Singapore's tech industry is experiencing a surge, and at the forefront are IoT companies. The IoT is revolutionizing every aspect of our lives, and Singapore companies are at the cutting edge, developing innovative IoT solutions that are transforming businesses and industries. This blog dives into the top 10  IoT companies in Singapore. We'll explore their areas of expertise, their IoT solution, and why they're leading the charge in Singapore's IoT revolution. Now, let’s get started! Top 10 IoT Companies in Singapore Singapore has rapidly emerged as one of Asia’s most advanced IoT ecosystems, fueled by its Smart Nation initiative and strong digital infrastructure. From smart factories to sustainable cities, IoT companies here are redefining efficiency, safety, and customer experience. Below is a review of the top 10 IoT companies in Singapore—featuring local leaders and global partners shaping the region’s connected future. IoTalents Merging IoT, AI, and HR to revolutionize workforce management IoTalents stands out for applying IoT and AI to human resource optimization — a rare but impactful intersection. Their solutions help enterprises track employee productivity, workspace utilization, and operational workflows in real time. The company’s proprietary platforms use sensor-based analytics and predictive algorithms to help managers make data-driven workforce decisions. IoTalents has gained traction among organizations modernizing their smart offices and HR systems, helping them achieve measurable improvements in efficiency and engagement. Why it matters: IoTalents showcases how IoT can go beyond machines — optimizing people and processes for the digital workplace of tomorrow. Envision Digital Driving Singapore’s sustainable smart city transformation Envision Digital is synonymous with Singapore’s Smart Nation and green tech initiatives. The company’s IoT and AI-powered platforms are central to energy management and carbon reduction projects across Southeast Asia. Their flagship solution, EnOS™, connects and optimizes assets from solar panels to industrial plants, enabling enterprises to achieve greater energy efficiency and sustainability compliance. Envision Digital’s role in smart grid and smart building systems has made it a cornerstone of Singapore’s drive toward carbon neutrality — proving that IoT isn’t just about data, but about building a cleaner future. [caption id="attachment_4363" align="aligncenter" width="1024"] Envision - IoT Firm[/caption] Linkwise Technology Industrial IoT specialists powering automation and control With over two decades of experience, Linkwise Technology has established itself as a reliable partner for industrial automation and facility management. Their solutions enable seamless control of complex systems — from HVAC and water treatment to large-scale manufacturing plants. What makes Linkwise particularly strong is its focus on reliability and integration. Their IoT hardware and software systems ensure real-time visibility and instant fault detection, reducing downtime in mission-critical environments. Bottom line: If you’re in heavy industries or utilities, Linkwise’s IoT systems are built for precision, durability, and scalability. [caption id="attachment_4364" align="aligncenter" width="1024"] Linkwise - IoT companies in Singapore[/caption] SmartEdge Systems End-to-end IoT integrator enabling smart manufacturing and energy management SmartEdge Systems has built a strong reputation as a full-stack IoT solutions provider for industrial and enterprise clients. The company’s platform integrates hardware sensors, edge devices, and analytics dashboards to deliver real-time…

The Internet of Things (IoT) is quietly transforming how we live, work, and interact with technology — and behind every smart device or connected system stands a skilled IoT developer.  So, what is an IoT developer responsible for, and what does their role actually look like? In this blog, we’ll break it down clearly — from what IoT development really means, who IoT developers are, and the core responsibilities and skills they need, to where you can find them and what the global job market looks like. Let’s dive in and explore what makes IoT developers one of the most in-demand (and future-proof) roles in today’s tech landscape. What is IoT development? The main goal of IoT development is to make commonplace objects intelligent by providing them with the ability to gather data, speak to each other, and make choices on their own. It's where the real world and the digital world come together. IoT (Internet of Things) development is the process of creating systems that connect devices, sensors, and software via the internet, enabling them to exchange information in real-time. IoT is when things like a coffee maker start brewing as soon as your alarm goes off or a factory sensor sends you a message before a machine gets too hot. A typical IoT setup includes a few key layers: Devices and sensors that gather data — like temperature, motion, or humidity. Connectivity that keeps everything talking — Wi-Fi, Bluetooth, LoRaWAN, you name it. Cloud or edge systems that process the data, often using AI for smart decision-making. User apps or dashboards where you can see what’s happening and control it all. >>> Related: Top IoT Projects You Should Know Who is an IoT Developer? An IoT developer is the person who makes smart devices actually smart — designing, coding, and connecting the hardware, software, and cloud systems that power the Internet of Things. In other words, an IoT developer is like the bridge between physical devices and digital intelligence. They’re the ones who make sure your smartwatch tracks your heartbeat accurately, your smart fridge knows when you’re out of milk, and your factory sensors report real-time data without crashing the system. What makes IoT devs special is that they’re half software engineer, half hardware geek. They know how to write clean code, solder a board if needed, and figure out why a sensor suddenly stopped sending data at 3 a.m.. What is an IoT Developer Responsible for? In my experience, a great IoT developer is part architect, part troubleshooter, and part storyteller — someone who can take sensor data from a warehouse floor and turn it into insights a business can act on. Here’s what that looks like in practice: Designing and Developing IoT Architecture Everything in IoT starts with architecture — the blueprint of how devices, networks, and cloud systems interact. An IoT developer designs this flow: which sensors to use, how they connect (Wi-Fi, BLE, LoRa, Zigbee), and how data moves through gateways and APIs to…

Behind every seamless digital experience — from your mobile banking app to an AI chatbot — there’s an API quietly doing the heavy lifting. APIs (Application Programming Interfaces) are the connective layer that allows software systems, applications, and devices to communicate effortlessly. In this article, we’ll explore what APIs are, their key advantages, and real-world API use cases across industries like finance, e-commerce, healthcare, and AI. What Is an API (Application Programming Interface)? The invisible layer powering modern software and business connectivity In short: An API (Application Programming Interface) is a software bridge that allows two different systems or applications to communicate and share data securely and efficiently. APIs define how software components interact — specifying what data can be requested, what actions can be performed, and in what format the information should be exchanged. They act as the messenger and translator between programs, ensuring that systems built in different languages or platforms can still work together seamlessly. Think of an API as a restaurant waiter. You (the user) don’t go into the kitchen to cook your food — you give your order to the waiter, who delivers it to the kitchen and then brings back your meal. Similarly, an API takes your request to a system, tells it what you want, and returns the data or action result without exposing the system’s internal complexity. Different types of APIs Before diving into API use cases, you should understand how they fit into your tech stack. Here are the main categories: Type Purpose Common Use Open APIs (Public APIs) Accessible to external developers or third parties Used by startups and partners to extend service reach (e.g., Google Maps API) Internal APIs Used within an organization to connect internal systems Streamline backend workflows and reduce manual data entry Partner APIs Shared selectively with business partners Enable B2B integrations securely Composite APIs Combine multiple services or data sources into one endpoint Useful in microservices architectures and enterprise platforms Each serves a different purpose — but together, they make modern software ecosystems more modular, connected, and efficient. API Advantages: Why APIs Matter for Businesses? APIs aren’t just technical tools — they’re what make today’s digital world actually work. They connect apps, automate workflows, and help businesses scale faster with less effort. Here’s why they matter: Seamless integration APIs let different systems — CRM, ERP, e-commerce, and analytics tools — talk to each other automatically. That means no manual data transfers, fewer errors, and real-time synchronization across your business. Faster innovation Instead of rebuilding every feature, teams plug in ready-made APIs (like Stripe for payments or Google Maps for location). This cuts development time from months to days and keeps companies agile in fast-moving markets. Better user experience Every “smart” digital feature — live tracking, instant logins, real-time updates — exists thanks to APIs. They create a smooth, connected experience across apps and devices. Data-driven operations APIs pull information from multiple sources into one place, enabling instant insights instead of delayed reports. It’s what powers live…

Transportation app development is transforming global logistics — bringing real-time tracking, automation, and smarter decision-making to every step of the supply chain. The global Transportation Management System (TMS) market was valued at $15.4 billion in 2023 and is projected to reach $32.6 billion by 2030, growing at a CAGR of 14.8%, according to Statista (2024).  This isn’t just a trend — it’s a global shift. Logistics providers are realizing that digital tools like real-time tracking, predictive analytics, and automation are now essential to stay competitive. At AMELA Technology, we’ve worked with clients worldwide to design transportation apps that reduce costs by up to 25%, improve route efficiency, and deliver measurable ROI within the first year. In this guide, you’ll learn everything you need to know about transportation management app development — from system types and must-have features to real-world challenges, best practices, and step-by-step development insights based on our experience helping logistics companies go digital. Types of Transportation Management Systems (TMS) Not every Transportation Management App serves the same purpose. Some are built for complex global logistics, others for agile startups running lean fleets. Choosing the right type isn’t about trends — it’s about how your business actually moves goods. Here’s how I usually explain it to clients when we start designing a transportation management app: Enterprise or Integrated TMS This is the powerhouse version — the kind you’ll find inside global manufacturers or logistics corporations. It ties directly into ERP and warehouse systems, giving complete visibility across supply chains. In real projects, I’ve seen this type cut manual work by 30–40% just by automating shipment planning and audits. Cloud-Based (SaaS) TMS The modern standard. Cloud systems are easy to roll out, simple to scale, and don’t require an IT army to maintain. For fast-growing businesses, this model is gold — it lets them plug into carrier APIs, GPS data, and analytics dashboards in weeks, not months. On-Premise TMS Still relevant in industries that can’t afford cloud dependency. I’ve worked with transport firms that needed total data control — especially when dealing with confidential or government contracts. It’s more expensive upfront, but once it’s fine-tuned, it runs like a sealed, private engine. Freight Brokerage TMS Think of this as the connector between shippers and carriers. It automates quoting, load tracking, and paperwork — the kind of work dispatchers used to drown in spreadsheets for. It’s the system that turns chaos into a clear dashboard of who’s hauling what, where, and when. Fleet Management TMS This one lives closest to the road — literally. It focuses on vehicles, drivers, and fuel efficiency. I’ve seen clients save thousands just by monitoring idle times and optimizing maintenance schedules. When paired with IoT trackers, it gives dispatchers a real-time pulse of every moving part in the fleet. Type Purpose Core Strengths Enterprise / Integrated Manages large-scale logistics networks Deep integration, complete visibility Cloud-Based (SaaS) Runs on flexible, subscription model Fast setup, easy to scale On-Premise Hosted locally, full ownership Security, compliance, customization Freight Brokerage…

Mobile app development is evolving faster than ever — reshaping how people shop, work, and interact in a digital-first world. Emerging technologies like AI, 5G, AR/VR, and blockchain are redefining what users expect from apps — speed, personalization, and seamless experience across platforms. At AMELA Technology, we’ve witnessed this transformation firsthand. From startups to global enterprises, companies are shifting from traditional app models to intelligent, data-driven ecosystems that adapt to users in real time. In this article, we explore the top 15 latest mobile app development trends that are shaping the furture — and how businesses can leverage them to build smarter, more scalable mobile experiences. Overview Of the Mobile App Development Market  The mobile app development market is growing at record speed — driven by smarter devices, faster connectivity, and user demand for seamless digital experiences. According to Statista (2024), the global mobile app market growth is projected to reach $407 billion by 2026, growing at a CAGR of 18%. This surge is fueled by smartphone proliferation and the rise of app-first business models across industries. Many industries — including logistics, healthcare, and manufacturing — still lack well-optimized, user-centric apps that integrate smoothly across platforms and devices. From our experience at AMELA Technology, the biggest gaps in the current app market include: Cross-platform development consistency: Many businesses still struggle to deliver unified experiences on iOS, Android, and web. Performance optimization: Apps are growing heavier, but users demand instant load times and seamless performance. Data-driven personalization: While AI-driven customization is trending, most companies haven’t implemented it effectively. Security and compliance: Rapid development often comes at the expense of robust data protection — a growing concern as cyber threats rise. Sustainability in design: Few apps account for energy efficiency or eco-friendly hosting, despite user and investor interest in green tech. At the same time, demand for eCommerce and on-demand apps continues to surge. With mobile commerce expected to account for over 60% of total online sales by 2025 (Shopify), businesses are racing to build scalable, fast, and secure mobile ecosystems. The global mobile app development market is thriving — but innovation ,mobile app market gaps remain wide open. Companies that focus on cross-platform quality, real-time performance, and data-driven personalization have a clear edge in the next wave of mobile transformation. [caption id="attachment_6588" align="aligncenter" width="1024"] App industry trends[/caption] TOP 5 Latest Mobile App Development Trends For Business As we approach 2025, understanding the latest mobile app development trends becomes crucial for businesses aiming to stay competitive. These trends not only enhance user experience but also streamline operations, drive growth, and increase profitability. Here, we delve into the top five trends that are shaping the future of mobile app development and how they can benefit businesses across various sectors. 1. Artificial Intelligence (AI) Integration — From Smart Features to Self-Learning Apps AI has moved from being a “cool add-on” to the core engine of mobile app intelligence. At AMELA, we’ve seen it evolve from simple recommendation engines to dynamic, context-aware systems that anticipate…

App development isn’t just about coding — it’s about crafting digital experiences that users actually love (and keep using). And while the idea of building an app feels exciting, understanding its true cost is where most projects succeed — or fail. According to Statista (2024), the global mobile app market is projected to reach $755 billion in revenue by 2027, with over 255 billion app downloads every year. Yet, Clutch’s Software Development Pricing Report shows that app development costs can range anywhere from $25,000 to $500,000+, depending on complexity, features, and region. So, what really drives that range? In this guide, we’ll break down how to estimate app costs step by step, explore real-life examples, uncover hidden expenses, and show you how to build smarter without overspending — all drawn from real project experience here at AMELA Technology. How to Estimate the Cost of App Development? Estimating the cost of developing an app isn’t about guesswork — it’s about breaking the work into measurable pieces. After working on dozens of projects, I’ve found that accuracy comes from structure, not intuition. Here’s how professionals calculate it. Break the Project Down by Features and Effort Start by listing every major feature your app will need — think of it like creating a “menu” of what you want built. For instance: user login, chat, payment gateway, push notifications, admin panel, etc. Each feature should be assigned an estimated effort, usually measured in developer hours or days. At this stage, your technical team or development partner will review each function and evaluate how complex it is — a simple login might take 10–15 hours, while a full social feed with media uploads could take 80+. Once you have the effort per feature, multiply by the hourly rate of your development team (for example, $30/hour in Vietnam, $50/hour in Eastern Europe, or $120/hour in the US). Add them all up, and you’ll get a baseline estimate — what we call the “feature-based estimate.” It’s straightforward, transparent, and scalable. When you add or remove a feature, you can instantly see how the total cost changes. Use a Bottom-Up (Work Breakdown Structure) Approach In professional app development, we rarely estimate by “gut.” Instead, we use a Work Breakdown Structure (WBS) — a detailed breakdown of all the activities required to build the app. This includes not only coding but also UX/UI design, testing, backend setup, deployment, and project management. Each activity is assigned: Estimated hours or days of effort, the role responsible (developer, designer, tester, etc.), the hourly rate for that role. Once you multiply the time by rate for each task, you’ll have a precise bottom-up estimate. For example: UI/UX Design: 100 hours × $35/hour = $3,500 This method gives you transparency, accountability, and a clear scope that both client and development team can align on. Use Real Project Benchmarks If you’re not building your first app, or if you’re working with an experienced development partner, you can benchmark your project against previous similar builds. For…

Let’s be real — building a mobile app today isn’t just about having a great idea. It’s about getting it to market fast, keeping costs under control, and still delivering something users love. That’s where React Native development outsourcing comes in. React Native already makes life easier by letting you build for iOS and Android from one codebase. Outsourcing it to an experienced team takes that efficiency even further — you get skilled developers, faster delivery, and flexibility without the hiring overhead. This guide breaks down exactly how to do that — from choosing the right model and partner to avoiding common pitfalls — so you can turn your idea into a polished, high-performing React Native app without the usual stress. Key Takeaways React Native = one codebase, two platforms. Faster builds, easier updates, and native-like performance. Outsourcing speeds things up. Launch up to 30–40% faster and save 30–50% in costs, backed by global outsourcing data. Choose your model wisely. Time & Material for flexibility, Fixed-price for MVPs, Dedicated devs or ODC for long-term growth. Pick the right partner. Look for real React Native experience, clear communication, and transparent pricing. Stay agile. Communicate often, test early, and treat your outsourcing team as part of your own. Outsourcing React Native development isn’t just a cost move — it’s a strategy for building better, faster, and smarter with the right team by your side Why Choose React Native Development? React Native is an open-source framework created by Meta (yep, the Facebook folks), designed to let you build mobile apps for both iOS and Android using a single JavaScript codebase. You write once, and it runs like a native app — not a clunky web view disguised as one. Let’s be real — every tech framework claims to be “efficient,” “scalable,” and “developer-friendly.” But React Native earns those points the hard way — by making real development cycles smoother. Here’s what we’ve found after years of using it in production projects: One Codebase, Two Apps You build once and ship to both iOS and Android. That alone can cut development time by 40–50%, especially when your design or feature set stays consistent across platforms. It’s a huge win for startups trying to get their MVP out fast. Rapid Iteration and Hot Reloading React Native lets developers tweak the code and see the results instantly — no endless rebuilds or re-installs. When you’re testing UI layouts or debugging in real time, that’s pure gold. Native Performance (No Compromise) Unlike older hybrid frameworks that wrapped web content inside a browser shell, React Native uses actual native components. So your app feels native — smooth scrolling, responsive animations, instant input feedback — all the good stuff users expect. Easier to Maintain and Scale Since there’s only one shared codebase, maintenance is faster and less error-prone. No “it works on iOS but breaks on Android” headaches. That’s a massive plus when you’re running long-term projects with frequent feature updates. Supported by a Huge Ecosystem There’s a plugin…

If you’re planning to build or scale a SaaS product, chances are you’ve considered outsourcing. Outsourcing SaaS development has become one of the smartest ways for startups, SMEs, and even enterprises to speed up delivery, reduce costs, and access specialized expertise without growing a full in-house team. In this guide, we’ll break down everything you need to know — what SaaS development outsourcing really means, why companies do it, the best practices to follow, common mistakes to avoid, and how to choose the right partner. Whether you’re validating an MVP or managing a large-scale SaaS platform, this article will help you make confident, strategic decisions. What Is Outsourcing SaaS Development? Outsourcing SaaS development means partnering with an external software team to design, build, and maintain your cloud-based platform — instead of developing it entirely in-house. In simple terms, it’s like bringing in a ready-made tech crew who already know the drill — cloud architecture, scalability, security, CI/CD pipelines — you name it. This approach helps companies launch faster, reduce costs, and focus on what really matters: growing their business and users. Take a famous IT oursourcing example — Slack, one of the world’s leading communication platforms. Before it became the workplace essential we know today, Slack actually outsourced its early SaaS development to a Canadian design firm called MetaLab. The external team helped refine the interface, user flow, and overall product experience that became Slack’s biggest differentiator. It’s a textbook case of how outsourcing, done right, can transform a good idea into a billion-dollar SaaS product. From my own experience working with SaaS founders at AMELA Technology, I’ve seen the same pattern repeat — outsourcing isn’t just about getting more hands on deck. It’s about bringing in the right minds who’ve done this before and can help you dodge rookie mistakes while building something solid and scalable. What Can Be Outsourced in a SaaS Project? You can outsource nearly every phase of SaaS development, such as: Product discovery & planning UI/UX design Frontend & backend development Cloud infrastructure & DevOps QA testing Maintenance & support Whether it’s a quick MVP or a full-scale SaaS platform, outsourcing helps you move fast and stay focused — without burning out your internal team. Why Outsource SaaS Development? Outsourcing SaaS development gives you speed, flexibility, and access to specialized talent — without the overhead of building a full in-house tech team. Let’s be honest — developing a SaaS product is a marathon, not a sprint. You need the right mix of skills, tech stacks, and domain understanding to get from idea to launch without burning your budget or team out. That’s exactly why outsourcing has become a go-to strategy for startups and enterprises alike. Having worked with dozens of SaaS projects at AMELA Technology, I’ve seen how the right outsourcing model can make the difference between struggling to ship a product and launching a market-ready solution ahead of schedule. Let’s break down the real reasons why it works so well. Speed to Market (and…

Whether you’re building enterprise-grade software, modernizing legacy systems, or scaling a SaaS product, knowing how to hire .NET developers effectively is key to long-term success. From defining the right skill set to interviewing, onboarding, and managing offshore or augmented teams — this guide walks you through what actually works in real projects, based on years of hands-on experience helping global clients build reliable .NET teams. What Do Net Developers Do? If you’ve worked with a strong .NET developer, you know they’re the quiet heroes who keep enterprise systems running smoothly. They don’t chase trends — they build things that work and keep working. At its core, a .NET developer uses Microsoft’s .NET framework (primarily with C#) to create everything from web apps and APIs to scalable cloud-based enterprise systems. And despite being two decades old, .NET remains one of the world’s most-used ecosystems — ranking #5 among the most popular frameworks in the  Stack Overflow Developer Survey, trusted by over 25% of professional developers worldwide. NET engineers, here’s what they actually do best: Build robust backends. Most of them live in ASP.NET Core, designing APIs that handle heavy traffic without breaking a sweat. Tame databases. Whether it’s SQL Server, PostgreSQL, or Entity Framework, they know how to make queries fast and reliable. Think in architecture. The great ones don’t just code; they plan. They understand how every service fits into the bigger system. Embrace the cloud. Today’s .NET devs are fluent in Azure, Docker, and CI/CD, blending software and infrastructure effortlessly. Upgrade the old. Many businesses still run legacy systems — the best developers modernize them into lean, .NET 6+ solutions that can scale. In short, .NET developers are system builders. They combine backend strength, database logic, and cloud know-how to turn business needs into stable, scalable software. Why Hire Net Developers? There’s a reason .NET developers have stayed in demand for decades — they build systems that don’t just launch, they last.  At AMELA Technology, we’ve seen firsthand how much stability and scalability .NET brings to modern businesses. And here’s why we think hiring .NET talent is still one of the smartest moves you can make: They build scalable, enterprise-grade systems. .NET isn’t flashy, but it’s rock solid. Developers can create large, modular systems that grow with your business — whether you’re expanding user bases or adding new services. They deliver performance that lasts. Apps built with ASP.NET Core often outperform older stacks by up to 30% in request throughput (based on TechEmpower Benchmarks). Many systems built a decade ago still run today with only minor updates — proof of .NET’s longevity. They thrive in diverse environments. .NET developers are comfortable across web, desktop, mobile, and cloud. From web portals and APIs to Azure-hosted SaaS apps, they adapt easily to multi-platform setups. They’re cost-efficient in the long run. Because .NET projects are stable and well-documented, maintenance costs stay low. A well-architected .NET app doesn’t require constant firefighting — which saves money (and sanity). They integrate easily with your existing…

Instead of relying on cookie-cutter apps built for “everyone,” custom software is designed around your specific workflows, customers, and goals. From ERPs and CRMs to industry-specific platforms, bespoke software is what powers companies like Amazon, Netflix, and even hospitals and banks behind the scenes. At AMELA, we’ve seen first-hand how the right custom solution can transform operations—whether it’s a logistics ERP that cuts reporting time by 60% or a healthcare CRM that makes compliance seamless. In this guide, we’ll break down “what is custom software development”, real-world custom software examples, the types you should know, and why it might be the smartest tech investment your business can make. What Is Custom Software? Custom software is software designed just for you—built around your workflows, your goals, and your growth plans. It’s like having a suit tailored to your exact measurements instead of buying something “close enough” off the rack. We’ve built solutions for logistics companies, healthcare providers, and even eCommerce brands, and the pattern is always the same: businesses hit a wall with generic tools, then realize they need something that actually fits. Example in Retail Business Imagine you run a mid-sized retail chain. If you pick off-the-shelf software like a standard POS or CRM, you’ll get up and running fast. But soon you’ll be stuck with rigid inventory workflows and clunky integrations with your suppliers. If you use a no-code/low-code platform, you might spin up a quick inventory app yourself. Great for a pilot, but as your stores grow, the app lags, reporting gets messy, and scaling costs balloon. With bespoke software solutions, you get a system that ties inventory, suppliers, and customer loyalty programs into one place. It grows as you grow, and you own the code—no waiting for a vendor update. Custom Software vs Off-the-Shelf Software Criteria Bespoke Software Off-the-Shelf Software Customization Built exactly to your needs Fixed templates, minimal tweaks Scalability Expands with your business May bottleneck as you scale Cost Higher upfront, better long-term ROI Cheaper upfront, recurring license costs Deployment Speed Takes longer (months) Quick rollout (days/weeks) Ownership You own the code, full control Vendor decides updates & roadmap Bespoke Software vs No-Code / Low-Code Platforms Criteria Customized Software No-Code / Low-Code Platforms Speed Moderate to long (depends on project) Very fast (days/weeks) Flexibility Unlimited, no vendor limits Limited by platform features Scalability Enterprise-ready Struggles under heavy load or complex apps Skills Needed Professional developers Business users with little coding Vendor Lock-in None—you own the code High—moving away is tough Cost Higher upfront, stable long-term costs Low entry, but expensive as you scale What is Custom Software Development? Custom software development is the process of building software designed around your specific business needs, not the general market. Think of it as having an app or platform crafted just for your workflows, your customers, and your growth goals. There are usually two ways to build it: In-house team → companies with their own engineers design, code, and maintain everything internally. Outsourced partner → businesses work with…

Users don’t care how your app is built — they just expect it to work flawlessly everywhere. For developers and product teams, that’s where cross-platform app development changes the game. At AMELA, we’ve seen firsthand how cross-platform development helps teams ship faster, reach wider audiences, and keep user experience consistent across devices. In this guide to cross-platform app development, we’ll break down everything you need to know — from frameworks and costs to best practices and real challenges — so you can decide if cross-platform is the right fit for your next big app. What is a Cross-platform App? A cross-platform app uses a single codebase to work on multiple operating systems — usually iOS and Android. Instead of coding separately in Swift and Kotlin, developers can use modern frameworks like Flutter, React Native, or .NET MAUI to build once and deploy anywhere. We’ve tried it ourselves. In one of our internal projects, we created a productivity tool for both iPhone and Android. Using Flutter, we cut development time almost in half and kept the same sleek design on both platforms. Pretty neat, right? That’s the charm of cross-platform apps — faster builds, consistent performance, and more freedom to experiment without starting from scratch. And honestly, with how good these frameworks have become in 2025, most users can’t even tell if an app is native or not. It just works — and that’s exactly what matters. Native vs. Cross-Platform Apps Comparison Native apps are written in Swift or Objective-C for iOS and Kotlin or Java for Android. They're hardware-optimized for buttery-smooth performance, shorter load times, and deep integration with native capabilities like camera, Bluetooth, and alerts. However, cross-platform programs are like that brilliant shortcut that works. You write the code once and deploy it to iOS, Android, and sometimes PC. Flutter, React Native, and .NET MAUI enable this, allowing developers and users a uniform workflow. >>> Related: A Complete Guide to Android App Development Criteria Native Apps Cross-Platform Apps Codebase Separate code for each platform One shared codebase for all platforms Performance Excellent, fully optimized Very good, nearly native with modern frameworks Development Time Longer (two builds) Faster (single build for multiple OS) Maintenance Requires updates per platform Unified updates save time and cost User Experience Flawless native feel Consistent, but may need extra tweaking Access to Device Features Full access to all native APIs Most APIs supported, some need native modules Cost Efficiency Higher (two teams, longer timeline) More cost-effective for most businesses What is Cross-platform App Development? If cross-platform apps are the "what," cross-platform app development is the "how." It is the process of creating a single shared software that works on several operating platforms without starting from scratch each time. At its core, cross-platform development is leveraging frameworks or tools that enable developers to create code once and deploy it anywhere. Instead of maintaining two different codebases for iOS and Android, teams collaborate on a single codebase that adapts to both. What was the result? Less duplication,…

Over the last few years, Singapore has quietly become one of Asia’s most advanced AI hubs. Backed by strong government initiatives like AI Singapore (AISG) and the National AI Strategy 2.0, the country has turned its commitment to innovation into a real ecosystem — where startups, research institutions, and global players work side by side. In this blog post, we'll be unveiling the top 20 generative AI companies in Singapore that are shaping the future of this exciting field. From established players to groundbreaking startups, we'll delve into the innovative solutions and projects driving the generative AI Singapore scene forward. Now, let’s get started! Top 20 Generative AI Companies in Singapore Here’s our curated list of 20 generative AI development companies in Singapore and even South East Asia that, in our view, truly define where the future of artificial intelligence in the region is heading. AI Singapore (AISG) It’s impossible to talk about AI in Singapore without starting with AI Singapore (AISG) — the national program driving the country’s AI vision. Launched by the National Research Foundation, AISG isn’t just a research initiative; it’s a catalyst that connects industry needs with local innovation. Through its 100 Experiments (100E) program, AISG funds and co-develops AI solutions with companies, turning research into practical products. Its AI Apprenticeship Program (AIAP) has also become one of Asia’s most respected AI talent incubators. What makes AISG unique is its role as a bridge — linking academia, government, and industry in one cohesive ecosystem. It’s less of a company and more of a movement, ensuring Singapore doesn’t just consume AI — it helps build it. Focus: Applied machine learning, national AI adoption, AI education AMELA Technology While best known for its custom software development and IT outsourcing services, AMELA Technology has steadily built a strong presence in AI-powered app development across Singapore and Southeast Asia. AMELA specializes in developing AI-driven mobile and web applications, integrating technologies like computer vision, NLP, and predictive analytics into business solutions for clients in logistics, retail, and education. The company also offers staff augmentation services, connecting global partners with skilled AI engineers and developers trained in the latest frameworks such as TensorFlow, PyTorch, and OpenAI API integration. What sets AMELA apart from other AI development companies in Singapore is its hybrid model — combining the flexibility of offshore development with local project alignment. For companies looking to scale AI initiatives without overextending budgets, AMELA provides both expertise and execution. Focus: AI software development, AI integration, staff augmentation Why it matters: A trusted technology partner helping businesses scale their AI capabilities efficiently Taiger If there’s one local AI company that has truly found its niche, it’s Taiger. The firm specializes in knowledge automation— using artificial intelligence to make sense of complex, unstructured information. While many automation tools stop at simple text extraction, Taiger’s tech actually understands context. Its AI can read contracts, classify documents, and interpret meaning — not just match keywords. That’s a big deal for industries like banking, insurance, and law, where…