C++ specialists for your dedicated team.

Where C++ fits in a long-term product team.

C++ is chosen when a measured requirement excludes the alternatives: microsecond-scale latency, tight memory budgets, or throughput where an interpreted language's overhead dominates. That is a narrow set of situations, and outside it the productivity cost is rarely repaid.

Modern C++ is much safer than its reputation, provided the codebase uses modern C++. Smart pointers, RAII and the standard containers eliminate most manual memory management, but a codebase mixing modern idioms with raw pointers inherited from older code has the failure modes of both.

What your dedicated team does with C++.

The defects C++ permits are the expensive kind. Memory corruption and undefined behaviour produce failures far from their cause, sometimes months later, and diagnosing them takes tooling and experience.

Sanitisers and static analysis in the build are not optional refinements here; they are how the language is made survivable, and they are part of the delivery standard scoped under how the monthly fee is built.

Common C++ use cases.

• Latency requirements that exclude alternatives Work where a measured microsecond budget rules out an interpreted runtime.
• Consistent modern idioms RAII and smart pointers throughout, replacing inherited raw pointers.
• Sanitisers in the build Memory and undefined-behaviour detection running continuously.

Adding C++ skills to your team.

C++ work sits with a dedicated software development team, with the performance requirement measured before the language is chosen.

C++ work is assigned to dedicated, full-time specialists who work remotely in your repositories and are managed by us. It is the model behind every offshore team at Azendo, and how companies hire software developers without running the recruiting themselves.