DROIDS Newsletter

We tend to imagine war robots as autonomous machines marching into battle.

Ukraine is showing something very different.

In this episode, we take a closer look at how unmanned ground vehicles are actually being used on the battlefield. Not as futuristic replacements for soldiers, but as practical tools designed to move risk away from people and into machines.

Drawing from frontline reporting and analysis from the Modern War Institute, this episode explores what it really takes to operate these systems under fire. Limited visibility. Constant electronic warfare. Broken supply chains. Field repairs just kilometers from the front.

This is not a story about perfect technology.

It is a story about what happens when machines are forced to work in mud, mines, and artillery fire—and why that is quietly changing the nature of war.

#robotics #warrobots

What happens when a robotic arm spends five years training in simulation, learns to read spin at 20 milliseconds, and then steps up to the table against some of the best ping pong players in the world?

It wins.

Sony's Project Ace made headlines this week after a paper published in Nature confirmed what many in the robotics world had been watching closely: an AI-powered robotic arm beat elite human table tennis players under official competitive rules — and it did it using deep reinforcement learning, nine cameras, and a technique called "privileged critic" training.

But here's what the viral video doesn't tell you: Sony didn't build this robot to play ping pong. They built it to prove that physical AI can handle the unpredictable, high-speed chaos of the real world. And that has implications far beyond the table. This podcast was created using Google's NotebookLM and features AI-generated hosts. #robotics #sonyace

This is one of the hardest problems in robotics: hands.

PSYONIC is solving it by using human data, capturing touch, grip, and dexterity, and transferring it to robots.

Alex Wolf Torres, Associate Editor, DROIDS, spoke with Dr. Aadeel Akhtar and Dale DiMassi from PSYONIC at NVIDIA GTC. Dale is a bionic hand user himself. As a user of the bionic hand, DiMassi discussed the device's capabilities.

#robotics #physicalAI #bionics #NVIDIAGTC

At NVIDIA GTC, Alexander Wolf Torres, Associate Editor at DROIDS, spoke with Dr. Aadeel Akhtar, founder and CEO of PSYONIC.

PSYONIC builds advanced bionic hands for humans, designed with touch sensing, dexterity, and real-world usability. What makes their approach especially important for robotics is that the same system can capture human movement and translate it into training data for robots.

This creates a direct bridge between human capability and machine learning, particularly for complex manipulation tasks where traditional robotics has struggled.

#robotics #physicalAI #NVIDIAGTC

At NVIDIA GTC, we visited the Build-a-Claw demo to see how OpenClaw actually works in practice.

DROIDS Associate Editor Alexander Wolf Torres speaks with NVIDIA’s Mark McKeen about how an AI agent can move from concept to robot. Starting from a simple prompt, OpenClaw proposes designs, iterates on hardware, and trains control policies in simulation.

In this case, it produced a tracked robot with a claw. When asked why, it had an answer.

This conversation shows how design, simulation, and training are starting to merge into a single loop, with the agent actively participating in the process.

Somewhere, 135,000 agents hit a wall at noon on a Saturday. Turns out $20 a month doesn't cover an always-on AI coworker.

Anthropic cut off Claude Pro and Max subscribers from routing their flat-rate plans through third-party agent frameworks. OpenClaw first. The rest shortly behind it. Roughly 60% of the 135,000-plus active OpenClaw instances were running on subscription credits. That’s the size of the subsidy Anthropic was absorbing on every session.

The infrastructure math checks out. OpenClaw bypasses Anthropic’s prompt-caching optimizations. A single heavy session consumes infrastructure that, at standard API rates, runs $1,000 to $5,000 for one day of use. A Claude Pro subscription costs $20 a month. #OpenClaw

In this episode, I spoke with Tony Yang from Unitree to talk about what he calls the “home dog.”

Quadrupeds may be the first robots that actually make sense in the home. They’re stable, already capable in real environments, and closer to practical use than humanoids.

We unpack why this form factor matters and what it could mean for the future of companion robots.

"Home dogs" are coming and soon.

#homedogs #physicalai #robotics

Tesla doubles down on Optimus Gen 3, shifting Fremont from cars to humanoid robots and signaling a long‑term pivot from EVs to physical AI. Rivian spin‑out Mind Robotics raises a massive $500M to deploy non‑humanoid industrial robots this year, betting that boring, reliable automation still delivers the fastest ROI. We also break down the latest capability demos from Boston Dynamics’ Atlas and CES humanoids, and I share which robotics companies and ecosystems I’ll be watching on the ground at NVIDIA GTC.

#droidsnewsletter #dianawolftorres #nvidiagtc2026

Industrial robotics is reaching an economic tipping point and reshaping factory strategies, while humanoid robots are edging closer to real deployments. In this episode of DROIDS, Diana breaks down Hyundai’s factory‑first Atlas roadmap, Honor’s push to turn phones and humanoids into a single AI ecosystem, and why 2026 is being framed as the year automation shifts from “nice‑to‑have” to “mandatory infrastructure.” She also looks at the explosive growth projections for medical robotics and the emerging ethics fight as advanced AI and robotics intersect with military and defense work. #roboticsnews

Stories about aging, for me, always begin with my own aging parent.

She is in remarkable health. Intellectually sharp. She still corrects my German grammar with the patience of a retired schoolteacher.

“Ganz genau,” she says when I finally get it right.

She chose a secure senior community designed for safe living. She has a dog. She still meets friends at the senior center. The food is mediocre. The people matter.

But beneath the humor runs a shared understanding.

It is not the open-faced turkey sandwich served on Fridays. Not even the Kartoffelsalat debate that erupts every month.

It is the possibility of losing independence.

Quiet conversations. “I’m starting to worry...”

What Families Worry About

A missed call.

A forgotten appointment.

A pause before asking for help.

These are not emergencies. They are signals.

Families see them before institutions do. Eventually, someone asks:

Could a robot help?

For decades, robotics companies have suggested that it could. The logic is appealing. Machines do not fatigue. They do not call out sick. They operate continuously.

But according to Anthony Nunez, the obstacle is not technological ambition.

“Care isn’t a gadget problem. It’s a systems problem.”

What People Actually Mean by “Robot”

When families ask whether a robot could help an aging parent, they are rarely imagining the same machine.

Some picture a humanoid assistant moving through the house. Others imagine a wheeled device that checks in and monitors routines. Increasingly, the term has stretched to include AI companions and software systems that never physically move at all.

With each innovation cycle, the definition expands. The care problem often does not.

A system designed to reduce loneliness addresses a different need than one built to prevent falls. A platform meant to support professional caregivers operates under different constraints than a device marketed directly to families. Lumping these together under the single word “robot” obscures the trade-offs involved.

As Nunez explains, aging care does not revolve around one person. It involves family members, professional caregivers, certified nursing assistants, physicians, and administrators. Care is a system.

Seals and Robotics Dogs

Humanoids tend to dominate headlines. But in private homes, locomotion may not be the primary constraint. What matters is reliable, safe operation in lived-in environments. The form factor is secondary to the function.

In fact, some of the most successful robotics deployments in aging care do not walk at all.

Consider Paro, the robotic seal used in senior living facilities around the world. It does not navigate hallways or lift patients. It provides social and emotional interaction. It responds to touch. It reduces agitation. It lowers anxiety in individuals with dementia.

Similarly, Tombot is designed to replicate the comfort of a live animal for people who can no longer safely care for one. It looks and behaves like a small puppy. It addresses loneliness and anxiety without introducing the risks associated with live pets.

Neither system walks. Neither promises full autonomy.

Both solve specific problems well.

That may be surprising to readers who equate robotics with humanoids. But in aging care, focused tools often outperform generalized ambition.

DROIDS is published by Diana Wolf Torres.

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