Cpp DEVELOPMENT COMPANY

Build high-performance, reliable software with C++ and nearshore talent.

 We quickly assemble skilled teams to develop robust, scalable applications using C++, ensuring optimal performance and reliability for systems that demand speed and precision.

cpp development

+200 companies rely on

our 1% Top Talent

C++ Development Services We Provide

We offer a comprehensive range of C++ development services, from systems programming to real-time applications and embedded systems. Explore our key offerings below:

Custom C++ Software Development

We build tailored software solutions using C++ for industries that require high-performance and low-level control. From operating systems and database engines to gaming applications, we create robust software that is optimized for speed and efficiency.

Embedded Systems Development

Our developers use C++ to create highly efficient and resource-constrained embedded systems. Whether for automotive, IoT, or industrial applications, we deliver C++ solutions that ensure stability and real-time performance.

Game Development with C++

We develop high-performance gaming engines and applications using C++, the go-to language for many AAA games. Our team builds immersive, resource-optimized games with real-time rendering, physics, and advanced graphics.

Real-Time and High-Performance Systems

Our team specializes in building real-time systems with C++ for industries like finance, telecommunications, and aviation. With C++’s low-level control and memory management capabilities, we create systems that require precise timing and reliability.

Cross-Platform Application Development

We develop cross-platform applications using C++ to ensure your software runs efficiently across different operating systems. Our team builds applications that maintain high performance and compatibility on Windows, macOS, Linux, and more.

C++ Maintenance and Optimization

We provide ongoing maintenance and performance optimization for C++ applications, ensuring they remain secure, performant, and up-to-date. Our team handles performance tuning, memory management, and troubleshooting for complex C++ software.

Why Choose Xpertsoft for C++ Development

Nearshore Expertise

Our developers are primarily based in Portugal, ensuring seamless collaboration with EU-based clients. With real-time communication and bilingual professionals, we offer efficient C++ development and support services.

Broad Technical Expertise

Beyond C++, our team brings expertise in systems programming, real-time applications, embedded systems, and cross-platform development. We deliver end-to-end solutions that ensure your C++ software is scalable, secure, and optimized for performance.

Tailored C++ Solutions

We provide flexible C++ development services that align with your business goals. Whether you need custom systems software, real-time applications, or high-performance gaming engines, we tailor our solutions to meet your specific requirements.

The C++ Ecosystem We Used in Previous Work

Systems and Real-Time Development

Leverage C++ and its libraries for building high-performance systems:

  • Boost (for advanced C++ libraries and tools)
  • Qt (for cross-platform development)
  • POCO C++ (for building networked and embedded applications)
  • STL (Standard Template Library) (for data structures and algorithms)
  • ZeroMQ (for asynchronous messaging in distributed systems)

Game Development

Create immersive, high-performance gaming applications with C++:

  • Unreal Engine (for AAA game development)
  • CryEngine (for 3D game development)
  • Cocos2d-x (for 2D game development)
  • OpenGL (for graphics rendering)
  • DirectX (for Windows-based game development)

Embedded Systems and IoT

Build resource-constrained, high-efficiency embedded systems with these tools:

  • FreeRTOS (for real-time operating systems in embedded devices)
  • Embedded C++ (for developing microcontroller-based systems)
  • Arduino (for building IoT devices)
  • Raspberry Pi (for prototyping embedded systems)
  • CAN Bus (for automotive and industrial communication systems)

Security and Performance Optimization

Ensure secure, high-performance C++ applications with these tools:

  • Valgrind (for memory debugging and profiling)
  • GDB (for debugging C++ code)
  • CMake (for managing build systems in C++)
  • AddressSanitizer (for detecting memory errors)
  • Clang (for performance optimization and static analysis)

Accelerate your roadmap with an experienced Cpp development company.

Key Facts to Know About Cpp Development

  • Benefits of using C++
  • 1. High Performance and Low-Level Control

    C++ provides low-level memory management and direct hardware interaction, making it the go-to language for high-performance applications such as operating systems, game engines, and real-time systems. This allows developers to optimize performance and resource usage at a granular level.

    2. Cross-Platform Flexibility

    C++ enables developers to write applications that can run on multiple platforms, including Windows, macOS, Linux, and embedded systems. This flexibility makes C++ a preferred choice for software that needs to be deployed across diverse environments.

    3. Real-Time and Embedded Systems

    With its low-latency and deterministic behavior, C++ is ideal for building real-time systems and embedded applications that require precise timing and control, such as automotive software, industrial machinery, and IoT devices.

  • C++ primarily use
  • C++ is primarily used for systems programming, game development, real-time applications, and embedded systems. It is widely adopted in industries like finance, automotive, telecommunications, and entertainment that require high performance, stability, and scalability.

  • Reasons for C++'s popularity
    • Efficient Memory Management: C++ offers manual memory management through pointers and dynamic allocation, which allows developers to optimize the use of system resources, making it ideal for performance-critical applications.
    • Object-Oriented Programming (OOP): C++ supports OOP principles, which make it easier to organize and structure code for large, complex software systems, improving maintainability and scalability.
    • Wide Adoption in High-Performance Industries: C++ is widely used in industries that demand low-latency, high-throughput software, such as finance, telecommunications, gaming, and automotive, making it a reliable choice for mission-critical applications.
    • Strong Ecosystem and Libraries: C++ has a robust ecosystem of libraries and frameworks that speed up development and provide optimized solutions for common challenges like networking, concurrency, and cryptography.
    • Backward Compatibility: C++ is backward compatible with C, allowing developers to integrate legacy C codebases with modern C++ applications, which is useful for maintaining and upgrading older systems.
    • Versatility in Application: From operating systems to scientific simulations, C++ is a versatile language that is used across a wide range of industries, providing both the high performance of low-level programming and the flexibility of object-oriented design.
    • High Demand for C++ Developers: The demand for C++ developers remains high in industries such as aerospace, defense, finance, and gaming, where performance, precision, and reliability are key.

  • Useful Links

1. High Performance and Low-Level Control

C++ provides low-level memory management and direct hardware interaction, making it the go-to language for high-performance applications such as operating systems, game engines, and real-time systems. This allows developers to optimize performance and resource usage at a granular level.

2. Cross-Platform Flexibility

C++ enables developers to write applications that can run on multiple platforms, including Windows, macOS, Linux, and embedded systems. This flexibility makes C++ a preferred choice for software that needs to be deployed across diverse environments.

3. Real-Time and Embedded Systems

With its low-latency and deterministic behavior, C++ is ideal for building real-time systems and embedded applications that require precise timing and control, such as automotive software, industrial machinery, and IoT devices.

C++ is primarily used for systems programming, game development, real-time applications, and embedded systems. It is widely adopted in industries like finance, automotive, telecommunications, and entertainment that require high performance, stability, and scalability.

  • Efficient Memory Management: C++ offers manual memory management through pointers and dynamic allocation, which allows developers to optimize the use of system resources, making it ideal for performance-critical applications.
  • Object-Oriented Programming (OOP): C++ supports OOP principles, which make it easier to organize and structure code for large, complex software systems, improving maintainability and scalability.
  • Wide Adoption in High-Performance Industries: C++ is widely used in industries that demand low-latency, high-throughput software, such as finance, telecommunications, gaming, and automotive, making it a reliable choice for mission-critical applications.
  • Strong Ecosystem and Libraries: C++ has a robust ecosystem of libraries and frameworks that speed up development and provide optimized solutions for common challenges like networking, concurrency, and cryptography.
  • Backward Compatibility: C++ is backward compatible with C, allowing developers to integrate legacy C codebases with modern C++ applications, which is useful for maintaining and upgrading older systems.
  • Versatility in Application: From operating systems to scientific simulations, C++ is a versatile language that is used across a wide range of industries, providing both the high performance of low-level programming and the flexibility of object-oriented design.
  • High Demand for C++ Developers: The demand for C++ developers remains high in industries such as aerospace, defense, finance, and gaming, where performance, precision, and reliability are key.

Add top 1% devs to
your in-house teams

Tap into the expertise of our top 1%  developers. Staff augmentation lets you boost your in-house teams with specialized experts. Expedite timelines without sacrificing output quality.

Here’s how we augment your team

STEP 1

Discovery Call

Share your requirements, budget, and necessary skill sets. We will draft a working timeline and select top developers for your team.

STEP 2

Assembling Your Team

Withindays, we’ll find suitable developers that fit your requirements. We ensure they have the right technical expertise and would be a great cultural fit for your team.

STEP 3

Onboarding and Scaling

After onboarding them, our developers will integrate with your team. Scale your engagement as needed – we’re happy to accommodate your demands.

Get an
entire Team

Looking to bring on more than just a few .NET developers? We’ll assemble a complete crew to support you. Whether it’s full-cycle front and back-end web development, QA, DevOps, UX/UI, or something else. Monitor the team’s performance and manage them as you see fit.

Here’s how you can get a dedicated team

nearshoring a development team

STEP 1

Discovery Call

We’ll learn about your business, organization structure, objectives, budget, timelines, and resource requirements. Then, we can start identifying the ideal talent for you.

STEP 2

Team Assembly and Integration

Once we assemble your dedicated team, we’ll ensure a smooth transition as they integrate with your organization.

STEP 3

Project Kickoff

After onboarding, your team is at your disposal. You’ve now acquired the resources you need without the hassle and high cost that usually comes with recruitment

Looking for C++ development at your organization?

See how we can help.