Python web development is a widely favored option for building interactive websites and web applications. Python provides a comprehensive ecosystem of frameworks, libraries, and tools that streamline the development workflow, empowering developers to construct scalable and high-performance web solutions.  In this blog, we’ll delve into Python web development, and examine various libraries available for building Python web apps. Let’s check it out! What Exactly is Python Web Development? Python web development involves using the Python programming language to build and maintain websites, web applications, and web services. This process encompasses everything from simple web pages displaying static content to complex, interactive web applications that handle data processing, user authentication, and dynamic content generation. Python web development typically involves server-side coding, where the logic and functionality of the website or application are handled. Developers can use Python to interact with databases, manage user sessions, perform data analysis, and integrate with other web services. Why Should You Use Python for Web Development? Python has become a go-to language for web development, known for its significant advantages that cater to building dynamic and scalable web applications. Here are key reasons that make Python a top choice for developers in the web domain. #1 Readability and Simplicity Python's syntax is renowned for its clarity and brevity, which underscores the language's focus on code readability and straightforward maintenance. Developers can convey complex ideas with fewer lines of code, enhancing the speed and efficiency of the development process. This simplicity makes Python approachable for newcomers and allows seasoned programmers to work more productively and collaborate seamlessly. #2 Large and Active Community The Python ecosystem is supported by a vast and enthusiastic community of developers who contribute to its continuous enhancement and provide assistance. There's an abundance of libraries, frameworks, and tools developed by the community that cater specifically to web development needs. This wealth of community resources empowers Python with versatile solutions for diverse web development challenges. #3 Extensive Libraries and Frameworks Python's rich set of libraries and frameworks greatly eases web development tasks. Django, a flagship Python framework, offers a comprehensive toolkit for crafting intricate web applications, equipped with out-of-the-box capabilities like user authentication, database ORM, and URL routing, adhering to the MVC design pattern. Flask, another popular choice, is a micro-framework that grants developers more flexibility in structuring their applications. Along with other frameworks like Pyramid and Bottle, they lay a solid groundwork that boosts development productivity. #4 Scalability and Performance Python stands out for its ability to scale and perform adeptly under the demands of high-traffic web services. Features such as asynchronous programming enable Python frameworks like Django and asyncio to handle multiple concurrent requests effectively, optimizing server utilization. Furthermore, Python's compatibility with other programming languages allows for the integration of high-performance components written in languages like C or C++, enhancing performance where necessary. #5 Integration and Compatibility Python's flexibility shines in its seamless integration with a wide array of technologies. It supports a multitude of databases, from traditional SQL databases like MySQL…

As we step into the new year, generative AI is transforming how we work, create, and innovate. From writing content to designing visuals and coding, these generative AI tools are making tasks easier and more efficient.  According to Statista’s statistics, generative AI is cutting down the time it takes to create content by 40%. If you're looking to stay ahead in the tech game, in this blog, we’ll give you the top 10 generative AI tools you should master in 2024. Let’s get started! What Exactly is Generative AI? Generative AI refers to a category of AI technologies and algorithms designed to generate new content or data that is similar to but not identical to the training data it has been fed. This can include text, images, music, voice, videos, and other forms of media or digital content.  A well-known example of generative AI is GPT, which generates human-like text based on the input it receives. These systems rely on complex neural network architectures, such as deep learning and machine learning models, to generate content that can be surprisingly creative and nuanced. The key aspect of generative AI is its ability to create content that was not explicitly programmed or inputted into the system. Instead, it learns from examples to produce entirely new creations that maintain the essence or style of the input data, making it a powerful tool for a wide range of applications, from content creation and design to solve complex problems in innovative ways. Generative AI Tools’ Roles in the Digital Era Generative AI tools are really changing the game in so many areas, and it's pretty exciting to see! Imagine having a tool that can help whip up everything from cool graphics to new software features. That's where generative tools AI come in, making things faster, more creative, and super innovative. Content Creation: In the world of content creation, writers, marketers, and all sorts of creative people are teaming up with generative AI tools to make magic happen. They're using these cool generative AI tools to whip up content faster, making their whole process smoother and cutting down the time they spend on creating stuff by a whole 40%!  Art and Design: Artists and designers are having a breakthrough with generative AI tools, using them to make all kinds of cool art, drawings, and designs that really push the envelope on what's creatively possible. There's even a study that showed when they mix generative AI tools into their design work, they come up with 75% more fresh and attention-grabbing ideas than before. It's like having a creativity turbo-boost! Writing Code: For developers, generative AI tools are like a superhero for coding! It's making coding way easier by coming up with little bits of code on its own, spotting about 30% more bugs than usual, and even offering the best fixes for tricky problems. This means coders can get their work done quicker and make their code even better. Healthcare: In the world of medicine, generative AI…

In the constantly changing world of technology, custom mobile app development is essential for business expansion. These apps, customized to meet your specific requirements, provide a distinct advantage by improving user interaction and satisfaction. So, learn why choosing to invest in custom mobile app development is a smart decision for your enterprise. In this blog, we’ll delve into the definition of custom mobile app development, and also explore some more about the world of it. Now, let’s get started! What Exactly Is Custom Mobile App Development? Understanding the concept of custom mobile app development is important for companies looking to succeed in the current technology-centric environment. This part highlights the importance of customizing mobile apps to fit your unique requirements and objectives. For those who don’t know, custom mobile app development is the process of creating mobile apps that are specifically tailored to meet the unique requirements and goals of a business. Unlike off-the-shelf apps that offer a general set of features for a broad audience, custom mobile apps are designed with a particular set of functionalities, UI, and UX in mind, catering to the specific needs of the app’s intended users. The custom mobile app development process encompasses the entire cycle of app creation, from ideation and design to development, testing, and deployment. Custom mobile app development ensures that the final product aligns closely with the client’s objectives, integrates seamlessly with their existing systems, and addresses the unique challenges and opportunities of their market or industry. What Are Some Key Characteristics of Custom Mobile App Development? Tailored Approach In contrast to generic apps that provide a universal solution, custom apps are designed to meet the precise objectives and aspirations of a business, ensuring alignment with the company's brand and values. Adaptability and Scalability As a business progresses and transforms, its app needs may shift. Custom apps can be readily adjusted and scaled to meet these evolving requirements, maintaining their relevance and efficacy over time. User-centered Design These apps are developed with the end-users in mind, aiming to deliver a user-friendly and engaging experience. By addressing the specific preferences and challenges of the target audience, developers can craft an interface that is both easy to use and appealing. Security With businesses frequently handling sensitive information and customer data, ensuring the security of this data is a priority. Custom apps provide the opportunity to implement strong security protocols, minimizing the risk of data breaches and safeguarding user information. Seamless Integration Custom mobile apps offer seamless integration with existing business systems and software, facilitating efficient data flow and enhancing productivity across various business operations. Whether it's integrating with customer relationship management systems or inventory management tools, custom apps can be designed to complement and enhance existing workflows. > Related: Top 10 Leading Mobile App Development Companies in Hong Kong Two Outstanding Features of Custom Apps #1 Personalized Approach and Custom Features This customization begins with an in-depth analysis of the business's goals and needs. Developers work closely with company stakeholders to understand…

In the realm of cross-platform development, many frameworks will help businesses create a mobile app that can be active on both iOS and Android devices. In fact, Flutter and React Native stand out as two leading contenders. Each of these platforms brings its own set of pros and cons, leaving many app builders and businesses in a quandary over which one to choose.  As entering 2024, we bet that you don’t know what framework is better for cross-platform development! So, which one is better for your cross-platform app? In this blog, we’ll answer your questions. Now, let’s get started! What is Flutter? Flutter is a free and open-source tool for building mobile apps, created by Google. It’s designed so developers can write one set of code to make apps for both iPhone and Android phones. What does this mean? Developers don’t have to write everything twice, which saves a lot of time and effort. The heart of Flutter is Dart, a programming language by Google. Dart, combined with Flutter’s approach to programming, makes app development less complicated and more efficient. Flutter is great for designing complex app interfaces easily, thanks to its sophisticated layout capabilities. What’s more, Flutter comes packed with a set of built-in features and libraries that are specific to each mobile platform. This is handy because developers can make apps that feel right at home on both Android and iOS without needing to learn two separate languages. Flutter stands out because it’s totally free and open for anyone to use. So, this makes Fluter a perfect starting point for anyone wanting to dive into making mobile apps. Its quick update times, comprehensive features, and support for a wide range of devices offer developers robust and straightforward to craft attractive and useful mobile apps. > Related: Top 5 Popular Backend for React Native What is React Native? React Native, developed by Facebook, is a JavaScript framework designed for building mobile apps that work on both iOS and Android from a single codebase. It leverages the React library, known for its efficiency in building user interfaces, to help developers craft high-quality mobile apps with ease. The key advantage of React Native is its ability to allow for cross-platform development, meaning developers can write one set of code that runs on both major mobile platforms, saving time and reducing cost. This framework offers a wide range of features that streamline the app development process. For instance, developers can tap into native device functionalities like the camera, GPS, and phone contacts. This enables the creation of rich, full-featured apps. React Native also supports a wide array of UI components and integrates well with other popular libraries, such as Redux for state management, enhancing app functionality and user experience. One of the standout tools within React Native is hot reloading. This feature allows developers to see the effects of their code changes in real-time, without restarting the app, making the development process faster and more efficient. Overall, React Native is a powerful…

Creating a mobile app is like cooking a gourmet dish. It requires the right ingredients, timing, and a touch of creativity. As we enter 2024, the mobile app development landscape is more exciting and challenging than ever. But just like cooking, a small mistake can turn a promising app into a digital disaster. This blog will list the top 10 mobile app development mistakes, ensuring your app shines in the crowded marketplace. Why Should We Avoid Mobile App Development Mistakes? Avoiding mobile app development mistakes is crucial for several reasons, each impacting the overall success and sustainability of the app. Let’s check below! #1 Enhances User Experience A flawless mobile app provides a smooth and enjoyable user experience, which is fundamental to its success. Mistakes like poor navigation, slow load times, and crashes can frustrate users, leading them to abandon the mobile app. By avoiding these mobile app development errors, developers ensure users have a positive interaction with the mobile app, increasing user retention and satisfaction. #2 Improves Mobile App Performance Performance issues can make or break a mobile app. Common mistakes such as memory leaks, inefficient database queries, and not optimizing for different devices can severely degrade a mobile app's performance. By focusing on efficient coding practices and thorough testing, developers can ensure the app runs smoothly, providing a seamless experience across various devices and platforms. #3 Boost Mobile App Security Security is a top priority in mobile app development. Neglecting security can lead to data breaches, putting user data at risk and damaging the developer's reputation. Avoiding security flaws like weak encryption, insecure data storage, and insufficient authentication mechanisms is essential to protect sensitive information and build trust with users. #4 Ensures Market Competitiveness The mobile app market is highly competitive, with millions of apps vying for attention. So, mobile app development mistakes can result in a subpar product that fails to stand out. By prioritizing quality, usability, and unique features, developers can create an app that captures and retains users' interest, ensuring it remains competitive in the crowded marketplace. #5 Reduce Development Costs and Time Mistakes in the mobile app development process can lead to increased costs and extended timelines. Revisiting and correcting errors often requires significant resources and can delay the app's launch. By adopting best practices and thorough planning from the outset, developers can streamline the mobile app development process, reducing costs and ensuring timely release. > Related: Everything About Microservices You Should Know Top 10 Mobile App Development Mistakes to Avoid in 2024 #1 Skipping Market Research Why do we say that skipping market research is one of the top 10 mobile app development mistakes to avoid? In today’s digital world, releasing a mobile app without doing a lot of market research first is like trying to find your way to a new place without a map. This mobile app development mistake could lead to bad choices and an app doesn’t fit what its users want. Skipping this important step can waste a lot…

In today's digital age, APIs serve as the backbone of software communication. It enables diverse applications to interact, and share data.. in ways that were unimaginable just a few decades ago. Whether you're a budding developer, understanding APIs is necessary to learn a new language that opens doors to endless possibilities in technology. In this blog, we’ll explain what APIs are and why they’re so important in today’s interconnected digital ecosystem. Moving forward, we also explore some different types of APIs, how they work, and the roles they play in the applications we use every day. Now let's get started! What is An API? Basically, an API, which stands for “Application Programming Interface”. It is a collection of protocols that allow different software components to interact and share data. By defining clear methods for requesting and receiving data, APIs facilitate the integration and interaction between different software components. Then, it makes it possible to build complex systems from simpler, modular parts. This allows developers to leverage existing services and data, enhance the capabilities of their applications, and create more efficient, scalable, and interoperable software solutions. How to Work APIs? APIs facilitate the exchange of data among applications, systems, and devices via a sequence of requests and responses. When a user interacts with an app to request data, this request is forwarded to the API. The API then retrieves the data and sends it back to the user. Consider it as restaurant services. The diner represents the mobile app user, placing an order through a waiter. The waiter acts as the API, taking the customer’s request. The waiter then converts it into a format that the kitchen - similar to the API server - can easily process, sometimes employing specific codes or shorthand understood by the kitchen staff. Then, the kitchen prepares the meal as per the diner’s request and hands it back to the waiter, who then servers it to the diner. When the metaphor is clear, you can delve further into the complexity of an API, beginning with the API client. This component crafts requests based on user interactions and sends them to the correct API endpoint. Endpoints, which are Uniform Resource Identifiers (URIs), act as gateways to particular resources within a database. For instance, to view all products in an e-commerce store, the API client would send a GET request to the /products endpoint. What are Some Types of APIs? APIs come in various types, each serving different purposes and use cases in the digital ecosystem. The main types of APIs are: Category  Description Web APIs Web APIs, also known as Internet APIs, provide interfaces for interacting with web services over the HTTP protocol. They are commonly used to enable web apps to communicate with each other and with servers, facilitating data retrieval, manipulation, and storage over the web. Public APIs These are publicly available for developers and other users with minimal restrictions. Public APIs are designed to access an organization’s data and extend the functionality of apps…

In today’s digital era, mobile apps have emerged as the foremost platform for businesses to engage with their customers. Have you ever heard about “in-app notifications” before? Flutter, an open-source UI toolkit developed by Google, has established itself as a transformative force in mobile app development amidst a sea of programming languages and frameworks. An important element that greatly influences user engagement and the success of businesses within mobile apps is the interaction of in-app notifications. In this article, we will explore the advantages of incorporating in-app notifications in apps built with Flutter and how they can fuel your business growth. What are In-App Notifications? In-app notifications refer to messages or alerts that are delivered directly within a mobile app to its users. Unlike traditional push notifications that appear on the device’s home screen, in-app notifications are displayed while the user is actively using the app. These notifications can take various forms, such as banners, pop-ups, overlays, etc. They are designed to provide relevant and timely information to the app users. It serves multiple purposes, including: User engagement: In-app notifications help to keep users informed, engaged, and connected with the app by delivering personalized and targeted content. This can include updates about new features, promotions, discounts, and relevant news. User retention: By sending reminders, recommendations, or personalized offers, in-app notifications can encourage users to revisit the app and continue using it. As a result, this can help improve user retention rates, and increase the chances of converting users into loyal customers. Conversion and monetization: In-app notifications can be used strategically to drive conversions and monetization within the app. For instance, it can promote special offers, and discounts, encouraging users to make purchases. > Related:Top 10 App Development Companies in Vietnam for 2024 Some Benefits of In-App Notifications for Flutter Apps So now, the question is “How does Flutter improve the functionality and effectiveness of in-app notifications?”. The answer lies within its core attributes, namely cross-platform compatibility, customizability, performance, and cost-effectiveness. Cross-platform compatibility: With Flutter, you can build apps that are compatible with multiple platforms, including iOS, Android, and even the web. This means you can implement in-app notifications once and have them work seamlessly across different devices and operating systems. It eliminates the need for separate implementations for each platform, saving time and effort. Moreover, users on both platforms will enjoy a consistent level of engagement, thereby enhancing user satisfaction. Hot reload: Flutter's Hot Reload feature revolutionizes the app development process by allowing developers to instantly see real-time code changes without having to restart the entire application. This powerful tool significantly reduces development time, enabling quick iterations and fostering an environment conducive to experimentation and innovation. For more detailed insights into this feature, you can refer to the FlutterDevs portal. Firebase Cloud Messaging Integration: By incorporating Firebase Cloud Messaging (formerly known as Google Cloud Messaging), you can seamlessly enable notification capabilities on both Android and iOS devices using a single codebase. This integration simplifies the creation and delivery of push…

If you’re a Python developer, you might be familiar with the concept of “pipelines”. But what exactly does it mean? And what benefits do pipelines offer? In this blog, we’ll delve into the concept of pipelines in Python, and the advantages they bring to your code in terms of readability and efficiency. What are Pipelines in Python? So, what are pipelines in Python? For those who don't know, pipelines serve as a systematic arrangement of continuous operations or functions designed to handle data. The output of each operation serves as the input for the subsequent one, creating a continuous flow until the ultimate result is achieved. Conceptually, pipelines can be visualized as a sequence of interconnected pipes, facilitating the smooth flow of data from one pipe to another, undergoing various transformations or manipulations occurring throughout the process.  Solution 1: Creating a Loop An approach to do this involves creating a loop that iterates the list and applies each operation one by one, storing the intermediate outcome in a new list. For example: This code works, but it’s not very clean or efficient. It makes three new lists, taking up memory and making the code harder to follow. Plus, it involves writing four loops, which can be a bit tedious and error-prone. > Related: App Development for Your Business - Detailed Guidance Solution 2: Use a Pipeline A smarter way is to use a pipeline. Think of it like a series of connected steps. Instead of creating extra lists and loops, you can link the operations together. To do this, we can use the built-in map and filter. These functions apply a given operation to each element of a group without creating extra lists. There are also the sum and len functions that calculate the total and length of an iterable, respectively. Here’s an example to illustrate this idea: This new code is shorter and simpler than the previous one. It avoids creating extra lists or loops and makes it clear how data moves from one step to the next. However, it’s not super easy to read because it uses nested map and filter calls, which might be confusing. Solution 3: Use the Pipeline Function A better way to make the code more readable is by using the pipe function from the toolz library. The pipe function takes an initial value and a sequence of functions. It then applies each function to the result of the previous one, making it easier to understand the overall flow of the code. For instance: This new code is easier to understand and more elegant compared to the old ones. It clearly shows the sequence of operations that are applied to the data, and it doesn’t use complicated nested calls or extra lists in between. The pipe function makes the code look like a series of connected steps, where the data smoothly goes from one action to the next. Why You Should Use Pipelines? Pipelines are used for several reasons, providing a structured and efficient…

Blockchain gaming is no longer a niche experiment — it’s one of the fastest-evolving segments of Web3. According to DappRadar’s 2024 Industry Report, blockchain games accounted for over 35–40% of all blockchain activity and consistently attracted 1.2–1.5 million daily active users across major chains. Meanwhile, a MarketsandMarkets 2024 forecast projects the global blockchain gaming market to surpass $65 billion by 2027, driven by asset ownership, interoperable ecosystems, and player-driven economies. This blockchain game development guide breaks down everything you need to know: how blockchain is integrated into games, development architecture, tools, costs, top examples, and the future of Web3 gaming — all explained from real industry experience rather than hype. What is Blockchain? Blockchain is a decentralized digital ledger that records data across thousands of computers instead of storing everything in one central database. Every action (a “transaction”) is grouped into a block, and once that block is verified, it’s added to the chain permanently — making the data nearly impossible to alter or fake. Instead of one company controlling the game’s database, blockchain distributes ownership and validation across a network. No single party can secretly change the rules, edit player assets, or manipulate in-game economies. That’s why blockchain became such a powerful foundation for Web3 games — players can truly own their items, and developers can create ecosystems that are transparent, tamper-resistant, and built for long-term value. From my experience in blockchain and gaming projects, the biggest shift isn’t just the technology — it’s the trust model. Players are no longer dependent on a publisher to maintain records of items, currencies, or achievements. Ownership moves from “the game server” to the player’s wallet, which completely changes how economies, trading systems, and progression loops can be designed. What Are Blockchain Games? Blockchain games are video games that integrate blockchain technology to give players verifiable ownership of in-game assets, currencies, and progression. Instead of items being locked inside the game’s database — fully controlled by the publisher — blockchain games store key game assets on a decentralized network. Players hold these assets in their digital wallets, meaning they can trade, sell, or use them independently of the game operator. A simple way to think about it: In traditional games, you earn items but the company still owns them. In blockchain games, you own items in a way that exists outside the game itself. From real development experience, blockchain games typically incorporate elements like: Tokenized assets (NFTs) such as characters, skins, or equipment On-chain currencies that fuel in-game economies Player-driven markets where supply/demand isn’t artificially controlled Provably fair mechanics, especially for RNG-driven games or loot systems Interoperability, letting assets move across games or platforms But the real difference isn’t just the tech — it’s the economic model and player relationship. Players become stakeholders in the ecosystem rather than passive consumers. This shifts how we design progression, scarcity, value loops, and reward systems. A sword is no longer “just data”; it becomes a real asset with traceability, liquidity, and sometimes real monetary value.…

As we strive into 2024, the realm of UI/UX design is undergoing yet another profound transformation. Balancing aesthetic and functionality, and satisfying the expectations of an increasing audience become more urgent than ever before.  According to Qualtrics, 80% of customers claim that a positive customer experience is more important than price when making a purchase. Kissmetrics’ survey shows that 47% of website visitors form an opinion about a company based on its website design. Moreover, aesthetically pleasing websites generate 50% more traffic than ones with poor design. In this article, we will explore the top 7 UI/UX design trends in 2024 that are poised to revolutionize the digital experience. Then, by presenting solutions and highlighting growth opportunities, we aim to provide a comprehensive understanding of the dynamic landscape ahead. Let’s begin! Generative Design The first UI/UX design trend is generative design. Now, imagine a design tool that doesn’t just follow your instructions. However it actively suggests innovative possibilities, adapts to user needs in real time, and generates variations on your ideas. That’s the magic of generative design! It’s not just about automation! It's about AI-powered collaboration that pushes the boundaries of creativity and efficiency. We have found some reasons why generative design will be a UI/UX design trend in 2024, such as: Exploding the Idea Box: Generative design tools can analyze your design goals, and user data to automatically generate a multitude of design options. This opens up new avenues for exploration, helping UI/UX designers break free from creative ruts and discover unexpected solutions. Creating Dynamic and Personalized Experiences: Imagine interfaces that adapt to different user preferences, screen sizes, or even real-time data. Generative design allows you to create dynamic UI elements that change based on context, providing a unique and personalized experience for each user. While the potential of generative design is immense, it’s important to remember that everything has its own cons. Challenges like algorithmic bias, explainability, and user trust must be addressed before widespread adoption. Bold Typography Whether you’re aiming for attention-grabbing impact or clear communication, bold typography is a powerful tool in your UI/UX design in 2024. In today’s information-overloaded world, attention is a precious commodity. Bold fonts grab eyeballs instantly, making your message stand out from the digital noise. Just imagine, it is like shouting in a crowded room which people are bound to notice. Website: Henriquez Partners Architects The strategic use of bold typography injects personality and emotional impact. Bold fonts can evoke a wide range of emotions, from excitement and curiosity to seriousness and trust. Choosing the right typeface and weight can set the tone for your entire interface, creating a unique and engaging user experience. Furthermore, if you want your web design more attractive, you can even mix bold typography with other various styles. Website: Wokine.com >> Related: Japanese Website: A Global Phenomenon in the Digital Realm Complex and Animated Gradients In 2024, complex and animated gradients have taken the design scene by storm. This captivating and dynamic dimension has revolutionized digital…

Learning how to use ChatGPT to write code isn’t about letting AI take over your job; it’s about making your workflow smarter, faster, and less repetitive. At AMELA Technology, we’ve used ChatGPT to build real production systems — from small Python scripts to full API modules — and what we’ve learned is simple: the results depend on how you ask. When you structure your prompts right and guide ChatGPT like a junior developer, it delivers surprisingly clean, testable, and even optimized code. In this blog, you’ll find battle-tested example prompts and practical tips to get high-quality code without endless tweaking. Why Use ChatGPT for Coding? Honestly, if you’ve ever wrestled with a stubborn bug at 2 a.m., you’ll get why ChatGPT is a game-changer for developers. It’s like having that one genius teammate who never sleeps and always has a clean code snippet ready. At AMELA Technology, we use ChatGPT daily — to brainstorm ideas, generate boilerplate code, refactor messy functions, or debug stuff that just won’t run. It doesn’t replace real dev work, but it turbo-charges it. You throw in a quick prompt, and boom — you’ve got a working draft in seconds. What makes it truly powerful is how flexible it is. You can ask ChatGPT to: Explain a function you don’t fully understand. Generate boilerplate code for a new feature. Debug a snippet that keeps throwing an error. Optimize your existing code for readability or performance. For us, it’s become less of a “cool AI trick” and more of a go-to coding buddy that keeps projects moving fast when things get messy. [caption id="attachment_2205" align="aligncenter" width="1024"] How to prompt chat gpt for coding[/caption] How to Use ChatGPT to Write Code (Step-by-step Guide) Here’s the workflow we use at AMELA to get useful, shippable code out of ChatGPT without spending hours cleaning it up. 1. Define what you need — clearly and specifically The biggest mistake people make is asking vague things like “write a Python script” or “build a login system.” ChatGPT isn’t a mind reader — it performs best when you give a tight scope and clear parameters. Before you hit enter, make sure your request includes these 5 basics: Task – What exactly should it do? (e.g., “create an API endpoint that uploads an image to AWS S3”). Tech stack – Specify language, framework, and versions (e.g., Node.js + Express, Python 3.11). Inputs/outputs – Define what data it should handle and return. Constraints – Mention performance, security, or dependency rules (e.g., “avoid external packages”). Output format – Tell it what you want: a function, a class, or a complete file. Pro tip: If your task takes more than three lines to describe, it’s too big. Break it into smaller chunks. ChatGPT works best in short sprints. 2. Ask for a plan first — then the code When working with complex logic or multiple files, start by asking ChatGPT to outline its approach before writing code. For example: “Before coding, give me a brief plan with…

In today’s interconnected world, where websites and web applications play a vital role in our daily lives, ensuring security and protecting user data is of paramount importance. One crucial security measure that helps safeguard user information is the Same Origin Policy (SOP). In this article, we will explore the concept of Same Origin Policy, its necessity, implementation, and some of its limitations. So, what is Same Origin Policy? SOP refers to an important security policy aimed at preventing websites from attacking each other. It is a fundamental security concept implemented by web browsers to regulate the interaction between web pages or web applications from different origins. An origin is defined by a combination of the protocol (such as HTTP or HTTPS), domain, and port number. The SOP acts as a virtual barrier that prevents scripts and other web resources from accessing or manipulating data across different origins.  For example, you can consider the following URL: To illustrate, suppose you are browsing a website, “www.mywebsite.com”. According to the Same Origin Policy, any JavaScript code running on that webpage is restricted from making requests or accessing data from other domains, like “www.anotherwebsite.com”. This restriction ensures that sensitive information, such as cookies or user credentials, cannot be accessed by malicious actors. > Related: Single-Page Application (SPA): Pros and Cons in Web Development Why SOP is necessary? Protect against Cross-Site Scripting (XSS) Attacks: XSS attacks occur when an attacker injects malicious scripts into a trusted website, allowing them to steal sensitive user information or manipulate the content of the webpage. The Same Origin Policy prevents the execution of such malicious scripts by restricting their access to resources from different origins. Prevent Cross-Site Request Forgery (CSRF): CSRF attacks involve tricking users into performing unintended actions on a web application. The Same Origin Policy prevents unauthorized websites from making requests on behalf of the user to another website, mitigating the risk of CSRF attacks. Isolate User Data: By enforcing the Same Origin Policy, web browsers ensure that sensitive data, such as cookies or local storage, is accessible only to web pages from the same origin. This isolation prevents unauthorized access to user data, enhancing privacy and security. Some limitations of Same Origin Policy While SOP is an essential security mechanism, it does have certain limitations:  Cross-Domain Sharing: The SOP restricts access to resources across different origins. While this provides security, it can also hinder legitimate use cases where cross-domain sharing is required, such as embedding content from external sources. Third-Party Dependencies: Modern websites often rely on third-party scripts and services. These scripts might require access to user data or interact with resources across origins. However, due to the Same Origin Policy, such interactions may require additional security measures, like CORS, to allow controlled access. Subdomain Restrictions: The SOP considers subdomains as separate origins. Therefore, scripts running on "subdomain.example.com" cannot access resources from "example.com" unless explicit cross-origin permissions are established. To sum up, the Same Origin Policy is a vital security mechanism implemented by web browsers to…