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Robotics & AI News, Tutorials and Industry Insights

Daily briefings on humanoid robots, automation, and AI. Systematic engineering tutorials from kinematics to real-world deployment.

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Jun 5 Robotics Daily — 2026-06-05 News
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Jun 5 v0 Deep Dive — Complete Developer Guide Guide
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Robotics News ● HIGH Jun 5, 2026

Robotics Daily — 2026-06-05

Daily intelligence on humanoid robots, industrial automation, and embodied AI.
High Jun 5, 2026

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Guide Jun 5, 2026

v0 Deep Dive — Complete Developer Guide
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AI Daily Report — 2026-06-04

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Robotics Daily — 2026-06-05

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

Jun 5, 2026 HIGH
Robotics News

Robotics Daily — 2026-06-04

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

Jun 4, 2026 HIGH
Robotics News

Robotics Daily — 2026-06-03

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

Jun 3, 2026 HIGH
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Robotics Daily — 2026-06-02

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

Jun 2, 2026 HIGH
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Robotics Daily — 2026-06-01

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

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Robotics Daily — 2026-05-31

Daily intelligence on humanoid robots, industrial automation, and embodied AI.

May 31, 2026 HIGH

🤖 AI Intelligence

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AI Daily Report — 2026-06-05

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

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AI Daily Report — 2026-06-04

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

Jun 4, 2026 HIGH
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AI Daily Report — 2026-06-03

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

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AI Daily Report — 2026-06-02

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

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AI Daily Report — 2026-06-01

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

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AI Daily Report — 2026-05-31

Real-time AI industry intelligence: models, agents, infrastructure, and market moves.

May 31, 2026 HIGH

📚 AI Tool Guides

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Guide

v0 Deep Dive — Complete Developer Guide

Master v0: installation, configuration, advanced workflows, and pro tips.

Jun 5, 2026
Guide

Windsurf Deep Dive — Complete Developer Guide

Master Windsurf: installation, configuration, advanced workflows, and pro tips.

Jun 3, 2026
Guide

Copilot Deep Dive — Complete Developer Guide

Master Copilot: installation, configuration, advanced workflows, and pro tips.

Jun 1, 2026
Guide

Claude Code Deep Dive — Complete Developer Guide

Master Claude Code: installation, configuration, advanced workflows, and pro tips.

May 29, 2026
Guide

Windsurf Deep Dive — Complete Developer Guide

Master Windsurf: installation, configuration, advanced workflows, and pro tips.

May 29, 2026
Guide

Codex Deep Dive — Complete Developer Guide

Master OpenAI Codex: installation, configuration, advanced workflows, and pro tips for the terminal-native coding agent.

May 25, 2026

⚙️ Robotics Tutorials — Robotics Curriculum

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Week 1 Robotics Fundamentals
1 H-ROS: Hardware Robot Operating System Mar 29, 2026 2 Robot Classification System: A Complete Guide Mar 29, 2026 3 Robot Core Components: A Technical Deep Dive Mar 29, 2026 4 2025 Robotics Industry Overview Mar 29, 2026 5 The Humanoid Robot Revolution 2025 Mar 29, 2026 6 Why Learn Robotics? 6 Compelling Reasons Mar 29, 2026 7 Week 1 Summary: Robotics Fundamentals Mar 29, 2026
Week 2 Coordinate Systems & Kinematics
1 Coordinate Systems in Robotics: Frame of Reference Apr 4, 2026 2 Rotation Matrices: How Robots Calculate Orientation Apr 4, 2026 3 Homogeneous Transform Matrices: Combining Rotation + Translation Apr 4, 2026 4 Euler Angles vs Quaternions: Representing 3D Orientation in Robotics Apr 4, 2026 5 Forward Kinematics: From Joint Angles to End-Effector Position Apr 4, 2026 6 Python Kinematics Practice: Building Forward Kinematics from Scratch Apr 4, 2026 7 Week 2 Summary: Kinematics & Coordinate Systems Complete Apr 4, 2026
Week 3 Inverse Kinematics
1 Introduction to Inverse Kinematics: From Position to Joint Angles Apr 7, 2026 2 Analytical Inverse Kinematics: Solving IK the Elegant Way Apr 8, 2026 3 The Jacobian Method: Velocity-Based Inverse Kinematics Apr 9, 2026 4 Numerical IK: Newton-Raphson and Cyclic Coordinate Descent Apr 10, 2026 5 Redundancy and Optimization: Getting More from Your Robot Apr 11, 2026 6 IK in the Real World: Industrial Arms, Humanoids, and Beyond Apr 12, 2026 7 Week 3 Summary: Mastering Inverse Kinematics Apr 13, 2026
Week 4 Forward Kinematics & Path Planning
1 Introduction to Forward Kinematics Apr 13, 2026 2 Joint Space vs Cartesian Space Apr 14, 2026 3 Robot Workspace Analysis Apr 15, 2026 4 Path Planning Algorithms: A* and RRT Apr 16, 2026 5 Dynamic Path Planning and Real-time Obstacle Avoidance Apr 17, 2026 6 Robot Control Algorithms: PID and Model Predictive Control Apr 18, 2026 7 Week 4 Summary: Forward Kinematics and Path Planning Apr 19, 2026
Week 5 Forward Kinematics & Path Planning
1 Robot Dynamics Fundamentals: Mass, Inertia, and Forces Apr 20, 2026 2 Lagrangian Dynamics: Energy-Based Equations of Motion Apr 21, 2026 3 Newton-Euler Recursive Dynamics: Real-Time Robot Simulation Apr 22, 2026 4 Force Control and Impedance Control: Interacting with the World Apr 23, 2026 5 Python Dynamics Simulation: From Theory to Working Code Apr 25, 2026 6 Adaptive and Robust Control: Handling Uncertainty Apr 26, 2026 7 Week 5 Summary: Dynamics & Control Apr 24, 2026
Week 6 Forward Kinematics & Path Planning
1 Sensors & Perception: How Robots Sense the World Apr 27, 2026 2 Computer Vision for Robotics: Detection, Tracking, and Pose Estimation Apr 27, 2026 3 LiDAR Point Cloud Processing: Registration, Segmentation, and Mapping Apr 27, 2026 4 Visual-Inertial SLAM: Building Maps and Tracking Simultaneously Apr 27, 2026 5 Sensor Calibration: Hand-Eye, Temporal, and Multi-Sensor Alignment Apr 27, 2026 6 Python Practice: Building a Multi-Sensor Perception Pipeline Apr 27, 2026 7 Week 6 Summary: Sensors, Perception, and SLAM Apr 27, 2026
Week 7 Forward Kinematics & Path Planning
1 Actuators & Drive Systems: How Robots Move Apr 30, 2026 2 DC Motors and Servo Motors: The Workhorses of Precision Robotics Apr 30, 2026 3 Stepper Motors and Brushless DC Motors: Precision and Efficiency Apr 30, 2026 4 Harmonic Drives and Planetary Gearboxes: Mechanical Precision Apr 30, 2026 5 Motor Drivers and Power Electronics: From Commands to Current Apr 30, 2026 6 Python Practice: Motor Control Simulation and Characterization Apr 30, 2026 7 Week 7 Summary: Actuators, Gearboxes, and Drive Systems Apr 30, 2026
Week 8 Forward Kinematics & Path Planning
1 Control Systems for Robotics: From Theory to Implementation May 11, 2026 2 PID Controller Design and Tuning for Robot Joints May 11, 2026 3 State-Space Control and the Linear Quadratic Regulator (LQR) May 11, 2026 4 ROS2 Architecture for Real-Time Robot Control May 11, 2026 5 Sensor Fusion: The Extended Kalman Filter (EKF) for Robot State Estimation May 11, 2026 6 Python Practice: Full Robot Control Loop with ROS2 and Gazebo May 11, 2026 7 Week 8 Summary: Control Systems Implementation May 11, 2026
Week 9 Forward Kinematics & Path Planning
1 Motion Planning Fundamentals: Configuration Space and Obstacles May 22, 2026 2 Search-Based Motion Planning: A*, Dijkstra, and Hybrid A* May 22, 2026 3 Sampling-Based Motion Planning: RRT, RRT*, and PRM May 22, 2026 4 Trajectory Optimization: CHOMP, STOMP, and TrajOpt May 22, 2026 5 Kinodynamic Planning: Dynamic Constraints in Motion Planning May 22, 2026 6 Python Practice: RRT* for a 2-DOF Planar Robot Arm May 22, 2026 7 Week 9 Summary: Advanced Motion Planning May 22, 2026

Latest Tutorials

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Tech Week 9

Motion Planning Fundamentals: Configuration Space and Obstacles

Week 9 Day 1: The foundations of robot motion planning — configuration space (C-space), obstacle mapping, and the difference between path planning and trajectory planning.

May 22, 2026
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Tech Week 9

Search-Based Motion Planning: A*, Dijkstra, and Hybrid A*

Week 9 Day 2: Graph search algorithms for robot path planning — A* heuristics, Dijkstra completeness, and Hybrid A* for non-holonomic vehicles.

May 22, 2026
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Tech Week 9

Sampling-Based Motion Planning: RRT, RRT*, and PRM

Week 9 Day 3: Randomized motion planning for high-dimensional robots — Rapidly-exploring Random Trees (RRT), asymptotically optimal RRT*, and Probabilistic Roadmaps (PRM).

May 22, 2026

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Frequently Asked Questions

What is the latest news in robotics?

Smartotics provides daily updates on humanoid robots, industrial automation, AI integration in robotics, and major industry investments. Check our Robotics News section for the latest briefings.

How do I start learning robotics from scratch?

Our Robotics Tutorials section offers a systematic curriculum covering robot kinematics, coordinate systems, inverse kinematics, path planning, and Python implementations — designed for beginners to advanced learners.

What AI technologies are driving robotics innovation?

Current AI trends in robotics include large language models for robot control, vision-language models for perception, reinforcement learning for locomotion, and neural radiance fields (NeRF) for scene understanding.

Is Smartotics free to read?

Yes, all articles, tutorials, and news briefings on Smartotics are freely available. You can also subscribe to our RSS feed for automatic updates.

What topics does Smartotics cover?

We cover three main areas: daily robotics and AI industry news, in-depth AI technology analysis, and structured robotics engineering tutorials from fundamentals to advanced topics.