Whether you want to hire one C/C++ or build a product development team in Ukraine, our model is flexible enough to meet your needs. Possessing a significant pool of the best Ukrainian IT talents, we at Qubit Labs will be glad to select C developer for your project, guaranteeing high quality, attractive pricing and more.
Your team will work from our office and be fully dedicated to your company and product. Long-term cooperation and direct communications ensure high developer’s commitment and loyalty. Develop your product together with motivated C programmers while we cover all back-office processes, recruiting, retention and provide a social package for your C/C++ team.
Qubit Labs is an EU-based outsource company with an R&D office in Kyiv, Ukraine. Main services are: setting up extended teams, launching R&D centers, IT relocation – Qubit Labs is flexible in terms of service model to meet every client’s need. Every team is hired on the base of the client’s requirements and needs. Our key clients are from the USA, European countries and the Middle East operation in various business fields.
Tell us more about the tech stack, team structure and specific requests and requirements you have. Based on them we show you expected budget and start recruitment process for free.
Get the CVs of vetted developers during the first week. Then you interview best ones and make final hiring decision. On average it takes 4-6 weeks to find and hire developers our clients need.
We provide hardware, office and back-office support for your development team. You can visit your team or use online tools to set up processes and integrate developers into your organization structure.
Enjoy your fully integrated team working together in our office. We support retention, HR management, payrolls and accounting; provide comfortable office space, hardware and social package.
Start developing your project without investing time and efforts in a recruiting and team management. Hire dedicated C/C++ developers with required skills and experience.
With Qubit Labs, you can save up to 60% of costs, because of our unique business model. Your exclusive team will increase output while reducing costs.
Each programmer you hire works exclusively on your project. Ensure smart communication and transparent reporting for each developer you hire.
Qubit Labs has a qualified team of internationally certified IT Recruiters and HR professionals with more than 10 years of experience in the IT market.
Flexible contracts with simple monthly billing. No hidden cost! We run R&D center, where your developers will work and cover HR management, payroll, taxes and other administrative routine for you.
Use our pool of 5000+ qualified tech candidates to build and manage the best software development teams. Hire one developer or set an offshore development center in less than 4 weeks.
All around the world, Ukraine is known for exceptional IT talents, and this is subject to coders skilled in C/C++ programming languages as well. You will considerably gain from quality-to-price ratio within our well-established business model by choosing to outsource development with Qubit Labs. Outsource development to our team! If you want to set up a turnkey R&D office our HR and management team will cover all hassles related to hiring, accounting, retention activities, paperwork, etc.
Whether you choose to only hire C developer or outsource Qubit Labs as a full project development company, we guarantee on-time delivery, advanced reporting, cost-efficiency, and absolute transparency at all cooperation stages.
C++ software is much faster and more reliable than apps built with another programming language. C developer can help you to build a mobile app, game, operating systems, etc.
To benefit from this technology in full, you need the best IT talents.
We at Qubit Labs will help you to build a C/C++ development team of your dream or find the lacking C developer for your project. Wherever you are and whatever your financial capabilities are, we will find a solution that will meet your expectations. Forget about dishonest freelancers or over-priced web development companies. Contact us right away and tell us about your needs.
C++ is a cross-platform and powerful general-purpose programming language that can be used to create high-performance applications and was created as an extension to the C language. C++ gives programmers a high level of control over system resources and memory and has a large variety of real-world applications.
C++ is fast, close to the hardware, and has easy control over resources. It can also provide good procedural programming over CPU intensive functions. It’s easy to override the complexities of 3D games using C or C++ as well as give access to multilayer networking.
As a language, C++ has all the required features to develop GUI based and desktop applications easily, so most are built using it. The top-shelf names in this field are developed using C++.
C++ is also used in writing database management software. The two most popular databases out there, including the world’s most popular open-source database, are written in C++ and are used by an overwhelming number of organizations.
What makes C++ a winning candidate for writing operating systems is how strongly-typed and fast a language it is, so it’s easy to write in it. If that wasn’t enough, C++ offers a wide collection of system-level functions that also help in writing low-level programs.
Given the fast performance that C++ ensures, it’s used for rendering purposes in browsers. People are impatient and nobody wants to wait for a web page to refresh, so rendering engines have to be faster in execution. This way, most browsers have their rendering software written in C++.
C++ comes in handy in app development. It’s essential in apps that require high-performance image processing, real-time physical simulations, and mobile sensor applications that are demanding in terms of speed and performance. Put in other words, C++ is often used for animation, virtual reality, 3D graphics, and environments.
Programmers often use C++ to develop enterprise software as well as advanced applications like flight simulation and radar processing.
Being a great aid in concurrency, C++ quickly became the default choice for banking applications that require multi-threading, concurrency, and high performance.
Cloud storage systems are all the rage today. More and more services work off of cloud-based technology. These systems work close to the hardware and C++ becomes a go-to option for implementing such systems as it is, too, close to the hardware. C++ also provides multithreading support that can build concurrent applications and load tolerance.
Both C and C++ are low-level languages close to the hardware and provide for easy control and programming of the underlying hardware resources. This makes it completely logical that compilers of various high-level programming languages are written using either C++ or C programming
A multitude of embedded systems like wearables or medical equipment systems use C++ for essentially the same reason: it is closer to the hardware level and can provide a lot of low-level function calls in comparison with the high-level programming languages.
When very high-level mathematical computations are involved, performance and speed become of utmost importance. This means you guessed it, most of the libraries use C++ as their core programming language. Meanwhile, most high-level machine language libraries use C++ as a backend language.
C++ is also the most in-demand language for the development of applications where speed and concurrency are concerned.
If you’re planning to learn programming, C is considered to be the most fundamental language that you’d need to study as it’s a building block for many other languages.
These are sturdy languages with many many data types and operators that allow for a whole spectrum of different operations to be performed.
C programming is pretty hardware-independent, meaning you can run your code on any machine without changing much or even any of your code.
C ANSI has only 32 keywords with a lot of built-in functions that come in handy when building a program.
Another big advantage is C’s ability to extend itself. One can make and add their own functions to the C Standard Library. This is a big opportunity to make code much simpler.
C is structure-based and has a modular structure that breaks down complex tasks into smaller blocks, which helps make testing and maintenance easier and simpler.
This means C supports both high-level programming as well as low-level programming such as the use of kernels and drivers.
Algorithms and data structures have made program computations in C outstandingly fast and smooth, so it can be used for very complex software.
This means that the C languages operate through the proper course of actions for its functions and subroutines. This makes it easier to identify code structure and to solve any problem in a specific series of code.
This means you can allocate memory at run time, as in, you can still run a program in C and assign the memory to objects of your program at the same time.
While C++ and C programming isn’t “fancy” and software engineers working in these languages aren’t getting all the headlines, these are the workhorses behind the majority of programs and parts of other languages. So the thirst for C and C++ developers is never quenched.
This makes your screening process to hire a C developer all the more important – what do you look at? What questions do you ask? Etc.
The answers to those are:
Questions to check:
Why ask this: This will allow the programmer to show their fundamental knowledge and understanding of the languages. It will also show you if they see C++ as a separate complex language or just an addition to C.
Why ask this: This will let you in on the candidate’s knowledge of the fundamental way C works with memory.
Why ask this: To see the degree to which the person understands the basics of C++.
Questions to check:
Why ask this: This open question will give a good idea of the candidate’s view of the fields, knowledge of alternatives, and understanding of solution trade-offs.
Why ask this: To get a feel of the candidate’s knowledge and understanding of libraries.
Questions to check:
Why ask this: A good software engineer will be able to show extensive knowledge of a major change that took place with the introduction of C++11.
Why ask this: This will let you see if the candidate keeps up with the language changes and is aware of the difference in coding idioms in different versions of the language.
Why ask this: To see the degree to which the candidate is familiar with the advancements C++ has made since C++03 and understands them.
– Working methods that are solution-oriented
– Understanding the importance and initiation of quality and performance metrics
– Understanding of memory management, dynamic polymorphism, and other C++ templates