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The open hardware and maker industry is vibrant and growing, driven by increasing accessibility of tools, components, and online communities. It is characterized by rapid innovation, collaborative development, and a strong emphasis on knowledge sharing. The market is fueled by hobbyists, professional engineers, and educators, all contributing to and benefiting from an open-source ecosystem. This sector also sees significant crossover with technical education and e-learning platforms.
Total Assets Under Management (AUM)
Maker Community Size in United States
~50 million+ individuals (estimated)
(5-10% CAGR)
- Growth in accessible tools like 3D printers & microcontrollers.
- Expanding online platforms & educational resources.
- Increased interest in STEM fields & DIY culture.
50 billion USD
TinyML enables machine learning models to run on low-power, resource-constrained microcontrollers, bringing AI capabilities directly to edge devices in open hardware projects.
RISC-V is an open-source instruction set architecture (ISA) that allows for custom, open hardware processor designs, fostering greater innovation and reducing reliance on proprietary architectures.
The increasing availability and standardization of modular electronic components and robotic platforms simplify complex builds and accelerate prototyping in the maker community.
CISA's 'Secure by Design' initiative encourages software and hardware manufacturers to embed security into products from the outset, aiming to reduce vulnerabilities and improve resilience against cyberattacks.
This policy will push open hardware developers to prioritize security features in their designs and documentation, potentially increasing development complexity but enhancing user trust.
Various U.S. states are enacting 'Right to Repair' laws that require manufacturers to make parts, tools, and repair information available to consumers and independent repair shops, extending to electronic devices.
These laws could increase the availability of schematics and component information for open hardware projects, benefiting the DIY and repair aspects of the maker community.
The U.S. government's National Strategy for Advanced Manufacturing aims to bolster domestic manufacturing capabilities, including digital and smart manufacturing, and promote related STEM education and workforce development.
This strategy could lead to increased funding and resources for advanced manufacturing technologies and training, indirectly benefiting the open hardware community through better access to tools and skills.
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