically updated by the provider Manual updates and maintenance required Scalability Easily scalable, usually based on subscription tiers Scalability depends on infrastructure and upgrades   Benefits of SaaS Application Development Compared to traditional on-premise software, the SaaS approach offers several advantages. Here are some key benefits that SaaS product offers to businesses: Benefits of SaaS Application Development   Predictable revenue streams and higher profit margins In the early days of technology, software was sold as a one-time purchase, much like any other product. This approach changed with the invention of cloud computing, which made software easily accessible to anyone with an internet connection. Adopting a subscription business model offers SaaS companies flexibility to adapt to customer expectations and swiftly modify pricing and packaging, leading to higher profit margins. This is because once the software is developed and deployed, the cost of serving additional customers becomes relatively low. The reason behind this is that infrastructure and software maintenance costs are spread across many users, meaning each new subscription primarily contributes to profit. Furthermore, continuous revenue generation from existing customers reduces the need for constant new sales to maintain revenue levels, resulting in sustained higher profit margins compared to traditional one-time software sales. Additionally, this model provides detailed insights into financial health by tracking recurring revenue. It enables businesses to predict growth, forecast revenue, monitor cash flow, and optimize internal processes to increase Monthly Recurring Revenue (MRR). This steady stream of recurring revenue is more predictable and stable than traditional one-time software licensing, making it easier for businesses to plan for sustainable growth.   Faster time-to-market SaaS applications can be developed and deployed more quickly than traditional on-premises software. Updates and new features can be rolled out seamlessly to all customers without the need for complex installation processes on their end. This agility allows businesses to respond to market demands more swiftly, gain a competitive edge, and capitalize on new opportunities faster than ever before.   Scalability The scalability of SaaS applications is a compelling benefit for businesses experiencing growth or fluctuating project requirements. SaaS development offers flexible scaling options, allowing companies to adjust their subscription plans or add features/ modules as required.  Particularly, if businesses opt to develop SaaS application on cloud servers or hybrid, they can easily navigate changes in user numbers, storage requirements, or operational needs without investing in additional hardware or facing downtime during upgrades.   Continuous improvement and innovation SaaS providers can continuously improve their products by gathering user feedback and usage data, enabling them to respond quickly to customer needs and market trends. This ongoing innovation can help businesses stay competitive and meet evolving customer demands. With real-time analytics and monitoring, SaaS companies can identify areas for enhancement and implement changes without disrupting the user experience. This continuous improvement cycle ensures that the software evolves alongside customer expectations, fostering long-term customer loyalty and satisfaction. Furthermore, the ability to swiftly incorporate the latest technologies and industry trends keeps the software cutting-edge and highly functional.   How To Build a SaaS Product: A Step-by-Step Guide How to make a SaaS product? You can develop SaaS application effectively by following our comprehensive guide below! How To Build a SaaS Product?   Plan and research Thorough market research and competitor analysis are crucial for identifying opportunities and defining the scope of a SaaS application. Market research involves gathering data about target demographics, industry trends, and competitive landscape. Competitor analysis examines strengths, weaknesses, and strategies of existing SaaS solutions in the market. The main purposes of this phase are: Set a strong foundation based on data-driven insights. Identify market gaps and opportunities. Define target audience and user personas. Develop a clear vision for your SaaS product. Create a roadmap that guides you through the development process. Uncover potential challenges or barriers to entry. Devise strategies for overcoming these obstacles. Expert tips: During the planning and research phase, work closely with your development team to establish clear goals, objectives, and milestones for the project. This collaboration helps ensure alignment and provides context for effective development. We have curated a list of articles for businesses to kick off SaaS development effectively: 10 questions help organization sketch an ace software development strategy Project specification: Template and how to write one   Choose the right model and development approach Choosing a cloud provider Selecting a reliable cloud and SaaS platform development provider is essential for hosting your SaaS application. While researching popular cloud providers (e.g., AWS, Azure, Google Cloud, Salesforce SaaS), stakeholders should consider factors such as scalability, security, uptime, pricing models, data residency, compliance, and disaster recovery. The main purposes of this phase are: Host and manage your SaaS application in a secure and scalable environment. Leverage cloud services for infrastructure, storage, and computing resources. Ensure scalability and flexibility for your SaaS product. Manage costs effectively based on usage and demand. Expert tips: Choose a cloud provider that offers comprehensive services and meets your specific requirements for data security, compliance, and scalability.   Choosing the subscription model Selecting the right subscription model influences revenue generation and customer retention. Here are the most common subscription models: Freemium pricing model (free usage for a limited time, followed by payment) Fixed fee model (consistent fee regardless of users or usage) Usage-based model (payment for services utilized) Tiered model (increased payment for additional features) Feature-based model (pricing based on features, akin to the tiered model) Per-user model (payment based on targeted user numbers) The main purposes of this phase are: Define pricing strategies that align with customer value and market expectations. Encourage customer adoption and retention through flexible pricing plans. Generate recurring revenue streams for your SaaS product. Expert tips: Analyze competitor pricing strategies. Conduct pricing experiments and gather feedback from beta users. Offer a free trial or limited-feature version to showcase value and encourage users to upgrade to premium plans.   Choosing SaaS development technology stack Selecting the right technology stack ensures efficient development, scalability, and performance of your SaaS application. The technology stack includes programming languages, frameworks, databases, and infrastructure. In this step, assess project requirements and technical constraints. Choose technologies that support scalability, security, and developer productivity. Here are our experienced SaaS software developers’ picks: 1. SaaS front-end development: Often revolves around JavaScript/TypeScript frameworks and libraries such as Angular, React, and Vue.js. 2. Native mobile front-end development: Native languages: Swift, Objective-C, Kotlin, and Java Mobile. Cross-platform JavaScript frameworks: React Native, Xamarin, and Flutter. 3. Back-end SaaS development: JavaScript-based: Node.js PHP-based: Symfony, Laravel C# .NET Java Python-based: Django 4. Database management: Popular choices are MySQL, PostgreSQL, and MongoDB. Cooperating with an experienced SaaS development team like LTS Group can guide you in selecting the most suitable tools for your project, a crucial step in shaping your app’s success.   Design Designing the user interface (UI) and user experience (UX) of your SaaS application to ensure usability, aesthetics, and functionality. This step includes collaborating closely with UX/UI designers to create wireframes, prototypes, and design mockups.  The main purposes of this phase are: Develop visually appealing and user-friendly interfaces. Align design elements with branding and user expectations. Conduct usability testing to refine design iterations. Expert tips: Prioritize mobile responsiveness for multi-device accessibility. Focus on intuitive navigation and clear calls-to-action for user interactions.   Kick-off development and testing Building the development team This phase includes assembling a skilled and collaborative team of developers, designers, and other specialists to work on your SaaS project. Common roles required in a SaaS development team are: Project managers  Business analysts  Back-end & front-end developers UI/UX designers QA engineers  Companies can consider building an in-house team or hiring an outsourced SaaS development team to best align with your resources and project requirements.    Creating the minimum viable product (MVP) Developing an MVP with essential features helps validate your SaaS product concept and gather user feedback.  Through this step, you can validate assumptions and market demand early in the development process. This also allows you to iterate based on user feedback and prioritize features for the full product release. To create the SaaS MVP, the first action is to identify key features and functionalities for the MVP based on user needs and business goals. Afterward, it is essential to gather feedback from beta testers, early adopters, and target users for future upgrades.   SaaS product quality assurance testing No software development process is complete without software QA & testing, and the SaaS lifecycle is no exception. In this SaaS product development lifecycle stage, quality assurance engineers play a key role. These professionals run various types of testing, including regression, load, functional, and security testing, to evaluate the SaaS product’s performance under numerous conditions. The testing phase is crucial to creating a winning product development strategy in any industry. A comprehensive test plan ensures that the developed application is secure, reliable, and free from critical vulnerabilities. Moreover, testing enhances the user experience and fosters trust among the application users. Other software QA and testing that businesses may implement during the SaaS development process: Non functional testing Cybersecurity testing Penetration testing   Deploy and maintain Teams can proceed to deployment after collecting ample feedback from early adopters and thoroughly testing the product. This step is usually the last stage of the SaaS development life cycle, wherein stakeholders make final changes to the product and launch it. This includes adding more features, enhancing the UX, and delivering a well-polished final version based on early feedback. Companies can also integrate APIs into the SaaS product to further optimize it before deployment. By providing continuous support and maintenance for the SaaS application, businesses can ensure that their users always have access to the latest features and improvements, resulting in a more engaging and valuable experience overall.   SaaS Application Development Challenges Developing a successful SaaS application comes with its own set of challenges that require careful consideration and strategic software development planning. Let’s delve into some of the key challenges faced during SaaS application development: SaaS Application Development Challenges Data protection Data protection is a paramount concern in SaaS application development due to the sensitive nature of user data. Ensuring data confidentiality, integrity, and availability requires robust security measures. This includes implementing strong encryption standards for data at rest and in transit, securing APIs with authentication and authorization mechanisms, and regularly auditing security protocols to detect and mitigate potential vulnerabilities. Simultaneously, compliance with data protection regulations such as GDPR, HIPAA, or CCPA adds an additional layer of complexity that the SaaS development team must navigate effectively.   Integration with third-party services SaaS applications often rely on integration with third-party services such as payment gateways, CRM systems, or marketing platforms to enhance functionality and provide a seamless user experience. However, integrating these disparate systems can be challenging due to differences in data formats, protocols, and API versions.  The SaaS team needs to design flexible and scalable integration solutions, conduct thorough testing to ensure compatibility and data consistency and establish monitoring mechanisms to detect and address integration failures promptly.   Ensuring no-downtime deployment Achieving zero-downtime deployment is a significant challenge in SaaS application development, especially when rolling out updates, bug fixes, or new features. Downtime can lead to user dissatisfaction, and loss of productivity, and impact the reputation of the SaaS provider. To ensure smooth and uninterrupted service, the SaaS team needs to implement strategies such as blue-green deployments, canary releases, and rolling updates.  Blue-green deployment: Canary release:  Rolling update: Besides, automation tools, continuous integration/continuous deployment (CI/CD) pipelines and robust testing plans play a crucial role in minimizing downtime risks and maintaining service reliability during deployment cycles.   Cost management Cost management is a fundamental challenge in SaaS application development, as it involves optimizing resource utilization and controlling expenses throughout the development and operational phases. Cloud infrastructure costs, software licensing fees, maintenance expenses, and personnel costs contribute to the overall expenditure. The SaaS team must monitor resource usage, leverage cost-effective cloud services, implement efficient scaling strategies, and periodically assess the return on investment (ROI) to ensure cost-effectiveness without compromising on quality or performance. Adopting serverless architectures, optimizing database queries, and utilizing auto-scaling capabilities can help in managing costs while maintaining scalability and performance levels.   How Much Does It Cost To Develop a SaaS Application? There is no strict answer to these questions. The SaaS application development costs for a minimum viable product vary from $60,000 to $200,000.  The exact amount depends on a host of factors, primarily determined by the developers’ location, the complexity of the application, and the type of team helping with the development. By comparing development team types, you can evaluate factors such as cost-efficiency, expertise, scalability, and risk mitigation. Aspect In-house team Local agency Freelance developers Outsource agency How it works Internal team hired and managed by you. Professional agency within your region. Individual contractors for specific tasks. Offshore agencies with lower rates. Pros Full control, immediate communication. Expertise, easier communication. Cost efficiency for short-term projects. Cost efficiency, diverse skill sets. Cons High hiring and operational costs. Potentially high hourly rates. Limited availability and expertise. Time zone and communication challenges.   So, how to build a SaaS application most cost-effectively? To minimize costs, consider outsourced SaaS development services, paying only for the hours worked plus any vendor fees. Outsourcing can offer significant savings depending on the location while still providing access to expert SaaS development skills. The monthly salary to hire a SaaS developer in different countries (2024 edition): Country Average Monthly Rate (USD) United States $9,158 (source ZipRecruiter) United Kingdom $8,800 (source reed.co.uk) India $3,000 (source payscale.com) Vietnam $1,546 (source TopDev)     Team Up with A Reliable SaaS Development Company Embarking on SaaS application development on your own is a challenging endeavor. An experienced custom SaaS development team can take the weight off your shoulders. They can provide an initial consultation, and project discovery, and take over the technical side of development. Selecting the appropriate software development vendors is a critical determinant of a successful IT outsourcing management strategy. In-depth research and assessment are essential components of this process, ensuring that the chosen vendor aligns with the specific requirements and goals of the outsourcing initiative. It goes beyond the surface-level evaluation and involves a comprehensive understanding of the vendor’s track record, expertise, and client feedback. At LTS Group, we’ve been working closely with over 60 businesses globally for over 8 years, providing a wide range of services including bespoke software development, software QA & testing, and digital BPO. Thereby, we deeply understand how our clients dignify these key criteria when choosing SaaS development outsourcing companies. With over 214 successful outsourcing IT projects, including distinctive SaaS development projects completed globally, LTS Group brings extensive expertise in overcoming challenges of SaaS development like communication barriers, data protection, and cost management. We offer 24/7 support and foster effective collaboration for offshore SaaS development projects through a range of innovative communication tools.  Besides that, to ensure data protection, we strictly comply with data protection regulations and confidentiality assurance, such as GDPR (General Data Protection Regulation) and NDAs (Non-disclosure Agreements). Moreover, by collaborating with LTS Group, our clients can benefit from a 2-week free pilot. This allows both parties to evaluate the suitability, establish a foundation of collaboration method, address potential barriers, and make early adjustments and optimizations before diving into the bigger project.   Frequently Asked Questions About SaaS App Development What SaaS stands for? SaaS stands for Software as a Service. It’s a software delivery model where software is hosted centrally and accessed by users over the Internet.   What is SaaS development? SaaS development refers to the process of creating, designing, and deploying software applications that follow the Software as a Service model. This involves developing software that can be accessed remotely by users as a subscription service, typically through a web browser.   What is SaaS with an example? SaaS is a software licensing model that allows users to access software on a subscription basis using external servers. This means users can access programs via the Internet instead of installing the software on their computers. A common example of SaaS is email services like Gmail or productivity suites like Microsoft Office 365. These services provide users with email, calendaring, document creation, and collaboration tools without needing to install software locally.   How much does it cost to develop a SaaS application? The cost of developing a SaaS application can vary widely depending on factors such as the complexity of the application, the number of features, the technology stack used, the development team’s location, and the level of customization required. Generally, SaaS development costs can range from $60,000 to $200,000 or even more. It’s essential to carefully plan and budget for development, including ongoing maintenance and updates.   How to choose a SaaS development vendor? When choosing a SaaS development vendor, consider factors such as their experience in developing SaaS applications, their portfolio of previous projects, client testimonials and references, expertise in relevant technologies, adherence to security and compliance standards, scalability of their solutions, pricing and payment models, communication and collaboration processes, and their ability to understand and meet your specific business needs and timelines. Conducting thorough research, asking detailed questions, and reviewing proposals can help you make an informed decision.   What is the difference between SaaS and traditional software? The main difference between Software as a Service) and traditional software lies in how they are accessed and delivered. SaaS applications are hosted centrally on external servers and accessed over the Internet, typically on a subscription basis. Users do not need to install or maintain the software locally. In contrast, traditional software is installed and run on individual computers or servers, requiring users to manage updates, backups, and maintenance themselves. SaaS offers greater accessibility, scalability, and flexibility compared to traditional software.   What size team is needed to develop a SaaS? The size of the development team needed to build a SaaS application depends on various factors such as the complexity of the project, the desired timeline, the scope of features, and the skills required. Generally, a SaaS development team may include roles such as project managers, software architects, UI/UX designers, frontend developers, backend developers, quality assurance engineers, and DevOps engineers. For small to medium-sized projects, a team of 5-10 members might suffice, while larger and more complex projects may require teams with 10+ members or even multiple teams working in parallel. Efficient collaboration, communication, and coordination are crucial for the success of the development process regardless of team size.   Final Thoughts About SaaS Software Development SaaS development presents a range of advantages over traditional software, such as recurring revenue, minimal initial expenses, scalability, global accessibility, automatic updates, and strong security features. We trust our guide has addressed your questions regarding the most efficient and cost-effective approach to building a SaaS product. If you need a seasoned SaaS software development team to transform your concepts into a successful SaaS product, LTS Group is ready to assist. Our portfolio includes the creation of numerous cloud solutions across diverse sectors, indicating our proficiency in meeting the most demanding business requirements. If you have any further questions about SaaS development or customized software engineering, feel free to reach out to our team of experts today!   Website: https://ltsgroup.tech/  Tel: (+84) 96-238-7474 Linkedin: https://www.linkedin.com/company/lts-group-vietnam/ { "@context": "https://schema.org", "@type": "FAQPage", "mainEntity": [{ "@type": "Question", "name": "What SaaS stands for?", "acceptedAnswer": { "@type": "Answer", "text": "SaaS stands for Software as a Service. It's a software delivery model where software is hosted centrally and accessed by users over the Internet." } },{ "@type": "Question", "name": "What is SaaS development?", "acceptedAnswer": { "@type": "Answer", "text": "SaaS development refers to the process of creating, designing, and deploying software applications that follow the Software as a Service model. This involves developing software that can be accessed remotely by users as a subscription service, typically through a web browser." } },{ "@type": "Question", "name": "What is SaaS with an example?", "acceptedAnswer": { "@type": "Answer", "text": "SaaS is a software licensing model that allows users to access software on a subscription basis using external servers. This means users can access programs via the Internet instead of installing the software on their computers. A common example of SaaS is email services like Gmail or productivity suites like Microsoft Office 365. These services provide users with email, calendaring, document creation, and collaboration tools without needing to install software locally." } },{ "@type": "Question", "name": "How much does it cost to develop a SaaS application?", "acceptedAnswer": { "@type": "Answer", "text": "The cost of developing a SaaS application can vary widely depending on factors such as the complexity of the application, the number of features, the technology stack used, the development team's location, and the level of customization required. Generally, SaaS development costs can range from $60,000 to $200,000 or even more. It's essential to carefully plan and budget for development, including ongoing maintenance and updates." } },{ "@type": "Question", "name": "How to choose a SaaS development vendor?", "acceptedAnswer": { "@type": "Answer", "text": "When choosing a SaaS development vendor, consider factors such as their experience in developing SaaS applications, their portfolio of previous projects, client testimonials and references, expertise in relevant technologies, adherence to security and compliance standards, scalability of their solutions, pricing and payment models, communication and collaboration processes, and their ability to understand and meet your specific business needs and timelines. Conducting thorough research, asking detailed questions, and reviewing proposals can help you make an informed decision." } },{ "@type": "Question", "name": "What is the difference between SaaS and traditional software?", "acceptedAnswer": { "@type": "Answer", "text": "The main difference between Software as a Service) and traditional software lies in how they are accessed and delivered. SaaS applications are hosted centrally on external servers and accessed over the Internet, typically on a subscription basis. Users do not need to install or maintain the software locally. In contrast, traditional software is installed and run on individual computers or servers, requiring users to manage updates, backups, and maintenance themselves. SaaS offers greater accessibility, scalability, and flexibility compared to traditional software." } },{ "@type": "Question", "name": "What size team is needed to develop a SaaS?", "acceptedAnswer": { "@type": "Answer", "text": "The size of the development team needed to build a SaaS application depends on various factors such as the complexity of the project, the desired timeline, the scope of features, and the skills required. Generally, a SaaS development team may include roles such as project managers, software architects, UI/UX designers, frontend developers, backend developers, quality assurance engineers, and DevOps engineers. For small to medium-sized projects, a team of 5-10 members might suffice, while larger and more complex projects may require teams with 10+ members or even multiple teams working in parallel. Efficient collaboration, communication, and coordination are crucial for the success of the development process regardless of team size." } }] } { "@context": "https://schema.org/", "@type": "HowTo", "name": "How To Build a SaaS Product: A Step-by-Step Guide", "description": "How to make a SaaS product? You can develop SaaS application effectively by following our comprehensive guide below!", "totalTime": "PT20M", "estimatedCost": { "@type": "MonetaryAmount", "currency": "USD", "value": "0" }, "step": [{ "@type": "HowToStep", "text": "Planning and research: Thorough market research and competitor analysis are crucial for identifying opportunities and defining the scope of a SaaS application. Market research involves gathering data about target demographics, industry trends, and competitive landscape. Competitor analysis examines strengths, weaknesses, and strategies of existing SaaS solutions in the market. During the planning and research phase, work closely with your development team to establish clear goals, objectives, and milestones for the project. This collaboration helps ensure alignment and provides context for effective development.", "name": "Planning and research" },{ "@type": "HowToStep", "text": "Choose the right model and development approach: Selecting a reliable cloud and SaaS platform development provider is essential for hosting your SaaS application. While researching popular cloud providers (e.g., AWS, Azure, Google Cloud, Salesforce SaaS), stakeholders should consider factors such as scalability, security, uptime, pricing models, data residency, compliance, and disaster recovery. Choose a cloud provider that offers comprehensive services and meets your specific requirements for data security, compliance, and scalability. Besides, selecting the right subscription model influences revenue generation and customer retention. And finally, selecting the right technology stack ensures efficient development, scalability, and performance of your SaaS application. The technology stack includes programming languages, frameworks, databases, and infrastructure. In this step, assess project requirements and technical constraints. Choose technologies that support scalability, security, and developer productivity. Here are our experienced SaaS software developers’ picks:", "name": "Choose the right model and development approach" },{ "@type": "HowToStep", "text": "Design: Designing the user interface (UI) and user experience (UX) of your SaaS application to ensure usability, aesthetics, and functionality. This step includes collaborating closely with UX/UI designers to create wireframes, prototypes, and design mockups. Businesses should prioritize mobile responsiveness for multi-device accessibility, and focus on intuitive navigation and clear calls-to-action for user interactions.", "name": "Design Ui/UX" },{ "@type": "HowToStep", "text": "Development and testing: Starting with building the SaaS development team. This phase includes assembling a skilled and collaborative team of developers, designers, and other specialists to work on your SaaS project. Companies can consider building an in-house team or hiring an outsourced SaaS development team to best align with your resources and project requirements. Next step is creating the SaaS minimum viable product (MVP). Through this step, you can validate assumptions and market demand early in the development process. This also allows you to iterate based on user feedback and prioritize features for the full product release. Lastly step is product quality assurance testing. The testing phase is crucial to creating a winning product development strategy in any industry. A comprehensive test plan ensures that the developed application is secure, reliable, and free from critical vulnerabilities. Moreover, testing enhances the user experience and fosters trust among the application users.", "name": "Development and testing" },{ "@type": "HowToStep", "text": "Deployment and maintenance: Teams can proceed to deployment after collecting ample feedback from early adopters and thoroughly testing the product. This step is usually the last stage of the SaaS development life cycle, wherein stakeholders make final changes to the product and launch it. This includes adding more features, enhancing the UX, and delivering a well-polished final version based on early feedback. Companies can also integrate APIs into the SaaS product to further optimize it before deployment. By providing continuous support and maintenance for the SaaS application, businesses can ensure that their users always have access to the latest features and improvements, resulting in a more engaging and valuable experience overall.", "name": "Deployment and maintenance" }] } { "@context": "https://schema.org", "@type": "BlogPosting", "mainEntityOfPage": { "@type": "WebPage", "@id": "https://ltsgroup.tech/blog/saas-development/" }, "headline": "Comprehensive Guide to SaaS Development in 2024", "description": "What is SaaS development, and how to how to build a SaaS application? This article offers the complete guideline, cost estimation, and best tips.", "image": "", "author": { "@type": "Person", "name": "Ashley Nguyen" }, "publisher": { "@type": "Organization", "name": "LTS Group", "logo": { "@type": "ImageObject", "url": "https://ltsgroup.tech/_next/static/media/logo.962a51ed.png" } }, "datePublished": "" }