
Mobile-based trading is no longer fringe, and it’s reshaping global markets. The global stock-trading app market is estimated at USD 23.9 billion in 2025. Meanwhile, active user count has surged: as of 2024, 145 million people worldwide use stock-trading apps.
That means demand isn’t slowing down. More users, broader adoption, rising expectations. But delivering a trading experience that works from order execution to data feeds to compliance requires serious planning and investment.
Most miscalculations happen because teams overlook compliance steps, data-feed agreements, security work, and the development effort behind trading features. This breakdown helps you understand those cost drivers before you commit resources.
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The adoption of trading apps has accelerated sharply over the past few years. Reports indicate that over 145 million people worldwide use stock-trading apps, and the overall market is projected to reach USD 23.9 billion in 2025. This growth reflects a clear shift toward mobile-first investing, driven by users who want quicker access to markets, lower entry barriers, and an interface that simplifies complex financial decisions.
Higher adoption has also raised expectations. Modern trading apps are expected to offer clean charting tools, fast order execution, integrated research content, flexible payment options, alerts, and strong account-management features. Meeting these expectations requires more development time, deeper technical planning, and additional third-party integrations.
As the market becomes more competitive, trading platforms must deliver more than basic buy/sell functionality. This increase in scope directly affects development cost, making it important to understand which features and systems influence overall investment.
The budget for a trading application depends on several technical and regulatory components. Each factor influences development time, complexity, and long-term maintenance.
The choice between native and cross-platform development usually comes up early, often before features are fully defined. While it’s easy to frame this as a speed-versus-performance decision, the bigger impact shows up later in engineering effort, testing cycles, and ongoing costs as the trading app scales.
With native development, iOS and Android apps are built separately using their respective platforms and tooling. This approach demands more work upfront, but it gives teams tighter control over performance, which matters in trading environments.
Common feature related factors that increase cost:
Two distinct codebases maintained in parallel, each with its own build and release process
QA and regression testing handled separately for iOS and Android, often on different timelines
Smoother performance for real-time charts, live market data, and order execution flows
Direct access to system level APIs, which simplifies security features and low-latency optimizations
In practice, native apps cost more to build and maintain, but they’re more reliable when the app is under heavy load or market activity spikes.
Cross-platform frameworks reduce duplication by allowing most of the app logic to be shared across platforms. This can be a strong advantage during early development, especially when timelines and budgets are tight.
Common feature-related factors that increase cost:
A largely shared codebase for iOS and Android, which shortens development cycles
Faster rollout of features and updates across both platforms
Lower initial engineering and maintenance costs compared to fully native builds
Custom native modules still required for advanced charting, biometric authentication, and device-level security
As the product matures, teams often discover that performance tuning and native extensions add complexity, but for many trading apps, the early cost savings still make cross-platform development a viable option.
Costs rise as trading capabilities expand. Simple buy/sell flows are straightforward, while advanced tools such as chart modules, multiple order types, watchlists, price alerts, or portfolio calculations require additional backend logic, UI states, and edge-case handling.
Common feature sets that increase cost:
Trading screens contain dense data. Designing layouts for charts, order panels, positions, and analysis tools takes more time than regular app interfaces. Every data point must be placed carefully to avoid confusion, which increases design and frontend development hours.
Trading apps store financial data and handle sensitive transactions. Features such as multi-factor authentication, encrypted data storage, secure session management, and fraud-detection logic raise both development effort and testing requirements.
Launching a trading app involves KYC verification, AML checks, audit logs, and region-specific rules (such as SEBI, SEC, or FCA requirements). These compliance steps require dedicated flows, external checks, and sometimes legal review, adding to the overall cost.
Trading apps rely heavily on external data feeds, brokerage APIs, identity verification services, and payment systems. Implementing these connections through structured API integration solutions adds engineering effort, especially when handling rate limits, error states, and authentication flows. Licensing fees from market-data providers also contribute to long-term cost.
Trading periods create high spikes in activity, and the backend must handle frequent price updates, order submissions, user activity, and notifications without delays. Applying load testing practices during development helps identify system limits early, which increases the amount of infrastructure planning and engineering effort needed to support these workloads.
Testing a trading app takes longer due to the number of edge cases involved. Order execution, chart accuracy, and pricing behavior must work under different network conditions and device types. Errors in these areas can cause financial losses, so testing is more extensive than standard mobile apps.
The cost it takes to develop your trading app is directly proportional to the time it takes and the rate of your developer, i.e. total cost = time taken (in hours) x hourly rate of your developers’ salaries.
This is why it is important to know and plan a timeline for your app’s development cycle.
Basic Trading App:
Estimated Development Time: 3 to 6 months
Total Hours: Approximately 480 to 960 hours
Intermediate Trading App:
Estimated Development Time: 6 to 12 months
Total Hours: Approximately 960 to 1920 hours
Advanced Trading App:
Estimated Development Time: 12 to 16 months or more
Total Hours: Approximately 1920 hours or more

Basic brokerage apps with essential features can cost between $50,000 to $200,000.
More advanced apps with additional features like real-time market data, advanced charting, and payment integration may range from $200,000 to $500,000 or more.
Developing a robo-advisor app typically costs between $50,000 to $200,000, considering the complexity of implementing automation, investment algorithms, and portfolio management features.
Examples include Coinbase, Binance, and Kraken.
Building a cryptocurrency exchange app is more complex and may cost anywhere from $100,000 to $1,000,000 or more.
Costs can vary significantly based on factors such as security requirements, trading functionalities, regulatory compliance, and the number of supported cryptocurrencies.
The development cost for social trading platforms can range from $50,000 to $300,000 or more, depending on features such as social networking capabilities, copy trading functionality, and user engagement tools.
Examples include Robinhood, M1 Finance, and Public.
Developing fractional share investing apps may cost between $50,000 to $200,000, considering features like fractional share trading, portfolio management, and user-friendly interfaces.
Costs may vary based on additional features such as automatic dividend reinvestment and social sharing functionalities.
Trading apps differ widely in complexity depending on their business model. A stock brokerage app, a social-trading platform, and a crypto exchange each require different architecture, compliance layers, and integrations. Below is a breakdown of what it takes to build apps similar to Robinhood, eToro, and Coinbase.
Below are typical annual, monthly, and hourly salary ranges for mobile and backend developers in key tech markets. These figures help estimate the cost whether you're hiring full-time employees, contractors, or outsourcing the development work, sourced from Indeed:

One way to avoid the hassle of creating a production plan, organizing developers and assigning them tasks, acquiring key infrastructure such as office space and computers, and many more tasks such as overheads and getting licensing for third-party integrations.
This can all be forwarded to a software development agency to whom you can outsource the entire development of your trading app as well as long-term maintenance and updates.
A popular strategy in this method is outsourcing software development to a firm in India to take advantage of specialized skills and low costs.
Here are the rates of some of the most prominent mobile app development firms, with data sourced from Clutch:
Code B offers its services at $25 to $49 per hour
Algoworks charges their clients $25 to $49 an hour
Goji Labs is priced at $100 to $149 an hour
Mercury Development’s services cost $50 to $99 per hour
Emzin Tech charges less than $25 an hour
If you are interested in finding out about top companies that you can hire to develop your applications, check out:
In conclusion, the development of trading apps involves a thorough understanding of the several factors influencing cost, such as design, feature complexity, and time.
With the rising trend of mobile trading apps, the complexity and costs associated with development have increased significantly as competitors keep pushing the limits with new features.
While basic trading apps may require 3 to 6 months and cost between $50,000 and $200,000 to develop, advanced apps like Robinhood can take 12 to 16 months or more, with costs ranging from $500,000 to $1,500,000 or more.
Factors such as platform selection, features, UI/UX design, security measures, and regulatory compliance contribute to development costs.
Moreover, considerations such as developer salaries, third-party integrations, and outsourcing options impact the overall investment required.
Whether developed in-house or outsourced to mobile app development firms, creating a trading app demands careful planning, strategic decision-making, and allocation of resources to deliver a high-quality product that meets user needs and industry standards.