Precision-crafted code for modern applications
Revolutionize your JavaScript codebase with our TypeScript specialists.
TypeScript expertise
Experience enhanced productivity and sustainability when you hire TypeScript developers from our team.
OUR TYPESCRIPT SOLUTIONS ENSURE
Enhanced code quality, efficiency, and maintainability
Our experts harness the power of type safety and advanced tooling to create customized, top-tier solutions.
Code reliability
TypeScript’s static typing helps catch errors early in the development process, reducing bugs and improving code quality and maintainability.
Increased productivity
With TypeScript’s advanced features like autocompletion, navigation, and refactoring, developers can work more efficiently and effectively.
Consistency across the stack
Using TypeScript on both front-end and back-end ensures consistency in type definitions and reduces the likelihood of type mismatches between API endpoints and front-end components.
Scalability for large codebases
TypeScript is designed to handle large and complex codebases, making it easier to scale applications as your project grows.
Effortless tooling and integration
TypeScript integrates seamlessly with modern development tools and frameworks, offering robust support for linting, debugging, and testing.
Backward compatibility
TypeScript is a superset of JavaScript, meaning it works with existing JavaScript code and libraries, allowing for gradual migration and integration.
Enhanced security
TypeScript’s type system helps prevent common security vulnerabilities like undefined or null values, enhancing overall application security.
Long-term viability
By adopting TypeScript, your project is better prepared for future developments and trends in JavaScript, ensuring long-term viability and adaptability.TypeScript developers for hire: Building type-safe and high-performance applications
How we maintain high-quality code
1.
Detailed documentation
Detailed documentation in TypeScript provides comprehensive guidelines and examples, ensuring effective use of the framework. This accelerates development, reduces errors, and promotes consistent coding practices.2.
Consistent coding conventions
Consistent coding conventions in TypeScript enhance readability, reduce errors, and facilitate easier maintenance. Uniform practices help developers understand and collaborate on the codebase more effectively.3.
TypeScript best practices
We follow TypeScript best practices, such as using strict mode, type annotations where appropriate, avoiding any type assertions unless necessary, and leveraging TypeScript’s advanced features to enhance code quality and maintainability.4.
Modularized code
Breaking down systems into smaller, manageable, and reusable components, makes them easier to develop, test, and maintain. This approach reduces errors, improves organization, and facilitates better collaboration.5.
Code reviews
Code reviews in TypeScript ensure code quality by facilitating peer feedback and identifying issues early in the development process. They help maintain coding standards, improve software quality, and mitigate risks before deployment.6.
Unit tests
Unit tests in TypeScript ensure code reliability by validating individual components, detecting bugs early, and maintaining high code quality for future updates and enhancements.7.
End-to-end tests
End-to-end tests in TypeScript simulate real user scenarios to ensure seamless integration of all components, minimizing production risks and enhancing user experience.8.
CI/CD
Automating testing and deployment in TypeScript ensures thorough code testing and seamless integration into production. CI/CD pipelines streamline development, enhance code quality, and ensure efficient delivery of updates.Building blocks for our TypeScript solutions
Next.js
React
Angular
Jest
Playwright
RxJS
ReduxOur proven track record in TypeScript
Simplifying healthcare coverage with AI & RAG architecture
AI-powered assistant that analyzes health insurance plans, breaks down coverage details, and provides clear, personalized insights in real time. Leveraging Retrieval-Augmented Generation (RAG) and AI-driven analysis, Coverage Compass helps users understand their coverage and compare plans effortlessly.
Straightforward health plan insightsEffortless health plan selectionEfficient customer supportSeamless integration for businesses
Streamlining the digital patient intake process
Custom digital system streamlining medical questionnaire management, enabling healthcare professionals to create, validate, and publish forms in hours instead of days, reducing inefficiencies and simplifying processes.
Digital patient intake optimizationEfficient questionnaire managementFuture-proof healthcare operations
Tax reporting optimization using AI
The solution utilized a large language model (LLM) to optimize tax report preparation, guiding users through the process and improving efficiency. This comprehensive approach not only directly addressed the client’s needs but also positioned them for future growth, ensuring market competitiveness and establishing a scalable foundation for ongoing development.
Reduced time for tax prepSeamless AI integrationMitigated risk of client lossIncreased efficiency
Personalized AI assistant for mental health diagnostics support
Personalized AI assistant for mental health diagnostics that embeds the Diagnostic and Statistical Manual of Mental Disorders, Fifth Edition (DSM-5) into a vector database for fast, accurate responses. Advanced techniques like Retrieval-Augmented Generation (RAG) enhance the system’s answers, and the platform’s compatibility with multiple AI models ensures scalability.
Effective knowledge baseQuick retrieval of relevant informationTime saved for medical professionalsScalable platform with multi-AI model compatibilityPrecise responses through DSM-5 embeddings
Insights from our TypeScript experts
Explore articles where our experts share best practices, from practical tips to deep dives into TypeScript’s advanced features.
Frequently asked questions
What is TypeScript, and how does it differ from JavaScript?
Is TypeScript suitable for both front-end (client-side) and back-end (server-side) development?
What are the performance implications of using TypeScript compared to plain JavaScript?
How does TypeScript handle third-party libraries and frameworks?
Does TypeScript add complexity to the development process?
How is TypeScript supported in terms of long-term community adoption and updates?