Inventorbook A living atlas of physical invention
Meet 537 living inventors whose cameras, tools, chairs, medical devices, batteries, robots and materials changed what everyday life can do.
Original image commissioned for InventorbookStart with an object
Invention stories often collapse into a company name. These profiles return attention to the people, teams and physical decisions behind the product.
Dual Cyclone bagless vacuum cleaner
James Dyson invented the Dual Cyclone vacuum-cleaner system, which uses cyclonic separation rather than a disposable dust bag. Dyson’s official biography identifies the system as a foundational consumer vacuum technology. A Business Insider interview published in April 2025 reports Dyson discussing the 5,127-prototype development process.
DJI XP 3.1 flight-control system and consumer multirotor drone platform
Wang Tao, known as Frank Wang, designed and manufactured a helicopter flight-control prototype while at HKUST, then established DJI around a suite of flight-control technologies. DJI's XP 3.1 and later Phantom platform helped make camera-equipped multirotors usable beyond specialist model-aircraft circles.
GoPro wearable action camera
Nicholas Woodman created GoPro’s early wrist-mounted camera system, then developed the concept into branded cameras for self-filmed action sports. CBS documented his explanation of the product’s hands-free premise, and GoPro’s 2025 investor release identifies him as founder and CEO discussing its future camera pipeline.
Ring video doorbell
Jamie Siminoff built the first Ring video doorbell after being unable to hear his garage doorbell. A 2025 ABC News interview calls Siminoff the Ring doorbell inventor, while a Verge interview describes his current leadership of Ring. ABC News interviewed Siminoff about Ring’s development on November 11, 2025.
Aeron ergonomic office chair
Don Chadwick co-designed Herman Miller’s Aeron Chair with Bill Stumpf, replacing conventional upholstery with breathable Pellicle suspension and a highly adjustable ergonomic mechanism. Herman Miller calls its 1994 launch revolutionary, while MoMA preserves the chair in its permanent collection. The design became a visual shorthand for technology-era offices and remains in production.
Manual and powered wheelchair technologies
Cooper developed manual and powered wheelchair technologies informed by his own use of a wheelchair. His tangible designs improved mobility, health and independence while contributing to wheelchairs as engineered transport devices rather than passive aids, with effects reaching millions of users.
Fifteen ways into the collection
From a safer helmet to a cleaner industrial process, every category starts with a physical constraint.
Objects that transformed daily routines, domestic spaces and personal habits.
Open field 14 peopleHand tools, fabrication systems and instruments that extend what people can make.
Open field 29 peopleDevices that capture, reproduce and reveal sights and sounds beyond ordinary perception.
Open field 25 peopleEquipment that changed movement, recreation, endurance and access to the outdoors.
Open field 82 peoplePhysical systems for diagnosis, treatment, surgery, monitoring and clinical care.
Open field 19 peopleTechnologies designed around independence, participation and different bodies or senses.
Open field 28 peopleMachines and production systems that changed how physical goods are made and moved.
Open field 34 peopleEngineered matter, coatings and containers that give products new physical behavior.
Open field 14 peopleHardware for cultivation, food systems, clean water and environmental stewardship.
Open field 41 peopleVehicles and transport components that changed how people and goods move.
Open field 45 peopleDevices and materials for producing, storing and using energy with lower impact.
Open field 23 peopleEmbodied machines that sense, move and act in homes, workplaces, oceans and air.
Open field 58 peopleChips, components and computing devices that made digital capability physically possible.
Open field 23 peopleAntennas, radios and network components that carry information through the physical world.
Open field 18 peopleProducts that prevent harm, protect people and make hazards easier to detect or manage.
Open field
Why Inventorbook exists
Inventorbook helps people understand science and technology as human, collaborative work. The atlas lets students move from a finished object back through the choices, experiments and teams that made it possible.
Begin with a tangible product and the problem it addresses.
Read named attribution, impact and recent living-status sources.
Keep co-inventor credit and prior work visible instead of manufacturing a lone genius.
Evidence before mythology
The collection distinguishes invention from founding, design from promotion, and a current living person from a historical name. No profile is included because a company became famous.