C is a procedural programming language that is well-suited for system programming such as operating system or compiler development. C++, on the other hand, is an object-oriented programming language that provides programs with a clear structure and allows code to be reused, cutting development costs.
We utilize C and C++ flexibility and interoperability to create desktop and mobile apps, performance-critical software, SQL servers, graphical user interfaces, and machine-to-machine systems.
We can handle all of your C/C++ software development needs. We'll assist you with building native and cross-platform apps, as well as system-level software, in C/C++.
We create cross-platform apps and native APIs for system utilities, communication, browsing, multimedia, data management, and enterprise-grade software.
We develop apps for iOS, Android, and widgets that control displays, link to social media, animation standard UI features, and integrate conventional app store services such as payment processing.
Hire our expert C and C++ developers for your project. With the necessary programming experience, you can augment your team and accelerate your software launch.
We utilize C++ in conjunction with its low-level ancestor, C, to program server-side systems such as operating system kernels, network management, backup and recovery, virtual machines, automated processes, and virtual memory.
We integrate mission-critical technologies into current business architecture to increase data integrity, security, processing speed, and IT support.
We use C and C++ to build robust, object-oriented software that is capable of high-performance computation by combining high- and low-level language capabilities.
Our QA team is skilled in various forms of testing, including Functional Testing, Unit Testing, Performance Testing, Integration Testing, and many others, to guarantee that your software works as intended and is scalable to meet future demands.
We use Embedded C++'s streamlined, targeted language to integrate firmware and middleware with superior driver management and optimized compilers.
We provide performance-enhancing refactoring, continuous integration, porting, migration, and extensive testing, as well as upgrades to the latest C & C++.
The essential characteristics of the C language include low-level memory access, a modest selection of keywords, and a clean style.
C++'s biggest benefit is its scalability, hence it is commonly used to build software that requires a lot of resources. Because the code is type-checked before execution, C++ as a statically written language is generally more performant than dynamically written languages.
C is a strong language with various data types and operators that provide a broad foundation for performing a wide range of operations.
One of C++'s most significant benefits is its object-oriented programming paradigm, which incorporates ideas such as classes, inheritance, polymorphism, data abstraction, and encapsulation, which allow code reusability and make a program more dependable. By treating data as an object, object-oriented programming allows us to deal with real-world challenges.
ANSI C has just 32 keywords but several built-in functions. When writing a program in C, these functions come in handy.
C++ is a programming language that supports several paradigms. A paradigm is a programming approach that comprises the program's logic, structure, and process. C++ has three paradigms: generic, imperative, and object-oriented.
C and C++ are both incredibly versatile, machine independent, which allows users to run the same program on multiple operating systems or interfaces with ease, without making any or only a few modifications to the code.
C is a programming language with a medium level of abstraction. That is, it can support both high-level and low-level programming. It allows for the usage of kernels and drivers in low-level programming as well as system software applications in high-level programming.
C++ allows for low-level data manipulation at a certain level like constructing embedded systems and compilers because C++ is closely connected to C, which is a procedural language strongly related to machine language.
C is a system-based programming language. It denotes that the language is closely related to the hardware devices.
C++ provides the programmer with complete control over memory management. This can be viewed as both an asset and a risk because it increases the user's obligation to manage memory rather than having it controlled by the garbage collector. This notion is accomplished utilizing DMA (Dynamic memory allocation) and pointers.
Hire a team of expert software developers to tackle your custom programming project.
Cambria's C and C++ professionals have years of expertise creating a variety of applications. We serve a range of programming styles, including functional, object-oriented, and procedural.
Our C and C++ programming history has had its ups and downs. C++, along with Delphi, is Cambria's founder's favorite programming language, having worked with it since the company's inception in 1984. Cambria's founder was the one most often relied upon for C and C++ programming in the early days, and the majority of the programs created were directly related to hardware.
When creating a program in any programming language, we follow a set of steps. In program development, these steps are referred to as phases. The program development life cycle is a series of processes or phases used to create a program in any programming language.
In this step, we establish the problem statement and determine the problem's boundaries. We must understand the problem description, what our requirements are, and what the result of the problem solution should be. These are specified in this initial step of the program development life cycle.
In phase 2, we establish the prerequisites for solving the problem, such as variables, functions, and so on. That is, we assemble the resources needed to address the pro
During this phase, we create a step-by-step method for solving the problem based on the specification provided in the previous phase. This stage is critical for program development. That is, the solution is written in step-by-step statements.
This phase employs a programming language to develop or implement real programming instructions for the preceding phase's steps. We build the actual program in this phase. That is, we write the software to solve the specified problem in programming languages such as C and C++.
During this phase, we determine whether or not the code developed in the previous stage solves the described problem. That is, we test the program to see if it solves the problem for different input data values. We also check to see if it is producing the expected results.
The application is actively utilized by the users throughout this time. If any improvements are discovered during this step, all phases must be redone to implement the improvements. That is, the solution (software) is being utilized by the end user throughout this phase. If the user discovers a problem or desires an enhancement, we must repeat all of the steps from the beginning in order to address the problem or implement the improvement.
Find C and C++ programmers in the Philippines that are available for hire for your job. Outsource your C/C++ programming to Cambria.
Cambria is a 38-year-old California company that mostly develops in Metro Manila, Philippines. You will receive the same high-quality programming that we have always offered, but at a far lower cost as compared to the United States. Because of the Philippines' American culture and history, our development team will be as easy to work with as any American company.
Cambria Philippines can help you expand your workforce with offshore professionals. We provide a fully customizable staff augmentation service in which you can have as much or as little control over the process as your needs demand. We will assist you in assembling a team of offshore programmers that are 100% dedicated to you, acting as an "extension" of your own personnel and can be fully integrated into your existing company architecture and culture.
Save money on overhead and benefit from a vast and willing recruiting pool at a fraction of the cost of hiring locally.
Cambria provides two types of programming services: Statement of Work and Staff Augmentation.
Statement of Work (SOW) projects begin with a detailed specification of what you need to be done and are invoiced on an hourly basis. The work is done by our permanent personnel and begins with a significant effort to complete the project, then transitions to a Maintenance project where we are on hand to correct, debug, and enhance your software's capabilities. This implies that all of our programmers give a little portion of their weekly time to other clients and cannot devote 100 percent of their attention to a single project.
Staff Augmentation projects are meant for clients that want programmers who are completely committed to them and can thus be viewed as an extension of the client's current staff. We recruit just for your project, and you can have as much control over the hiring process as you like, thus these projects are invoiced depending on the programmer's expertise and compensation. This technique is appealing because offshore talent can fit into an existing corporate culture and is frequently less expensive than a standard SOW project because personnel are 100% billable as opposed to 80-90 percent billable in a SOW setting.
Reach us to work with a skilled team of C and C++ developers. Cambria's C and C++ developers have years of expertise creating desktop applications, web applications, and mobile apps. We support a variety of programming languages, including functional, object-oriented, and procedural.
Here are some projects that we've made, and unsolicited testimonials
from our clients.