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Dévoiler la feuille de route de modernisation d'application : Un voyage rapide et sécurisé vers le cloud.

Dévoiler la feuille de route de modernisation d’application : Un voyage rapide et sécurisé vers le cloud.

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Découvrez comment moderniser vos applications et les déplacer vers le cloud en toute sécurité et rapidité grâce à notre feuille de route de modernisation !

Exploration de la feuille de route de modernisation des applications

Les essentiels de la modernisation des applications

A mesure que les entreprises évoluent, leurs besoins technologiques évoluent également. Les systèmes hérités qui étaient autrefois le pilier des opérations peuvent devenir des obstacles à la progression. La modernisation des applications est le processus stratégique de revitalisation des applications existantes, les rendant plus efficaces, plus évolutives et alignées sur les exigences commerciales contemporaines.

Les étapes de la modernisation des applications

La modernisation des applications commence par une évaluation approfondie de l’infrastructure et des processus actuels. Une fois que l’état actuel est clairement défini, l’équipe peut commencer à planifier le processus de modernisation. La modernisation des applications comprend généralement les étapes suivantes :

  • Identification des applications à moderniser.
  • Évaluation des fonctionnalités et des performances.
  • Migration vers le cloud.
  • Mise à niveau des technologies.
  • Tests et déploiement.

L’identification des applications à moderniser est un processus critique. Il est important de déterminer quelles applications sont les plus importantes pour l’entreprise et lesquelles peuvent être modernisées avec le plus grand avantage. Une fois que les applications à moderniser ont été identifiées, l’équipe peut procéder à l’évaluation des fonctionnalités et des performances. Cette étape est cruciale pour déterminer quelles technologies et quels processus doivent être mis à niveau pour répondre aux exigences actuelles.

Test et déploiement

Une fois que les technologies et les processus ont été mis à niveau, il est temps de procéder aux tests et au déploiement. Les tests sont essentiels pour s’assurer que les applications modernisées fonctionnent correctement et répondent aux exigences de l’entreprise. Les tests doivent couvrir tous les aspects des applications, y compris la sécurité, la performance et la fiabilité. Une fois que les tests sont terminés avec succès, l’application peut être déployée dans le cloud.

La modernisation des applications est un processus complexe qui nécessite une planification minutieuse et une attention aux détails. Cependant, une fois le processus achevé, les entreprises peuvent profiter d’une infrastructure plus agile et plus sûre qui peut répondre aux exigences actuelles et futures.

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Architecture Data Mesh : Changement de Paradigme en Ingénierie des Données

Architecture Data Mesh : Changement de Paradigme en Ingénierie des Données

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L’Architecture Data Mesh représente un changement de paradigme dans l’ingénierie des données, offrant une nouvelle approche pour tirer le meilleur parti des données.

## Data Mesh : Une architecture de données répartie et orientée domaine qui fait évoluer le paradigme de l’ingénierie des données

Data Mesh is based on the idea of a “data mesh”, which is an interconnected network of data services that are designed to be loosely coupled and highly distributed. Data Mesh focuses on the domain-oriented design of data services, which allows for greater agility and flexibility in data engineering. Additionally, Data Mesh emphasizes the use of open source software and cloud-native technologies, which can help organizations reduce costs and increase scalability.

Le Data engineering est un domaine en constante évolution qui est constamment mis à l’épreuve par le volume croissant, la vitesse et la variété des données générées et traitées par les organisations. Les approches traditionnelles de data engineering sont souvent centralisées et monolithiques, ce qui peut entraîner des difficultés en matière d’évolutivité, d’agilité et de flexibilité. Ces dernières années, un nouveau paradigme architectural appelé Data Mesh a émergé comme une nouvelle façon de relever ces défis et de permettre une data engineering plus efficace et plus efficace.

Data Mesh est une architecture de données distribuée et orientée vers le domaine qui prône un changement de paradigme dans la façon dont le data engineering est abordé au sein des organisations. Il a été introduit pour la première fois par Zhamak Dehghani, un leader de pensée dans la communauté du data engineering, et a suscité un intérêt considérable en tant qu’approche prometteuse pour le data engineering moderne.

Data Mesh repose sur l’idée d’un «maillage de données», qui est un réseau interconnecté de services de données conçus pour être faiblement couplés et hautement distribués. Data Mesh se concentre sur la conception orientée vers le domaine des services de données, ce qui permet une plus grande agilité et flexibilité dans le data engineering. En outre, Data Mesh met l’accent sur l’utilisation de logiciels open source et de technologies natives du cloud, ce qui peut aider les organisations à réduire leurs coûts et à augmenter leur évolutivité.

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Ne Pas Brouiller la Définition du Terminé

Ne Pas Brouiller la Définition du Terminé

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Résumé : La Définition de Fait – Agilité d’Affaires et Excellence Technique

L’importance d’une définition d’achèvement actionnable – Agilité commerciale et excellence technique

La plupart du temps, les parties prenantes ne sont pas intéressées par la façon dont nous résolvons leurs problèmes, à condition que nous jouions éthiquement selon les règles. Au lieu de cela, ils sont intéressés par la livraison régulière d’incréments précieux, car cela ouvre la voie à l’agilité commerciale. Cependant, il n’y a pas d’agilité commerciale sans excellence technique, ce qui nous amène au sujet d’aujourd’hui: l’importance d’une définition d’achèvement actionnable.

En tant qu’équipe Scrum, une définition d’achèvement actionnable est essentielle pour aider votre organisation à devenir agile. Cela signifie que chaque membre de l’équipe doit être clair sur ce qui doit être fait pour que le produit soit considéré comme terminé. Une définition d’achèvement actionnable est une liste de critères qui doivent être satisfaits pour que le produit soit considéré comme terminé. Ces critères peuvent inclure des tests unitaires, des tests d’intégration, des tests de performance, des tests de sécurité et des tests de conformité.

Une définition d’achèvement actionnable est essentielle pour garantir que les produits livrés sont de qualité et répondent aux attentes des clients. Elle est également essentielle pour s’assurer que les produits sont testés et prêts à être livrés. Les tests sont une partie importante de la définition d’achèvement actionnable car ils permettent de vérifier si le produit répond aux exigences et aux normes de qualité. Les tests peuvent également aider à identifier les problèmes avant qu’ils ne se produisent et à s’assurer que le produit est prêt à être livré.

Une définition d’achèvement actionnable est un outil puissant pour aider les équipes à atteindre l’agilité commerciale et l’excellence technique. Elle permet aux équipes de garantir que les produits livrés sont de qualité et répondent aux attentes des clients. Elle permet également aux équipes de s’assurer que les produits sont testés et prêts à être livrés. Enfin, elle permet aux équipes de mieux comprendre ce qui doit être fait pour que le produit soit considéré comme terminé. En résumé, une définition d’achèvement actionnable est essentielle pour aider les équipes à atteindre l’agilité commerciale et l’excellence technique.

Aujourd’hui, les entreprises sont confrontées à des environnements en constante évolution et à des clients exigeants. Pour rester compétitives, les entreprises doivent être en mesure de livrer rapidement des produits de qualité. Cela signifie qu’elles doivent pouvoir réagir rapidement aux changements et s’assurer que leurs produits répondent aux attentes des clients. Une définition d’achèvement actionnable peut aider les entreprises à atteindre cet objectif en fournissant une liste claire des critères qui doivent être satisfaits pour que le produit soit considéré comme terminé.

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3 Reasons for the Mounting Demand for Smart Cloud-Native Application Development

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“Business agility, scalability, and flexibility are critical to succeeding in the contemporary digital environment. With cloud-native application development, companies can attain all these success parameters.”

Cloud-based solutions ensured connectivity, accessibility, availability, and business continuity when the COVID-19 crisis forced companies to build remote working models. Gradually, as companies started to realize the benefits of technological advancements, including Microservices, APIs (Application Programming Interfaces), Kubernetes containerization, and server-less architecture, the demand for cloud-native application development mounted simultaneously.

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How To Create an Effective Agile Software Development Plan?

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No project is complete until it’s been thoroughly planned and executed in Agile style. If you’re new to agile software development, or simply want to improve your team’s agility skills, this guide is for you.

In this article, we’ll outline the basics of agile planning, discuss how agile teams interact with other departments, and agile team management, and provide tips on creating an effective agile software development plan.

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Analytics Improves Agile Effectiveness at the Enterprise Level

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Agile, which started off as a better and more practical method of software development proposed by a group of developers, is now transforming the way in which organizations are run. Agile is now adopted by banks, manufacturers, research & development centers, hospitals, and even airports for execution. 

When the scale and reach of Agile increased, newer frameworks such as Scaled Agile Framework (SAFe), Large Scale Scrum, Nexus, and so on gained popularity. Enterprise agility and business agility is radically changing the way in which organizations are structured. 

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How to Scale Your Design Process and Improve Handoff

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It’s something every design team dreams about – a better design process and handoff procedure. Your design team is not alone if you are looking for a better solution.

Imagine what your workflow would look like if you could forgo the struggles of image-based technology, design and handoff with accurate components that have interactive features. Projects in the design phase will look more like final products and, most importantly, interact like final products. 

Let’s imagine a new design process together.

Challenges of an Image-Based Design Process

Here’s what we all know – image-based design tools provide pictures of components in the visual form but lack the interactivity and conditions that exist in the end-product. There’s not a high level of functional fidelity there, and it can cause confusion among design teams and rework.

These tools require you to redraw the fundamental components and design with boxes and rectangles, which takes too much time and can create a disconnect between the design and development teams. 

Further, you don’t fully maximize the potential of a design system because of inconsistencies between code-powered systems that developers use and these image-based systems for designers. There’s an innate gap between maintaining the environments and creating consistency in components. 

The final and maybe most difficult challenge with an image-based design process is in usability testing. You just can’t test an image the way you can working components. If the prototype is not interactive enough, you lose valuable feedback in the testing process. Functional fidelity is a must-have design and development tool in 2022. 

Iress, market-leading financial software, had many of these same problems in its design system process. You can probably relate to its story, which includes a designer and engineer who aren’t entirely on the same page, hit the deadline and have to deliver, and then get customer feedback. The result was a lot of extra headaches and work. 

But there is a better way: Import all user interface components into a code-powered design system in sync with a design tool so that your team can work in harmony to build, scale, and handoff projects with ease. 

Scale Design With Accurate Components

Here’s what most design and development teams want en route to building products: Accurate components with built-in interactivity, states, and conditions. No redrawing boxes and rectangles; no trying to figure out what states and interaction should be.

And if you can do it with ten times the speed and agility? Now you’re really in business. 

“It used to take us two to three months just to do the design. Now, with UXPin Merge, teams can design, test, and deliver products in the same timeframe,” said Erica Rider, Senior Manager for UX at PayPal. “Faster time to market is one of the most significant changes we’ve experienced using Merge.”

The time and workflow savings come from the ability to maintain only one environment as a product team. Rather than image-based tools, a code-powered design system that will push updates to components as the design evolves is the modern way to work. This workflow can also eliminate duplicate documentation so that your team has a single source of truth for whole product teams. 

Now you can be more agile in the design process and scale. And as Rider hinted at, there is a solution already available in UXPin Merge. 

Scalability with accurate design components has other benefits as well. 

Teams can onboard people faster because the design system is in the design tool. There’s less searching for answers with drag and drop-ready building blocks. New team members will find more success and be more valuable to the team quicker due to fewer inconsistencies and errors. 

Testing also gets a boost as you scale with a single source of truth. You can actually create better usability tests with a high-fidelity, functional version of the prototype, allowing users to leave more valuable and detailed feedback that can improve your product in the early stages. 

Better Handoffs Start Here

As you imagine a better design process, take it one step further. Better handoffs are a goal for most teams. 

An interactive component-based design tool can eliminate the need for multiple iterations of the same meeting to explain how a prototype works. Everyone can see and interact with it for themselves with accurate, true components that ensure the prototype works the same as the product. 

Designers will feel more like their vision is making it into the final product, and developers have a better idea of how to work. Everyone has the exact same components written in code. Thanks to the single source of truth, devs can speed up as they build the product because they start with components that include production-ready code.

A typical design to developer handoff might have multiple steps: Create vector design elements, create a model for interactions, and then send the prototype with documentation. Not to mention the meetings that are required to make sure everyone is on the same page.

In a model with interactive component elements, the developer handoff is fast and easy; they create a prototype with true components and all the built-in properties. The developer copies the JSX code and pastes it into his tool to build the final product. All the component properties and their coded interactions already exist in the source code. This is possible because the source of truth is the code itself, the source code.

Quick Tool Solution and Technical Use

This solution to this common challenge is not somewhere in the future; it’s already here.

UXPin, a code-based design tool, has Merge technology, which allows you to bring all interactive components into UXPin. Then you can use your own, or the open-source library with the ready-made building blocks to get products ready faster.

Here are just a few of the things you can do with Merge by UXPin:

  • Integrate your developer’s storybook to use it as a single source of truth (works for all frameworks)
  • Import design system components from a dev’s Git repository, such as GitHub, Bitbucket, GitLab, or others (works with React)
  • Work with the built-in MUI library
  • Add the npm component package to UXPin on your own (no developer required)
  • Design with the confidence that your work can be ideally reflected by developers
  • Create and share a library of interactive components

Summary 

Say bye-bye to redrawing rectangles – build more accurate prototypes easier and end-products faster with Merge by UXPin.

Now is the time to solve one of your biggest design challenges while upgrading and scaling the design process and improving handoffs. 

Merge by UXPin is user-friendly and made for scalable projects of almost any size. The line between design and development blurs with quicker product release and a fully-interactive solution. Request access today.

 

[– This is a sponsored post on behalf of UXPin –]

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5 Creative Management Trends to Watch in 2022

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Yesterday’s creativity won’t keep pace with tomorrow’s requirements; businesses need speed and agility without sacrificing creative quality.

“The creativity that was needed in the past is not the creativity that is needed today,” according to Matthew Rayback, a creative director at Adobe. He’s not talking about the function of creativity but rather about the process of creative management in a marketing context. 

What is needed today? Speed and agility without sacrificing quality. 

Why? Because the pace of change has accelerated. As Rex Salisbury, a deal partner for the venture firm a16z noted early in the pandemic, “Businesses of all kinds are experiencing two years’ worth of digitization compressed into months.”

This accelerated digital transformation has put pressure on marketing teams to turn campaigns around faster. In turn, that places pressure on creative teams to generate the requisite creative for those campaigns. Leaders need to sharpen their awareness of the unfolding creative management trends to keep pace. To that end, below are five such trends to watch in 2022. 

1. In-House Creative Teams Continue to Grow

Companies have been building in-house creative teams for the better part of a decade. A 2018 study by Forrester Research and the In-House Agency Forum (IHAF) found the number of in-house teams has grown 22% in the last ten years or so. As The Wall Street Journal reported, more than half of advertisers (64%) have shifted their creative organizations to an in-house team.  

According to a more recent version of that same study, the in-housing movement didn’t stop throughout the pandemic. It revealed, “80% of respondents said they have brought more marketing assignments in-house since the onset of the pandemic, with 50% saying the increase was directly triggered by the events of the past two years.”

Businesses seem well-satisfied with the results because the urge to in-house is poised to grow beyond creative teams. For example, a recent survey by the customer intelligence company Axciom found about 50% of respondents believe the “in-housing is currently a top marketing objective, and 40% expect it will remain a top priority in the coming years.”

2. Outside Agencies Hired for Specialized Skills

Despite the in-housing trend, there is still opportunity for agencies, consultants, and freelancers, particularly those with specialized skills. Even the consumer-packaged goods giant Proctor & Gamble, a leading example of brands bringing marketing and creative teams in-house, still needs outside service providers.

Indeed, while in-house creative teams produce the lion’s share of creative work, the vast majority (86%) also continue to partner with agencies and freelancers; according to our own research, published in our 2021 Creative Management Report, which was facilitated by Lytho (formerly inMotionNow) and based on a survey of 400 creatives and marketers. 

When the survey asked creatives why they hire outside resources, the top reason was access to specialized skills (60%). That was followed in a distant second by a need for increased capacity (44%), help with developing strategy (24%), and, lastly, to get work done faster (20%). 

“It is very unusual for an in-house team to have no outside resources that they lean on,” wrote Alex Blum of Blum Consulting Partners, Inc. in a written assessment of the survey results.

He says there are two primary ways to partner with agencies. “First, for overflow capacity. There is always a need for more creative resources, and agencies can offer that flexibility without the cost of maintaining larger teams,” he wrote. “Second, in-house teams can divide areas of ownership with an agency based on the skill sets they have in-house.”

3. The Creative Process Evolves

Marketing today is dominated by an insatiable thirst for fresh content, produced and polished by creative teams. The demand for that content continues to explode. 

What does this portend for creative teams? Despite adding headcount, creative requests exceed the creative team’s capacity to produce it – even as lead times shrink. Matthew Rayback, the creative director at Adobe, suggested the creative process must evolve. 

He likens creatives to an auto factory, where “creatives used to be the assembly line to make a single car.” However, today, creatives are tasked with creating more cars, each with unique adjustments such as personalization. 

“The assembly line we built can’t accommodate that speed or volume,” he says. So the whole factory – the entire creative process – must be overhauled to adapt. 

4. Quantitative Measurement Drives Creative Priorities

Current methods for measuring the value of creative teams center on outputs. That is to say, the metrics tracked tend to quantify the number of creative projects in progress, the rounds of review, and the number of projects completed over time. 

These metrics are important, but alone they are insufficient. A complementary way to prioritize large volumes of creative requests is focusing on those tasks most likely to move the business needle. The barrier to achieving this is that most creatives aren’t kept informed as to the outcomes of marketing campaigns fueled by their creative efforts. This must change.

With the growing demand for content, the margin of error for applying creative resources to projects that don’t correlate to business results shrinks. Marketing organizations must build a feedback loop that brings quantitative results back to the creative team. In turn, creative teams must learn to use the data to drive their work priorities in collaboration with marketing. 

5. Creative Resource Management Becomes Essential

Resource management is both a leadership concept and technology (or a combination of technologies). It’s a means to plan, track, collaborate and measure creative operations, including people, processes, and budgets.  

Traditionally, planning and tracking of all things creative and marketing occurred in a spreadsheet. It works well when the future is generally predictable – yet cliché as it may be to say it – we are living in a state of uncertainty. 

Like many trends over the last 18-24 months, the global pandemic “forced virtual experiences, disrupted marketing channels and campaigns, and accelerated companies’ transition to digital marketing,” according to Forrester. The research firm calls resource management “essential” because it helps move “planning from static spreadsheets to a dynamic and real-time environment.” 

Final Thoughts

Yogi Berra paraphrased an old Danish proverb when he said, “It’s tough to make predictions, especially about the future.” Even so, the pandemic has accelerated trends that were already underway, and these five trends are good examples. More than just watching them, creative and marketing leaders should take steps now to get ahead of them.

 

Featured image via Pexels.

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How to Get Started with the MVP Workflow

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Few things are more important to a web designer or developer’s chances of success than having the proper workflow. The term “workflow” applies to the set of standardized steps you or your company uses to create, test, and deploy designs or products.

Over the years, as development processes have evolved, so too have the workflows experts use to bring their ideas to life. The MVP workflow, or “Minimum Viable Product” strategy, is one of the most popular options in 2022.

Here’s what you need to know about the MVP workflow and how it differs from some of the other standard workflows developers may be used to.

What is the Designer/Developer Workflow?

As mentioned above, the designer/developer workflow is a series of steps used by experts in the web design world to achieve a creative goal. The process includes the steps taken to start a project, evolve it, and finish it. Since software is never developed without tools, the technology you’ll access throughout the development process is also considered in most workflows.

An example of a standard development workflow might look like this:

  • Scaffolding: This is the stage wherein you start your new web project, creating a git repo, downloading libraries, preparing file structures, and completing other tasks to make sure your product is ready to roll out into the world.
  • Develop: This is where you’ll spend most of your time writing code for your application or website. The development process may include various specific tools and support from other staff members.
  • Test: In this stage, you examine the functionality of your code to determine if everything works as it should. If there are errors or issues, you can go back and develop fixes to the potential problems. Your code may go through the development/test process several times before you can move to the next stage.
  • Integrate: This is when you merge the code for your part of the development process with the rest of the team. You can also integrate your code into websites and existing apps at this point. If you’re working solo, you can skip this process.
  • Optimize: You prepare all your assets for use on a production server during the optimization stage. Files are generally optimized to ensure your visitors can view your site easily or access your applications with ease.
  • Deploy: In the deployment stage, developers push code and assets up into the server and allow for changes to be viewed by the public.

What is MVP? (Minimum Viable Product)

Now you know what a developer workflow looks like, you can begin to assess the concept of the “MVP” workflow. The term “MVP” stands for Minimum Viable Product.

The idea of “Minimum Viable Product” applies to a range of industries, from education to healthcare and government entities. This term comes from lean start-up practices and focuses heavily on the value of learning and changing during the development process.

When you adapt your workflow to focus on an MVP, you’re essentially adjusting your focus to a point where you can create a stripped-back version of something new – like an app or a website. The MVP is built just with the core features (the minimum), so you can bring the idea to market and test it as quickly as possible.

For instance, if your goal were to create an attractive new website for a client, an MVP would focus on implementing the crucial initial tools, and nothing else. While you may create checkout pages, product pages, and other aspects of the site, you wouldn’t populate it with content or start experimenting with bonus widgets and apps.

So, how does this offer a better alternative to the standard workflow?

Simply put, an MVP workflow is quick, agile, and easy. The idea is you can validate key concepts with speed, fail quickly, and learn just as fast. Rather than having to build an entire app and almost start over from scratch every time you find an error, you can race through the iteration and development process.

MVP workflows are also highly appealing to start-ups and entrepreneurs hoping to validate ideas without a massive amount of upfront investment.

Examples of MVP Workflows

Still confused? The easiest way to understand how an MVP workflow works is to look at an example.

Let’s start with a conceptual example. Say you were building a voice transcription service for businesses. The desired features of this product might include the ability to download transcription, translate them into different languages, and integrate them into AI analytics tools.

However, using the MVP approach, you wouldn’t try to accomplish all of your goals with your software at once. Instead, you’d focus on something simple first – like the ability to download the transcripts. Once you confirm you can do that, you can start a new workflow for the next most important feature for the app.

One excellent example of a company with an MVP approach is Airbnb. The entrepreneurs behind this unicorn company, Joe Gebbia and Brian Chesky, didn’t have a lot of cash to build a business with at first. They had to use their own apartment to validate the idea of creating a website where people could share their available “space” in a home or apartment with the public.

To begin, Airbnb only created a very basic website, published photos of their property, and waited to see the results. After discovering people were genuinely interested in renting another person’s home, the company was able to begin experimenting with new ideas to make a site where people could list their properties for travelers.

The Pros and Cons of an MVP Workflow

There are a lot of benefits to the MVP workflow – particularly when it comes to gaining agility and developing new products quickly. However, there are downsides too.

Pros

  • With an MVP approach, you can maximize your learning opportunities and create a more innovative, successful product at speed. You get to test every step of the way.
  • You release iterations or versions of your product quickly, which means you discover problems faster, allowing you to quickly solve these issues.
  • You build on the benefits of customer fans, “evangelists” in the marketplace who are keen to help your product or service grow.
  • An MVP gives you more freedom to try out unique ideas and “risks” you might otherwise avoid with a traditional workflow.
  • Because you’re focusing on creating only the “minimum viable product,” you don’t have to spend a fortune on initially setting up your workflows.

Cons

  • Agile work with an MVP flow requires a lot of effort in collecting constant feedback from customers and releasing iterations.
  • You’ll need to dedicate yourself to releasing many small and frequent product releases on a tight schedule.
  • You might have to revise the functionality of your product or app a number of times.

Creating Your MVP Workflow

If you believe an MVP workflow might be effective for you, the first step is defining your “Minimum Viable Product.” The app, website, or product you design needs to align with your team’s strategic goals, so think about what your company is trying to achieve at this moment – before you get started. If you have limited resources, or specific purposes, like improving your reputation as a reliable company, now might not be the right time to develop a new MVP.

Ask what purpose your minimum viable product will serve and what kind of market you’re going to be targeting. You’ll need to know your target customer to help you test the quality and performance of each iteration of your MVP. Once you know what your ideal “product” is, ask yourself what the most important features will be.

You can base these decisions on things like:

  • User research
  • Competitive analysis
  • Feedback from your audience

For example, if you’re producing an AI chatbot that helps companies to sort through customer inquiries, the most important “initial feature” may be the ability to integrate that bot into existing websites and apps owned by the company.

MVP Approach Guidelines

Once you have your hierarchy of most valuable features for your minimum viable product, you can translate this into an action plan for development. Remember, although you’re focusing on the “minimum” in development, your product still needs to be “viable.” In other words, it still needs to allow your customer to achieve a specific goal.

  • Review your features: Reviewing your prioritized product requirements and the minimum level of functionality you can deliver with each of these “features.” You need to ensure you’re still providing value to your customer with anything you produce.
  • Build your solution: Build your minimum set of features for the product or service. Remember to build only what is required. You can use methodologies like the agile or waterfall method to help guide your team during this process.
  • Validate your solution: Release your offering into the market, and ensure you have tools in place to gather feedback from early adopters. Use beta programs, focus groups, and market interviews to understand how your solution works for your customers and where you can improve on your current offer.
  • Release new iterations: Based on what you learn from your target audience, release improvements to your product quickly. Use your validation strategies to collect information from your audience with each release.
  • Review again: Go back to your product requirements and desired features and start the process over again, this time focusing on the next most valuable functionality. Over time, the value of your minimum viable product will increase.

Using the MVP Workflow Approach

While the MVP workflow approach might not be the right solution for every development or design team, it can work very effectively in the right circumstances. The MVP approach doesn’t minimize the importance of understanding market problems and delivering value. Instead, the focus is on delivering quick value that gradually increases and evolves over time.

As many developers and designers know, the most useful form of product validation in most cases is real-world validation. When your customers have had an opportunity to use a product on a day-to-day basis, they can provide much more effective feedback.

Just keep in mind that committing to the MVP approach also means changing your workflow and committing to iterations – otherwise, other features may never be completed. You’ll need to be willing to work quickly and in small bursts without getting too heavily caught up in one feature or functionality.

 

Featured image via Pexels.

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Is it Time to Transition to JAMStack?

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Jamstack (JAMstack), is one of the most popular (and rapidly growing) tools for app and website creation. A unique ecosystem of functionality, Jamstack promises developers the support they need to create powerful websites and progressive applications. 

For a while, Jamstack was mostly written off as just another buzzword in the developer space. However, today, it’s growing to become a powerful investment for many business leaders. Even big companies are getting involved, like Cloudflare, with Cloudflare pages, and Microsoft with Azure Static Web Apps. Elsewhere, we’ve seen brands like Shopify, PayPal, and Nike getting involved too.

So, what exactly is Jamstack, and is it time you transitioned over? Let’s find out…

What is Jamstack?

Jamstack, otherwise known as “JAMstack,” is the name of a developer ecosystem made up of JavaScript, APIs, and Markup (hence: JAM). The solution is a web development architecture allowing developers to access static website benefits, such as higher security and better performance, while still unlocking dynamic database-oriented CMS.

The Jamstack solution allows companies and developers to build a dynamic website where real assets are pre-rendered static files in a CDN. The dynamic environment runs on JavaScript client-side, through serverless functions. 

For a better insight, let’s compare Jamstack to the LAMP stack development strategy, which originated from the four open-source components many developers used to build sites: Linux, Apache HTTP, MySQL, and PHP.

With LAMP, each user request for a page forces the server to query a database — unless the page is cached — and combine the result with page markup data and plugins. Jamstack websites serve pre-built optimized assets and markup solutions quickly because the files are already compiled on a CDN. There’s no need to query the database. 

Jamstack workflows dramatically reduce cumbersome issues with development and excess maintenance, making them highly appealing to developers. 

What Are the Benefits of Jamstack?

Jamstack won’t be the ideal development tool for everyone, but it has a lot of benefits to offer. By fetching HTML from a CDN, the system doesn’t have to wait for HTML to be combined and returned to clients. The solution also provides an improved developer experience with static methods. 

Using Jamstack, developers can build fantastic static files ready to serve by request, hosted on a global CDN. Some of the biggest benefits of Jamstack include:

  • Performance: Because you’re serving pre-built static files from a CDN directly, you’ll achieve much faster loading times, unmatched by typical server-side rendering options. Because you’re serving static files, you’re also better equipped to handle any traffic spikes you might encounter, with minimal slowdown.
  • User experience: Better website performance significantly improves user experience and website traffic, as well as SEO efforts. User experience has always been a critical factor in ensuring the success of a website, and it’s essential to keeping your customers around for as long as possible. Websites optimized for performance will always delight users. 
  • Security: With Jamstack, there are no servers or databases to worry about. You use third-party solutions to handle these issues for you. The architecture of Jamstack means the back and front end of your development processes are decoupled, and you can rely on APIs to run server-side processes easily. Jamstack also comes with security benefits other approaches can lack. Clear separation of services is essential here. 
  • Hosting and scaling: Scaling and hosting can often be problematic in the development world, but because you’re serving files from a CDN, you’re less likely to encounter issues. CDNs are almost infinitely scalable, so you get excellent extensibility built into your development environment. CDN hosting for static files is also cheaper than traditional hosting, so you can keep costs low. 
  • Maintenance: Jamstack makes it easy to push your front end to the edge rather than managing infrastructure directly. Ditching plugins, databases, and other hosting services can help you to save more time and money on a significant scale. 
  • Developer experience: From a developer perspective, there are tons of benefits from Jamstack. You get the ease of a Github, CI/CD, CDN flow, and auto previews with simple rollback to reduce the need for backups. Local developer environments and the ability to run and debug cloud functions locally are all fantastic.

Does Jamstack Have any Limitations?

In a lot of ways, Jamstack is an innovative and revolutionary solution for development. It can help you to create a far more engaging website and present your company in an incredible way. Of course, that doesn’t mean there are no limitations to be aware of. 

Jamstack is developer-friendly, for instance, but it’s not beginner-friendly. You will need at least some knowledge of web development to start unlocking the benefits. You’ll need to understand things like Vue or React, but you should develop a tool anyone can use with a bit of work.

There’s also a handful of things you can’t pre-generate, like user-specific and real-time data. So, this means you may not be able to use Jamstack effectively on projects requiring these kinds of data. Building an analytics dashboard, for instance, probably isn’t a good idea with Jamstack. Other issues for some developers may include:

  • API complexity: It can be overwhelming to try and find the right solution for your needs among so many different options. Of course, this could also be something you’d say about the WordPress ecosystem and its huge variety of plugins. An API usually won’t break your production website, at least. 
  • Long building processes: If you have a large number of pages, there’s more likely to be an extensive building process to think about. Whenever you make a change to a single page, even a little one, you’ll need to rebuild your entire website. This is a problem if you run into a website with thousands of pages. There are solutions to this problem available, however.
  • Handling dynamics: Going with Jamstack doesn’t mean abandoning your backend. An important part of the approach is accessing serverless functions, which are becoming more effective over time. These serverless functions can also be executed on the edge. The backend parts of your website will require regular maintenance as they scale.

Best Jamstack Tools to Check Out

Now you know the basics of Jamstack, let’s look at some of the tools you can use to design an incredible website or application within the Jamstack environment. 

The Git Tool Landscape

There are tons of tools within the Git ecosystem common among Jamstack developers. Starting with Git itself. Git represents a powerful free, and open-sourced distributed version control system. With this solution, companies can handle everything from small to enterprise-level projects with efficiency and speed. The solution is extremely easy to use and learn, and outclasses a range of tools like Perforce, ClearCase and Subversion. 

GitHub Pages and GitLab pages are two hosting services for Git repositories with built-in services to host static pages from out of your codebase. This makes the two solutions fantastic for when you’re building a Jamstack website. You can access the functionality for free too. 

GitLab gives you a comprehensive DevOps platform to work with, where you can enjoy a comprehensive CI/CD toolchain out of the box. The comprehensive solution, delivered as a single application, changes the way security, development, and Ops teams integrate and collaborate. Gitlab helps to accelerate software delivery on a massive scale.

AWS Amplify

AWS Amplify, created by Amazon Web Services, is a development platform packed full of useful features for people in the Jamstack environment. The Amplify offering aims to reduce the complexities associated with Amazon Web Services for mobile and web deployment. You get 12 months of hosting for free with new accounts, and you get Storage with Amplify too. 

The Amazon Amplify solution dramatically improves the regular AWS workflow, especially if you’re just a novice user. There’s a huge documentation hub to help you too, which is way more convenient than Amazon’s usual documentation solutions. Amplify is still accessed from a somewhat bloated console, however. 

With AWS Amplify, companies can access features like a comprehensive data store to sync data between the cloud and websites. There’s also easy-to-use interface access across all different categories of cloud operations. The service works well with a range of JavaScript central tools. 

Netlify

Netlify is a pioneering solution in the Jamstack environment, allowing users to go dynamic with their websites and applications on their own terms. You can access a range of add-ons and integration, access your favorite tools, and make your own. The flexible environment enables developers to run websites on a multi-cloud infrastructure designed for speed and scale automation. 

Built to be entirely secure from the ground up, Netlify makes it easy to build a site that’s custom-made for performance and deployed directly. You don’t need to worry about managing, scaling and patching web services, which means you can more quickly implement your Jamstack architecture. 

Unlike other large legacy apps, Jamstack projects are neatly separate from your front-end pages and UI from the backend databases and apps with Netlify. Using this service, the entire front-end can be pre-built with highly optimized static assets and pages, and developers can deliver new web projects faster than ever before.

Next.JS

Inspired by the functionality of PHP, Next.JS is a solution for pre-rendered JavaScript modules. The solution allows developers to easily export the components of their apps and perform individual tests to determine how each element works. You can also access a wide range of components and modules from NPM. The Next offering allows developers to save time, removing the need to use webpack bundles and transform with compilers. 

The full solution is extremely intuitive, ensuring developers can create solutions quickly. What’s more, the technology you build will allow you to load only the bundle needed from your JavaScript workflow, rather than all the JavaScript at once. Pre-fetching, one of the features of Next.JS, also picks up where standard code-splitting leaves off, allowing for optimized bundles of code to load seamlessly. 

Next.JS also supports hot-module replacement. This means instead of reloading an entire application when you change the code, you only recreate the modules you’ve altered.

Angular

Probably the most widely-recognized of all the JavaScript frameworks, Angular, designed by Google engineers, appeared first in 2012, offering developers a new way to create dynamic pages. Before this technology, there were other opportunities for creating dynamic pages, but they were nowhere near as convenient or speedy. 

Angular is probably one of the most essential tools companies can use when building a Jamstack website or environment. The front-end web development tool attracts developers from all over the world. Every version is packed with features and constantly upgraded to ensure you can generate the best results. 

Angular extends HTML file functionality with powerful directives, and it requires very little effort to enable these directives too. All you do is add the ng- prefix to your HTML attributes and you’re ready to go. Angular also allows developers to create widgets leveraging editable data with two-way binding. This means developers don’t have to write code that syncs constantly between the model and view. 

With Angular, developers also get access to things like virtual scrolling, which can help with displaying large lists of elements performantly, rendering on the items that fit on the screen to reduce loading times. 

React

Another must-have tool in the JavaScript world for Jamstack, the React solution was launched first in 2013, and has won thousands of customers across the globe thanks to fantastic functionality. Today, the full landscape is maintained by Facebook, along with all the members of the standard developer community. The solution is used by some of the biggest giants in the tech industry, like Netflix, PayPal, and Apple. 

React is a true pioneer in the Jamstack ecosystem, with its sensational approach to simple and straightforward solutions for JavaScript management. You’ll be able to access batched and virtual DOM updates, which makes it easier to unlock components quickly, and write your components the way you see them. There’s also the added benefit that React is compatible with a lot of tools. 

You can build a comprehensive app or website with the help of React, and you’ll have no trouble accessing some of the top features, particularly with plenty of support available from the React community. 

Gatsby

Created from the ground up to improve user experience on a comprehensive level, Gatsby is a static site generator with heavy focus on things like SEO, performance, and accessibility. The solution offers plenty of out-of-the-box features to help developers deliver the most immersive solution for their users, without unnecessary complexity. 

Gatsby users pre-configuration to develop static websites giving developers faster loading pages, stronger code splitting, and server-side rendering. You can also access features like data prefetching, asset optimization, and quick image loading. Gatsby boasts excellent documentation and starter packs to help you get your site up and running more quickly.

The GraphQL data layer of Gatsby also means the system can collect your data from anywhere, including your CMS, JSON, Markdown, and APIs. More than just your standard site generator, this is a tool built specifically with performance in mind. 

Agility CMS

Developing an effective Jamstack website means having access to the right CMS technology. Agility CMS wasn’t the first CMS solution to support Jamstack, but it is one of the better-known options. As one of the first headless CMS solutions to hit the market, the company has quickly captured the attention of a huge range of developers worldwide.

Agility CMS is a Jamstack pioneer, capable of helping developers to build a foundation for any online ecosystem. The technology is an API-first CMS with support for REST APIs, so developers can connect all the third-party apps and front-end frameworks they like.

The technology also gives developers the freedom to code their solutions their way. You don’t have to follow a specific set of guidelines for how content is created, but templates are available to fast-track development. Agility CMS also hosts and abstracts your database, so you don’t have to worry about connection strings, backups, and maintenance. 

With a strong content architecture to help companies manage digital content and a partnership with Gatsby, Agility is ideal for Jamstack development strategies. 

Building Your Jamstack Website

The Jamstack solution is more than just a buzzword in today’s development world. This unique approach to building incredible development experiences delivers an excellent advantage to both developers and their end-users. Fast, scalable, and full of solutions for customization, Jamstack is a powerful way to bring websites to life with simplicity and speed. 

Every day, more companies take advantage of the Jamstack environment, and we’re constantly seeing a wide selection of new tools, APIs and offerings emerging to help enhance the Jamstack landscape too. This environment is definitely worth consideration for any developer looking to significantly speed up their development strategy.

 

Featured image via Pexels.

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