IoT Control PCB Design ASAP

I need a compact, production-ready PCB that can reliably drive external loads—lights, small motors, or relay banks—while fitting into an IoT ecosystem. The board’s core job is control, not sensing: think solid-state switching, relay drivers, and the right isolation so my cloud application can toggle outputs from anywhere. Here’s what I’m looking for: • Complete schematic and PCB layout created in a mainstream tool such as Altium, KiCad, or Eagle. • Gerber files, drill files, and an up-to-date BOM ready for immediate fabrication. • Brief design notes that explain component choices, pin mapping, and how firmware will interface with the outputs. Because timing is critical, include a concise yet detailed project proposal outlining your design approach, estimated component lead times, and how quickly you can deliver each milestone. If you have ready-to-share examples of similar control boards, mention them so I can gauge fit quickly. I’m prepared to move fast—once I approve the proposal, the clock starts. Let me know your earliest hand-off date for the finalized manufacturing package and, if available, any rapid-prototype options you can arrange.