Technologies
How Do Humanoid Robots Work Together on the Same Task?
Learn how humanoid robots coordinate on the same task using shared state estimation, role-based task allocation, motion planning, communication timing, and safety recovery.
Technologies
Smart Glasses Are Getting More AI Features
Smart glasses are adding AI for hands-free photos, translation, and navigation. Learn what features do, where AI runs, and key trade-offs like battery and privacy.
Technologies
Does Robot Size Change What AI-Powered Machines Can Do?
Explore how robot size shapes AI robot capability—payload, reach, sensors, batteries, heat, and safety—so you can pick the smallest machine that meets the task.
Technologies
A Fundamental Flaw Leaves LLMs Strikingly Vulnerable to Attack
Learn why prompt injection makes LLM agents treat untrusted text as instructions, enabling data leaks and unsafe tool actions—and how to mitigate with least privilege.
Technologies
The Building Blocks Behind Today’s AI Agents
Learn the building blocks behind today’s AI agents: how language models, tool calling, memory, retrieval, planning, and guardrails combine into reliable workflows.
Technologies
Giving Robots a General-Purpose AI Brain
Learn what a general-purpose AI brain for robots really means: hybrid stacks, data bottlenecks, latency limits, and safety steps to scale beyond demos.
Technologies
EXIF Orientation Can Throw Off Computer Vision Results
Learn how EXIF Orientation makes “upright” JPEGs ambiguous for code, causing rotated inputs and label drift—and how to normalize safely across CV pipelines.
Technologies
What Does It Take for a Humanoid Robot to Run Long Distances?
Learn what it takes for a humanoid robot to run long distances: balance during flight phases, impact-resistant joints and feet, power and cooling limits, and fast sensing.
Technologies
Reading Neural Signals: Where Brain-Computer Interfaces Meet AI
Explains how brain-computer interfaces decode neural signals with modern AI, why BCIs are plausible again, and the real limits: drift, latency, privacy, and near-term uses.
Technologies
How Do Large Language Models Generate Text?
Learn how large language models generate text through pattern prediction—tokens, probabilities, context windows, sampling—and why hallucinations happen.