Budget: 27000 UAH Deadline: 20 days
Good day! I have experience with remote access. There is an implementation of the code only for the inmp441 project, where you can take it as a basis to write a protocol for data transmission that you could use. You most likely have a limit for communication, and there is a packet overload.
Budget: 27000 UAH Deadline: 1 day
Hello!
I have reviewed the task. The main difficulty in your scenario is not the remote connection itself, but the stable two-way audio transmission between PC2 -> PC1 -> phone through Phone Link, without losses, interruptions, and conflicts of audio devices. I have worked on similar tasks before - usually, the problem is solved by proper audio routing and setting up the control channel.
I can offer two solution options:
1. Select and configure a stable scheme based on existing remote access tools with correct transmission of the microphone and call sound.
2. If necessary, develop a small utility/agent for PC1 that will manage the connection, audio devices, and simplify the connection of new devices.
As a result, you can achieve a working scheme where from PC2 you can:
remotely control PC1
dial a number
fully hear the interlocutor
use the microphone of PC2 for conversation through the phone's SIM.
I also provide a guarantee for the completed work and support after the setup.
Budget: 27000 UAH Deadline: 5 days
I will develop a system for making calls through a SIM card from a remote PC. The server on PC1 controls the phone and audio routing, the client on PC2 is a GUI for dialing a number. Stack: C++, Qt6, VoiceMeeter API, Phone Link. There is a ready architecture.
Budget: 27000 UAH Deadline: 8 days
Good day! I have experience with remote access and audio routing. The problem with the virtual microphone is solved through a dedicated audio tunnel instead of Parsec. I am ready to discuss the details and propose solutions.
