React Native App Development: A Step by Step Guide
React Native app development has become one of the most practical and efficient ways for companies to build high-quality mobile apps across iOS and Android without doubling time or cost. As businesses push for faster release cycles, consistent multi-platform experiences, and leaner engineering teams, React Native continues to stand out as a proven framework trusted by global brands and fast-growing startups alike. In this guide, we break down the market outlook, key benefits, architectural strengths, limitations, best practices, and when React Native is the right (or wrong) choice—backed by real-world lessons from building apps used across Asia, Europe, and the U.S. React Native App Development Market Size React Native continues to be one of the most dominant cross-platform frameworks in 2025 because it strikes the balance companies care about most: speed, cost efficiency, and near-native performance. The global mobile ecosystem is still expanding—Grand View Research projects the mobile app market to surpass $567 billion by 2030, and Data.ai reports users spending 4.8 hours per day inside mobile apps. This growth pushes businesses to ship features faster, and cross-platform development naturally becomes the preferred approach. React Native remains a top choice largely because of its developer adoption and ecosystem stability. According to the Statista Developer Survey 2024, about 42% of cross-platform developers use React Native, keeping it firmly in the top two globally. Meta’s continuous investment—Fabric Renderer, TurboModules, and Hermes—has modernized the framework and significantly improved performance. In AMELA’s projects, especially fintech and logistics apps, these updates noticeably reduced app startup time and improved UI smoothness. Enterprise adoption also reinforces React Native’s credibility. Companies like Meta, Microsoft, Shopify, Tesla, Discord, and Walmart continue to rely on it for real production apps. When corporations with massive user bases trust a framework, it sends a strong signal to the market that the technology is stable and future-proof enough for long-term investment. This matters for startups and mid-size companies choosing their tech stack; nobody wants to bet on a framework that risks becoming obsolete. Overall, the market outlook is stable and positive. Cross-platform development continues to grow faster than native-only approaches, and React Native remains one of the most practical choices for modern mobile development. With strong community support, continuous investment from Meta, and a proven record in real-world projects, it is expected to remain a core technology for the next decade. >>> Related: Top 10 Frameworks To Create React Native Apps Why Choose React Native for Mobile App Development? (Key Benefits) React Native helps companies build high-quality mobile apps faster and more affordably while maintaining native-level performance. After years of delivering cross-platform apps for fintech, logistics, education, and marketplaces, we’ve seen these benefits repeatedly play out in real projects. Faster Time-to-Market React Native’s biggest advantage is speed. Because 70–90% of the codebase can be shared across iOS and Android, teams avoid duplicating work. Instead of coordinating two separate native teams, one React Native team can ship features simultaneously. In AMELA’s projects, especially MVPs or high-growth products, this usually translates to 25–50% faster releases.…
Python for Blockchain Development: Benefits vs Complete Guide
The rise of Web3, decentralized apps, and digital assets has pushed companies to explore tools that help them build faster, experiment safely, and scale without needless complexity. That’s where Python for blockchain development really shines. With Python ranked as the world’s most widely used programming language (Stack Overflow Developer Survey 2023) and blockchain adoption projected to reach $94 billion by 2027 (Statista), the overlap between these two worlds has never been more relevant. This guide breaks down exactly how Python fits into modern blockchain engineering — what you can build with it, where it excels, and how to use it effectively in real projects. What is Blockchain? Blockchain is essentially a shared digital ledger that multiple computers (nodes) maintain together. Instead of keeping data in one central place—like a bank server or a company’s database—blockchain distributes that data across a network. Every update is verified by the network, bundled into a “block,” and permanently linked to previous blocks using cryptography. Once something is written to the chain, you can’t quietly edit or delete it, which is what makes blockchain so valuable for systems that depend on trust, transparency, and auditability. Before diving into Python’s role, it’s crucial to understand this foundation — because the way you design, build, and debug blockchain apps depends heavily on how these pieces work together. Why Choose Python for Blockchain Development? Python has quietly become one of the most practical and developer-friendly languages for Web3 projects, offering a mix of speed, readability, and a deep ecosystem that many competitors can’t match. Python speeds up development Blockchain projects move fast, and Python lets teams build prototypes or full applications much quicker than lower-level languages. Its clean syntax reduces development time by up to 30% compared to Java or C++ (Source: CodingDojo Productivity Study, 2023). When you're experimenting with consensus logic or smart contract workflows, that speed is pure gold. A massive ecosystem of libraries Python has libraries for almost every blockchain task: Web3.py for Ethereum PyCryptodome for hashing & encryption Flask/FastAPI for blockchain APIs AsyncIO for node communication Plus, Python ranks as the most-used language globally (Stack Overflow 2023), meaning the ecosystem keeps expanding. In other words: whatever problem you hit, someone has probably built a tool for it. Perfect for smart contract testing, simulation, and backend logic. Even if a chain uses Solidity or Rust, Python is incredible for: Local testing environments Transaction simulation Off-chain services (oracles, analytics, bots) Building indexers or explorers Many Web3 teams actually write more Python around the blockchain than on-chain itself. It’s the glue holding many ecosystems together. Python handles complex math, cryptography, and data structures smoothly. Blockchain relies heavily on hashing, signatures, Merkle trees, elliptic-curve cryptography, and state transitions. Python’s scientific stack — NumPy, PyNaCl, SymPy — makes this work far easier compared to languages without robust math libraries. When you're debugging consensus or building L2 rollup logic, Python just gets out of your way. Huge talent pool: easier hiring and faster scaling. This matters more than people think.…
Cost of Outsourcing IT Services by Region: A Comprehensive Guide
Understanding the cost of outsourcing IT services has become a strategic priority for companies navigating tighter budgets and global talent shortages. With engineering rates varying dramatically across regions — from $20/hour in Asia to $150/hour in North America (Source: Accelerance 2024 Global Rates Report) — choosing the right country and model can significantly influence your project’s ROI. This guide breaks down why businesses outsource to other countries, what drives pricing, and how regional differences impact your total outsourcing cost. Why Outsource IT Services to a Different Country? When I started working in tech outsourcing nearly a decade ago, one thing was already clear: companies building software in high-cost markets were increasingly hitting two major walls — cost constraints and talent shortage. Since then the pressure has only increased, and outsourcing IT services internationally has evolved from a cost-cutting trick to a strategic necessity. Accessing Global Talent Beyond Local Limits In markets like Singapore, Japan, Western Europe and the US, the demand for skilled software engineers, cloud architects, DevOps specialists and mobile developers is fierce. Local wages are high, and supply is tight. That’s why businesses increasingly look abroad. Outsourcing to a different country opens access to a larger pool of engineers, often with comparable skill levels but a lower cost structure and faster ramp-up. Dramatic Cost Savings and Predictable Spending One of the strongest drivers is cost saving — and the numbers support this. According to industry sources, the global IT outsourcing market is projected to reach USD $114.13 billion in 2025, with growth at a 7.2% CAGR through 2029. When you compare hourly rates by region, the gap becomes tangible: for example, in 2025, many sources list senior developer rates in Asia at US$30-50/hr for mid-senior roles, versus US$75-125/hr in North America. From my experience working with companies across APAC and Europe, that cost difference isn’t just in base salary — it shows up in lower infrastructure overhead, lower recruitment cost, shorter hiring timelines, and often fewer hidden expenses. Faster Time-to-Market & Scalability Outsourcing also speeds up delivery. Instead of waiting months to hire locally, working with a partner in another country can bring a full team on-board in weeks. This matters especially if your project has tight deadlines or needs to scale quickly. For example, data suggests Vietnam’s outsourcing market alone is projected to expand from US$0.7 billion in 2024 to US$1.28 billion by 2028, driven by businesses seeking both cost efficiency and technical capacity. Strategic Focus: Letting Your Core Business Lead Finally, outsourcing saves the internal team from being stretched thin. When you hand off non-core IT services—development, maintenance, infrastructure—you let your in-house team focus on innovation, product strategy, customer experience. Outsourcing isn’t just cheaper — it lets you align resources with what differentiates you. Outsourced IT services costs are never one-size-fits-all. After working with clients across the US, Singapore, Japan, Australia, and Europe, I’ve noticed that the final price is almost always shaped by a predictable set of variables. Understanding these factors will help you estimate…
Mobile Game App Development Cost Breakdown: A Detailed Guide
Mobile game app development cost varies widely — from a few thousand dollars to millions — depending on your game’s scope, technology, and production needs. With the global mobile gaming market projected to hit $223.1 billion by 2030 (Source: Grand View Research), more studios are racing to build polished, scalable games across genres. But with rising user expectations, advanced tech stacks, and live-ops demands, knowing what truly drives cost is now more important than ever. In this guide, we break down every factor influencing mobile game development cost, from gameplay scope and art style to engines, team location, and monetization. The goal? Give you a clear, expert-backed roadmap to estimate your budget realistically — and avoid costly production mistakes. Factors Affecting Mobile Game App Development Cost Before you ask “how much does it cost to make a mobile game?”, you need to get clear on what you’re actually building. The cost of mobile game development can swing from a few thousand dollars to a full AAA-level budget, and it’s driven by a set of predictable factors that experienced studios look at from day one. Below is a high-level overview of the main cost drivers — we’ll break each of them down in detail in the next sections. Game Genre & Scope A hyper-casual tap game, a turn-based RPG, and a real-time PvP shooter sit in completely different cost brackets. Complexity of core gameplay, number of features, game modes, and content (levels, characters, items) all directly impact time and budget. Platforms & Target Devices Building for iOS only, Android only, or both, plus whether you support phones, tablets, or even cross-platform (PC/console), changes development time, testing effort, and engine choices. Cross-platform engines like Unity help, but they don’t magically make “multi-platform” free. Game Engine & Tech Stack Whether you use Unity, Unreal, Godot, or a custom engine affects tooling, available plugins, and required expertise. Integrations like analytics, ads SDKs, multiplayer services, payment gateways, and backend infrastructure also add to both dev and maintenance cost. Art Style, Assets & Animation 2D minimalist UI, detailed 2D illustrations, stylized 3D, or realistic 3D all have different cost profiles. The more unique your visual identity (characters, VFX, environments, UI, animations), the higher the demand on artists, animators, and technical artists. Multiplayer, Online Features & Backend Single-player offline games are far cheaper than real-time multiplayer or live-service titles. Features like matchmaking, leaderboards, guilds/clans, cloud saves, events, and live-ops tools require backend services, infrastructure, and ongoing operations. Monetization Model (Ads, IAP, Subscriptions, Hybrid) Designing and implementing in-app purchases, ad placements, soft/hard currencies, progression systems, and retention mechanics adds UX, game design, and development complexity. A “simple” monetization system done badly hurts revenue more than it saves in cost. Team Size, Roles & Location Cost is heavily influenced by whether you work with: an in-house team, a local studio, or an offshore/nearshore partner. The mix of roles (game designer, devs, artists, QA, live-ops, PM) and their region (US vs Eastern Europe vs Asia) changes your budget more than…
Flexible Project-based IT Staffing: Benefits, What it is & How it works
Companies today are under pressure to deliver digital projects faster than traditional hiring can support — and that’s exactly why flexible project-based IT staffing has become one of the fastest-growing workforce models in tech. With hiring cycles now averaging 44–60 days for an engineer (SHRM, 2024) and specialized skills like cloud, AI, and mobile development in global shortage, more organizations are shifting to temporary, outcome-driven project teams that can start immediately. This blog breaks down what flexible project based IT staffing is, why it’s rising in demand, how it works in real delivery environments, and how companies can use it to build products faster without long-term headcount commitments. What is IT project-based staffing? Project-based IT staffing is a flexible hiring model where companies bring in external tech specialists only for the duration of a specific project — instead of hiring full-time employees. Think of it as assembling a temporary, high-performing tech squad tailored to one mission: build a product, fix a bottleneck, accelerate delivery, or fill a skill gap your internal team doesn’t have time or expertise to handle. Unlike traditional outsourcing, project-based staffing isn’t about handing off an entire workload to another company. And unlike IT staff augmentation, it’s not just one or two developers plugging into your team. It’s a structured approach where you create a self-contained, project-ready team (developers, PM, QA, designers, DevOps — whatever the project demands) that works alongside your organization until the job is done. Is flexible project-based IT staffing becoming more popular? Project-based IT work has exploded in popularity over the last few years — not because it’s trendy, but because the way companies build digital products has fundamentally changed. Businesses today operate in shorter cycles, face tighter budgets, and need access to specialized skills faster than traditional hiring can support. Recent market data shows that the shift isn’t anecdotal — it’s structural: 72% of global companies now rely on some form of flexible or project-based tech talent to meet delivery deadlines (Gartner, 2024). The demand for temporary or project-tied IT roles has grown nearly 25% year-over-year in Asia-Pacific, especially in software engineering and cloud migration (LinkedIn Workforce Report, 2024). By 2027, over 50% of digital initiatives will be executed through external or hybrid teams rather than in-house-only setups (IDC Future of Work Report). Tech hiring cycles have become painfully slow — averaging 44–60 days for a single engineering hire — while project timelines have gotten shorter (SHRM, 2024). Companies simply can’t afford that mismatch. But beyond the data, the underlying truth is simple: companies can no longer build long-term internal teams for short-term digital needs. AI integration, mobile app rebuilds, cybersecurity upgrades, cloud modernization — these projects come in waves, each requiring different expertise. Hiring full-time employees for every initiative makes no economic sense. Project-based IT staffing solves the new reality of modern development: projects are getting more specialized, timelines are getting tighter, and teams need to scale up and down without friction. In short, project-based IT work is growing because the…
Web3 Development Cost Breakdown: A Detailed Guide
Web3 development cost has become one of the most important considerations for businesses exploring blockchain, NFTs, DeFi, or decentralized applications. With the rapid growth of the Web3 ecosystem and the increasing demand for secure, transparent digital products, companies are realizing that building on blockchain requires a very different approach compared to traditional software. The technology is powerful, but the costs can vary dramatically depending on smart-contract complexity, platform choice, integrations, security requirements, and the experience level of the development team. From AMELA’s real-world work with startups and enterprises across finance, gaming, supply chain, and marketplaces, we’ve seen how the right decisions can reduce cost by up to 50%—and how the wrong decisions can quickly inflate budget. This guide breaks down the major cost factors, optimization strategies, real-world examples, and hidden expenses so you can plan a Web3 project with full financial clarity before writing a single line of code. Why is Web3 Important for Businesses? Web3 is the next evolution of the internet, where data and digital assets are stored on the blockchain instead of being controlled by one company. This means users truly own what they create or purchase, and businesses can rely on transparent, tamper-proof systems to run their digital products. From our experience helping clients build Web3 platforms, the biggest value comes from how much trust and automation it creates. Smart contracts can replace manual checks, cut out middlemen, and reduce errors. Companies can also offer new experiences—like digital memberships, token rewards, or transparent supply-chain tracking—that simply weren’t possible in traditional Web2 apps. For any business looking to build more secure, efficient, and future-ready digital products, Web3 offers a real advantage, not just buzzwords. Factors Affecting Web3 Development Cost The cost of Web3 development depends on several key elements, mainly tied to how complex the solution is, what industry it serves, and the technology stack behind it. Different businesses use Web3 in very different ways, so the required architecture, security level, and blockchain integrations can vary widely. Factor What It Means Why It Impacts Cost Type of Web3 Solution NFT project, DeFi app, DAO platform, DApp marketplace, on-chain game, asset tokenization system Different solutions require different levels of smart-contract logic, security, and backend infrastructure. More complex ecosystems (DeFi, marketplace, GameFi) need significantly more development time. Blockchain Platform Ethereum, Polygon, Solana, BNB Chain, Avalanche, Layer-2s Each chain has different programming languages (Solidity, Rust), ecosystem maturity, tooling, gas-fee optimization, and integration difficulty. This can increase or decrease both development time and required expertise. Smart Contract Complexity Basic minting contract vs multi-contract architecture with automation, staking, governance, or yield mechanics Complex smart contracts require careful logic design, testing, and higher security standards. More functions = more development + more risk mitigation. App UI/UX Complexity Simple interface vs multi-page dashboard, wallet views, charts, real-time data, marketplace UI DApps require seamless user flows, wallet connectivity, and transaction feedback. A polished, modern interface adds design + frontend hours. Security Requirements Audits, penetration tests, multisig, compliance, wallet security, tokenomic abuse prevention Web3 apps cannot…
Blockchain Game Development: A Comprehensive Guide
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.…
Onshore vs Offshore: Pros and Cons, How to Choose?
Companies today are under more pressure than ever to build software faster, cheaper, and with fewer hiring headaches. But the moment they start exploring external development options, they run into the same question: onshore vs offshore — which one fits our real needs? This is where the confusion usually begins. Teams worry about communication gaps, rising costs, timezone friction, or losing control of the project. Others wonder whether going offshore sacrifices quality, or whether staying onshore limits their ability to scale. The truth is: both models work — just not for the same reasons or the same types of projects. This guide breaks down the real differences based on industry experience, how companies actually work, and the hidden costs and benefits most blogs don’t mention. What Is Onshore Outsourcing? Onshore outsourcing simply means working with a development team located in the same country as your business. But in practice, it’s more than just “same location.” From our experience at AMELA Technology, onshore is chosen when companies want collaboration to feel almost like working with their own staff — quick conversations, similar work habits, and zero timezone lag. It creates a sense of immediacy that some projects rely on. For many businesses, especially in places like Singapore, Japan, or Australia, onshore outsourcing becomes the default choice when a project requires tight communication or constant back-and-forth with internal stakeholders. We’ve seen this with highly regulated industries — fintech, healthcare, logistics — where requirements shift daily and teams need to validate ideas quickly. When developers and clients share the same local context, workshops can happen in person, user testing becomes smoother, and misunderstandings are drastically reduced. Another reason companies lean toward onshore is shared legal and compliance frameworks. Everyone follows the same rules — data protection laws, cybersecurity requirements, contractual structures — which removes a lot of friction early in the project. For example, a Singapore customer building a sensitive government-related module may choose an onshore vendor simply because the approval process is easier when everyone operates under the same governance expectations. [caption id="attachment_4195" align="aligncenter" width="1024"] What is Onshore? Onshore vs Offshore[/caption] What Is Offshore Outsourcing? Offshore outsourcing means partnering with a development team located in another country, usually one with lower labor costs and a large technical talent pool. But the real meaning goes deeper than “work done overseas.” In practice, offshore is about leveraging global expertise, scaling quickly, and stretching your budget without sacrificing quality — something we’ve seen countless companies do successfully, especially when they need to build fast. From our experience at AMELA Technology, companies turn to offshore teams when they want the flexibility to expand their engineering capacity without going through months of hiring, onboarding, and managing local salaries. Offshore gives them a way to access specialized skill sets — cloud engineers, AI developers, backend architects, UI/UX designers — in a fraction of the time it would take to hire locally. This is particularly valuable for startups or mid-sized teams who need momentum more than anything else. Another…
Education Software Development: A Comprehensive Guide
The global EdTech sector has been growing at a pace education has never seen before. According to HolonIQ’s Global Education Market report, the EdTech market is projected to reach $404 billion by 2025, driven by digital learning, AI-powered instruction, and scalable training models across schools and enterprises. Meanwhile, a 2024 Statista study shows that over 70% of institutions now rely on digital platforms as their primary learning infrastructure. With schools, universities, and corporate L&D teams all accelerating digital transformation, knowing how to build the right platform has become more important than ever. This education software development guide walks you through the essentials — from types, key features, and cost structure to best practices and real-world insights drawn from years of EdTech project experience. What Is Educational Software? Educational software is any digital tool built to support learning, teaching, assessment, or academic operations. This includes LMS platforms, virtual classrooms, assessment engines, tutoring systems, student management tools, and training applications used by schools, universities, and corporate L&D teams. Advantages of Educational Software Below are practical, experience-driven advantages — not generic benefits, but the real reasons why schools, EdTech companies, and corporate training teams invest in education software development. Learning Becomes Data-Driven, Not Guesswork Most education still runs on intuition — teachers “think” students understand. Educational software removes that guesswork by capturing: mastery levels completion rates retention gaps engagement patterns consistency of performance This allows teachers to intervene early, not after students fail. From our experience building EdTech tools, this single benefit improves outcomes more than anything else. Personalization That Human Teachers Can’t Scale Alone A teacher cannot realistically customize materials for 40 students. Software can — instantly. Adaptive learning engines adjust difficulty, content pathway, pace, and recommendation. This makes learning more efficient without adding workload. It’s one of the top reasons schools and training companies adopt digital tools. Higher Engagement Because Interaction Replaces Passive Learning Students learn better when they do, not when they watch. Good educational software uses simulations, interactive exercises, gamified elements, and scenario-based learning. These features increase time-on-task — something every teacher struggles with. No fluff here: engagement improves because the medium forces participation. Administrative Tasks Drop Dramatically This is a major operational win, not just a “nice feature.” Educational software automates: Grading Attendance Exam creation Class scheduling Reporting Certificate issuance In every EdTech project we've delivered, schools report saving hours per teacher per week — a direct productivity gain. Enables Hybrid and Asynchronous Learning — The Reality of Modern Education Most institutions can't always have all students on-site. Educational software solves this by letting learners study remotely, on flexible schedules and across different devices. This isn’t about “future of learning.” It’s simply how education works today. Standardized Quality Across Classes and Instructors Without software, two classes may receive completely different learning experiences depending on the teacher. Educational platforms enforce consistency: same materials, same assessments, same grading rubrics This is crucial for schools scaling across campuses or L&D teams rolling out training worldwide. Easy Scalability for Growth Schools, universities,…
IT Outsourcing in Vietnam: Benefits vs Complete Guide
The global demand for affordable, high-quality engineering talent has pushed many companies toward IT outsourcing in Vietnam, one of Asia’s fastest-growing tech hubs. With a rapidly expanding developer workforce, modern tech-stack capabilities, and competitive pricing, Vietnam has become a strategic destination for startups and enterprises looking to scale efficiently. This guide breaks down the market landscape, key benefits, challenges, comparisons, and everything you need to know before choosing a Vietnam outsourcing partner. Overview of the IT Outsourcing Market in Vietnam Vietnam’s IT outsourcing market is scaling fast – around US$0.7 billion in 2024 with double-digit CAGR – powered by a huge tech talent pool and strong digital-industry policies. Below is a data-driven overview of how the overall outsourcing and IT outsourcing story in Vietnam fits together. From “low-cost outsourcing” to digital export engine Vietnam is no longer just a low-cost back office. It’s part of a much bigger digital-economy play: As of 2024, Vietnam had ~73,800 digital tech companies, employing ~1.26 million workers, with US$158 billion in digital-tech revenue (up 10.2% YoY) The ICT sector aims for US$169 billion revenue by 2025 and >12% of GDP, driven by “Make in Vietnam” and digital-industry strategies. Within this wider ICT boom, outsourcing is a key export channel: hardware, electronics, and—crucially for us—software and IT services. So, depending on what exactly you count, software / IT exports are already multi-billion-dollar and rising. IT outsourcing as the core of Vietnam’s IT-services market If we zoom in from “ICT as a whole” to IT services specifically: Vietnam’s IT-services market is on track to grow strongly through 2030, and IT outsourcing (ITO) already makes up roughly 39.6% of that market (2024). This ITO segment primarily covers: Custom software development & product engineering Application maintenance and support Dedicated development teams / staff augmentation Testing, integration, and some managed services IT outsourcing is not a side business—it’s the backbone of Vietnam’s IT-services export model. [caption id="attachment_9173" align="aligncenter" width="954"] IT outsourcing in Vietnam market report[/caption] Market size & growth of IT outsourcing in Vietnam On the pure IT outsourcing revenue line, multiple recent sources converge: Statista-based estimates (reported by local media) put Vietnam’s outsourcing market at ~US$698 million in 2024, with projected US$880 million by 2028, CAGR ≈ 16.4%. Another 2025 industry brief expects IT outsourcing revenues to rise from about US$0.7 billion in 2024 to US$0.83 billion in 2025, US$0.98 billion in 2026, and about US$1.24 billion by 2029. Even if you treat these as slightly different methodologies, the picture is clear: Vietnam’s IT outsourcing is a high-growth, ~US$1 billion-class market heading toward the multi-billion mark this decade. Main export markets & demand patterns Vietnam’s IT-outsourcing demand is shaped by a few heavyweight client regions: Japan & North-East Asia: Japan’s IT-outsourcing demand is estimated at US$30 billion per year, and Vietnam supplies about 6–7% of that market. Japanese demand remains strong for maintenance, modernization, and DX projects, with Vietnamese vendors valued for cultural fit and cost-to-quality balance. North America & Europe: Software exports to the US and Europe…
