Speculative Devices explores the intersection of design research, medical technology, and future possibilities. Through concept studies, prototype showcases, and collaborative research, we examine how hardware design shapes healthcare and practice.
Concept development, hands-on workshops, and collaborative research into the medical devices of the future.
Speculative design explorations into future medical devices, emerging healthcare scenarios, and technology-human interaction models.
Working prototypes, proof-of-concept builds, and functional mockups demonstrating innovative hardware design directions.
Design journals, methodology documentation, and research findings from ongoing studio investigations and experiments.
Conference talks, panel discussions, and presentations on speculative design, medical device innovation, and research methodology.
Hands-on design workshops, student collaborations, and educational programs introducing speculative hardware design methods.
Media requests, licensing inquiries, exhibition proposals, and collaboration opportunities with designers, institutions, and brands.
Design essays, studio updates, and field notes from April 2026.
Defining speculative design, exploring its methods and applications in healthcare innovation, and demystifying the studio process.
Announcement of publication and discussion of the featured work, themes, and implications for medical hardware design research.
Process documentation following one speculative device concept from initial sketch through functional prototype and exhibition.
Research partnerships, speaking invitations, exhibition proposals, and commissions — let's explore together.
Send Inquiry →Charging technology signals we're tracking in our research this year.
In 2026 Megawatt Charging Systems (MCS) enter commercial deployment, delivering over 1 MW to recharge 200–600 kWh heavy-duty batteries within a 45-minute break — a new frontier for hardware design. (Ekoenergetyka / EGBatt, 2026)
At megawatt power levels, currents of 1,000–3,500 A demand liquid-cooled cables and connectors to manage heat — a materials-and-thermal design challenge shaping next-gen charging hardware. (EGBatt, 2026)
The Rocsys M1, unveiled in May 2026, is the first hands-free multi-bay charging system for robotaxi fleets: an overhead robotic arm with computer vision and a 99.9%+ plug-in success rate. (industry reports, 2026)
Download our free illustrated guide — practical, current, and written for 2026.
Devin Lockett is the founder and entrepreneur behind this venture and the wider BiomedRx family of companies—spanning healthcare technology, wellness, media, and community initiatives. He builds brands focused on quality, service, and independent ownership.
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