• Technology advancements, consumer demands, and many other factors have influenced mobile app development trends.
• Below points are empirical research to come up with the top mobile app development trends that will dominate 2023.

2022 was a noteworthy year for technical advancement. The mobile app development business is one such industry that is in a constant state of change. Technology advancements, consumer demands, and many other factors have directly influenced mobile app development trends.

Nonetheless, the question persists. What are the latest trends in mobile app development? What application development trends will be prevalent in 2023? What is the future of developing mobile applications?

Have you ever wondered how many applications are on your mobile device? Many, right? Also, a new feature is introduced almost every day. Research has shown that an average user spends over 90% of their time on mobile applications.

According to Statista, the global income from mobile applications surpassed USD 318 billion in 2020. Compared to 2019, there was a rise of over USD 60 billion. The sector with the most income that year was mobile games, with over USD 200 billion, followed by social networking mobile applications, with over 31 billion dollars.

The Statista Digital Market Outlook predicts that revenue will expand across most market sectors over the next several years, reaching around USD 613 billion by 2025. Mobile applications are replacing websites, and in the near future, it will be a certainty that every business has an app.

There are more than 50 million applications accessible, and the number continues to expand each day. Everyone grew connected to the digital world during the pandemic, and applications became the standard.

So, are you prepared for the mobile app development changes in the coming year?

The list below is more than just a hunch. Below points are empirical research to come up with the top mobile app development trends that will dominate 2023.

Top 7 Mobile App Development Trends for 2023

5G Integration

The introduction of 5G will significantly influence app patterns in 2023. 5G has ushered in a new phase of the digital revolution. With the enhancement of the cellular network, the creation of apps that employ cutting-edge technology will increase significantly. This covers AR and VR, IoT, gaming, and streaming apps.

For developers, resellers, and producers, this technology is set to revolutionize the usage and creation of mobile applications.

In 2021, there were around 3.5 times as many 5G connections as in 2020. Between 2022 and 2023, connections are expected to be twofold.

Moreover, 5G enables mobile app developers to offer more features and functionalities, enhancing the user experience.

5G will enhance digital transactions, advanced security, lightning-fast response, and tailored healthcare, among other things. It will assist developers in creating more mobile applications based on these trends and technology.

Augmented Reality (AR) and Virtual Reality (VR)

Pokemon Go’s short popularity cleared the mobile app development path for augmented reality (AR). It demonstrated to the world that virtual reality (VR) could provide consumers with an immersive experience.

Developing a mobile app that includes AR and VR is anticipated to go to a higher degree of digital advancement. The market based on these technologies is expected to reach USD 160 billion by 2023, and applications will account for a larger share of this. The tourism, entertainment, and gaming industries will benefit the most.

Below mentioned are situations where brands have employed AR and VR to enhance the user experience.

• Ikea avails augmented reality to allow people to visualize how furniture will appear in their homes before purchase.
• L’Oréal offers a virtual makeup application that lets customers visualize how cosmetics appear on their faces.
• Lenskart allows consumers to test on glasses before purchasing virtually.

Artificial Intelligence and Machine Learning

Predictive analysis is rapidly entering the mobile application business. The mCommerce applications are already utilizing two key technologies, Artificial Intelligence (AI) and Machine Learning (ML), to collect the essential customer data that assists them in making sensible judgments.

It is a technology that automates data analytics, prediction, and decision-making processes. Apps may be made smarter with the use of artificial intelligence, hence enhancing their performance at every level. AI will transform app development from the backend development process to the user experience on the front end in 2023.

Apps for Wearable/Foldable Devices

Wearable and foldable gadgets constitute a new device segment in the app market. A significant number of applications will operate on foldable devices that run apps; thus, the growth of app development in this industry will be enormous.

While foldable devices offer the ease of giant screens on smartphones, wearables provide the convenience of running applications with the fingertips. As the sales of smartwatches continue to increase, so will this tendency.

Internet of Things (IoT)/Cloud App Integration

The internet has deeply penetrated our lives. We are surrounded by Internet-connected gadgets, ranging from smartphones, laptops, and tablets to voice-controlled smart home devices. In addition, cloud computing and IoT provide a substantial market for app development.

It is one of the most recent mobile app development trends. Even according to Cisco, at least 90% of mobile app traffic will be conducted in the cloud.

The industry will see an increase in cloud computing and Internet of Things-based applications (IoT). The advanced security these applications offer will encourage more developers to devote effort to them.

IoT and cloud-based applications will save operating expenses. Using APIs will enhance connections to platforms and improve efficiency.

Now, brands such as Samsung, Xiaomi, Bosch, and Honeywell are also rapidly embracing the Internet of Things technologies.

Blockchain Technology

Blockchain initially came to our attention during the bitcoin boom. However, technology has advanced significantly and is relevant in various contexts. Thanks to its rapid expansion, it is predicted to generate USD 20 billion in revenue by 2024. Blockchain also plays a crucial role in mobile app development.

Decentralized database-based applications will be in demand. One of the primary motivations for these applications is the security they provide. With this technology, sensitive data cannot be manipulated or stolen, as blockchain is exceptionally secure.

Some of the areas where blockchain apps will work more:

• Medical and healthcare
• Digital identity and passwords
• Voting systems
• Banking sector
• IoT and cloud computing

Many mobile applications will include decentralized applications, and blockchain developers will rise as a new trend.

On-Demand Apps

This generation of On Demand applications will be in great demand and on the rise in 2023. Examples of such successful applications are Airbnb and Uber, which have demonstrated the viability of apps in this market.

The market for On-demand mobile applications and websites will reach a staggering USD 335 billion by 2025, according to the most recent PwC estimate.

Annually, users spend USD 57.6 billion on on-demand services. Several industries will experience growth in the use of these applications, which will revolutionize the on-demand market:

• Virtual tutors and coaches
• Food delivery
• House cleaning
• Maintenance services
• Fitness on-demand
• Pet care
• Barber and beauty salon

Mobile App Development Beyond 2023

There are about 6.6 million Android and iOS apps available. It is expanding fast, and developers need to keep up with the technology to progress.

The trends in mobile app development services that are on the rise are not limited to those listed above. However, they are the ones that will be the most prominent.

The need for mobile app developers to utilize these technologies will inevitably expand; thus, it is prudent to start now.

• Aligning application development with a product roadmap (overview of a product’s future course) is the best practice.
• After the initial launch, regular and tangible progress driven by your post-launch plan must deliver a measurable ROI and app adoption.

As technologies forming the basis of IT modernization are increasing, it is essential to note how crucial modern application development is. But many of them have no idea what it means. Modern application development has been a crucial concept in the current software design. It is an approach to innovative design, building, and management of applications. It increases the teams’ agility, reliability, scalability, and security.

Let’s check out some common risks and the solutions to maintain that.

Risks and amp; Solutions
1. Risk:
One of the first risks that happen at an early stage is that the app development starts without a plan. To create a successful application, you need more than a brilliant idea. Nothing will happen without a product strategy, no matter how well-defined the standards are.
Without preparation, you risk learning too late that your application isn’t suitable for the market. It might not be promoted to the appropriate users or may even have competitive weaknesses.

Solution:
Aligning application development with a product roadmap (overview of a product’s future course) is the best practice. To ensure long-term success, you must establish and comprehend several variables for deployment and follow-up operations, including – Advocacy, Constraints, Dimension, Estimation, Ideation, Priorities, Publication, Sequencing, Synthesis, and Validation.

Develop a plan including all the elements your development team will require to build and launch a successful application. Future improvements and upkeep should also be part of your plan. Cost savings, educated and coordinated cross-functional teams, and prompt response to your application are advantages of integrating your application development with a product road map.

2. Risk:
Another risk in modern app development is lack of focus and not knowing the exact requirements. Apart from your app idea, you must know many things like what users want, your organization’s business goals, the problems to be solved by this app, the expected results, and the benefits for your organization.

Due to a lack of knowledge, you might increase the time and cost of development by building unneeded and extraneous features.

Solution:
Focusing on a Minimum Viable Product (MVP) is the best practice to tackle this risk. Before starting software development, identify the primary purpose and 3-5 other uses of your app. Determine your target audience, including their demographics and preferred operating system.

Compare your app with similar apps in the market and decide how closely they align with your concept. Once developed, you can hand over your MVP to end users to gain feedback about your idea and the features provided in your app.

Based on this feedback, you can make further efforts to finalize your app. Thus, an MVP reduces several risks and helps you place a workable version in the field while you work on the entire product.

3. Risk:
Having unrealistic app development goals is another risk. Without realistic and measurable goals, you won’t recognize success while developing custom applications.

No app can be perfect for generating tons of revenue and providing optimum value. If you work with unrealistic expectations, you and your team will fail.

Solution:
Set realistic and attainable app development goals. Once you know your users’ wants from your MVP, you can set reasonable goals for the app’s development. You better understand the goals and time required to develop your MVP’s next version.

The technical specifications are important, and each developer should understand the requirements. You can determine the exemplary architecture for your app accordingly.

Ensure that your goals are SMART – Specific, Measurable, Achievable, Relevant, and Time-based. Another approach to follow is ACES —
• Achieve what you want to do
• Conserve what you must keep doing
• Eliminate everything that blocks achieving the goal
• Steer clear of what’s unneeded

Set achievable and realistic goals to have a focused definition for success.

4. Risk:
Lacking consistent and clear communication is another risk. You can’t assume that the app will be developed as expected by just delivering the specifications to the developers.

Without consistent and ongoing communication, the development team’s assumptions may not match yours. Product performance can differ with the interpretation. Then, the resources will be wasted, and you need to correct the problem.

Solution:
Practice holding frequent, formal check-ins and regular meetings. You can create clear communication channels and develop habits of communicating progress, problems, and issue resolution as a solution to miscommunication. Two weeks is the minimum time that you should allow to pass without at least one touchpoint.

Following are some excellent tips for any manager and group –
• Micromanagement will not help; compliance will take too much time.
• Take care of workers and maintain communication to nurture relationships with them.
• Emphasize transparency with outsourced partners.
• Don’t limit the relationship as it leads to missing information that harms performance. Don’t miss the innovation and relationship-building opportunities.
• Making assumptions in communication leads to mistakes and inefficiencies.
You must pay equal attention to communication with external vendors and your internal teams.

5. Risk:
Arbitrary platform selection is another risk as some organizations prefer the platform they regularly use, whereas others opt for the one suggested by the developer.

Every platform provides some benefits while having some drawbacks. You can decide between a native, cross-platform, or responsive app by considering integration requirements, user group management needs, and security.

Solution:
The best practice is to include platform choice during planning. You can ask your development team for their suggestions. Search for one that gives the required technical advantages while having acceptable limitations.

Some considerations can be – the ability to run application security testing, after-launch updates, cost of development, required features for mobile app and user experience, platform feature support, security risks, expectations of users like speed, and reviews.

You can choose single platform development if your project is challenging and needs a custom solution. It is a better option for delivering the best user experience and stylish look. On the other hand, choose cross-platform development if the cost is an important consideration and no elegant user interface is required. Use this while developing a promotional project which is straightforward.

6. Risk:
The next risk in this list is the lack of post-launch planning for ROI. Your responsibility for the app doesn’t end with its development. So, early planning determines how you will achieve rapid and robust ROI with the app. Even if you think you have developed a brilliant application, it doesn’t mean users will find it helpful or use it optimally.

Launching your product is not an ending but a beginning. You must look at the app as a holistic experience. Don’t assume that there will be only new features and a few bug fixes in the future.

Solution:
To tackle this risk, you must have a robust post-launch product plan. Considering post-launch sustainability and ROI during early product planning is a better idea. You must consider the supporting workflows necessary for a successful product in your post-launch plan.
Every department of your organization plays a role in post-launch, such as sales, marketing, customer support and service, and other operational areas. You can also address other areas in your plans, such as app monetization and marketing automation.

All these departments should be prepared for support and minimize post-launch risks when you drive towards launch. After the initial launch, regular and tangible progress driven by your post-launch plan must deliver a measurable ROI and app adoption.

8. Risk:
The last risk is inadequate resources. It is said that a product can meet two of the three goals that are – good, fast, and cheap. You must decide which of those goals aligns with your business goals.
A small prototype can be cheap but good, where you can invest more after receiving feedback. You can be affordable and fast in achieving finances while presenting to investors.
Solution:
Staff augmentation and outsourcing are the best practices to avoid the risk of inadequate resources. These are the cost-effective ways to ensure you have all the necessary resources to produce a successful app. While selecting a development team to hire, bring your due diligence and use all the above practices to keep the ball rolling.

When you bring in outside talent to your in-house team, it can bring expertise in key technologies. Perhaps you have to boost project management. In such a case, you can bring in a management partner who takes care of your custom development project. Perform a detailed analysis of the developers required to execute your design when you start initial planning for app development. Proper staffing has a considerable impact on the overall timeline of your project.

Conclusion
There are multiple risks associated with modern app development. Since app development is complicated, there is no path to the perfect product plan. However, to discover and resolve issues and mitigate risk, you can carefully plan and test as soon as possible. You will have more leverage for completing a successful project the earlier you can identify a delay, issue, or opportunity.

It is essential for enterprises of every size, type, and industry to modernize their applications to gain a competitive edge in their industry. Application modernization is a process of enriching existing applications to deliver a top-notch client experience and get a higher ROI.

What are the reasons to modernize your enterprise applications?

The following are the three crucial reasons why organizations must modernize their applications:

Better agility

Every industry is witnessing evolution at a greater speed. Critical applications must adapt to keep up with evolving technologies, to meet and exceed user expectations, and to introduce new features and tools quickly as per the demand of evolving core applications.

• Accomplish faster time to market and better agility:

Deploying the latest monolithic application versions is an intricate and time-consuming process. Utilization of containers and a container orchestration platform such as Kubernetes for application deployment and implementation of the best DevOps practices, like CI/CD, can be the first step toward modernization and delivering applications regularly with greater ease than earlier. Additionally, breaking monolithic enterprise applications into smaller deployable units and microservices can help update separate parts of the application. Further, with CI/CD, one can roll back the latest updates to running versions in case of issues.

• Allows the development of new and better features:

Enterprise applications were developed rapidly over the years and were developed by different people. This led to the creation of a considerable amount of technical arrears. Technical debt uses a large budget and resources to ensure the application is up and running. Additionally, it makes the development of more new features challenging. Therefore, it is better to refactor and re-architect the applications one wants to extend. Moreover, enterprise application modernization will also help fuel digital transformation efforts.

• Execute core business applications on advanced future-ready platforms:

Implementing cloud-native architectures, containerization, and orchestration and modernizing core business applications to run on a future-ready platform will provide a stable platform and real-time support from the OPS team. Many advanced future-ready platforms run on on-premises and multiple public clouds.

• Enhance operational efficiency:

All applications can be managed on container platforms if they are run consistently. Everything can act as a container regardless of what programming language, runtime or application stacks is being used. This approach streamlines operational procedures but needs organizational and cultural changes.

Enriched experiences.

Providing interactive and innovative user experiences is the core factor that drives the need for application modernization. Modernizing the enterprise application can enhance not just user but also developer experience.

• Enhance the user experience:

Application users determine if the application is good or bad. Hence, all enterprises must strive to deliver a good user experience. Traditional applications might have some limitations that can be overcome with the help of advanced tools. For instance, developing new user interfaces, APIs, or mobile applications will deliver quicker responses, resilience, and others.

• Higher developer productivity:

Developers can increase productivity through containers by addressing the “it works on my machine” issue; setting up development environments is also quicker. Furthermore, implementing containers and other modular service-based architectures can make enterprise applications polyglot because different services can be delivered in various languages.

Minimize operational cost.  

When it comes to application modernization, everything revolves around the cost. The cost pertains to both migrating newer applications and technologies, and there’s also a cost of not moving them. Following are a few cost benefits that must be taken into account in order to understand the impact of application modernization:

• Minimize resource utilization:

Mostly, enterprise apps run on virtual machines. Running the same applications in containers can save substantial resources, especially memory. Furthermore, advanced container orchestration platforms can help enterprises balance workloads more efficiently than virtual machines. Advanced development libraries, tools, and runtimes can save resources. The utilization of containers and modern libraries often do not need code edits.

• Minimize the license cost:

Off the shelf or commercial software services may require organizations to pay license costs. There is much open-source software available with advanced tools to replace commercial tools. Multiple open-source projects deliver free help and fixes.

• Minimize the support cost:

Often, legacy applications turn out to be an expensive affair, maybe after the official support for servers or platforms has ended or due to the lack of a developer to maintain the code. The enterprises have an option to choose from various software as a service (SaaS), platform as a service (PaaS), infrastructure as a service (IaaS), or open-source offerings to curb their expenses.

Top five ways to move and modernize enterprise applications:

Assort the monolith:

One of the initial steps for application modernization is to design a model of what the applications look like. One needs to understand the following aspects:

• Network configurations.
• Storage configurations.
• How to deploy the application on the servers.

Furthermore, one must also understand how to model all of the networking between the individual components. Post that, there’s a need to decode the model into various building blocks and configurations. Assorting the monolith into different working aspects will make it easier to create a virtual application environment with advanced tools like containers. These approaches have been tested before, advances with software-defined infrastructure have made it possible to implement at scale.

Liberate the applications from infrastructure:

Another step to efficiently modernize enterprise applications is to abstract them and make them independent from any underlying infrastructure. Sources of data and network and security configurations, all can be abstracted. The abstraction of the application functions into components that can run from anywhere will make it possible to migrate applications to other infrastructure combinations without changing a single line of the code. The software-defined infrastructure allows enterprises to compose the application form with these components and, thus, make profits.

Design a strategic plan to reduce the cost:

An enterprise’s complete application lifecycle comprises multiple application environments – with various versions and unique deployment types. After an enterprise segregates an application into its essential components, it can keep a catalog that simplifies the process of creating unlimited new application versions. This approach will allow developers, test engineers, and DevOps teams to select any combination of components they may require. Additionally, they can clone the existing complex application environments in real-time for testing and deployment. The cloning process happens in minutes because the catalog has all the databases it needs. As a result, there is a substantial increase in operational time to test integration, performance, planning, and migration processes.

Implement security in the application:

It is usually recommended not to tack on the application security after deployment. If done, it slows down the continuous delivery process like DevOps and generates friction between the DevOps and the security teams. Alternatively, one can consider security as one of the primary components of the entire application environment and give it the same importance as given to other components by baking it into the application from the start. As a result, enterprises can protect their applications immediately once they are deployed, irrespective of their infrastructure.

Seamlessly integrated with DevOps:

Point and click, push-button approach through a modern UI will streamline the up-gradation process of enterprise applications. Additionally, it’s easier when opting for tight integration with continuous deployment tools and processes like DevOps.

Furthermore, the enterprise applications should be accessible, which means new instance delivery should be completely automated. The easiest way to achieve this is by integrating virtualized application environments with orchestration tools that most enterprises utilize to deliver infrastructure. The primary enhancement being explored is directly connecting a catalog of portable, virtualized application components with the orchestration tools, including the provisioning of storage options, which also needs to be completely automated. Therefore, modern applications will not depend on certain information they rely on.

Conclusion:

A modular view of the enterprise applications must be the base of the application modernization process. Enterprise application modernization is a need of the hour to get your business a competitive edge it needs to operate.

Feel free to read more about application modernization in the whitepapers.

Let’s begin with this new journey in the industry….

Application performance management, also termed application performance monitoring (APM) – was not utilized regularly, as it was unknown outside of IT operations, but now everything has changed.

As per a Gartner report, APM is anticipated to monitor about 20% of all business applications by 2021.

What falls under APM?

Anything related to collecting more data and understanding how applications, transaction times, dependencies, and even the code’s primary performance driving the applications is being monitored falls under the APM heading.

It is always said that APM is a diverse collection of tools that are exclusively used to measure application performance across varied computing platforms.

What is deep packet inspection?

Deep packet inspection, or DPI, allows monitoring the network and specific application traffic streams at a packet level.

In short, it is a process to find out what has been received and transmitted by a network device. Also, it is the most precise technique to:

• monitor and analyze application issues
• monitor associated risk level
• regulate traffic in the best suitable way

With DPI’s packet-level analysis, it is easy to decide capacity planning and achieve better network performance and management. It also helps determine the leading root cause for performance-related issues with a complete traffic picture (including both application and network) in a single take. It offers service-type insights such as chat applications and voice and video communications, including response time metrics between client and server.

With DPI, one can:

• Find out historical data from the reports and perform forensics.
• By comparing NRT vs. ART (Network Response Time vs. Application Response Time), one can find a significant cause of delay on the network or application side.
• Easily find out who is using your bandwidth and regulate them using traffic shaping.
• Get the complete list of affected users for slow apps and communicate with them in advance.
• Increase application availability and meet service-level agreements (SLAs).

APM with DPI – a complete picture

In the present digital economy world, application and performance issues could hinder business growth and profitability, negatively impacting user experience quality.

The key to assisting the consumer journey and ensuring flawless digital experiences is understanding every business’s health in real-time. So, this is why deep packet inspection (DPI) is a crucial technology to improve application performance monitoring (APM) solutions – as it allows real-time application and real-time network visibility awareness across all layers and nodes within the network.

DPI offers packet-level intelligence to APM solutions further that allows APM to go beyond the simple network management procedure and flow-based traffic monitoring to analyze performance issues.

DPI technology will play a magic role for service providers and enterprises by allowing them to extend application monitoring from simple performance tracking to a complete array of advanced diagnoses and analytics. It will also determine the root cause of performance issues, react to network slowdowns before they impact end-users, and detect inappropriate traffic and security risks.

APM and network performance management (NPM) are greatly enhanced with the inclusion of DPI capabilities. DPI enables one to isolate performance bottlenecks across applications and access points. For example, it could help users identify a device behind a network address translation (NAT) allowed access point (AP), causing bottlenecks due to active peer-to-peer applications.

How DPI lends intelligence for enhanced monitoring and management of applications

DPI extracts metadata on application, protocols, and application attributes. For instance, when a video is shared in a chat application, the network becomes aware of the chat app’s video. Further, it allows the network to apply various traffic management policies tailored to optimize network resources while maintaining the application performance.

Also, DPI offers detailed analytics on application bandwidth consumption and the speeds at each network link. Seeing security scenarios, DPI provides enhanced security by detecting cyber threats such as password attacks and malware attacks. This real-time detection of threats is allowed via an extensive DPI library where traffic signatures are updated at rapid frequencies by specialist laboratories to ensure that it contains fingerprints of the latest threats.

Some interesting facts about DPI and APM

How does DPI work?

A deep packet inspection tool comprises a dashboard that captures metadata about all pertinent application and network traffic, offering enhanced visibility into the system. The dashboard may include useful metrics, categorizations, and drill-down diagnostic tools to deliver further insights into performance issues.

Look inside network and application performance using DPI:

• Enhance consumer experience by proactively addressing slowdowns.
• Instantly view high-level packet response time metrics.
• Catch non-business traffic and security risks.

Is the APM or NPM causing the slowdown?

Yes, and if it does, DPI plays an essential role in achieving an up-to-date overview of system traffic, thus finding out the root cause of performance issues, reacting to network slowdowns before they impact end-users.

How does NPM support deep packet inspection?

NPM automatically operates deep packet inspection on the devices and applications you choose. Use the easy step-by-step wizard to deploy both server and network packet analysis sensors on already-managed devices. NPM offers deep packet inspection management tools such as key metrics, filtering, and alerting.

Takeaway

DPI integration with APM offers actionable and concrete data about the performance of every aspect of an organization’s delivery system. DPI plays a painter role that sharpens the details with a more delicate brush and offers your organization the tools to optimize the consumer experience in a complex computational landscape.

In the end, we can say that DPI uses response time metrics for packets sent between clients and servers so that it gets easy for admins to regulate traffic flows and differentiate between network issues and application issues.

To know more about how DPI and APM could enhance your organization’s efforts, download our latest whitepapers on IT Infra.

What is Application Performance Management (APM)?

Application Performance Management, or we can say APM is an act of managing software applications’ overall performance to monitor performance issues, availability, and transaction times, potentially impacting the user experience.

APM tools’ significant features comprise synthetic monitoring, real user monitoring, IoT monitoring, infrastructure monitoring, server monitoring, network monitoring, database monitoring, and cloud monitoring.

APM – no more hot potato!

Businesses of all sizes have struggled to deploy monitoring and analytics solutions to maintain the rapid pace of shift and major architectural shifts in their application stack. Traditional APM solutions have been very complex and cannot keep up with the complexity of agile development and highly complex architectures and environments.

Business runs on applications, and when their performance suffers, so do you. Could you afford to let poor user experience affect your success?

APM is a one-stop-solution for organizations that depend on applications – whether deployed on-premises in the public cloud or through software-as-a-service (SaaS) models – to support everything from communications to productivity and your business transactions.

When one cannot detect, identify, and resolve app slowdowns, then there are chances that your organization could lose user confidence and trust, reduced productivity, and even lose revenue.

Just think about it – when was the last time you experienced an app issue? Did you inform the company? Or did you simply move to their competitor?

Here come APM solutions that enhance user experience and resolve issues before users knew they happened.

How APM makes it look easy:

• Enhances the performance of your database and the applications.
• Delivers comprehensive end-user experience monitoring both outside and inside the firewall, allowing you to use a mix of synthetic transactions and real-user monitoring to make sure your users get the best experience possible.
• Provides comprehensive health and performance monitoring of traditional and SaaS commercial applications.
• Allows deep performance insights into custom applications, helping gather custom metrics, trace transactions across dynamic and distributed environments, and profiles the application code.

APM solution designed for modern software-defined business

It has been said that the Application Intelligence Platform and five architectural innovations redefine Application Performance Monitoring. Let’s check it out –

• Monitor what matters to your client and their end-users: here, APM solutions focus on bottom-up health metrics monitoring for discrete application components, including servers, web servers, databases, and application servers. Monitoring business transactions allows one to know if the functionality is presently available and the primary cause of an issue.
• Managing application traffic into company transactions aligns the requests with the software applications’ essential functions – satisfying and engaging the user. This is all done automatically with the help of APM solutions.
• Smartly recognizes irregularities with dynamic baselines for business transactions and all infrastructure components and applications it monitors. One of the best examples is AppDynamics. AppDynamics monitors every single business transaction and automatically develops and learns a dynamic baseline for an end-to-end response.

Benefits of AppDynamics for a multi-cloud world include:

• Identifying problems with real-time monitoring before they impact consumers.
• Gaining end-to-end visibility to plan with accuracy, validate success, and migrate with confidence.
• Unlocking the power of machine learning (ML) to boost and automate root-cause diagnosis.
• Driving business results via advanced application performance.

Nemo Hajiyusuf, Software Engineering Manager, Alaska Airlines, commented: “With AppDynamics, our mean time to detection went from hours to less than 10 minutes, which is a huge win for us.”

How could Ops teams leverage APM to meet modern requirements?

Several components of SaaS and cloud technology are beneficial, but the hairball of hybrid IT is anything but applications as applications have become the backbone of businesses and their success. If code fails, apps break. If the network fails, apps break. If security fails, apps break. If infrastructure fails, apps break. If the database fails, apps break. So how do you make sure you don’t fail and don’t break.

When essential services are decentralized, application owners monitor the system that still works without root access to the whole stack with Application Performance Management.

“Like any technology approach, APM has been getting better, faster, cheaper, and more integrated across a larger set of systems than just the most important.”

Requirements of 21^st century APM solutions

Modern applications need modern APM solutions –

21^st-century requirement no. 1: a single pane of glass

21^st-century requirement no. 2: APM everywhere

21^st-century requirement no. 3: service-level visibility and actionability

21^st-century requirement no. 4: collaboration and coordination

For instance, the SolarWinds APM Suite—Pingdom, AppOptics, and Loggly—combines user experience monitoring with personalized metrics, distributed tracing, log management, code analysis, and log analytics to offer unmatched visibility into modern applications.

Takeaway

It’s important to use APM today because it is better at removing the visibility gaps across the end-to-end experience and creating a single pane of glass. Also, it makes it possible to rapidly translate the impact of any issues to both technical and business team members.

One requires an APM with a consistent capability, great integration, easy to implement, and most importantly, available at a reasonable cost.

In 2019 Gartner’s Magic Quadrant for Application Performance Monitoring, Gartner states, “Enterprises will quadruple their application performance monitoring due to increasingly digitized processes from 2018 through 2021 to reach 20% of all business applications.”

To gather more knowledge on the subject, download our latest whitepapers on app management solutions.