Web Apps vs Native Apps: When Web Based Apps Are a Better Choice for Your Business

Web Apps vs Native Apps: When Web Based Apps Are a Better Choice for Your Business

Smartphones have become an integral part of our lives. When faced with the dilemma of where to start software development — with a web application or a mobile application, many would choose a mobile app without a second thought. And this choice will make perfect sense for the B2C segment. While web based apps have the potential to reach a wider audience, in most cases they require an Internet connection and are not as fast as native applications.

According to statistics, the mobile device market share is over 58%, while the desktop market share is only about 40%. Therefore, for B2C software, it is wise to develop an application that primarily targets small screen sizes. Chances are, your users will be reaching for their smartphones to use it. By choosing a mobile app over a web app, you can benefit from a better user experience, the ability to work without an Internet connection, and direct access to device features such as camera, location, calling, messaging, contacts, and more.

When you might need to build a web app

So when may a web based app become preferable to a mobile app?

If you need data-centric applications or software that should not only process huge amounts of data but also visualize it with interactive charts and tables, a web application may be the right choice. Although your smartphone is always at hand, a small screen can be a barrier to using such software.

Another reason why you might want a web app instead of a native mobile one is when you need a fully-fledged unique user interface or your software is designed to create graphical or even textual content using different styles and digital assets.

Main advantages of the web application

  • It can be launched from any device with a web browser installed.
  • Comparing web vs mobile app development, we can say that the main benefit of web based apps is that you have the same source code for all the required platforms.
  • Users do not need to install a web app; they can simply launch it from the URL.
  • You can implement any UI you want. The only limitation here is your imagination.
  • You do not need any approval from Google or Apple regarding the appearance and performance of your application. And this is a big plus when comparing a native app vs web app.
  • Web applications are indexed and can be optimized for SEO. This means you can control its ranking so that it appears at the top of the search results generated by search engines like Google, Bing and Yahoo.
  • You can rather easily update your web application, and users will receive the update seamlessly, sometimes without even interrupting their work with the application itself. 
  • Modern development approaches allow web application data to be stored both in browser cache and in a local database. Therefore, a properly designed web application can work offline with some limitations. Examples of such applications are Google Docs, Google Sheets, and Draw.io.

Disadvantages of the web application are the following

  • You should take care of its hosting, monitor its availability, and ensure its protection from cyber attacks.
  • When comparing mobile and web development, it becomes obvious that it usually takes a team more effort to develop a web application. In the case of web based apps, it is necessary to support different browsers and various screen resolutions. Special attention should be paid to the mobile web app design, since your software may be launched from a mobile browser as well. In addition, very often the team has to customize UI widgets or even implement them from scratch. Thus, a fully-fledged web application is usually more expensive and requires more development time than a native mobile application.
  • You should spend extra budget on promoting your web application. Mobile apps can be promoted quite easily through mobile stores (such as Google Play and App Store), while web apps remain unknown to the public until they are widely advertised.
  • Since your app doesn’t go through the approval process of Google or Apple, you must earn user trust yourself, especially if you handle sensitive data. Various types of certifications can help here (for example, if you need to process payment card data, your software must be PCI-DSS compliant).

Top 5 cases where web apps win

Here are the top 5 cases when a web application is preferable to a mobile one:

  1. All types of ERP (enterprise resource planning) systems. This could be software for e-Commerce, logistics and delivery companies, financial accounting automation, or an inventory management application. The basic idea is that ERP is used to analyze and improve the core functions of a business. Such software helps make business decisions through forecasting based on current and historical data.
  2. Various types of software designed for managers. For example, CRM (customer relationship management), HRM (human resources management), data management software, monitoring software, project management and task tracking systems (like Microsoft Project and Atlassian Jira).
  3. Marketplaces providing offers from different suppliers. There are many good examples of mobile marketplaces (e.g. eBay Online Shopping or AliExpress) or booking platforms, but the web version is usually more convenient as it allows you to see more data on one page, which is extremely useful when you need to compare products. Moreover, suppliers themselves need a comprehensive user interface to upload information about their services and products.
  4. Digital asset management systems that provide the ability to create, edit and categorize various types of content: from complex rich text with various graphic inserts to video. At the same time, managing digital assets often requires teamwork and multi-level approval of changes made.
  5. Analytical platforms providing the ability to create various pivot tables, reports, interactive charts and grids. The most popular examples of such software are Tableau or Microsoft Power BI.

All these cases have some common features:

  • They operate with a large amount of data.
  • They have a user management module and provide permission-based access to features.
  • Some operations (such as approving documents or orders) require collaboration and complex workflows.
  • Such systems provide a complex user interface divided into several areas on a single page. As all the necessary information is immediately displayed on the screen and there is no need to switch between pages to collect the required data, users are able to make decisions swiftly.

Mobile apps as a supplement to the web system

Despite all the advantages of web applications, the strengths of mobile software should not be discounted. Mobile apps may become supplementary components that expand your ecosystem. Since a native application has seamless access to smartphone features (such as camera, microphone, location, calling, and texting), it can be designed for a specific user role or to cover only a specific process. For instance, for a cargo company you can develop a series of mobile apps:

  • A native application for the driver, including such features as receiving a route plan with checkpoints, reporting successful delivery or incidents with photographic recording, and the ability to receive the necessary advice from the company dispatcher via direct chat. At the same time, drivers do not need access to the web-based ERP system. Everything they need is available in the mobile app.
  • A native application for a planner with a 3D cargo scanner function allowing the lorry to be loaded as optimal as possible.
  • A mobile app for warehouse managers with the ability to scan barcodes and immediately put cargo into the database.
  • A mobile app for top managers with the ability to receive important notifications and quickly sign the necessary documents.

You can also develop a mobile application that duplicates the functionality of the primary web system. However, in this case, you will likely apply a graceful degradation approach to focus on the crucial features, putting aside non-essential ones.

web apps vs native apps

Progressive web app as an alternative solution

If you’re looking for a compromise between web and mobile app development, it makes sense to look at a Progressive Web App (PWA). While having all the strengths of regular web applications, PWA also provides some additional features. First of all, it can be installed on your home screen and has an offline mode. Other progressive web app benefits include the following: 

  • It’s responsive, meaning it looks good on all screen sizes.
  • It looks like a native application, despite the fact that it is written using web technologies (HTML, CSS, JavaScript).
  • It is possible to constantly update its content in the background mode.
  • It is more secure than regular web applications due to the requirements that its architecture must meet.
  • It can access more device features than a regular web app. However, PWAs still have certain limitations that cannot be bypassed, such as the inability to access the contact list on a phone.
  • It can use a push notification mechanism.
  • On Android, PWA can appear in the Share menu.
  • At the same time, since PWA is a web based app in nature, it can be found through search engines and can also be shared through a URL.

In a nutshell, a PWA is a specially packaged web application that has a web manifest to configure how the app should be placed on the home screen, a service worker to enable offline mode, and HTTPS to allow the service worker to run securely in the background. Server workers can also send push notifications to users even if they are not currently using the PWA. 

The high-level PWA architecture is shown in the picture below:

web apps vs native apps

So, by taking this approach, you will cover both web and mobile platforms. But there is a fly in the ointment: while on Android you can install a PWA in many ways (such as, packaging it in a WebAPK and promoting it through Google Play, making home screen shortcuts through the browser, or sharing it as a QuickApp), there are some restrictions for iOS users. In early 2024, Apple announced that iPhone users in the EU would no longer be able to use Progressive Web Apps at all. As for other iPhone users, they can still continue to install PWAs on their devices but only through the Safari browser.

 

Web and mobile app comparison

The differences between a native app and a web app are shown in the table below. We’ve also compared PWA vs native apps.

Criteria

Regular Web App

Progressive Web App

Mobile App

Distribution

Via URL. The web application can only run in a web browser.

PWAs can be added to the device's home screen via a web browser or Google Play (Android only).

Via Google Play (Android) or App Store (iOS). Before using the mobile app, you should first download and install it.

Home screen installation

No

Yes

Yes

Requires approval from Google/Apple stores.

No

No, unless you distribute it as a WebAPK through Google Play.

Yes.

Sometimes it's difficult to get approval from the app store.

Offline mode

Depends on the implementation. A modern web app can use the browser's cache and local storage to keep some data, allowing them to work offline with some limitations.

Yes

Yes

Fast load of content

Depends on implementation, in most cases No.

Yes

Yes

Supported platforms

Any platform that has a web browser.

Any platform that has a web browser.

However, there are some restrictions for iOS users in the EU.

Android and iOS. However, you should keep track of OS updates as some changes implemented in a new version of Android or iOS may affect your mobile app.

Main technology used to develop the application

HTML, CSS, JavaScript

HTML, CSS, JavaScript

This can be a native technology (such as Kotlin or Swift) or a cross-platform technology (such as React Native or Flutter).

User Interface

You can implement any UI you want.

You can implement any UI while maintaining the native look of your application.

Depends on the technology you choose to develop, but usually you are restricted to native component sets.

Indexable (optimized for SEO)

Yes

Yes

No

Access to app via URL

Yes

Yes

Access to device features

Permissions

Restricted by web browser

Yes

Yes

Camera & Microphone access

Yes

Yes

Yes

Inter-app communication

No

No

Yes

NFC

No

No

Yes

Push notifications

Depends on browser settings

Yes

Yes

File access, Offline storage

Yes

Yes

Yes

Contacts, SMS, Calls

No

No

Yes

Geolocation

Yes

Yes

Yes

Geofencing

No

No

Yes

Virtual & Augmented Reality

No

No

Yes

So, web or mobile?

Are you still unsure about what to choose for your business case: a web-based app, a native mobile application, or maybe a mobile web app? Timspark specialists can help you with this choice during the Discovery phase. Otherwise, we can provide progressive web app development (PWA) services to cover all the required platforms with one application.

Looking for app development services?

References

Timspark is Recognized by Techreviewer as one of the Top Artificial Intelligence Companies in 2024

Timspark is Recognized by Techreviewer as one of the Top Artificial Intelligence Companies in 2024

Techreviewer is excited to announce that Timspark, a custom software development and consulting company, has made its way onto the Top Artificial Intelligence Companies list in 2024. Based on their latest report, we’ve also been recognized as a leader in DevOps Consulting, Top Python Developers, and iOS App Development companies.

“Earning these distinctions is incredibly meaningful to us. It underscores the value our clients see in our work and their support of our journey, making every challenging project we undertake worthwhile,” said Hanna Strashynskaya, CMO at Timspark. “We’re grateful for their exceptional trust and delighted to celebrate these honors.”

Top AI Company

About Techreviewer

Techreviewer is a research and analysis company that focuses primarily on IT companies that offer services in technical support, development, system integration, AI, Big Data, business analysis, and other domains. They comprehensively research IT companies, selecting the best ones in each IT market based on specific ranking criteria. With that, they compile a list of the top performers that is meant to help consumers find reliable companies providing excellent services for their customers.

Timspark’s Recap on Events in March: A Global Glimpse into Digital Transformation and Travel Innovation

Timspark’s Recap on Events in March: A Global Glimpse into Digital Transformation and Travel Innovation

March 2024 was a month of exploration and discovery as Timspark took an exciting journey through Berlin, Germany, and London, United Kingdom. These cities were not just geographical waypoints but bustling hubs of innovation and transformation. As we reflect on our experiences, we’re thrilled to share the insights gleaned from the three remarkable events that shaped our understanding of digital transformation and hospitality innovation.

1. Transform in Berlin

In the heart of Berlin, companies from various industries converged to explore the latest trends and technologies driving digital transformation. From March 6th to 7th, Berlin became the epicenter for discussions on the future of businesses. The event, which focused on the digital transformation of companies, offered a platform for experts to share insights, strategies, and innovative solutions.

Whether it was adopting cloud technologies, implementing advanced data analytics, or taking advantage of artificial intelligence, we gained invaluable insights into how technology is reshaping the businesses we used to know.

Transform Berlin 2024

The live premiere of Work & Culture sparked enthusiasm on the Conference Stage. It initiated discussions around the role of AI in the workplace. Birgit Bohle from Deutsche Telekom kicked off the conference with a thought-provoking question:

‘Is AI taking over now?’, Birgit Bohle, Deutsche Telekom

 

Incidentally, we recently conducted an interview with a prominent AI consultant, Carl Eidsgaard, who addressed this very concern. According to Carl, while AI is undoubtedly advancing, it has yet to surpass human creativity and intelligence.

Going back to the event, it featured innovative formats like digital experience labs, master classes, and management briefings. We must admit it’s an effective way of facilitating participants’ understanding of digital transformation trends and practical solutions to their company challenges.

Transform Berlin 2024

Finally, one of the key themes that emerged from the event was the importance of agility and adaptability in the face of rapid technological advancements. As companies navigate the complexities of digital transformation, the ability to innovate and pivot becomes essential for staying competitive.

2. Tech Show London

Over two days, Tech Show London brought together more than 14,850 industry players. With 300+ exhibitors showcasing the best in tech, attendees had ample opportunities to explore innovative solutions for their businesses.

At Tech Show London, Timspark unlocked unparalleled value with a single ticket granting free access to five industry-leading technology shows:

  • Cloud Expo Europe
  • DevOps Live
  • Cloud & Cyber Security Expo
  • Big Data & AI World
  • Data Centre World
Tech Show London 2024

The event featured world-class experts from organizations of all sizes and key industries. Speakers such as Christina Scott, Tom Read, Bernardo Mariano Junior, and many others shared their knowledge, experience, and success stories.

At the Mainstage Theatre, groundbreaking visions for the future took center stage, with keynote speakers delving into pressing topics:

  • Policy and tech strategy
  • Workforce dynamics
  • Leadership
  • Sustainability
  • Diversity and inclusion
  • Artificial intelligence
  • Cybersecurity, and beyond.
Tech Show London 2024

We were enriched with inspiration and invaluable insights from visionary leaders worldwide. From cloud computing to cybersecurity, our team had the opportunity to explore a diverse range of topics shaping the tech landscape. As organizations increasingly rely on digital infrastructure to drive growth and innovation, events like Tech Show London play a crucial role in fostering collaboration and knowledge exchange within the industry.

3. ITB Berlin 2024

Despite global crises, ITB Berlin 2024 showcased confidence in the travel industry, with a strong belief in people’s continued desire to travel. Key topics included the growing importance of AI, the shortage of skilled labor, and climate justice.

The ITB Berlin Convention featured 400 leading international speakers discussing trends and innovations. Topics such as AI’s potential uses, personalized travel apps, software solutions for booking and payment systems, and sustainability were extensively explored, highlighting the industry’s commitment to innovation.

ITB Berlin 2024

The ITB Buyers Circle and the Global Travel Buyer Index reflected a positive economic mood and an optimistic outlook for the next six months. The event served as a barometer for industry sentiment, emphasizing the importance of ITB Berlin as a leading business platform.

Timspark is looking forward to attending ITB Berlin 2025, which aims to pioneer the transition in travel and tourism. We believe it will bring together leading speakers, businesses, and policymakers to drive innovation and shape the future of the industry.

ITB Berlin 2024</p>
<p>

Borderless Networking Opportunities

Timspark’s journey through the March 2024 tech events facilitated intensive contact exchange, inspiring lectures, and practical impulses. Timspark had a chance to engage in networking and in-depth discussions on the latest technology trends. One thing becomes clear: the future is ripe with opportunities for those willing to transform digitally and harness the power of innovation in hospitality.

From Berlin to London to ITB Berlin, we saw many exciting ideas and determination to keep moving forward despite challenges. Looking ahead, our team is getting ready for upcoming events shaping the future of digital transformation in various fields, from engineering and automation to smart mobility and traffic management. See you there! 

Artificial Intelligence Talk: Carl Eidsgaard on AI Revolution and Its Impact on Business

Artificial Intelligence Talk: Carl Eidsgaard on AI Revolution and Its Impact on Business

In the grand narrative of human history, there have been pivotal moments that reshaped our societies and propelled us into new eras of progress. From the Agricultural Revolution to the Industrial Revolution, these milestones have marked significant shifts in the way we live, work, and interact with the world around us. Today, we stand on the precipice of another transformative moment: the AI Revolution.

As businesses grapple with artificial intelligence’s implications and potential to change industries, the question arises: What role do we, as tech specialists, play in this monumental shift?

Timspark initiated a conversation with Carl Eidsgaard, Head of AI Advisory & Solutions, to cover the most intriguing AI questions. From Carl’s perspective, the answer lies in understanding the phases of AI adoption and transformation and navigating their challenges and opportunities.

But there’s more to unpack, so keep exploring the full interview below.

About Carl Eidsgaard, AI consultant and Explorer

Hanna Strashynskaya (CMO at Timspark): Could you share a bit about yourself and how you got into AI?

Carl Eidsgaard: My name is Carl Eidsgaard. Originally from Norway, I’ve called Amsterdam home for the past seven years, working primarily in data analytics and AI projects with companies like Oracle and Microsoft. However, my fascination with AI spans over a decade, sparked by Ray Kurzweil’s groundbreaking book, ‘The Singularity is Near,’ which I encountered during my time in business school around 2012-2013.

Kurzweil’s vision of AI’s potential societal impact prompted me to pivot from a finance career to pursue opportunities in technology. I consider myself an AI explorer, rather than an AI consultant, navigating this new frontier with a blend of technical insight and a passion for demystifying AI for others. Despite over a decade of immersion in this field, I’m continually humbled by its rapid advancements and the profound implications it holds for society.

Carl: As for the technical side of things, the past 15 years have witnessed extensive research laying the groundwork for today’s AI landscape, a realm I’ve passionately explored for the past decade. Notable milestones, such as the creation of AlphaGo by Google DeepMind in 2013, marked significant leaps in AI’s capabilities, particularly in navigating complex scenarios like the game of Go. Unlike previous victories, such as IBM’s chess triumph in the 1980s, AlphaGo’s success showcased the power of machine learning and its ability to surpass human expertise.

Since then, the pace of advancement has exceeded my expectations. From the unveiling of ChatGPT in late 2022 to the present day, progress has been nothing short of astonishing. Witnessing this evolution every week invokes a spectrum of emotions, from grappling with existential questions to harboring boundless optimism for the future.

I see an evident potential for this to transform society and human civilization as a whole.

The impact of AI adoption on business

Hanna: What’s your plan for leveraging AI to shape our society and future? And how do you see yourself contributing to AI adoption and transformation in businesses?

Carl: That’s a fascinating question! Considering the rapid advancement of AI and its potential to render roles like mine obsolete in the future, I entered AI consulting fully aware of this eventuality. However, before reaching that point, it’s crucial to understand the various phases of AI adoption.

Currently, we’re in the informational phase, where businesses and individuals are exploring the capabilities of AI and its potential applications. The possibilities are vast, ranging from enhancing productivity to upgrading problem-solving approaches. This leads us to the next phase: adoption. Technologies like ChatGPT represent a significant leap, effectively serving as vast repositories of human knowledge accessible at our fingertips. Integrating such systems into our workflow can augment our capabilities, improving work quality and expanding our understanding of the world.

While the prospect of AI eventually autonomously handling tasks we currently do is on the horizon, there are significant stages of adoption and adaptation to navigate before that becomes a reality.

Hanna: How do you usually evaluate a company’s readiness for adopting AI?

Carl: AI adoption indeed varies greatly from one business to another, influenced by a myriad of factors, including cultural predispositions, existing infrastructure, and budgetary considerations. However, while each journey is unique, there are common traits indicative of readiness and progress in AI integration.

Firstly, I assess a company’s future-forward mindset. Are they cognizant of the seismic shift AI represents, not just for their industry but for society as a whole? Recognizing AI’s existential implications is crucial for embracing its potential and navigating its impact effectively.

Secondly, adaptability is key. Given the rapid pace of AI advancement, organizations must be willing to evolve and pivot as new technologies emerge. Finally, C-level buy-in is instrumental here; a top-down approach to AI adoption significantly enhances the likelihood of success by fostering a culture of innovation and agility throughout the organization.

Hanna: Starting from the bottom and working up can be an option, too, but it’s usually a longer route, correct?

Carl: Yes, it is. And things tend to become easier overall. For instance, securing a budget for a ChatGPT subscription is typically much smoother when done at the C-suite level for a global organization compared to being an executive with a single business domain, right?

Having buy-in from the C-suite definitely streamlines the process.

 

Common metrics for AI ROI evaluation

Metric

Description

Example of Good Decision

Cost savings

Measures the reduction in costs achieved through AI implementation, including automation of processes, resource optimization, and waste reduction.

Investing in AI-powered automation tools to streamline operations and lower operational expenses.

Revenue growth

Tracks the increase in revenue directly attributable to AI initiatives, such as improved sales forecasting, personalized marketing, and enhanced product offerings.

Deploying AI-driven recommendation engines to boost cross-selling and upselling opportunities, leading to revenue growth.

Customer satisfaction

Evaluates the level of customer satisfaction and loyalty resulting from AI-driven improvements in products, services, and support processes.

Implementing AI-powered chatbots to provide instant and personalized customer support, leading to higher satisfaction rates.

Innovation rates

Measures the frequency and success of innovation initiatives facilitated by AI, including the introduction of new products, services, or business models.

Investing in AI-powered R&D tools to analyze market trends and customer preferences, leading to the development of innovative solutions.

Hanna: As an AI explorer and consultant, how do you assist businesses in defining and measuring the return on investment for AI implementations?

Carl: When considering return on investment and objectives in AI integration, it closely mirrors the framework of a typical digital transformation journey. Aligning with established practices, organizations focus on setting clear goals, defining key performance indicators, establishing baseline performance metrics, and monitoring progress both in the short and long term.

However, there are notable distinctions in implementing AI compared to traditional analytics or ERP/CRM systems. Firstly, AI can automate much of this process through the utilization of large language models (LLMs) trained specifically for the organization’s context. This contextual analytics fabric enables a more tailored and efficient approach to data analysis and decision-making.

Secondly, the AI revolution unfolds both incrementally and in waves, necessitating adaptation to its evolving landscape. This concept of an ‘intelligence explosion’ implies exponential growth, which humans may struggle to navigate effectively. Planning for both incremental advancements and transformative waves is essential for maximizing the benefits of AI adoption while mitigating potential disruptions, such as job displacement.

Most common challenges of AI adoption

Hanna: What are the common challenges that companies encounter when integrating AI into their current systems and processes?

Carl: AI adoption manifests uniquely in each organization, yet certain domains commonly shape this process. Firstly, there’s the technical landscape and legacy systems, an area particularly pertinent in enterprise settings where outdated infrastructure still persists. Legacy systems can present hurdles to automation, potentially impeding the integration of AI-driven workflows.

Secondly, data quality and management emerge as critical considerations, especially for companies developing their own AI models. A foundation of clean, reliable data is essential for effective AI implementation.

Moreover, fostering AI literacy within the organization is paramount. Without a fundamental understanding of AI principles, companies risk underutilizing its potential. Investing in AI education or consulting expertise can bridge this gap.

Ethical and regulatory concerns loom large in the AI landscape, too. Prioritizing ethical AI practices not only safeguards against potential harm but also enhances trust and reputation. While regulatory frameworks are gradually emerging, they often lag behind technological advancements. Therefore, organizations must proactively address ethical considerations and compliance, as waiting for regulatory mandates may lead to obsolescence.

Hanna: Let’s delve into the ethical challenges that businesses may face during AI implementation. Could you provide some real-world examples from your experience?

Carl: When embarking on AI implementation, considerations vary depending on the specific context. For organizations developing their own models, such as ad or contextual analytics frameworks, several key factors come into play.

First, addressing biases and ensuring fairness in datasets is the first thing to do. This involves mitigating biases within datasets, perhaps by extending them with synthetic data to create a more representative sample. Additionally, taking advantage of system prompts in large language models can help refine interactions and mitigate biases in user interactions.

Bias in large language models isn’t as dire as it seems initially. These models are typically trained on baseline datasets, which are readily available. During this training, the model learns a wide range of parameters, ensuring a balanced understanding. However, challenges arise when incorporating specific datasets, as inherent biases within them may skew results.

Again, one effective method to mitigate this is through synthetic data, which mimics real data points but ensures diversity. For instance, in a recruitment-based system biased towards hiring white males in their 50s, diversifying the dataset before training can prevent the model from perpetuating this bias.

Privacy and ethics are equally significant concerns, particularly in the absence of firm regulations. Adhering to the principle of treating others as you would like to be treated yourself serves as a guiding ethos. Ensuring robust security measures, such as segregating AI systems into dedicated environments, safeguards against potential vulnerabilities.

Transparency and explainability are essential aspects of AI development. Thorough documentation of processes and solutions facilitates comprehension and enables seamless knowledge transfer among team members. Organizational education efforts ensure that stakeholders understand the workings of AI systems and can contribute effectively to their deployment and utilization.

Hanna: To broaden our perspective, let’s touch on the common concern about AI replacing jobs. How do we address this ethical challenge?

Carl: Let’s take a step back and address the notion of job obsolescence or worker displacement. Currently, we’re not at a stage where this is imminent; there’s still time for transition. However, in the timeline of AI development, we’ve already reached one significant milestone: the implementation of AI with cognitive capabilities, such as ChatGPT, which excels in generating text and is improving in areas like video generation. 

The next milestone is artificial general intelligence, or AGI, where models will match the capabilities of the best human operators. Beyond that lies artificial superintelligence, or ASI, surpassing human abilities across all domains.

This timeline provides context for potential job displacement, but it’s important to note that we’re not there yet. Before reaching that point, society must adapt to AI. Quality assurance by human operators will be crucial in ensuring these models perform as intended. 

While this transformation is significant, it’s essential not to fear being replaced. If managed effectively, this process could lead to a society far superior to what we can currently envision, with possibilities such as more time spent with loved ones.

Hanna: What’s your message to companies and employees worried about being replaced by AI?

Carl: Imagine having the freedom to pursue your interests without the constraint of needing to work for a living. Furthermore, consider the broader implications for humanity as a whole. Embracing technologies like AI could be pivotal in our journey toward becoming an interplanetary species.

Reflect on what truly brings you happiness and use that as a guide moving forward. Personalized AI models, such as a customized GPT, could be designed solely to ensure your well-being financially, socially, and politically. They might even handle tasks like voting on your behalf. Picture a world where everyone could live comfortably, free from financial worries. You could travel, explore new experiences, and rely on your personal AI to educate you whenever needed.

While this future might seem daunting to some, humans possess remarkable adaptability. Consider whether traditional notions of job satisfaction still hold in a world where personal AI can handle many tasks. The potential for such advancements is monumental, reshaping how we live and work in ways we may struggle to imagine today.

AI compliance with industry standards and regulations

Hanna: How can AI implementations be ensured to comply with industry standards and regulations?

Carl: Currently, we lack forward-thinking regulations specific to AI, but this is likely to change as political and regulatory bodies recognize the urgency. In the meantime, it’s crucial to prepare for impending regulations, which can be summarized in one word: ethics. Simply put, don’t engage in practices you wouldn’t want AI systems to perform on you.

Additionally, existing regulations like GDPR need to be considered and ensured to be compatible with AI implementations. This means maintaining compliance in how these systems are used and how data for them is stored, though the specifics may vary depending on the application.

On top of that, AI compliance involves a proactive approach. It means:

  • Integrating regulations from the outset and fostering a culture of ethical development;
  • Staying informed about evolving standards and incorporating them into AI design;
  • Adhering to ethical guidelines and ensuring transparency and fairness;
  • Implementing rigorous data governance and conducting regular audits to identify compliance gaps;
  • Collaborating with regulators and industry bodies.

By doing all this, businesses can innovate sustainably and responsibly in the AI landscape.

Join the AI revolution to change your business

Summing up, as we stand on the cusp of the AI revolution, our role as facilitators of transformation is clear. By guiding businesses through the phases of AI adoption, assessing readiness, and navigating challenges, we at Timspark can help bring artificial intelligence projects to unexpected heights. It’s time to shape the future of business for generations to come.

Explore custom AI consulting services for your business

AI development services

How to Manage Technical Debt: The DevOps Approach

How to Manage Technical Debt: The DevOps Approach

Technical debt (also known as design or code debt) – is it really that bad, and is it worth the effort? Although the word “debt” has a negative connotation, business people understand that debt, when properly managed, can even be beneficial. The main thing is to assess it and build the right strategy. The same goes for technical debt: first, you need to identify it, evaluate its impact on the software being developed, and schedule sessions to eliminate it gradually. The good news is that there are automated tools you can use for measuring and reducing technical debt. The bad news is that teams often ignore the issues they find, causing them to get out of control. 

Technical debt itself isn’t that problematic in the short term — your software may work fine. But in the long run, having that kind of debt can be a ticking time bomb for a business. So, how can you manage and reduce technical debt?

Decoding technical debt – an inside look

What is technical debt and why does it occur?

Essentially, technical debt is necessary changes in the code itself and the software architecture as a whole, postponed until later. The problem is that this “later” may not come, which may increase the cost of maintaining a poorly designed system. How do you know that the source code is bad? Not only is it software in which previously undetected bugs keep popping up, but also an application whose functionality expansion often leads to a complete rewrite of previously completed parts.

There are multiple reasons why technical debt occurs. Let’s have a look at the main ones:

  • This was a clear business decision to get the product to market as quickly as possible. However, it’s crucial for the decision maker to bear in mind that the next version of such a product may undergo a complete revamp from scratch.
  • Development processes are not mature, team members are unfamiliar with coding standards to adhere to, or there is no technical decision maker on the team. The latter may lead to very poor architectural design and implementation.
  • The team simply does not adhere to the company’s coding standards, and the technical manager is either absent or serves only as a nominal leader with no real influence over other team members.

Third-party libraries used in the project have been significantly modified or the project environment has undergone crucial updates. This type of technical debt is called environmental debt.

How to measure technical debt?

The most popular method for measuring technical debt is SQALE (Software Quality Assessment Based on Life Cycle Expectations). Your codebase will be rated on an alphabetical scale from A to E, with A representing the highest quality rating.

To help you decide which problems to fix and when you can use the SQALE pyramid illustrating the distribution of code debt based on its impact on application stability. The lower the level, the shorter the term causing problems due to technical debt. For example, if you have testability or reliability issues, you may expect functionality to be implemented incorrectly. Whereas higher levels show tech debt issues that may affect you in the future, such as during the maintenance phase.

For example, to ensure the reliability of your code, it’s essential, at the very least, to address all issues related to testability and reliability. If your goal is to cut down on future maintenance costs, you also need to handle problems related to changeability, efficiency, security, and maintainability.

Technical Debt Pyramid

Security issues as a crucial part of tech debt

Given the high focus on cybersecurity these days, it makes sense to address security issues as soon as they are discovered. The OWASP Top 10 document is adopted by a global community as a software security standard. This document represents the most important security risks for both web and mobile applications. It should be noted that the OWASP Top 10 is updated over time.  On the one hand, modern development frameworks cover known problems, leaving little room for developers to write insecure code., And, on the other hand, cybercriminals come up with new ways to hack systems. Thus, to ensure that your development follows the latest industry standards, remember to regularly check that the OWASP ruleset implemented in your project is up to date.

OWASP Mobile Top 10 changes in 2016-2024 are presented in the table below:

OWASP-2016

OWASP-2024-Release

Changes done in 2024

M1: Improper Platform Usage

M1: Improper Credential Usage

New risk

M2: Insecure Data Storage

M2: Inadequate Supply Chain Security

New risk

M3: Insecure Communication

M3: Insecure Authentication/Authorization

Merged old [M4] & [M6]

M4: Insecure Authentication

M4: Insufficient Input/Output Validation

New risk

M5: Insufficient Cryptography

M5: Insecure Communication

Risk decreased (moved old [M3] to a new [M5])

M6: Insecure Authorization

M6: Inadequate Privacy Controls

New risk

M7: Client Code Quality

M7: Insufficient Binary Protections

Merged old [M8] & [M9]

M8: Code Tampering

M8: Security Misconfiguration

Rewording [M10]

M9: Reverse Engineering

M9: Insecure Data Storage

Risk decreased (moved old [M2] to a new [M9])

M10: Extraneous Functionality

M10: Insufficient Cryptography

Risk decreased (moved old [M5] to a new [M10])

Dealing with technical debt

To keep your project moving in the right direction and reduce technical debt, consider the following steps:

  1. Implement coding standards across the organization, not just a specific project. The most effective way is to create your own guidelines based on best practices accepted by the global development community.
  2. Choose a suitable development methodology and plan releases. Nowadays, most projects are developed using Agile frameworks (such as SCRUM, Kanban, Lean, SAFe, etc.). However, some types of projects may require a more traditional Waterfall.
  3. Automate the development process to help your team stay on track. That is, you will need a set of tools that seamlessly integrate into one ecosystem, ensuring transparency of the progress and quality of the entire project.
  4. Involve DevOps to set up a Continuous Integration / Continuous Delivery (CI/CD) process, including the automated code review step. Adopting internal coding standards doesn’t guarantee that developers will regularly follow them.
  5. Plan refactoring sprints in advance. Ideally, short-term technical debt issues should be resolved before the change set is committed to a version control system (such as GitHub). While long-term issues usually require more effort to resolve and more thorough regression testing after such fixes. Therefore, you will need additional iterations to refactor.

Without getting too deep into release planning management, let’s use the example of three-month releases that deliver functionality incrementally every two-week sprint. With these assumptions in mind, the illustrated planning below may be helpful:

Project schedule

With six sprints per release, it’s important to remember the feature freeze phase. Usually the last sprint is used to stabilize the software, meaning no new feature is implemented and the team focuses on fixing bugs. Some low-risk technical debt issues can also be resolved during the last sprint. However, the technical leader should evaluate whether these fixes are risky or not.

Warning: refactoring right before release is quite risky.

If your software requires more significant changes or issues with a high risk of technical debt in the backlog, it makes sense to schedule an additional refactoring sprint at the beginning of the next release development. This approach will give your team the necessary time to implement changes and run regression tests to ensure that no functionality has been affected.

Reducing technical debt with the help of DevOps

What DevOps activities are most important for reducing technical debt? First of all, a DevOps specialist is the very person who is responsible for setting up the CI/CD process. Without continuous integration, you won’t be able to ensure the stability of your software. In addition, a DevOps performs the following responsibilities:

  1. Deploying an appropriate static code analysis tool and configuring it as an additional step in the CI process. This way, code reviews can be performed automatically without the possibility of skipping them, ensuring that a change set of low quality will be rejected by the CI server and never be committed in version control.
  2. Deploying and configuring the version control system, creating the necessary branches (for example, development and release branches), and setting policies for review requests.
  3. Monitoring for updates to third-party components that may affect the software being developed.
  4. Checking possible vulnerabilities in the tools used in the project.
  5. Advising the team on which architectural patterns and third-party services (e.g., Database as a Service) are most relevant for continued maintenance and monitoring.
  6. Consulting the project manager and the customer on which hosting/cloud provider is most suitable for the solution being developed.
  7. Setting up the necessary project environments depending on their purpose. For example, DEV  for developers, TEST  for internal QA team, STAGE for user acceptance testing, and PROD  for release. Static analysis quality gates can be configured differently for different environments. Depending on the team’s policy, the DEV environment may be used by the team to speed up synchronization with each other, and therefore, some new technical debt issues may be deployed to it. The higher the environment (DEV to PROD), the higher the quality of the deployed code should be.
CI/CD Pipeline

How to reduce technical debt with static code analysis tools

Automated code analysis tools can help reduce technical debt and even eliminate it. They address the question of how to measure tech debt and provide recommendations for creating quality code, which is also crucial for security. Among the many platforms that provide code quality inspection, there are two products worth considering: SonarQube and CAST Imaging.

Both SonarQube and CAST Imaging provide static code analysis. They can detect design errors, identify potential problems due to the misuse of certain libraries and expressions, find code smells (namely clear violations of design/coding principles), and detect duplicates in the code base, as well as security vulnerabilities. In addition, both platforms can analyze the result of unit test execution and calculate code coverage.

CAST Imaging provides an in-depth analysis of an architectural design. Using CAST Advisors, software developers can modernize their applications and easily move them to the cloud. At the same time, SonarQube is more flexible and can be customized even for a specific branch of the project. The latter allows teams to have different settings for code quality analysis depending on the stage of development. For example, at the ongoing development stage, the team may focus on short-term issues of technology debt, leaving the long-term issues of tech debt for the refactoring phase.

Using one of these tools can help you with technical debt management.

Let’s compare these platforms.

Criteria

SonarQube

CAST Imaging

Free version

Yes, Community edition

No

Free trial

Yes

Yes

Price

Starts at $160 per year and can be used for multiple applications

Starts at $9000 per year for one named application

Self-managed version

Yes

No

Cloud version

Yes (called SonarCloud, provided as SaaS)

Yes

Can be integrated into CI process

Yes

Yes

Speed of analysis

Faster than CAST Imaging

Slower than SonarQube

How technical debt reduction affects the QA team

Taking action to resolve technical debt may seem like too much extra effort. However, it is not. Keeping technical debt at an appropriate level will reduce not only the subsequent maintenance costs, but also the workload of the QA team in the current development cycle.

Considering that testability is one of the components of technical debt, we can confidently say that improving testability and code coverage can help the QA team in their daily work. When developers promptly address short-term technical debt issues and maintain a code coverage of at least 60%, the QA team can focus on testing new features, usability testing, and verifying bug fixes. Moreover, automatically running unit and integration tests frees up the time of the QA engineer who would otherwise have to perform regression testing manually.

When it makes sense to ignore technology debt

Making code academically beautiful is always a pleasure. However, sometimes you can leave everything as is and not pay much attention to the growing technical debt. This makes sense if:

  • You are developing a PoC (Proof of Concept) or prototyping some features.
  • Time to market is critical, so you are willing to sacrifice code quality.
  • You are dealing with a legacy code base that is scheduled to be completely rewritten in the near future.

All of these cases have one important thing in common: this codebase (be it PoC or legacy software) will be thrown away in the near future. Even where time to market takes precedence over code quality, you should keep in mind that you will probably find yourself rewriting the entire product from scratch when gearing up for the next major version. Nevertheless, it is strongly advised to review and address security issues regardless of your future release plans, as a system breach could wreck your business.

Conclusion

Whether you have legacy software or start your own development from the ground up, you need to plan and provide for many things to ensure the project runs smoothly and to maintain the product’s stability. Timspark specialists have extensive experience in both taking over software maintenance and launching new projects. For legacy software, we first conduct a technical assessment and provide you with a plan on how to reduce technical debt. In new projects, we have boilerplate approaches to quickly and inexpensively deploy the required environments with all the necessary project tools for effective software quality management.

Leverage expert DevOps practices for your project

References

  1. The SQALE Pyramid: A powerful indicator. sqale.org, 2013. 
  2. OWASP Top Ten.  OWASP Foundation, Inc., 2023. 
  3. OWASP Mobile Top 10. OWASP Foundation, Inc., 2024.  
  4. Prevent, reduce, and manage code-level technical debt. SonarSource SA, 2024.
  5. CAST Imaging now features automated advice for accelerating application modernization and cloud migration. CAST Software, 2023. 

How Can a DevOps Team Take Advantage of Artificial Intelligence

How Can a DevOps Team Take Advantage of Artificial Intelligence

Teams are constantly seeking ways to improve the efficiency, reliability, and overall quality of their products. Here, DevOps, a set of practices that combines software development and operations, aims to shorten the development life cycle and provide continuous delivery with high software quality. But even with DevOps, there’s always room for improvement, and that’s where artificial intelligence makes a huge contribution.

In the post, we explore how to apply AI for DevOps teams and make these processes even smarter, faster, and more predictable.

Understanding AI for DevOps

Artificial Intelligence is the simulation of human intelligence in machines programmed to think like humans and mimic their actions. When DevOps and artificial intelligence work together, you can automate complex processes, predict outcomes, and get insights that humans might overlook, significantly enhancing the DevOps workflow.

So, how can a DevOps team take advantage of artificial intelligence? Let’s break down the most popular use cases, starting with the good old mundane routine automation.

AI use cases in DevOps

Automated code reviews and testing

One of the first areas where AI impacts DevOps is in code reviews and testing. Traditionally, reviewing code for errors and ensuring it meets quality standards is time-consuming and prone to human error. AI-driven tools can automate this process, quickly scanning through code to identify bugs, security vulnerabilities, and coding standard violations. Moreover, AI can learn from past commits and reviews to improve its accuracy over time.

For instance, consider a tool like DeepCode, which uses AI to analyze your code and offer suggestions for improvement. With it, you have an expert to review your code that is faster and available 24/7. Such automation speeds up the development process and helps maintain high-quality code standards.

Predictive analytics for better decision-making

Predictive analytics is another area where AI shines in DevOps. By analyzing historical data, AI can predict future trends, potential failures, and the impact of changes in the development process. This information is invaluable for making informed decisions and preventing issues before they arise.

Imagine deploying a new feature and being able to predict how it will affect your system’s performance or if it’s likely to cause any downtime. With AI, this is possible. Tools like Splunk or New Relic use AI to monitor applications and infrastructure, providing real-time insights and predictive analytics to help teams anticipate and mitigate risks.

Enhanced monitoring and incident management

Monitoring systems and managing incidents are critical components of DevOps. AI enhances these processes by not just reacting to issues but predicting them before they happen. Through machine learning algorithms, AI can analyze logs, metrics, and patterns to detect anomalies that could indicate potential problems.

When an incident occurs, AI can also assist in diagnosing the issue, suggesting potential fixes, and even automating the resolution process in some cases. The proactive approach to incident management can significantly reduce downtime and improve system reliability.

For example, IBM’s Watson AI has been used to predict and prevent IT incidents before they impact users. Watson analyzes vast amounts of operational data, identifies unusual patterns, and alerts teams to potential issues so that they can act before users are affected.

Continuous learning and improvement

One of the most significant benefits of AI in DevOps is its ability to learn and improve over time. As AI-driven tools are exposed to more data, they get better at their tasks, whether it’s identifying code vulnerabilities, predicting system failures, or managing incidents. The continuous learning process means that the more you use AI in your DevOps practices, the more efficient and effective they become.

Moreover, AI helps teams learn from their data and offers insights into the development process, identifying bottlenecks and suggesting areas for improvement. The feedback loop creates a culture of continuous improvement, where teams are always looking for ways to enhance their workflows and product quality.

Let’s also quickly review how Generative AI, particularly its ability to process text and give user-friendly workable output, can optimize the work of DevOps teams.

Generative AI and DevOps processes

Generative AI, an easier and more user-friendly type of AI, makes significant strides in IT operations by automating process workflows, managing risk assessments, optimizing infrastructure, and enhancing reporting and interfacing. Technologies like Generative Adversarial Networks and transformers are applied in various stages of the DevOps lifecycle, such as code generation, test generation, bug remediation, and automated deployment.

GenAI tools like GitHub Copilot are changing how code is written and maintained. Taking advantage of AI models trained on vast codebases, these tools suggest code snippets, complete partial codes, and optimize existing code for better performance and efficiency.

In predictive analytics mentioned before, GenAI enables proactive scaling and resource allocation by analyzing historical data and usage patterns to predict future requirements. Thus, optimal resource utilization and cost-efficiency become a reality. In cloud environments like AWS or Azure, GenAI can automate deployment processes, analyze the performance of deployment environments, and make data-driven decisions for seamless and risk-free deployments.

GenAI is the tech that actually excels in quickly identifying, diagnosing, and resolving operational and business issues, improving the reliability and stability of DevOps processes. It’s exactly the type of AI that analyzes system logs and metrics in real-time, detects anomalies, and suggests or implements immediate fixes to issues. This reduces the manual workload on DevOps teams across industries and fosters collaboration, communication, wiser use of resources, and improved system performance.

Despite its potential, the adoption of GenAI in DevOps faces challenges like significant time and financial investments for training data, limited knowledge of AI systems, the accuracy of AI output, and potential legal or ethical issues around copyright infringement. However, as GenAI continues to evolve, it’s expected to play an even more significant role in automating tasks, predicting and preventing production issues, managing and scaling infrastructure, and more.

Embrace AI for DevOps today and tomorrow

The integration of AI and DevOps offers the potential to automate tedious tasks, predict and prevent issues, and continuously improve processes. By harnessing the power of AI, DevOps teams can not only enhance their efficiency and productivity but also deliver higher-quality products faster than ever before. As AI technology continues to evolve, its role in DevOps is set to become even more significant, marking a new era of intelligent software development and operations.

If the question ‘How can a DevOps team take advantage of AI’ is still spinning in your head, feel free to reach us out and get all-encompassing consulting on your case.

Speed up your DevOps processes

Let’s build something great together

    Let’s build something great together

      Let’s build something great together

        Let’s build something great together

          Let’s build something great together

            Let’s build something great together

              Let’s build something great together

                Let’s build something great together

                  Let’s build something great together