AI vs Raw Power: Why Smartphone Performance Is No Longer About GHz
Discover why smartphone performance today hinges more on AI-driven processing than raw GHz, highlighting the role of NPUs and evolving mobile benchmarks.
iPhone 18 Pro Max Release Date: Price and Pre-Order Guide
Apple’s next flagship is expected to arrive in September. Here is the latest on the iPhone 18 Pro Max launch date, pricing, pre-orders, specifications and credible rumors.
What Is the Codex Harness? How OpenAI Builds Autonomous Coding Agents
The Codex harness is the orchestration layer that gives an OpenAI model access to repositories, terminals, tests, execution environments, and the feedback loops required for agentic software development.
Quantum Sensing Explained: Why Sensors May Beat Quantum Computers
Quantum sensors are moving from physics laboratories into real-world trials. Here is how they work, why they may mature before quantum computers, and where they could have the greatest impact.
How GPS Watches Know Your Exact Location and Time Without a Phone
A GPS watch can calculate its position and correct its clock without a phone. Discover how satellite timing, GNSS receivers, assisted GPS, and onboard sensors make it possible.
China’s Humanoid Robot Race: What 150 New Models Reveal Today
China’s wave of 150 new humanoid robots signals a shift from technical demonstrations toward scalable manufacturing, embodied AI, and commercial deployment.
Orbital Servicing: How Robots Repair, Refuel and Upgrade Satellites
Robotic spacecraft are beginning to extend satellite life through inspection, docking and repositioning. The next frontier is routine repair, refueling and hardware upgrades in orbit.
Google’s $12.2 Billion AI Chip Deal: Why Custom Silicon Is Winning
Google’s $12.2 billion AI chip commitment signals a decisive shift toward custom silicon, challenging NVIDIA on cost, efficiency, supply, and scale.
How Digital Twins Beyond Factories Are Rewiring Infrastructure
Digital twins are moving beyond industrial equipment to help operators predict, manage, and optimize power grids, buildings, transportation, cities, and critical infrastructure.
UCIe Explained: How Chiplets Are Building Next-Gen AI Processors
Discover how UCIe standardizes chiplet communication, improves processor scalability, and enables more flexible CPUs, GPUs, and AI accelerators.
CXL Memory Explained: How Compute Express Link Scales AI Servers
CXL memory gives servers a flexible way to expand, pool, share, and tier capacity. Here is how the technology supports AI infrastructure and cloud-scale computing.
GitHub Outage August 2026 Explained: The Autoscaling Failure and Retry Storm Behind 7 Hours of Downtime
GitHub’s August 17, 2026 outage lasted 7 hours and 47 minutes and affected APIs, Pull Requests, Actions, Copilot and other services. A new root-cause analysis reveals how an autoscaling failure, load-balancer saturation and cascading retry behavior turned an infrastructure problem into a major developer outage.
Terahertz Technology: How THz Could Transform 6G and Imaging
Terahertz frequencies promise extraordinary wireless capacity, precise sensing and revealing new forms of imaging. Here is how the technology works—and what must improve before widespread adoption.
Photonic Computing: How Light Could Power Next-Generation AI
Photonic computing uses light to process and move information at extraordinary speeds. Discover how optical processors could make AI systems faster, more energy-efficient, and less constrained by bandwidth.
