О нас

The company’s story began in 2002, when Kim Bondarenko created the multimedia player Crystal Player, which quickly became popular among Windows users for its performance and advanced video playback capabilities.

In 2003, together with Philip Philonenko and Mikhail Philippovich, Kim co-founded Crystal Reality to continue the development and worldwide distribution of Crystal Player.

Starting in 2005, Crystal Reality focused on multimedia software for mobile platforms, initially targeting Symbian and later Windows Mobile. During this period, the team was joined by talented graduates from the Department of Computer Technologies at ITMO University. The company's primary expertise was the development and optimization of audio and video codecs for resource-constrained mobile devices, including MPEG-2, AC-3, H.263, MPEG-4 ASP, and H.264.

In collaboration with Elecard, the team developed one of the fastest MPEG-4 ASP decoders available for ARM processors at the time. Later, Crystal Reality created Mobile DVD, a solution for converting DVD movies into mobile-friendly formats for Windows Mobile smartphones. The product was commissioned by Spb Software.

Since 2018, Crystal Mobile has been developing the Crystal Zoo framework, a cross-platform application framework that enables native Android, iOS, Linux, desktop, and Web applications to share a common C++ codebase. The primary goal of the platform is to bring modern C++ to frontend development, combining native performance with significantly reduced cross-platform development costs. Since 2025, Crystal Zoo has also been used to develop graphical user interfaces for Linux-based medical devices running on Banana Pi and Raspberry Pi hardware.

Since 2020, the company has invested heavily in GPU computing, real-time graphics, and heterogeneous parallel processing. As of 2026, all major products—including both frontend and backend technologies—provide deep cross-platform GPU support across hardware from multiple vendors.

Since 2024, Crystal Mobile has also been developing technologies for secure networking, VPN connectivity, and DPI-aware networking, enabling distributed systems to operate reliably across fragmented Internet environments affected by regional network restrictions and regulatory constraints.