×
How Meta decides what hardware to launch next
Written by
Published on
Join our daily newsletter for breaking news, product launches and deals, research breakdowns, and other industry-leading AI coverage
Join Now

Meta’s hardware development process: A strategic approach to innovation: Meta’s Reality Labs division employs a structured, multi-phase process for developing new hardware products, balancing creativity with practicality.

  • Meta CTO Andrew “Boz” Bosworth revealed insights into the company’s hardware development strategy during an interview with Alex Heath, shedding light on how Meta decides which concepts to pursue.
  • The process begins with a “pre-discovery team” that focuses on prototyping innovative and potentially radical ideas, creating initial “proof of experience” models.
  • Following executive review, a select few concepts advance to the “discovery” phase, where dedicated teams explore industrial design, cost factors, and other practical considerations.

Exploring the future of wearable technology: Meta’s hardware division is actively investigating a diverse range of potential products, from augmented reality glasses to AI-enabled wearables.

  • Recent reports have suggested Meta is working on various new devices, including camera earbuds and mixed reality goggles, indicating the company’s continued interest in expanding its hardware portfolio.
  • The development of Meta’s first AR glasses, Orion, represents a significant step in the company’s push into wearable technology.
  • Bosworth’s statement that “If there’s a concept that you could imagine, we either have had or do have somebody building a thing around it” underscores Meta’s commitment to exploring a wide range of hardware possibilities.

Balancing innovation and feasibility: Meta’s approach to hardware development reflects a careful balance between encouraging creative, forward-thinking ideas and ensuring practical viability.

  • The “pre-discovery team” is given the freedom to prototype “the craziest stuff,” fostering an environment of innovation and experimentation.
  • The subsequent “discovery” phase introduces a more rigorous evaluation process, considering factors such as design, cost, and potential market fit.
  • This two-step approach allows Meta to cast a wide net for ideas while also applying a filter to identify the most promising and feasible concepts for further development.

Meta’s strategic focus on wearable technology: The company’s investment in hardware development, particularly in AR and wearable devices, signals its long-term vision for the future of computing and social interaction.

  • Meta’s pursuit of AR glasses and other wearable technologies aligns with its broader strategy to shape the development of the metaverse and next-generation computing platforms.
  • The company’s willingness to explore various form factors, from glasses to earbuds, suggests a recognition of the diverse ways in which wearable technology might integrate into users’ lives.
  • By developing its own hardware, Meta aims to have greater control over the user experience and ecosystem for its software and services.

Challenges and considerations: While Meta’s hardware development process appears robust, the company faces significant challenges in bringing new wearable technologies to market.

  • Developing consumer-ready AR glasses and other advanced wearables involves overcoming substantial technical hurdles, including miniaturization, battery life, and user interface design.
  • Meta must also navigate privacy concerns and potential public skepticism, particularly given its history with data handling and social media controversies.
  • The company’s success in hardware will depend not only on technological innovation but also on creating compelling use cases that resonate with consumers.

Looking ahead: The future of Meta’s hardware ambitions: Meta’s systematic approach to hardware development positions the company to play a significant role in shaping the future of wearable technology and augmented reality.

  • The company’s willingness to explore a wide range of concepts, combined with its structured development process, increases the likelihood of breakthrough innovations.
  • As Meta continues to invest in hardware development, we can expect to see a diverse array of products emerging from Reality Labs in the coming years, potentially reshaping how we interact with technology and each other.
  • The success of these efforts could have far-reaching implications for Meta’s business model and its position in the tech industry, potentially transforming the company from a social media giant to a leader in next-generation computing platforms.
How Meta decides what hardware to make

Recent News

Startup SandboxAQ believes its large quantitative models will boost enterprise AI

Quantitative AI models from companies like SandboxAQ aim to solve complex mathematical problems in drug discovery and finance that language models cannot address.

How edge AI and 5G will power a new generation of Industry 4.0 apps

Industrial facilities are moving critical computing power closer to their operations while building private networks, enabling safer and more automated production environments.

Imbue CEO says these are the keys to building smarter AI agents

AI agents aim to make advanced artificial intelligence as approachable as personal computers, with built-in safeguards to verify their outputs and reasoning.