Europe’s Hardware Underground: Hackaday 2026 Unveils Its Maverick Minds

Picture the shores of Lake Como humming not with tourists, but with hackers, tinkerers, and renegade engineers. This May, Lecco, Italy becomes the epicenter of the hardware world as Hackaday Europe 2026 kicks off - unveiling a roster of speakers who are anything but ordinary. In a year when the conference has outgrown both its old venue and expectations, the first round of announced talks reveals a blend of audacious projects and hard-won lessons from the bleeding edge.

Investigating the first round of speakers, a pattern emerges: these aren’t your average show-and-tell sessions. Suryansh Sharma will take the stage with a tale of drone evolution that reads like a survival thriller - engineering aerial robots to outlast crashes and the elements, including a blimp-drone that can literally change form mid-air to save itself. In a world increasingly reliant on autonomous systems, Sharma’s work exposes the fragility and ingenuity behind keeping drones in the sky when failure isn’t an option.

Janelle Wellons brings the high-stakes world of space troubleshooting down to earth, revealing how missions have been salvaged through sheer creativity when hardware is millions of miles away and “undo” is not an option. Her talk promises a rare look inside the crisis rooms where software bugs and fried circuits can mean the difference between triumph and total loss.

Other speakers dive into the hidden corners of hardware hacking. Milos Rasic questions the trustworthiness of everyday medical devices, peeling back the layers of blood pressure monitors in an open-source quest for accuracy. Phil Underwood’s two-decade journey mapping caves without GPS reads like a real-life adventure - his “Shetland Attack Pony” tools represent the persistence and DIY spirit that define the hacker ethos.

The lineup also ventures into the esoteric: Katrin Dietzsch will show how circuit boards can become interactive story props for tabletop gaming, blurring the line between electronics and narrative. Yannick Richter’s odyssey to reverse-engineer a proprietary scanner sensor, transforming it into a gigapixel camera, is a testament to patience and technical bravado. And for those who dream of silicon, Matt Venn’s “Tiny Tapeout” workshop lets attendees design and manufacture their own ASICs - demystifying a world usually locked behind billion-dollar foundry doors.

As anticipation builds for further speaker reveals, one thing is clear: Hackaday Europe 2026 is less about polished products and more about the thrill of the unfinished, the hacked, and the reimagined. In Lecco, the line between failure and breakthrough is razor-thin - and that’s exactly where the magic happens.

WIKICROOK

• ASIC: ASICs are custom-designed chips made for specific tasks, offering high efficiency and speed in cybersecurity hardware like firewalls and encryption devices.
• ECG: ECG is a biometric authentication method using unique heart activity signals, offering enhanced security for device and data protection in cybersecurity.
• GDS files: GDS files are digital blueprints containing layout data for semiconductor chips, essential for designing, verifying, and manufacturing integrated circuits.
• Pan Tompkins algorithm: The Pan Tompkins algorithm is used to detect QRS complexes in ECG signals, aiding heart rate analysis and secure medical data processing.
• Quadrotor: A quadrotor is a drone with four rotors, providing stable flight and precise control. It's used in various fields, including cybersecurity contexts.