IP Microphone Broadcast Interface Developer
Budget: €750 – €1,500 EUR
Project Title
IP Microphone Control System with Professional Broadcast UX (Prototype)
Project Description
We are looking for an experienced full-stack developer to build a technical prototype of an IP microphone control system with a professional broadcast-style user interface, inspired by tools such as RME TotalMix or high-end broadcast control panels.
This is not a simple web app.
It is a real-time control interface designed for professional audio and broadcast environments.
Scope of Work
Core objectives:
Develop a software control interface for IP microphones
Control parameters such as:
Gain
Mute / On-Off
Status monitoring
Interface must be:
Clean
Intuitive
Optimised for professional operators
System overview:
IP microphones with:
Separate IP control interface
Audio transported over Dante
Control layer communicates with microphones via:
IP (REST / TCP / UDP — to be defined by developer)
Audio is not processed, only controlled and monitored
UX / UI Requirements
Mixer-style layout
Channels displayed left to right
Clear visual feedback:
Active / muted
Network / device status
Scalable design (initial prototype: 8 microphones)
UX must feel broadcast-grade, not consumer
Technical Expectations
Frontend:
Web-based or desktop (developer proposal welcome)
Backend:
Modular and extensible architecture
Code must be:
Clean
Documented
Suitable for future expansion
We will provide:
Functional specifications
UX references
Network assumptions (IP ranges, device logic)
Important Notes
This project is a first prototype intended for:
Internal validation
Investor demonstrations
Long-term collaboration is possible
NDA and IP protection will be required
Ideal Candidate
Proven experience with:
Real-time control systems
Networked devices
Technical UX
Ability to discuss architecture, not just write code
Comfortable working with a senior broadcast audio specialist
When Applying, Please Include
Relevant past projects (especially control panels or technical dashboards)
Short explanation of how you would approach the system architecture
Preferred tech stack
IP Microphone Control System with Professional Broadcast UX (Prototype)
Project Description
We are looking for an experienced full-stack developer to build a technical prototype of an IP microphone control system with a professional broadcast-style user interface, inspired by tools such as RME TotalMix or high-end broadcast control panels.
This is not a simple web app.
It is a real-time control interface designed for professional audio and broadcast environments.
Scope of Work
Core objectives:
Develop a software control interface for IP microphones
Control parameters such as:
Gain
Mute / On-Off
Status monitoring
Interface must be:
Clean
Intuitive
Optimised for professional operators
System overview:
IP microphones with:
Separate IP control interface
Audio transported over Dante
Control layer communicates with microphones via:
IP (REST / TCP / UDP — to be defined by developer)
Audio is not processed, only controlled and monitored
UX / UI Requirements
Mixer-style layout
Channels displayed left to right
Clear visual feedback:
Active / muted
Network / device status
Scalable design (initial prototype: 8 microphones)
UX must feel broadcast-grade, not consumer
Technical Expectations
Frontend:
Web-based or desktop (developer proposal welcome)
Backend:
Modular and extensible architecture
Code must be:
Clean
Documented
Suitable for future expansion
We will provide:
Functional specifications
UX references
Network assumptions (IP ranges, device logic)
Important Notes
This project is a first prototype intended for:
Internal validation
Investor demonstrations
Long-term collaboration is possible
NDA and IP protection will be required
Ideal Candidate
Proven experience with:
Real-time control systems
Networked devices
Technical UX
Ability to discuss architecture, not just write code
Comfortable working with a senior broadcast audio specialist
When Applying, Please Include
Relevant past projects (especially control panels or technical dashboards)
Short explanation of how you would approach the system architecture
Preferred tech stack