For over half a century, computing has been dominated by binary logic—ones and zeros, high and low voltage, on and off. This simple,...

I’ve started a journey to create Embodied Learning Architecture (E.L.A.) v0.1, the first physical prototype of my AI ally. This is a...

Claude Shannon, often called the “father of information theory,” made a breakthrough in the mid-20th century: he figured out how to...

Why 3D Printing Matters 3D printing is not a hobby tool for E.L.A. — it is a cornerstone capability. Every iteration of design, from v0.1...

As we move beyond v0.1, questions of how limbs should move become central. Robotics teams worldwide are testing two main strategies:...

One of the greatest challenges for humanoid robotics is perception. A robot’s ability to move in the world, recognize obstacles, and...

When we think of humanoid robots, we often picture speed, power, or futuristic aesthetics. Apptronik, a robotics company spun out of the...

On July 23, 2012, Earth narrowly escaped a solar superstorm—a “near miss” in which powerful coronal mass ejections nearly pushed the...

Video courtesy of Leon Ex Machina on Youtube. At Project E.L.A., we believe in highlighting the innovators who are shaping the future of...

When you hear terms like Embedded AI or Edge AI, it can sound like buzzwords tossed around by marketers. But for us—and for...

One of the most exciting questions in building embodied AI is: How do we train it to learn and act in the world? For PROJECT E.L.A., the...

As we begin Project E.L.A. v0.1, I am reminded that every step forward rests on ideas that have echoed for more than a century. Writers,...

Objective: Define the foundation for Project E.L.A. v0.1 — the first embodiment where intelligence begins to meet structure. Materials...