Tailscale vs FRCBatteryReader

Securely connect people, workloads, and even AI agents to anything on the internet with Tailscale, the secure connectivity platform built on WireGuard®. Tailscale brings identity to the network layer so you can control access based on users, groups, tags, and devices instead of IP addresses, applying Zero Trust principles end-to-end across every environment. Tailscale transforms your existing network from a legacy hub and spoke model to a modern, lightweight, and responsive mesh networking architecture that eliminates single points of failure and delivers better performance, scalability, and security for your end users, devices, and remote resources. Tailscale can be used for your Homelab VPN and connectivity, Business VPN, Workload Connectivity across clouds, Kubernetes clusters, regions, and environments, Privileged Access Management (PAM), Edge & IoT, CI/CD, and Securing AI – all on the same platform. Replace legacy VPNs, connect workloads across on-prem and cloud infrastructure providers, power Zero Trust initiatives, and make remote access secure by simplifying software-defined networking and security operations. Modernize your home, your organization, and your enterprise networking at scale with Tailscale. Tailscale is hardware-agnostic, so you can make decisions about your hardware independently from decisions about your network. Tailscale creates an overlay network, using your existing network, so you can incrementally deploy Tailscale without needing new network switches or to change your network architecture. Tailscale integrates with 100+ technologies and dozens of identity providers, and is available on a wide range of platforms — including Apple’s macOS, iOS, and tvOS — so you can securely connect from wherever you work.

The FRC Battery Tag Reader is a companion utility designed for FIRST Robotics Competition (FRC) teams to streamline battery tracking and usage logging. Using NFC technology, this app reads and writes structured JSON records stored on NFC tags attached to robot batteries. With this tool, teams can: • Read battery information directly from NFC tags in the standardized JSON format. • Write new records (such as charging events or robot usage sessions) back to the tag. • Maintain history logs with a fixed number of entries, ensuring consistent data for every battery. • Export logs for analysis and recordkeeping. Hardware Requirements This app requires special hardware to function. It is designed to work with NFC tags written and managed by a compatible ESP32-based RFID system (see project repository for firmware and hardware details). Standard iOS devices with NFC can run the app, but the tags themselves must be prepared with the provided firmware and hardware setup. Open Source This project is fully open source! You can view the source code, contribute, or adapt it for your own team on GitHub FRC-RFID-Battery-Reader https://github.com/sikaxn/FRC-RFID-Battery-Reader/tree/main