Set Up IP Layer for Internet Distribution via Raspberry Pi -- 2

@AZTURK1

Hi there, I will configure a Raspberry Pi to accept a backhaul internet (Ethernet or Wi‑Fi), enable IP forwarding/NAT and attach your PCIe Wi‑Fi module as the internet distributor so drones/ground stations receive routed internet with minimal latency , I’ve deployed similar Pi-based router/gateway setups and Linux NAT solutions in production. - Configure Pi to connect to backhaul (Ethernet/Wi‑Fi) and verify upstream reachability - Enable IP forwarding, implement iptables/ nftables NAT and routing to the PCIe Wi‑Fi module - Configure DHCP (dnsmasq) or static IP pool for connected drones and test connectivity - Risk/QA: staged rollout with validation tests, rollback steps, and documentation including troubleshooting and hardening notes Skills: ✅ Raspberry Pi ✅ IP forwarding / NAT (iptables, nftables) ✅ DHCP / dnsmasq and network addressing ✅ PCIe Wi‑Fi integration / Linux driver and module setup ✅ Routing reliability, security hardening, and connectivity testing Certificates: ✅ Microsoft® Certified: MCSA | MCSE | MCT ✅ cPanel® & WHM Certified CWSA-2 I’m available to start immediately; Which Wi‑Fi PCIe module model and Raspberry Pi model are you using, and will backhaul be Ethernet or Wi‑Fi (or both)? Best regards,

@shadabkhan92

As a full-stack software development team with extensive experience in A.I, Machine Learning, and IoT, configuring Raspberry Pi for such projects is our native expertise. We have an in-depth understanding of the complex network configurations, IP forwarding, NAT, DHCP all required to make your Raspberry Pi an efficient internet distributor. Our firm grasp on Linux-based systems and their routing intricacies will ensure a seamless network for your autonomous drone. Moreover, we are proficient in Web Development and Design which gives us an edge in setting up network modules like Wi-Fi via PCIe. We can also handle any coding or web-based troubleshooting that might arise during the project. Additionally, our excellent command over Python is significant considering its relevance to Raspberry Pi programming. For instance, if any IoT conversion needs Python to be used with Selenium or other frameworks we have expertise there as well. Lastly, but importantly, our commitment to quality is unwavering. We will not consider this project complete until we have properly validated and documented everything along each step – from the functioning network configuration to important troubleshooting tips – making sure you have a well-documented project for future reference. Let's work together to make your drone truly autonomous.

@mohjib092

Hello, I can configure your Raspberry Pi to receive backhaul internet, enable IP forwarding and NAT, set up DHCP, and properly integrate the PCIe Wi-Fi module to distribute internet to connected devices, ensuring a stable and fully tested network setup with clear documentation.