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Celebrating a connector: Arjan ten Buuren named VNTR Global Connector of the Year

XABLU HQ — Wed, 19 Nov 2025 14:26:29 +0000

We’re excited to share that our Managing Partner Arjan ten Buuren has been named Global Connector of the Year by VNTR Capital for his work as Chapter Director, VNTR Capital NL.
Well-deserved.

For us, this is more than an award. It’s a public recognition of something we’ve experienced from up close all year: Arjan’s rare ability to turn introductions into real collaborations.

A connector at the heart of our venture studio

At Xablu Venture Studio, we build ventures by bringing the right people, ideas and resources together. Arjan sits right in the middle of that.

Day to day, we see him:

Spotting founders who are ready for their next step.
Matching them with investors and partners who share their ambition.
Keeping conversations moving long after the first “nice to meet you”.

He doesn’t treat a warm intro as a box to tick. For Arjan, an introduction is the start of a journey:
What could these people build together? How can we remove friction so they can move faster?

That mindset is exactly what this Global Connector of the Year recognition captures.

Why Lisbon is a milestone

At the VNTR Summit in Lisbon, a curated gathering by VNTR Capital, a global community of active investors, family offices and venture studios. Arjan received the Global Connector of the Year title. VNTR is all about making quality intros that lead to real co-investments and new ventures, so this recognition fits perfectly with the way he operates. The rest of the week, at Web Summit 2025, he represented Xablu Venture Studio in meetings with:

Founders who want a studio partner instead of going it alone.
Investors looking for de-risked, studio-backed venture pipelines.
Corporate innovators who want to turn strategy into real-world ventures.

For us, Lisbon marked a clear milestone in his journey as a connector and in how Xablu shows up in the global venture ecosystem.

So yes, this is a proud moment.
Arjan, thanks for the energy you put into the venture ecosystem. You make the pie bigger for everyone. Onward.

If you’re a founder, investor or corporate innovator and want to explore how we build ventures together:

Let’s see what the next introduction can turn into.

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Cost Targeting in Software Product Management: A Multidisciplinary Approach

XABLU HQ — Sun, 24 Mar 2024 14:38:24 +0000

Lots of great software projects stumble due to the lack of budget and resources. Aligning your cost structure to maximize runway and ensuring the delivery of the Smallest Successful Release within budget constraints is not just strategic but essential. This approach focuses on optimizing resource allocation to extend the product development lifecycle, allowing for iterative enhancements and ensuring that each release delivers tangible value while adhering to financial limitations.

Maximizing Impact with Minimal Features in Product Launch Strategy

The Smallest Successful Release concept emphasizes the importance of launching a new part of your product with just enough features to satisfy early adopters and provide valuable feedback for future development, without overextending resources. This lean approach to product management encourages teams to prioritize and focus on core functionalities that align with key user needs and strategic objectives, ensuring efficient use of capital and maximizing the potential for return on investment.

By continuously estimating the cost structure for a new feature with an eye toward maximizing runway, teams can make informed decisions about where to allocate resources to have the most significant impact. This strategic planning ensures that every development effort is an investment toward achieving long-term business goals, providing a foundation for sustainable growth and success.

Leveraging User Story Mapping for Strategic Alignment

User Story Mapping serves as an invaluable tool in the Smallest Successful Release strategy, providing a visual narrative of the product’s evolution from the perspective of user interactions. This methodology allows teams to identify and prioritize the essential features that constitute the smallest increment of the product capable of delivering value to early adopters. By mapping out user stories, product teams can visualize the journey from minimal viable product (MVP) to fully-featured offerings, ensuring that each increment is strategically aligned with the organization’s OKRs.

The granularity provided by User Story Maps facilitates a focused discussion on resource allocation, enabling teams to pinpoint where investments will yield the highest user satisfaction and strategic value. This precision in planning is crucial for adhering to the project’s budget constraints while ensuring that the product evolves in a direction that is coherent with the broader organizational goals.

Enhancing Collaboration with Technical Teams

The technical team’s involvement in the Smallest Successful Release planning process is critical. Their expertise not only informs the feasibility of the proposed features but also provides insights into the cost implications of various technical approaches. Engaging technical teams early in the User Story Mapping process ensures a shared understanding of the project’s scope and constraints, fostering a collaborative environment where technical and product strategies are cohesively aligned.

This collaboration extends to the estimation of costs associated with each feature. Technical teams can provide valuable input on the resources required for implementation, potential challenges, and alternative solutions that may offer cost savings without compromising the product’s value proposition. Such detailed estimations are crucial for maintaining the project within budget while maximizing the product’s runway and market impact.

Strategic Iteration and Feedback Incorporation

The concept of the Smallest Successful Release advocates for a lean, iterative approach to product development, with focus on cost Targeting. Feedback from early adopters is continuously integrated into future development cycles. This feedback loop is essential for refining the product in alignment with user needs and market demand, ensuring that each subsequent release builds on the learnings from its predecessors to enhance user satisfaction and strategic value.

User Story Mapping facilitates this iterative process by providing a flexible framework that can adapt to emerging user feedback and changing market dynamics. The visual representation of user stories allows teams to easily re-prioritize features based on new insights, ensuring that the product remains relevant and competitive while adhering to the strategic objectives outlined in the OKRs.

Additional Support

If you’re looking for additional information or support, Xablu specializes in training and coaching these techniques in your organization. We offer comprehensive services to assist with everything from assessing your existing process to optimizing performance for a successful adoption of the right techniques. Keep in mind that implementing new structures is people’s business

Here’s a list of links to additional resources:

Curious how Xablu can help your organization ?

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Azure Developers – Python Day

XABLU HQ — Fri, 01 Sep 2023 13:58:54 +0000

If you are a developer in the realm of technical and scientific applications, Python is likely your trusty companion. However, what you might not be aware of is how seamlessly Python integrates with Microsoft Azure, the dynamic cloud computing platform from Microsoft. Azure offers an extensive array of services, enabling you to rapidly build, deploy, and manage applications across a global network of Microsoft-managed data centers. And the best part? You can access all these Azure services with Python.

That’s not all. Python and Azure offer an array of possibilities:

Remote Debugging: Debug your Python applications on Windows, Linux, and Mac OS, directly from your Azure environment.
Cluster Debugging: Efficiently debug applications within cluster environments, ensuring the smooth operation of distributed systems.
In-Line Python in Webpages: Seamlessly integrate Python code within webpages you serve, enabling dynamic and interactive web applications.
IPython Notebooks: Create and utilize IPython Notebooks within Linux and Windows virtual machines hosted on Microsoft Azure, fostering an interactive and collaborative coding experience.
High-Performance Computing (HPC) with MPI: Utilize the Message Passing Library (MPI) to achieve high-performance computing capabilities in Python applications on Azure.

Azure Developers – Python Day!

Mark your calendar for September 7th, 2023, from 9:00 AM – 4:00 PM PT (16:00 – 23:00 UTC), for an event that’s set to redefine your Python development journey – Azure Developers – Python Day. This exclusive event is your gateway to discovering the latest services and features in Azure, meticulously crafted for Python developers like you.

What to Expect:

Learn cutting-edge cloud development techniques that can save you time and money.
Gain insights directly from the experts behind Azure’s sought-after cloud services.
Explore app development, data services, serverless computing, and more, all tailored for Python enthusiasts.
Elevate your cloud development skills and network with like-minded professionals.

Keynote Speakers:

Dawn Wages
Hailey Huber
Jayme Singleton

Session Highlights:

Now we’re cooking: Building a restaurant app with Azure Cosmos DB
Host your gRPC workloads on App Service using Python and LangChain
Speedrun your Python deployments with azd
An intro to the Azure SDK for Python
Use Python in Excel to enhance your data science
And much more!

How to Join:

Participating in this event is effortless. Register for Azure Developers – Python Day through the official event website, mark the date on your calendar, and be prepared to supercharge your Python development skills. Register now

Don’t miss this opportunity to elevate yourself as a Python developer and take your career to new heights. Join us at “Azure Developers – Python Day” and discover the power of cloud computing with Python on Azure. Register now and share this information with your network!

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Build 2023

XABLU HQ — Wed, 28 Jun 2023 09:17:18 +0000

Microsoft Build 2023, the event for innovators, developers and technology enthusiasts. This event has the power to transform the way we think and build. Whether you are a professional or a passionate newcomer, Microsoft Build 2023 is the place where boundaries are pushed, new ideas emerge and technologies are unveiled.

Microsoft Build, known for its immersive experiences and cutting-edge insights, is a flagship event that showcases the vast array of possibilities offered by Microsoft’s technologies and tools. This event serves as a platform to connect with the global developer community and empowers them to embrace new frontiers in software development. With a focus on fostering collaboration, innovation, and skill-building, Microsoft Build has become a hallmark event for those passionate about technology.

The Microsoft Build 2023 event featured a dynamic program that catered to the diverse interests and needs of its attendees. Led by Satya Nadella, the CEO of Microsoft, and supported by prominent industry figures and partners, the event offered a range of engaging sessions and activities. Participants had the opportunity to engage in one-on-one consultations with Microsoft engineers, participate in the Microsoft Learn Cloud Skills Challenge, and explore the Imagine Cup, a global competition for student developers.

The event also introduced attendees to exciting new features and updates across various Microsoft offerings. Notable highlights included the integration of Bing search into ChatGPT, empowering users with timely and accurate information, and the introduction of plugins for Microsoft 365 Copilot, enabling developers to enhance their applications and services. Additionally, Microsoft Fabric, a unified analytics platform, and Azure AI Studio, a toolset for AI application development, showcased the company’s commitment to empowering businesses with data-driven insights and AI capabilities.

Day 2 of the event witnessed the unveiling of Copilot in Power BI, revolutionising data analysis and report generation. Updates to Azure Cosmos DB enhanced its capabilities for generative AI and application development workloads, while the introduction of Azure Deployment Environments provided users with greater flexibility in managing their development environments. These advancements reflected Microsoft’s dedication to empowering developers and organisations with the latest tools and technologies.

Microsoft Build 2023 lived up to expectations with the release of innovations and improvements. The event not only demonstrated Microsoft’s commitment to driving technological advances but also provided a platform for developers and businesses to explore the limitless possibilities of Microsoft’s ecosystem. The integration of Bing Search into ChatGPT, the extensibility of Microsoft 365 Copilot, and the introduction of Microsoft Fabric and Azure AI Studio were some of the standout moments that showcased the company’s commitment to driving innovation and empowering its community.

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The Ultimate Guide to React: Everything You Need to Know

XABLU HQ — Mon, 26 Jun 2023 10:25:00 +0000

React developed by Facebook, revolutionized the way we build web applications. Born out of the need to improve code maintainability and scalability, React quickly gained popularity for its innovative approach to user interface development. Unlike other frameworks such as Angular and Vue.js, React’s Virtual DOM and component-based architecture offer unmatched performance and flexibility. In this blog post, we’ll delve into React’s key features, benefits, and advanced concepts, providing valuable insights for both beginners and seasoned developers.

What is React?

React is an open-source JavaScript library developed by Facebook for building user interfaces, specifically single-page applications where you need a fast, interactive user experience. Unlike traditional JavaScript frameworks, React operates on a component-based architecture, which means your UI is broken down into smaller, reusable pieces called components. Each component has its logic and rendering, making your code more modular and easier to manage.

At the heart of React is the concept of the Virtual DOM (Document Object Model). Instead of manipulating the browser’s DOM directly, React creates a virtual representation of it. When changes occur, React updates this virtual DOM first, compares it with the real DOM, and only makes the necessary updates. This approach significantly improves performance, as it minimizes direct manipulations of the DOM, which can be costly in terms of time and resources.

Key Features that Make React Stand Out

React boasts several features that set it apart from other libraries and frameworks. One of the most notable is JSX, a syntax extension that allows you to write HTML-like code within JavaScript. This blend of HTML and JavaScript makes your code more readable and easier to write, as you can see the structure and behavior of your UI in one place.

Another key feature is components. Components are the building blocks of a React application. They can be as small as a button or as large as an entire page, and you can nest them within each other to build complex UIs. Each component encapsulates its logic and rendering, promoting code reusability and separation of concerns.

React also introduces the concept of state and props. State is a way to manage data that changes over time within a component. Props, short for properties, are how you pass data from one component to another. Together, state and props make your React applications dynamic and interactive.

Lifecycle methods are another powerful feature of React. These methods allow you to hook into different stages of a component’s life, such as when it’s created, updated, or destroyed. This gives you control over what happens at each stage, enabling you to optimize performance and manage side effects.

Mastering State and Props for Dynamic UIs

State and props are fundamental concepts in React that enable dynamic and interactive user interfaces. State represents data that can change over time, such as user input or API responses. Props, on the other hand, are immutable and are used to pass data from parent to child components.

For instance, imagine building a to-do list application. Each to-do item can be represented as a component with its state (e.g., whether it is completed or not). Props can be used to pass the initial list of to-dos from a parent component to each to-do item component. This approach ensures that each component is self-contained and easy to manage.

Unidirectional data flow, where data flows from parent to child components, is a core principle in React. This pattern makes it easier to track data changes and debug issues, as data always flows in one direction.

Lifecycle Methods: Managing Component States Efficiently

React’s lifecycle methods provide hooks into different stages of a component’s existence. These methods allow developers to execute code at specific points in the component’s lifecycle, such as when it is mounted, updated, or unmounted.

For example, componentDidMount is called after a component is mounted and rendered. It is often used to fetch data from an API or perform other side effects. shouldComponentUpdate can be used to optimize performance by preventing unnecessary re-renders. By implementing these lifecycle methods effectively, you can manage component states efficiently and ensure optimal performance.

Advanced Concepts: Hooks, Context, and Beyond

Once you’ve mastered the basics, you can explore more advanced React concepts. One such concept is React Hooks, which allow you to use state and lifecycle methods in functional components. Hooks like useEffect, useContext, and useReducer enable you to manage side effects, context, and complex state logic without writing class components.

Custom hooks are another powerful feature, allowing you to encapsulate reusable logic. For example, you can create a custom hook for form validation that can be reused across different forms in your application.

The Context API simplifies state management by allowing you to share data between components without passing props down manually at every level. This is especially useful for global data like user authentication or theme settings.

Server-side rendering (SSR) is another powerful technique you can use with React. SSR allows you to render your React components on the server, generating HTML that is sent to the client. This approach can improve performance and SEO, as the initial HTML is fully rendered before it reaches the browser. Libraries like Next.js make it easy to implement SSR in your React applications.

Performance optimization is crucial for large React applications. Techniques like code splitting, lazy loading, and memoization can help you keep your application fast and responsive. React provides tools like React.memo and React.lazy to make these optimizations easier.

Challenges and Solutions in React Development

Like any technology, React comes with its own set of challenges. One common issue is managing state in large applications. As your application grows, keeping track of state and ensuring data consistency can become difficult. Using state management libraries like Redux or MobX can help you manage state more effectively.

Another challenge is performance. React applications can become slow if not optimized properly. Techniques like code splitting, lazy loading, and memoization can help improve performance. React’s built-in tools like the React Profiler can also help you identify and fix performance bottlenecks.

Debugging React applications can also be challenging, especially when dealing with complex component trees and state logic. Tools like React DevTools can help you inspect and debug your components and state. Additionally, using a structured approach to logging and error handling can make it easier to track down and fix issues.

Integration with other libraries and frameworks can also be a challenge. React is often used with other tools like Redux, GraphQL, and various CSS-in-JS libraries. Ensuring that these tools work together seamlessly can require careful planning and testing. Following best practices and using well-documented libraries can help you avoid integration issues.

Additional Support

Building and maintaining a high-quality web application with React can open up numerous opportunities for your business. If you’re looking to maximize these opportunities and ensure your project is a success, Xablu is here to help. Our team of experts can assist you in optimizing your React applications, from performance enhancements to seamless integrations. Contact us to discuss how we can elevate your development strategy and help you achieve your goals with React. Let’s take your projects to the next level together.

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The transition from Xamarin to .NET MAUI

XABLU HQ — Sun, 25 Jun 2023 16:32:42 +0000

Discover the power of .NET Multi-platform App UI (MAUI) and how we can assist businesses in smoothly transitioning from Xamarin to .NET MAUI. Gain insights into the benefits of this next-generation framework and leverage our expertise to ensure a successful migration.

As technology evolves, so do the frameworks that empower cross-platform app development. With the introduction of .NET MAUI, businesses now have an opportunity to enhance their app development capabilities. We specialise in assisting companies in transitioning from Xamarin to .NET MAUI seamlessly.

How we can help:

With our solid background and practical knowledge, we are well-equipped to assist businesses in their transition to .NET MAUI. Our experience with both Xamarin and .NET MAUI equips us with the insights necessary to guide your company through this change. Our focus is on ensuring a smooth transition, aiming to minimize disruptions while maximizing the benefits of adopting this new technology.

Introducing .NET MAUI:

.NET MAUI, short for .NET Multi-platform App UI, is Microsoft’s next-generation framework for building native user interfaces and applications across multiple platforms. Built on the foundation of Xamarin.Forms, .NET MAUI offers improved performance, increased productivity, and a streamlined developer experience.

Transitioning to .NET MAUI brings a range of benefits. Businesses can unlock enhanced performance, delivering faster and more responsive applications. Native user interfaces enable seamless integration with platform aesthetics, creating immersive user experiences. With a single codebase, companies can write code once and target multiple platforms, saving time and effort. Embracing .NET MAUI ensures a future-proof solution, as Microsoft invests in ongoing support and updates, keeping businesses ahead of the curve.

We understand that transitioning from Xamarin to .NET MAUI can be a complex process. That’s why our team of experts is dedicated to providing support during your transition process. From assessing your existing Xamarin codebase to guiding the migration process and optimizing performance, we work hard to ensure a smooth and successful adoption of .NET MAUI. If you would like to learn more, feel free to visit our product page for additional insights and customized support.

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Unlocking the power of .NET Blazor: using component libraries for development

XABLU HQ — Sat, 17 Jun 2023 13:54:00 +0000

.NET Blazor is emerging as a game-changer by enabling developers to build interactive web applications using C# instead of JavaScript. This shift not only leverages existing C# skills but also brings new opportunities for performance optimization and component customization. Integrating component libraries with .NET Blazor can significantly streamline the development process, enhance performance, and improve user experience. Whether you’re a software developer, product manager, or technical leader, understanding Blazor’s capabilities will provide valuable insights.

Understanding Blazor

Blazor, part of the .NET ecosystem, allows developers to create web applications using C#. It offers two hosting models: Blazor WebAssembly, where the application runs directly in the browser, and Blazor Server, where the application runs on the server and communicates with the browser via SignalR. Blazor bridges the gap between client-side and server-side development, enabling developers to leverage their existing C# skills to build rich, interactive web applications.

The primary advantage of Blazor lies in its ability to enable code sharing between the client and server. This unified approach reduces development time, simplifies maintenance, and enhances code reusability. Blazor’s component-based architecture further promotes modularity and scalability, making it an ideal choice for modern web development.

The role of component libraries in the development of Blazor

Component libraries are collections of pre-built, reusable UI elements that can be integrated into Blazor applications. These libraries provide a wide range of components, from simple buttons and forms to complex data grids and charts, helping developers save time and effort by avoiding the need to build these elements from scratch.

Using a component library offers several benefits. It accelerates development by providing ready-to-use components, ensures consistency in UI design by adhering to design standards and best practices, enhances the overall user experience with well-tested and optimized components, and simplifies maintenance by reducing the amount of custom code that needs to be managed.

Our development toolkit includes a comprehensive set of components designed to meet a variety of needs, from basic UI elements to advanced data visualization tools. By using our component library, developers can leverage a consistent and high-quality set of components, ensuring that their applications are not only functional but also visually appealing and performant.

Blazor development phases

In the planning phase, teams define the project scope, requirements, and objectives. This phase involves identifying key features and functionalities, selecting the appropriate Blazor hosting model, and choosing the component libraries to be used. Thorough planning sets the foundation for a successful project, ensuring that all stakeholders are aligned and that the project goals are clear.

The development phase is where the actual coding takes place. Developers build the application’s core functionalities, integrating the selected component libraries to create a cohesive and interactive user interface. During this phase, it is crucial to follow best practices for Blazor development, such as component-based architecture, proper state management, and efficient data binding.

Testing is an integral part of the Blazor development process. It involves verifying that the application functions as expected and meets the defined requirements. Testing can be divided into unit testing, where individual components are tested in isolation, and integration testing, where the interaction between different components is tested. Automated testing tools can help streamline this process and ensure comprehensive test coverage.

Once the application has been thoroughly tested, it is ready for deployment. The deployment phase involves publishing the application to a web server or cloud platform. Blazor applications can be easily deployed to services like Azure App Services, AWS, or any other hosting environment that supports .NET applications. Post-deployment, continuous monitoring and maintenance are essential to ensure the application remains performant and secure.

Optimizing Blazor performance

Performance optimization is critical for delivering a fast and responsive Blazor application. Efficient data binding is essential. Blazor supports both one-way and two-way data binding. While two-way data binding is convenient, it can lead to performance issues if overused. Use one-way data binding where possible to minimize unnecessary updates and improve performance.

Lazy loading is a technique where components and data are loaded only when needed. This approach reduces the initial load time and improves the application’s responsiveness. Blazor supports lazy loading of assemblies, which can significantly enhance performance, especially for large applications.

Reusing components not only promotes code reuse but also improves performance. Instead of creating new components for similar functionalities, use existing components and pass different parameters to customize their behavior. This approach reduces the amount of rendering and processing required.

While Blazor allows for JavaScript interoperability, excessive use of JavaScript can degrade performance. Minimize JavaScript interop calls and use Blazor’s built-in functionalities whenever possible to maintain optimal performance.

Customizing Blazor components

Customizing Blazor components allows developers to tailor the UI to meet specific requirements and enhance the user experience. Blazor components can accept parameters, which are used to customize their behavior and appearance. Understanding how to use parameters effectively allows for flexible and reusable components. Use attributes to define component parameters and pass different values to achieve the desired customization.

Styling is an essential aspect of component customization. Blazor supports CSS isolation, which allows for scoped styles that apply only to specific components. Use CSS classes and styles to customize the appearance of components and ensure consistency across the application.

Handling events is crucial for creating interactive components. Blazor supports various event handlers, such as onclick, onchange, and oninput. Use these event handlers to implement custom behavior and enhance the interactivity of components. For example, you can create a custom button component that performs a specific action when clicked.

Template components provide a way to create highly customizable components by allowing developers to define the component’s structure using templates. Use template components to create flexible and reusable UI elements that can be customized with different content and layouts.

Additional Support

If you’re seeking further guidance or support in navigating the crucial choices on your road ahead, or in effectively setting and implementing Blazor components, our team is here to assist. We specialize in offering bespoke training and coaching to integrate these techniques seamlessly into your organization. Our services range from evaluating your current processes to fine-tuning your performance, ensuring a successful adoption of the strategies that best suit your business needs. Remember, the journey to operational excellence and strategic decision-making is as much about people as it is about processes. Here’s a link to an additional resource:

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.NET MAUI, Xamarin Support Ends

XABLU HQ — Sat, 20 May 2023 07:42:19 +0000

Change is inevitable in the world of technology, and as IT professionals, we must adapt to the evolving landscape. One such change that is fast approaching is the end of support for Xamarin, the popular cross-platform development framework. Starting from May 1, 2024, Microsoft will no longer provide fixes, updates, or online technical assistance for Xamarin. It’s time for developers to prepare for the transition to .NET Multi-platform App UI (MAUI), the successor to Xamarin.

What is .NET MAUI?

.NET MAUI (Multi-platform App UI) is the next generation of Microsoft’s cross-platform development framework. It aims to simplify the process of creating native user interfaces for Android, iOS, macOS, and Windows using a single codebase. With .NET MAUI, developers can leverage the power of C# and the .NET ecosystem to build performant and visually appealing applications.

The Benefits of Transitioning:

Improved Performance: .NET MAUI introduces a more efficient rendering system, resulting in faster and smoother application experiences for end-users.
Enhanced UI Framework: With .NET MAUI, developers have access to an updated and modern UI framework that simplifies the creation of cross-platform user interfaces.
Single Project Structure: .NET MAUI promotes a single project structure, eliminating the need for separate platform-specific projects. This streamlines the development process and reduces code duplication.
Native Features and Controls: .NET MAUI provides native access to platform-specific features and controls, allowing developers to deliver a truly native user experience.

Preparing for the Transition:

Familiarize Yourself: Take the time to explore the .NET MAUI documentation, learn about its architecture, and understand the key concepts and differences compared to Xamarin.
Assess Your Xamarin Projects: Evaluate your existing Xamarin projects to identify potential migration challenges and plan accordingly. Microsoft provides resources to assist in migrating Xamarin.Forms projects to .NET MAUI.
Update Dependencies: Ensure that your development environment, such as Xcode and Android SDK, is up-to-date with the latest versions supported by Xamarin before the end of support date.
Plan for Testing and Validation: Allocate time for thorough testing and validation of your migrated projects in the .NET MAUI environment to ensure functionality and compatibility across platforms.

The end of support for Xamarin on May 1, 2024, marks the beginning of a new era in cross-platform development with .NET MAUI. Embracing this transition will empower developers to leverage the latest advancements in technology, enhance application performance, and deliver native experiences to users across multiple platforms. By preparing for the switch and staying up-to-date with the latest guidance from Microsoft, IT professionals can ensure a seamless migration to .NET MAUI and continue to thrive in the ever-evolving world of software development.

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Brewing Beer in the Cloud: Embedded Systems

XABLU HQ — Thu, 11 May 2023 14:37:06 +0000

On the 10th of May, we held a workshop titled “Brewing Beer in the Cloud: Embedded Systems Workshop”. The event was a success, with atten dees learning about the process of brewing beer and how it can be optimized using embedded systems and cloud computing.

The workshop started with a brief introduction to the basics of brewing beer, including the ingredients and equipment needed. We then delved into the role of embedded systems in beer brewing, discussing how sensors and controllers can be used to monitor and regulate the brewing process.

Next, we talked about how cloud computing can be used to further optimize beer brewing. By uploading data from the sensors and controllers to the cloud, brewers can analyze the data and make informed decisions about how to adjust the brewing process for optimal results. We also discussed the potential for using machine learning algorithms to analyze the data and make automated adjustments to the brewing process.

After the presentations, attendees had the opportunity to get hands-on experience with embedded systems by working on a brewing setup that incorporated sensors and controllers. They were able to see firsthand how the sensors and controllers could be used to monitor and regulate temperature, pH, and other factors that affect the quality of the beer.

the “Brewing Beer in the Cloud: Embedded Systems Workshop” was a great success, and we hope to hold more events like this in the future. We would like to thank all of our attendees for their participation, and we look forward to continuing to explore the exciting possibilities of embedded systems and cloud computing in beer brewing.

Stay informed about our follow-up workshops

Stay connected and be the first to know about our future workshops and events! Sign up to receive updates on upcoming workshops, special offers, and exclusive content related to embedded systems development and IoT. Don’t miss out on these exciting opportunities to expand your knowledge and skills in the world of embedded systems.

Register for upcoming events here

Additional Support

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React Native

XABLU HQ — Tue, 22 Feb 2022 15:48:00 +0000

React Native is a JavaScript-based framework for developing cross-platform mobile apps and websites. With a single codebase, it enables the creation of native-like applications for both Android and iOS platforms. Leveraging native components, React Native ensures optimal performance and user experience. This language allows businesses to save time and resources by streamlining the app development process, resulting in faster time-to-market and cost-effective solutions.

The Rising Demand for Cross-Platform Apps In today’s market, businesses need to cater to a diverse user base across different platforms. Cross-platform app development has emerged as a significant trend, allowing organisations to reach a wider audience and maximise their app’s market presence. With React Native, businesses can capitalise on this trend and efficiently develop apps for multiple platforms, gaining a competitive edge in the ever-evolving digital landscape.

How we can help:

We are here to simplify cross-platform app development for businesses. Our expertise in React Native enables us to assist organisations in leveraging this language to its fullest potential. From project planning to deployment, our team ensures a seamless and efficient development process. By utilising React Native, we empower businesses to create high-quality, performance-driven apps that meet the demands of their users.

Improved productivity of development

Simplified Cross-Platform Development: React Native streamlines the development process, allowing businesses to build apps for multiple platforms simultaneously.
Code Reusability: With React Native, developers can reuse a significant portion of their codebase, resulting in faster development and reduced costs.
Native-like Performance: React Native enables the creation of apps with near-native performance, eliminating compatibility issues and ensuring a smooth user experience.
Real-Time Updates: React Native’s Live Reload feature facilitates real-time code changes, making debugging and updates seamless.

Exploring the Power of React Native

React Native is a powerful framework that revolutionises cross-platform app development. With its JavaScript foundation and native UI elements, it provides developers with a versatile toolset for creating efficient and user-friendly applications. By leveraging React Native’s features and capabilities, businesses can optimize their app development process, reach a wider audience, and deliver exceptional user experiences.

The language of React Native offers many advantages for businesses. By leveraging code reuse for both native and cross-platform apps, companies can save valuable time and resources, resulting in faster development cycles and reduced costs. This streamlined approach ensures a consistent user experience across different platforms, fostering customer loyalty and satisfaction. Moreover, the real-time update feature enables developers to make instant changes and fix bugs efficiently, leading to improved app performance and overall quality. With React Native, businesses can achieve efficient, cost-effective, and user-centric app development, empowering them to stay competitive in today’s market.

With our expertise in React Native, we provide comprehensive support to your development team. Through training and coaching, we empower your team to leverage the full potential of React Native and stay updated with the latest best practices. Additionally, we offer assistance in areas such as UX design and DevOps, including tools like SonarQube pull request decoration, to ensure a smooth and efficient development process.

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