I Tested the Smartest Gadgets of 2026

Technology in 2026 is moving faster than ever, with smarter devices changing how we work, create, travel, and stay connected. In this video, I'm testing some of the most impressive and futuristic gadgets of the year, from AI-powered devices and smart robots to innovative wearables and next-generation tech. We'll explore what these gadgets can actually do, how they work, and the surprising ways they could shape our everyday lives in the future. Garmin Fenix 9 Pro is a rugged outdoor smartwatch designed for athletes, adventurers, and everyday users. It combines a titanium case, sapphire lens, AMOLED display, and 10ATM water resistance. Available in 43mm, 47mm, and 51mm sizes, it offers different display, battery, and connectivity options, including solar charging and optional in-reach communication. Navigation features include topoactive maps, turn-by-turn directions, dynamic round-trip routing, and next-fork guidance. For training, the watch provides more than 100 activity profiles, stamina metrics, training readiness, and performance tracking. Health and daily tools include sleep tracking, HRV status, body battery, an LED flashlight, speaker, and microphone. With long battery life, advanced mapping, durable materials, and extensive fitness features, the Garmin Fenix 9 Pro is built to support demanding outdoor adventures, while also providing practical tools for everyday activities, workouts, recovery, and navigation directly from your wrist. Arduino Ventuno Q is a compact computing platform designed to bring advanced AI, computer vision, and robotics capabilities into physical applications. It features a dual-brain architecture, combining the Dragonwing IQ8275 processor with an STM32H5 microcontroller for real-time hardware control. The processor delivers CPU, GPU, and NPU acceleration with up to 40-dense TOPS for neural network inference, while the microcontroller manages responsive physical actions. The board includes 16GB of RAM, 64GB of expandable storage, and three four-lane MIPICSI camera interfaces. Connectivity options include tri-band Wi-Fi 6, Bluetooth 5.3, 2.5 Gigabit Ethernet, CAN FD, USB-C, and dual USB-A 3.0 ports. Designed for local large-language models, agentic AI, computer vision, and robotics, the Ventuno Q brings perception, decision-making, and real-time control together on one development platform for exploring intelligent machines and practical edge AI applications across a wide range of projects and environments. Mothair Baby Sleep Analyzer is an AI-powered sleep monitoring system designed to track a baby's sleep without placing sensors directly on the child. Its sensing mat sits underneath the bedsheet and is designed to monitor breathing rate, heart rate, movement, temperature, sleep phases, and overall sleep quality. A bedside hub connects the mat with the Mothair smartphone app using Bluetooth and Wi-Fi. The system creates a personalized profile based on the child's normal sleep patterns and is designed to adapt as the child grows. After each sleep session, parents can access reports covering sleep quality, trends, vital measurements, and a daily well-being score. The system can also provide notifications when readings appear unusual compared with established patterns. Designed for the first 1,000 days, Mothair can monitor night-time sleep and naps, offering a contact-free approach to collecting and organizing sleep information for parents through connected technology and AI-based analysis. Nimbo X1 is an augmented reality glasses platform combining full-color visuals, artificial intelligence, and standalone computing in a lightweight design. Weighing 49 grams, the glasses use aerospace-grade titanium and a silicon carbide waveguide with MicroLED technology. Its display reaches 2,000 nits of brightness and provides a 30-degree field of view, allowing navigation directions, translations, notifications, and video content to appear within the user's view. A built-in 32-megapixel camera supports AI-powered features and visual applications, while integrated computing, GPS, storage, and an operating system allow the glasses to operate independently. Nimbo X1 also includes an open SDK that gives developers access to the display, camera, microphone array, and motion sensors for creating customized experiences. By combining augmented reality, AI assistance, navigation, translation, and developer-focused hardware, Nimbo X1 presents a compact, wearable platform designed to place useful digital information directly into everyday surroundings without relying entirely on a smartphone. Pixelgate is an all-in-one AI video production platform designed to combine switching, streaming, recording, camera control, graphics, and other live production functions in one system. It features five 4K HDMI inputs, IP stream support, programmable controls, and a detachable touchscreen. One key feature is AI auto-switching, which can use audio information to identify active speakers and automatically change camera angles during productions. The platform also supports ISO recording, allowing the program output and selected camera feeds to be recorded separately, along with an XML cut file for post-production. Production tools include real-time LUT control, chroma key, picture-in-picture layouts, subtitles, media playback, PTZenControl, and remote web operation. Multiple streaming protocols are supported, with simultaneous streaming to up to four platforms. By bringing these capabilities together, Pixel.gate creates an integrated environment for managing modern live video productions from a single compact system for creators. Lumi AI Dock introduces a physical approach to AI assistance by giving an AI agent direct access to a real smartphone. Instead of using emulators, route access, or individual app integrations, the system uses cameras to view the phone screen while a mechanical actuator performs taps, swipes, and typing. The dock features a four-axis mechanism, phone-facing cameras, and AI computing hardware for observing screens, planning actions, and operating the device. Its local first design is intended to keep phone use intelligence on the device, while sensitive actions can require user confirmation. Lumi can work across existing mobile applications for tasks such as managing messages, creating follow-ups, organizing notes, scheduling, and completing workflows. A phone use SDK also provides developers with tools for screen observation, tapping, swiping, typing, screenshots, and confirmations. Powered by an RK3576 processor with 6T-OPS AI computing, 4GB RAM, 32GB storage, Wi-Fi 6, Bluetooth 5, and charging support, Lumi presents a new direction for practical smartphone automation. Chihubo X1 is a compact wireless presentation and AI meeting system designed for classrooms, conferences, presentations, and team discussions. Its transmitter and receiver setup supports 1080p video at 60Hz, with a claimed wireless range of up to 50m. The display connection works without requiring Wi-Fi or Bluetooth, while one receiver can pair with up to six transmitters for convenient switching between presenters. The X1 also includes meeting recording through a physical one-touch button, with recordings saved to a microSD card. AI functions include real-time transcription, speaker identification, automatic summaries, and mind map generation, with support for more than 110 languages. Dual MEMS microphones provide audio capture with noise reduction. The system features a 100W USB-C PD 3.0 connection and works with Windows 10 11, Mac OS, Zoom, Microsoft Teams, and Google Meet. By combining wireless presentation, recording, and AI meeting tools, QiHubo X1 creates an integrated solution for modern workspaces, education, and collaborative environments. ASCARD One is a compact AI meeting assistant designed to capture conversations and transform them into organized digital information. The card-sized device features five microphones for recording, while its AI functions provide transcription, summaries, and mind map generation. Current crowdfunding information describes support for transcription in 133 languages, helping users turn spoken discussions into searchable and structured content. Instead of leaving users with lengthy audio recordings, ASCARD One is designed to process conversations into concise information that is easier to review and revisit. Its slim, pocket-friendly design allows the device to travel between meetings, classrooms, interviews, and other situations where conversations need to be documented. The concept follows a simple workflow. Record the discussion, convert speech into text, and organize important details through summaries and visual mind maps. Launched on Kickstarter in August 2026, ASCARD One has surpassed its initial funding goal, offering a portable approach to AI-powered information capture and meeting organization for everyday use. OpenAI Codex Micro is a compact hardware controller designed to give AI coding agents a more tactile interface. Developed with Work Louder as a limited-run product, the device provides physical controls for managing codex tasks without constantly switching between windows. It features 13 mechanical switches, a planar joystick, rotary encoder, and touch sensor. Six illuminated agent keys use RGB status indicators to show whether codex tasks are thinking, running, waiting, or finished. Dedicated command keys support actions such as accepting or rejecting changes, push-to-talk, and starting new chats. The joystick can launch workflows including pull request reviews, debugging, and code refactoring. A rotary dial also allows users to adjust the reasoning level during an active workflow. Codex Micro connects through Bluetooth or USB-C and works with Mac and Windows systems using ChatGPT codex and Work Louder software. By combining programmable controls and visual feedback, it creates a dedicated physical interface for managing AI-powered coding workflows efficiently. Galileo X is a new-generation ground robot designed to combine multiple forms of mobility within one adaptable platform. Unveiled at the 2026 World Robot Conference in Beijing, the system is built to move across environments that can challenge conventional wheeled or legged robots. Galileo X combines the precision of automated guided vehicles, the long-distance capability of off-road vehicles, and the obstacle-crossing abilities associated with legged robots. Its unified embodied ground mobility system integrates mechanical structure, actuation, perception, and control into a coordinated architecture. The platform is intended for smooth indoor floors, outdoor routes, and complex unstructured terrain. Potential applications include industrial manufacturing, energy inspection, emergency response, public safety, and specialized operations. It has also been described as a possible mobile base for humanoid robots and other equipment. By bringing different movement capabilities together, Galileo X demonstrates how adaptable ground robots could support diverse tasks across changing environments while providing a versatile foundation for future robotic systems. Gravity Titanium Pocket Pen from Namasu combines everyday writing with a compact, multi-functional design. Built from Grade 5 titanium, the pen is presented as a durable pocket companion with a substantial form, XL ink capacity, and additional utility features. Its 6-in-1 concept combines writing with functions including bits and a blade, creating a tool designed for everyday carry. A push-slide locking mechanism and magnetic retention system help keep the components secure during carrying and use. The pocket-friendly format allows the Gravity to remain accessible while working as both a writing instrument and a practical tool for small tasks. Its keychain-ready construction provides another carrying option for users who prefer keeping essential gear close at hand. The Gravity continues Namasu's focus on titanium writing instruments and compact precision machine designs. By combining writing, utility functions, durable materials, and portable construction, the Gravity Titanium Pocket Pen presents a multi-functional approach to everyday carry in a compact format. Nexus P.1 is a pocket-sized control deck designed to place customizable digital controls directly at your fingertips. The device offers more than 12 inputs, Bluetooth connectivity, and a rechargeable 600 mAh battery, creating a compact interface for creators, developers, and everyday computer users. One of its key features is an 8-layer scene system, allowing the controls to change depending on the application or workflow. This means the same physical buttons can perform different functions across creative software, coding tools, and other computer tasks. Nexus P.1 also highlights Vibe Coding, positioning the device for modern AI-assisted development alongside traditional computer control. Its wireless Bluetooth connection provides flexibility, while customizable keys allow users to create personalized shortcuts and commands. Launched on Kickstarter on August 21, 2026, the project featured a $5,000 funding goal, and has since passed that target. Nexus P.1 brings adaptable physical controls into a compact format for modern digital workflows and everyday computing needs. Panox VI-5 is an 8K AI 360-degree camera designed to make immersive photography and video capture more accessible. The camera uses dual 1.5-inch sensors with periscope lenses to produce panoramic footage and high-resolution photos, while a 3.0-inch touchscreen provides direct control. Running Android 13, the VI-5 also includes four microphones, Wi-Fi, Bluetooth, and a 2,000 mAh battery. AI features support intelligent subject tracking, helping keep selected subjects centered during recording, while real-time stitching creates panoramic footage directly in the camera. The Panox app expands the system with shooting, editing, keyframe camera movement, filters, color adjustments, distortion correction, sharing, and panoramic playback tools. These features are designed for travel, outdoor activities, family moments, and social content. By combining high-resolution 360-degree imaging with stabilization, intelligent tracking, on-device controls, and an editing ecosystem, Panox VI-5 creates a streamlined setup for capturing immersive scenes and turning them into shareable content with fewer manual steps from recording through final viewing. Vosen Miro F10S is a mobile AI pet companion robot designed to monitor and interact with animals around the home. It features a 5-megapixel ultra-wide-angle camera with infrared night vision, allowing owners to watch pets remotely and communicate through two-way audio. AI recognition can identify people and pets while tracking movement automatically. The robot combines an IMU, TOF, computer vision, and infrared sensors for autonomous navigation and obstacle avoidance. Interactive features include a built-in laser pointer, detachable teaser wand, and expressive dual LCD eyes. Dual brushless motors and a self-righting chassis help the robot move across household surfaces and recover after being knocked over. When its battery becomes low, the F10S can automatically return to its charging dock. By combining mobile robotics, AI tracking, remote monitoring, navigation, and interactive play, Vosen Miro F10S provides a connected way for owners to monitor and engage with pets at home. CodeeBot is a hands-on coding robot designed to teach programming through physical magnetic blocks instead of traditional screens and keyboards. Created for children ages 4 to 12, the system uses blocks representing instructions such as movement, loops, and conditions. Users connect the blocks, run programs, and follow execution through an integrated light flow system, making programming logic easier to understand. A GPT-powered AI voice tutor can understand the connected code, robot setup, previous mistakes, and learning progress. It can explain concepts, answer questions, provide guidance, and suggest improvements. The core coding system works offline with real-time compilation, while the AI tutor requires an internet connection. CodeeBot also supports creative projects including robot dogs, smart lights, curtain openers, and mechanical hands. By combining physical coding, robotics, AI assistance, and experimentation, CodeeBot creates an engaging environment for children to explore programming, logic, creativity, and technology through interactive, screen-free learning experiences.