Working as a software architect to develop high performance VoIP (Voice over IP) monitoring solutions. The VoIP monitoring solution mainly consists of: 1. Monitoring of SIP (Session Initiation Protocol) traffic.2. Monitoring of RTP (Realtime Protocol) traffic.3. Monitoring of LTE (Long term evolution) traffic which includes GTP-C and GTP-U protocols.4. Implementation of high performance multithreaded applications using C++ programming language.5. Implementation of high speed packet processing using DPDK (Data Plane Development Kit).

Worked as one of the lead architect to develop a high performance Mega ACD (automatic call distribution) switch. I also supervised the high availability feature of the switch.

Worked as one of the lead architect to develop a high performance Mega ACD (automatic call distribution) switch. I also supervised the high availability feature of the switch.

Worked as one of the lead architect to develop a high performance Mega ACD (automatic call distribution) switch.

Worked on the development of high performance ETSI compliant Lawful Interception (LI) systems.

Worked on the development of high performance ETSI compliant Lawful Interception (LI) systems.

My master thesis is related to computer vision. I worked on the implementation, evaluation and enhancement of a fast optical flow estimation method. I implemented the optical flow estimation algorithm on NVIDIA TITAN X GPU using C++ and OpenCL library.

I worked on the development of a machine which detects minute dents on the surface of the car. The machine makes use of cameras, LEDs and computer vision algorithms to detect the deformations on the car surface.