{
  "ESP-IDF": {
    "nome": "ESP-IDF",
    "icone": "⚙️",
    "nome_completo": "Espressif IoT Development Framework",
    "descricao": "Official native Espressif framework for all ESP32 SoCs. Based on multicore FreeRTOS and CMake, providing full control over silicon, peripherals, radio, and modular component architecture.",
    "linguagem": "C / C++",
    "tipo": "Framework Base Oficial",
    "funcao_principal": "Industrial and high-performance development with direct register access, real-time RTOS, and complete protocol stack",
    "caracteristicas": [
      "Real-time operating system (FreeRTOS SMP multicore)",
      "Native support for ESP Component Registry via idf_component.yml",
      "Full connectivity stack for Wi-Fi 4/6, BLE 5.x, Zigbee and Thread",
      "Support for all SoCs (ESP32, S2, S3, C2, C3, C6, H2, P4)",
      "Advanced power management and Deep Sleep modes",
      "Robust security: Secure Boot v2, Flash Encryption and Hardware Crypto",
      "Encrypted OTA updates with automatic rollback",
      "Modern Clang/GCC toolchain, C++23 support and JTAG OpenOCD debugging"
    ],
    "casos_uso": [
      "Commercial and industrial IoT products",
      "Devices with strict battery and low-power requirements",
      "Real-time applications with precise interrupt control",
      "Security systems with hardware encryption",
      "High-performance multiprotocol gateways"
    ],
    "exemplo": "/exemplos/esp-idf.c",
    "exemplos": "https://github.com/espressif/esp-idf/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-idf/en/latest/",
    "repositorio": "https://github.com/espressif/esp-idf",
    "cor": "#E74C3C"
  },
  "ESP-RainMaker": {
    "nome": "ESP-RainMaker",
    "icone": "☁️",
    "nome_completo": "ESP RainMaker AIoT Cloud Platform",
    "descricao": "Complete cloud and firmware platform from Espressif for connected products. Build IoT devices without developing backend or mobile apps from scratch.",
    "linguagem": "C / C++",
    "tipo": "Cloud & AIoT Framework",
    "funcao_principal": "Accelerated smart product development with mobile apps (iOS/Android), AWS Serverless cloud and voice control (Alexa/Google Home)",
    "caracteristicas": [
      "Assisted Wi-Fi and BLE provisioning via official mobile app",
      "Dynamic UI generation in app based on firmware parameters",
      "Native integration with Alexa and Google Assistant",
      "Simultaneous local control (via mDNS/HTTP) and cloud control",
      "RainMaker Dashboard for fleet management and OTA",
      "Native compatibility with Matter nodes and device Bridges",
      "Integrated library via ESP Component Registry (espressif/esp_rainmaker)"
    ],
    "casos_uso": [
      "Smart appliances and consumer lighting",
      "IoT products with tight time-to-market constraints",
      "Devices requiring mobile app control without custom backend costs",
      "Remote monitoring systems with centralized OTA"
    ],
    "exemplo": "/exemplos/esp-rainmaker.c",
    "exemplos": "https://github.com/espressif/esp-rainmaker/tree/master/examples",
    "documentacao": "https://rainmaker.espressif.com/docs/",
    "repositorio": "https://github.com/espressif/esp-rainmaker",
    "cor": "#3B82F6"
  },
  "ESP-Matter": {
    "nome": "ESP-Matter",
    "icone": "🏠",
    "nome_completo": "ESP Matter SDK",
    "descricao": "Official Espressif SDK for the Matter smart home standard (formerly Project CHIP). Enables interoperability across Apple HomeKit, Google Home, Alexa, and Home Assistant.",
    "linguagem": "C++",
    "tipo": "Smart Home Framework",
    "funcao_principal": "Development of smart devices and bridges compliant with the unified Matter standard over Wi-Fi and Thread",
    "caracteristicas": [
      "Full implementation of Matter specification clusters",
      "Transport support over Wi-Fi and Thread (802.15.4 on ESP32-H2 and ESP32-C6)",
      "Simplified commissioning via BLE or On-Network",
      "Simultaneous compatibility with Apple Home, Google Home, Alexa and SmartThings",
      "Security based on Device Attestation Certificates (DAC)",
      "Matter Bridge support (bridging legacy Zigbee/BLE devices into Matter)",
      "Direct integration with ESP-IDF and ESP Component Registry"
    ],
    "casos_uso": [
      "Interoperable smart bulbs, plugs, switches and dimmers",
      "Presence, temperature, humidity and contact sensors",
      "Electronic locks and window blind actuators",
      "Residential Matter Border Routers and Bridges"
    ],
    "exemplo": "/exemplos/esp-matter.c",
    "exemplos": "https://github.com/espressif/esp-matter/tree/main/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-matter/en/latest/",
    "repositorio": "https://github.com/espressif/esp-matter",
    "cor": "#F59E0B"
  },
  "ESP-ADF": {
    "nome": "ESP-ADF",
    "icone": "🎵",
    "nome_completo": "ESP Audio Development Framework",
    "descricao": "Specialized framework for high-quality digital audio processing, streaming, and playback on ESP32 SoCs.",
    "linguagem": "C / C++",
    "tipo": "Framework de Áudio & Voz",
    "funcao_principal": "Creation of flexible audio pipelines with decoders, network streaming, equalization and acoustic effects",
    "caracteristicas": [
      "Modular audio pipeline architecture (Audio Elements & Audio Stream)",
      "Multi-codec support: MP3, AAC, FLAC, WAV, OGG, Opus and AMR",
      "Audio streaming over HTTP, HTTPS, HLS, RTSP and WebSockets",
      "Bluetooth A2DP (Sink/Source) and Bluetooth Handsfree (HFP) support",
      "Acoustic processing algorithms (AEC, AGC, NS, parametric equalizers)",
      "Support for dedicated audio boards such as ESP32-LyraT and ESP32-S3-Korvo"
    ],
    "casos_uso": [
      "Smart speakers and internet radio receivers",
      "Intercoms, walkie-talkies and VoIP systems",
      "Music playback players with PSRAM",
      "Building automation background audio systems"
    ],
    "exemplo": "/exemplos/esp-adf.c",
    "exemplos": "https://github.com/espressif/esp-adf/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-adf/en/latest/",
    "repositorio": "https://github.com/espressif/esp-adf",
    "cor": "#0284C7"
  },
  "ESP-SR": {
    "nome": "ESP-SR",
    "icone": "🎙️",
    "nome_completo": "ESP Speech Recognition Framework",
    "descricao": "Local speech recognition and edge AI audio processing framework, enabling offline voice commands without internet connection.",
    "linguagem": "C / C++",
    "tipo": "Framework de Voz & IA",
    "funcao_principal": "Offline voice control with wake word detection, localized command speech-to-intent and acoustic front-end (AFE)",
    "caracteristicas": [
      "WakeNet: high-accuracy wake word engine (e.g., 'Hi ESP', 'Alexa')",
      "MultiNet: offline speech command recognition for multiple languages",
      "Acoustic Front-End (AFE): noise suppression, beamforming and echo cancellation (AEC)",
      "Hardware acceleration on ESP32-S3 via Xtensa vector instructions",
      "Zero cloud latency and complete user voice privacy"
    ],
    "casos_uso": [
      "Offline voice-controlled home appliances",
      "Industrial voice terminals in noisy environments",
      "Privacy-focused smart home gadgets",
      "Interactive toys and hands-free assistive devices"
    ],
    "exemplo": "/exemplos/esp-sr.c",
    "exemplos": "https://github.com/espressif/esp-sr/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-sr/en/latest/",
    "repositorio": "https://github.com/espressif/esp-sr",
    "cor": "#6366F1"
  },
  "ESP-IoT-Solution": {
    "nome": "ESP-IoT-Solution",
    "icone": "🧩",
    "nome_completo": "ESP-IoT-Solution Driver & Peripheral Suite",
    "descricao": "Collection of drivers, peripheral libraries and hardware solutions for ESP32 and ESP-IDF.",
    "linguagem": "C / C++",
    "tipo": "Biblioteca de Periféricos & Drivers",
    "funcao_principal": "Modular peripheral drivers for displays, touch, sensors, audio DACs and power management",
    "caracteristicas": [
      "Drivers for OLED, TFT, e-Paper displays and LED matrices",
      "Support for environmental, motion and power sensors",
      "Touch sensing algorithms and gesture recognition",
      "USB host and device class implementations",
      "Modular integration via ESP Component Registry"
    ],
    "casos_uso": [
      "Smart screens and HMI interfaces",
      "Sensor hubs and data loggers",
      "Battery-powered portable gadgets",
      "Custom peripheral prototyping"
    ],
    "exemplo": "/exemplos/esp-iot-solution.c",
    "exemplos": "https://github.com/espressif/esp-iot-solution/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-iot-solution/en/latest/",
    "repositorio": "https://github.com/espressif/esp-iot-solution",
    "cor": "#10B981"
  },
  "ESP-NOW": {
    "nome": "ESP-NOW & Mesh",
    "icone": "📡",
    "nome_completo": "ESP-NOW Protocol & Mesh-Lite",
    "descricao": "Connectionless, ultra-fast wireless protocol developed by Espressif for short-packet peer-to-peer communication.",
    "linguagem": "C / C++",
    "tipo": "Protocolo de Rede & Mesh",
    "funcao_principal": "Ultra-low-latency, low-overhead communication between ESP devices without a Wi-Fi router",
    "caracteristicas": [
      "Fast peer-to-peer communication without Wi-Fi association",
      "Sub-millisecond packet latency",
      "Low energy consumption, ideal for battery sensors",
      "Payload up to 250 bytes with optional AES-128 encryption",
      "Supports one-to-many and many-to-one topologies"
    ],
    "casos_uso": [
      "Remote controls and wireless buttons",
      "Battery-powered sensor nodes",
      "Low-latency smart home triggers",
      "Industrial point-to-point telemetry"
    ],
    "exemplo": "/exemplos/esp-now.c",
    "exemplos": "https://github.com/espressif/esp-now/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-idf/en/latest/esp32/api-reference/network/esp_now.html",
    "repositorio": "https://github.com/espressif/esp-now",
    "cor": "#8B5CF6"
  },
  "ESP-Zigbee-SDK": {
    "nome": "ESP-Zigbee-SDK",
    "icone": "🐝",
    "nome_completo": "ESP Zigbee SDK (ZCL & ZBOSS)",
    "descricao": "Official Zigbee 3.0 SDK for IEEE 802.15.4-capable ESP32 SoCs (ESP32-H2 and ESP32-C6).",
    "linguagem": "C / C++",
    "tipo": "Smart Home & Mesh",
    "funcao_principal": "Building standard Zigbee 3.0 devices including Coordinators, Routers and End Devices",
    "caracteristicas": [
      "Certified Zigbee 3.0 protocol stack (ZCL, BDB)",
      "Support for Zigbee Coordinator, Router and Sleepy End Device roles",
      "Native IEEE 802.15.4 hardware radio on ESP32-H2 and ESP32-C6",
      "Interoperable with commercial Zigbee ecosystems (Philips Hue, Tuya, Zigbee2MQTT)",
      "OTA cluster support for Zigbee firmware updates"
    ],
    "casos_uso": [
      "Zigbee home automation sensors and actuators",
      "Zigbee to Wi-Fi/Ethernet gateway hubs",
      "Low-power sleepy sensor nodes",
      "Commercial lighting networks"
    ],
    "exemplo": "/exemplos/esp-zigbee.c",
    "exemplos": "https://github.com/espressif/esp-zigbee-sdk/tree/main/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-zigbee-sdk/en/latest/",
    "repositorio": "https://github.com/espressif/esp-zigbee-sdk",
    "cor": "#EC4899"
  },
  "ESP-WHO": {
    "nome": "ESP-WHO",
    "icone": "📷",
    "nome_completo": "ESP Image Processing & Vision Framework",
    "descricao": "Computer vision and image recognition framework designed for ESP32-S3 and ESP32-CAM devices.",
    "linguagem": "C / C++",
    "tipo": "Visão Computacional & IA",
    "funcao_principal": "Face detection, face recognition, human presence and cat/dog detection on microcontrollers",
    "caracteristicas": [
      "Optimized neural networks for Xtensa LX7 and vector instructions",
      "Face detection and recognition pipelines",
      "Support for DVP and MIPI-CSI camera sensors (OV2640, OV3660, OV5640)",
      "Works with PSRAM for image buffering and tensor storage",
      "Real-time processing directly on device"
    ],
    "casos_uso": [
      "Smart video doorbells and access control",
      "Human presence detection for energy saving",
      "Edge camera monitoring systems",
      "Vision-guided robotics"
    ],
    "exemplo": "/exemplos/esp-who.c",
    "exemplos": "https://github.com/espressif/esp-who/tree/master/examples",
    "documentacao": "https://github.com/espressif/esp-who",
    "repositorio": "https://github.com/espressif/esp-who",
    "cor": "#F97316"
  },
  "ESP-NN": {
    "nome": "ESP-NN",
    "icone": "🧠",
    "nome_completo": "ESP Neural Network Acceleration Library",
    "descricao": "Neural network acceleration library optimized specifically for ESP32 architectures.",
    "linguagem": "C / C++",
    "tipo": "Biblioteca Especializada de IA",
    "funcao_principal": "Hardware-accelerated kernel execution for machine learning inference at the edge (TinyML)",
    "caracteristicas": [
      "Official accelerator backend for TensorFlow Lite for Microcontrollers (TFLM)",
      "Efficient 8-bit and 16-bit quantization to minimize RAM and Flash usage",
      "SIMD vector instructions acceleration on ESP32-S3 and ESP32-P4",
      "Zero RTOS overhead for critical inference kernels",
      "Fully open source and maintainable"
    ],
    "casos_uso": [
      "Audio classification and vibration analysis (predictive maintenance)",
      "Anomaly detection on industrial sensor streams",
      "IMU gesture recognition",
      "Ultralight vision models on microcontrollers"
    ],
    "exemplo": "/exemplos/esp-nn.c",
    "exemplos": "https://github.com/espressif/esp-nn/tree/master/test_app",
    "documentacao": "https://github.com/espressif/esp-nn",
    "repositorio": "https://github.com/espressif/esp-nn",
    "cor": "#14B8A6"
  },
  "ESP-DSP": {
    "nome": "ESP-DSP",
    "icone": "📊",
    "nome_completo": "ESP Digital Signal Processing Library",
    "descricao": "Official digital signal processing library for the ESP32 family, providing hardware-accelerated math routines.",
    "linguagem": "C / C++",
    "tipo": "Biblioteca Especializada de Sinais",
    "funcao_principal": "High-speed execution of intensive mathematical algorithms including FFT, matrix operations and digital filtering",
    "caracteristicas": [
      "Fast Fourier Transforms (Real and Complex FFT) optimized in Assembly",
      "Digital filters (IIR, FIR) and Kalman filter estimators",
      "Matrix, vector and dot product operations",
      "Floating-point and fixed-point support (Radix-2 and Radix-4)",
      "Custom optimizations for Xtensa Dual-Core and RISC-V architectures"
    ],
    "casos_uso": [
      "Real-time audio and vibration spectral analysis",
      "Noise reduction filters for biomedical and industrial sensors",
      "High-precision motor control and FOC algorithms",
      "Edge data compression and encoding"
    ],
    "exemplo": "/exemplos/esp-dsp.c",
    "exemplos": "https://github.com/espressif/esp-dsp/tree/master/examples",
    "documentacao": "https://docs.espressif.com/projects/esp-dsp/en/latest/",
    "repositorio": "https://github.com/espressif/esp-dsp",
    "cor": "#A855F7"
  },
  "Rust-ESP": {
    "nome": "Rust on ESP32",
    "icone": "🦀",
    "nome_completo": "ESP-RS Rust Ecosystem for ESP32",
    "descricao": "Modern Rust language development ecosystem for the ESP32 family, combining memory safety, robust concurrency, and high performance.",
    "linguagem": "Rust",
    "tipo": "Linguagem & Framework Moderno",
    "funcao_principal": "Safe, high-performance firmware development in both bare-metal mode (no_std via esp-hal) and full stack (std via esp-idf-svc)",
    "caracteristicas": [
      "Bare-metal no_std mode with esp-hal: full control without RTOS and ultra-fast boot",
      "Standard std mode with esp-idf-svc: access to Rust standard library, Wi-Fi, BLE, HTTP, MQTT and threads",
      "Compile-time prevention against memory corruption and data races",
      "Target support for Xtensa (ESP32, S2, S3) and native RISC-V (C2, C3, C6, H2, P4)",
      "Integration with embedded-hal ecosystem and async/await via embassy",
      "Official tooling: espflash for flashing and serial monitoring, esp-generate for project templates"
    ],
    "casos_uso": [
      "Mission-critical systems where memory safety errors are unacceptable",
      "Modern IoT applications with clean asynchronous concurrency",
      "Industrial devices requiring high reliability and security",
      "Modern robotics and instrumentation projects"
    ],
    "exemplo": "/exemplos/rust-esp.rs",
    "exemplos": "https://github.com/esp-rs/esp-hal/tree/main/examples",
    "documentacao": "https://esp-rs.github.io/book/",
    "repositorio": "https://github.com/esp-rs",
    "cor": "#E44D26"
  },
  "Arduino": {
    "nome": "Arduino Core",
    "icone": "🛠️",
    "nome_completo": "Arduino Core for ESP32",
    "descricao": "Official Arduino core implementation running on top of ESP-IDF (v3.x+ based on ESP-IDF v5.1+), combining maximum ease of use with ESP32 advanced features.",
    "linguagem": "C++",
    "tipo": "Framework Alternativo Popular",
    "funcao_principal": "Rapid prototyping, education and fast development leveraging the vast Arduino library ecosystem",
    "caracteristicas": [
      "Classic setup() and loop() syntax with hundreds of thousands of compatible libraries",
      "Runs as a FreeRTOS task on top of official ESP-IDF",
      "Full support for Wi-Fi, Bluetooth Classic/BLE, WebServer and WebSockets",
      "Compatible with Arduino IDE 2.x, PlatformIO and VS Code",
      "Updated support for all popular SoCs (ESP32, S2, S3, C3, C6)",
      "Direct access to underlying ESP-IDF APIs when needed"
    ],
    "casos_uso": [
      "Rapid prototyping and proof-of-concept (PoC) validation",
      "Educational, maker and academic projects",
      "Simple IoT systems with dashboards (Blynk, Adafruit IO, ThingSpeak)",
      "DIY home automation and hobbyist robotics"
    ],
    "exemplo": "/exemplos/arduino.ino",
    "exemplos": "https://github.com/espressif/arduino-esp32/tree/master/docs/en/tutorials",
    "documentacao": "https://docs.espressif.com/projects/arduino-esp32/en/latest/",
    "repositorio": "https://github.com/espressif/arduino-esp32",
    "cor": "#00979D"
  },
  "MicroPython": {
    "nome": "MicroPython",
    "icone": "🐍",
    "nome_completo": "MicroPython for ESP32",
    "descricao": "Lean and efficient implementation of Python 3 optimized to run directly on ESP32 microcontrollers with a real-time interpreter.",
    "linguagem": "Python",
    "tipo": "Linguagem & Interpretador Dinâmico",
    "funcao_principal": "Interactive development and rapid Python prototyping with an interactive REPL console and direct hardware control",
    "caracteristicas": [
      "Full Python 3 interpreter compiling directly to RAM bytecode",
      "Interactive REPL console over serial and WebREPL over Wi-Fi",
      "Built-in filesystem (LittleFS / FAT) with .py script uploads without recompilation",
      "Native modules: machine, network, bluetooth, espnow and asyncio",
      "Ideal for teaching physical computing and embedded algorithms on real hardware"
    ],
    "casos_uso": [
      "Teaching physical computing and university laboratory courses",
      "Rapid prototyping and fast sensor testing on the workbench",
      "Automated hardware test bench scripts",
      "Experimental IoT data collection applications"
    ],
    "exemplo": "/exemplos/micropython.py",
    "exemplos": "https://github.com/micropython/micropython/tree/master/examples",
    "documentacao": "https://docs.micropython.org/en/latest/esp32/",
    "repositorio": "https://github.com/micropython/micropython",
    "cor": "#2B2B2B"
  }
}