🐧 Daniel Garcia
23.6K posts

🐧 Daniel Garcia
@dannybuntu
Founder of the world's #1 Robot Marketplace, Buy, Sell, Rent Robots https://t.co/u84gKNPj3u





Sharpa Robotics' humanoid robot North demonstrated the ability to assemble a PC autonomously with submillimeter precision at NVIDIA's GTC 2026 conference. The fast-rising Singaporean startup shared footage that shows the wheeled humanoid inserting a GPU into a PCIe slot. The task is extremely challenging for traditional industrial robots due to the tight tolerances and risk of damaging sensitive components. In the video, North finishes the job by securing components with screws and organizing internal wiring using its highly dexterous end effectors. The startup's robotic hand, called the SharpaWave, boasts a reported 22 degrees of freedom (DoF), which approaches the agility and range of motion of human hands. Each fingertip has more than 1,000 touch sensors that detect miniscule changes in pressure and contact so North can adjust its movements to complete delicate tasks. The tactile sensors send updated data on pressure, texture, and force readings up to 180 times per second to the SharpaWave’s artificial intelligence. The AI system uses that stream of data to make split-second decisions on how to move or adjust itself. With 30 N of fingertip force, the SharpaWave can firmly grasp tools, lift common objects, and manipulate parts in industrial or lab settings. It can open and close its fingertips more than four times per second, almost matching the speed of human digits. Thanks to its fine-touch sensors, the SharpaWave can adjust its grip instantly to avoid crushing fragile items. North is powered by Sharpa's self-developed vision-tactile-language-action (VLTA) model, called CraftNet, that's specifically geared toward jobs requiring fine manipulation. The artificial intelligence is designed to handle physical interactions step by step and adapt its behaviors as contact conditions change. Sharpa says it’s begun mass producing its SharpaWave hands but has not publicly disclosed pricing.

Imagine a robot that’s a jack of all trades but still an expert in its field. 🤖 With the open NVIDIA Isaac platform, robotics developers get the technology they need to build these generalist‑specialist robots and deploy them at scale. These open models, libraries and frameworks can run in the cloud or at the edge on Jetson, and can be integrated into long‑running agents like OpenClaw to power continuous learning and real‑world autonomy. 🦞 Learn more ➡️ nvda.ws/4bxFSiH #NVIDIAGTC


Founders who raise on Zoom alone don't raise. When I was raising my first fund I lived in San Diego. I flew to Dubai. Switzerland. Israel. New York. Then moved to Dubai for a month. Not because I wanted to. Because you cannot raise money on Zoom calls alone. The founders I meet who can't raise have one thing in common. They're pitching from their bedroom. Sending decks. Booking Zoom calls. Following up on emails. And wondering why nobody writes the check. Investors back people before they back products. And they decide if they back you in the first 10 minutes of being in the same room. Not on a 30 minute video call where you're a face on a screen. The founders closing rounds in 2026 are on planes. They're at @consensus2026. @EthCC. @ParisBlockWeek. @token2049. They're having dinner with the right people. They're doing the uncomfortable thing most founders won't do. Get out of your house!!!










