Seeed Studio

What if students could learn about climate, data, and sustainability using the same environmental monitoring tools trusted by professionals? We're excited to share that SenseCAP environmental sensing solutions have been included in the latest catalog from Technologie Services for French educational institutions. From collecting environmental data to analyzing real-world trends, educators can create meaningful cross-disciplinary learning experiences that connect science, technology, and environmental awareness. Because the best way to learn about the world is to measure and understand it firsthand. Read more: https://lnkd.in/gUR4bb9U #SenseCAP #Microclimate #theAiHardwarePartner #STEMEducation #EnvironmentalMonitoring #IoT #Sustainability #EdTech #SmartEducation #collaboration

Hey Bay Area Builders, Makers, Developers and Friends of Seeed Studio 👋 We've hosted countless community events online over the years, and now we finally are going to bring something in-person here at the Bay Area!!! We're opening up our Bay Area office for a monthly community meetup and would love to invite everyone who has ever built something with Seeed hardware, explored AI and robotics, worked on a side project, or simply enjoys making things. Whether you're: 🔧 A maker 💻 A developer 🤖 A robotics enthusiast 🎓 A student 🚀 A startup builder 📡 An IoT tinkerer ☕ Or just curious about what people are building these days Come by, meet fellow builders, see some cool demos, share your projects, and connect with the local community. We will be co-hosting the very first event with the brilliant San Jose Hardware Meetup this Thursday evening! Main Topic this time will be - #PhyscialAI Bring a project if you'd like. Or just come hang out, and check out the space. ⏲️ 6:30pm - 9:30pm @June 4th 2026 📍 Seeed Studio Office - 3120 Scott Blvd, Santa Clara, CA 🎟️ RSVP: https://lnkd.in/gNZj6iqq See you there! #SeeedStudio #maker #developer #BayAreaTech #Robotics #IoT #PhysicalAI #OpenSourceHardware #EmbodiedAI

We're excited to attend the IEEE International Conference on Robotics and Automation (ICRA) in Vienna, where the global robotics community comes together to share the latest innovations and real-world applications in robotics and automation. 📅 June 1–5, 2026 📍 Vienna, Austria We're looking forward to connecting with the global robotics community and exploring new opportunities for collaboration. Interested in AI robotics? Let's connect and discuss how Seeed can support your projects from robot brains (AI computers), eyes (Vision AI), and ears & voice (Sound AI) to robotic arms, motion control (servos and motors), sensors, and the accessories that bring intelligent robots to life. Our team, Joey Jiang and Violet SU, will be onsite and would love to meet fellow innovators, researchers, and builders. See you at ICRA in Vienna! 🤖 #ICRA2026 #theAiHardwarePartner #Robotics #Automation #AIRobotics #EdgeAI #VisionAI #SoundAI #RobotDevelopment #AIoT #OpenSourceHardware

No More Thousands of Lines of Code to Train a Robotic Arm In the past, teaching a robotic arm to do simple tasks — like feeding, brewing tea, or taking out trash — meant: Writing thousands of lines of code Debugging motion planning Repeated trial and error Now, with the SenseCraft Robotics platform, the process becomes: 👆 Simple setup 👆 Action capture 👆 Model training 👆 One-click deployment Zero code. Just a few hours. Anyone can train their own robotic assistant. This isn't just a convenience upgrade — it's a shift in how we approach robotics development: from "developers only" to "everyone can build." If you're interested in: Low‑code / no‑code robotics Service arm applications Rapid prototyping with AI Try it now: https://lnkd.in/gdpqie7m Let's connect and discuss — what's your boldest idea for a future robotic arm? 👇 Share your thoughts in the comments #SenseCraft #ZeroCode #Robotics #XIAOESP32S3 #SeeedStudio

Why not bridging the 5GHz Blind Spot in Embedded RF Auditing 📡 Most ultra-small microcontroller platforms limit security research to the legacy 2.4GHz spectrum. When auditing modern enterprise or smart-home deployments, this constraint leaves a massive blind spot where critical management frames and modern WPA3 clients operate. This technical breakdown demonstrates how we leveraged the native Dual-Band Wi-Fi 6 (2.4/5 GHz) capabilities of the RISC-V based XIAO ESP32-C5 to build a standalone, full-spectrum network auditing node. Key Engineering Implementations Covered: • Dual-Band Promiscuous Mode: Simultaneously capturing 802.11ax management frames and identifying hidden SSIDs across both crowded bands. • Non-Intrusive WPA3 Handshake Telemetry: Intercepting WPA3 PMKID handshakes without triggering active client de-authentication defenses. • Edge Spectrum Analytics: Utilizing single-chip Fast Fourier Transform (FFT) equivalents to map real-time channel utilization and RF noise patterns. For developers and security engineers looking to build lower-layer RF diagnostics without moving to bulky, expensive SDR gear, this firmware and hardware stack offers an incredibly elegant solution. 🔗 Read the full engineering breakdown on our blog👉 https://lnkd.in/dBvxXmjK #EmbeddedSystems #WirelessSecurity #RFEngineering #ESP32C5 #XIAO #RISCV #NetworkAuditing #TheAIHardwarePartner

I built a #DOOM game running on #WioTerminal — and I didn't write a single line of code. I created it with #CodeCraft, a hardware-focused AI coding agent. You simply describe what you want to make. CodeCraft writes the code, compiles the firmware, and uploads it to your device with one-click. No install, no setup, no code required. ⚡ Now supports #WioTerminal, #XIAO ESP32S3, and the #Grove Beginner Kit. We aim to lower the barrier for embedded development, so anyone with an idea can bring it to life on real hardware. 👉 What would you build with #CodeCraft: https://lnkd.in/gCBFJr8p ▶️ Play #DOOM here: https://lnkd.in/gw-CJRjy Don't have a #WioTerminal? We built an online emulator that runs right in your browser — check the project page for details. -- Massive respect to HackMakeMod, whose original DOOM port made this possible — this Wio Terminal version is adapted from their fantastic work. 🙏

#SenseCraftHMI 🏍️ Some dashboards are made for information. Others are made for anticipation. This World Superbike Championship design by MT turns race schedules into something that feels fast, focused, and full of energy. With countdowns to major championship stages like Italy, Great Britain, and France, the display captures the feeling of waiting for lights out — the quiet moments before engines roar and the race begins. The layout feels less like a traditional calendar and more like a dedicated pit-wall display for motorsport fans. It’s a great example of how ePaper dashboards can bring passion-driven information into everyday spaces in a way that feels personal and immersive. Built with SenseCraft HMI — no code, just thoughtful layout and live schedule tracking. Best for reTerminal E1002. Explore the design 👉 https://lnkd.in/gKNxzvvK Try building your own with SenseCraft HMI 👉 https://lnkd.in/gN2Jv2bs #ePaper #Dashboard #NoCode #Superbike #Motorsport

Built a vision-based robotic grasping demo using the reBot Arm B601-DM 🤖 The system enables a full perception-to-action pipeline for tabletop objects using an Orbbec depth camera, @Ultralytics YOLO detection, OBB-based grasp orientation, and hand–eye calibration for robot alignment. 🧩 How it works 📷 Camera captures the scene 👁️ YOLO detects objects and their 2D locations 📐 OBB estimates grasp orientation for more stable picking 📍 Hand–eye calibration maps vision coordinates to robot space 🦾 reBot Arm executes the grasp with IK and motion control ✨ Key features Real-time YOLO-based object detection Lightweight grasp estimation using OBB (no heavy 6D pipeline required) Full hand–eye calibrated vision-to-robot system Fully open-source and customizable pipeline 📖 Full tutorial and setup guide: https://lnkd.in/gDWyGwyS #VisualGrasping#ComputerVision #YOLO #OBB #EdgeAI #OpenSource #reBotArm #PhysicalAI #SeeedStudio

Edge AI projects usually force you to pick two: speed, power efficiency, or cost. We refused to accept that trade-off. Here’s what we measured running YOLO11n on the reCamera 2002w — straight from the lab bench: ⚡ Inference Latency: ~38ms — real-time detection with zero cloud dependency 🔋 Average Power Consumption: ~1.5W — low enough for battery-operated and 24/7 deployments 📐 Form Factor: 40 × 40 × 36.5 mm — truly pocket-sized, with magnetic & 1/4" thread mounting 💰 Starting at $44.9 — production-grade edge AI at prototype-level pricing Under the hood, reCamera runs a RISC-V SoC with 1 TOPS @ INT8, ships with built-in YOLO11 (commercial license included), and supports one-line model deployment via Node-RED or C++ SDK. Whether you’re building fall-detection systems, PPE compliance monitoring, smart gimbals, or warehouse automation — the gap between "demo" and "deployment" just got a lot smaller. We shot a full video of the benchmark. Watch the numbers in real time, then tell us what you’d build with 38ms and 1.5W. 👉 Get reCamera: https://lnkd.in/gJKRCRBf —— What’s your biggest bottleneck when deploying vision AI at the edge? Drop a comment below. #the Go to AI camera for YOLO at the edge #EdgeAI #ComputerVision #YOLO11 #IoT #RISCV #EmbeddedSystems #SmartManufacturing #SeeedStudio #VisionAI

#EdgeAI 🌿 What if wildlife protection systems could detect threats deep inside forests — without needing internet or human presence nearby? Gavindu Achintha built WildLife AI, a long-range wildlife monitoring system powered by a Raspberry Pi 5, our XIAO ESP32C3, LoRa communication, GPS tracking, and AI-based object detection. Using lightweight YOLO models and a Raspberry Pi NoIR camera, the system can identify unusual activity like human intrusion in protected wildlife zones and transmit alerts over LoRa across remote forest environments. What makes this project especially interesting is how it combines edge AI, low-power long-range communication, and real-world deployment thinking into one practical system. From GPS-based event mapping and local AI inference to battery-powered operation and future waterproof enclosure plans, it’s a strong example of how embedded AI systems can support conservation and remote environmental monitoring. Check out the full project on Hackster.io 👉 https://lnkd.in/gyq_mAsT #SeeedXIAO #ESP32C3 #EdgeAI #LoRa #WildlifeMonitoring #IoT #RaspberryPi