Utilzing Qt, wxWidgets, GTK+ and other toolsets, we deliver cross- platform applications of any complexity — from stand-alone desktop applications to distributed systems.
We build feature-rich OS-native software products including utilities, tools, as well as office, communication and multimedia apps and productivity tools.
While building multi-platform solutions, we keep shared logic and code, delivering OS-native UIs utilizing OS-specific tools for each target platform.
Itransition delivers high-performance and low-latency code on today’s modern systems utilizing native capacities of C/C++ along with high-performance tooling, libraries and high-quality optimizing compilers C++ opens the access to.
We know how to arrange data to use hardware caches effectively, and how to apply standard and custom-written parallel algorithms to harness high-performance parallel and vector processor hardware to compute results faster. We also know how to manage latency for real-time systems and responsive apps while hiding the underlying latencies such as disk and network latency.
Utilizing NAT-T techniques along with HPL, RabbitMQ, libnice, zeroMQ libraries and other tools, we develop server configuration and management utilities, server performance monitoring and reporting tools, backup utilities, server-side communication, server-side processing and command line tools.
We deliver driver and utility management solutions along with middleware that communicate with low-level embedded software for custom devices utilizing board-specific accelerators and protocols such as SPI and I2C. The interfaces involved include IEEE 1394, USB, RS-232, Bluetooth, etc.
We utilize C/C++ rooted in embedded systems and designed to be written specifically for the hardware they’re running on, to deliver Internet of Things solutions that do more work with less hardware. From prototype to production, we build modular, easily extensible IoT applications that connect sensors, devices and cloud services, and can be upgraded and extended with new features in the field.
We build efficient tools for high-performance media streaming and processing.
Our knowledge of video transmission of IP network including error-resilient encoding, error concealment and media steaming protocols, RTP/RTSP/HLS/MPEG-DASH, along with device-level performance optimization experience (coding/decoding speed, etc) help us deliver real-time multithreaded media streaming solutions. Leveraging multimedia frameworks, including open source solutions such as GStreamer and FFmpeg (featuring libavcodec), we develop various multimedia applications.
Our expertise spans development of backend system components for various security devices and diverse surveillance equipment.
Working in collaboration with hardware vendors, when hardware and software products are developed simultaneously, we deliver reliable high-performance software for digital close circuit TV (CCTV), portable body cameras, digital multimedia recorders, comprehensive home security systems, turnstile, automatic gate systems, and many more.
With the help of C++, we deliver VR/AR experiences that span across operating systems, wildly different and non-standard input device types, hardware specs, manufacturers, and SDKs.
We opt for C++ to deliver AR/VR solutions for C++ is cross-platform, offers severe control over performance/latency, allows for low level real-time optimization and multi-threading, is suitable as a library and can be used as the interface to other languages.
BLE, Beacons, RFID, WiFi, ZigBee, LoRa, NFC
SOAP, XML-RPC, REST
IPv4, IPv6, TCP, UDP, TLS/SSL, HTTP, FTP, LDAP, SSH, MQTT, WebRTC
SSO, OAuth, PKI, X.509
STL, STLport, Boost, POSIX, glib
Win API, MFC, ATL, WTL
DirectX, OpenGL, OpenAL, OpenCV, SDL
CryptoAPI (CAPI), OpenSSL
Cocoa, Cocoa Touch, Carbon, wxWidgets, Qt, QML, X11, GTK
GStreamer, FFmpeg (libavcodec)
Microsoft SQL Server, Oracle, BerkleyDB, DB/2, PostgreSQL, MySQL, SQLite
MS C/C++ Compiler, GNU GCC, Clang, Intel® C/C++ Compiler
MS Visual Studio, Xcode, Eclipse, Emacs, vim
Windows, Linux, macOS, iOS, Android