AI News
Amazon’s Custom AI Chips Show the Next Battleground Is the Device Itself
Amazon’s push toward in-house AI chips for devices signals a broader move toward edge AI, cheaper inference, and more control over the hardware stack.
Read Article →
Edge AI
8 articles
AI News
Microsoft's Superintelligence Pitch Makes Hybrid Edge-Cloud Agents the Real Strategy
Microsoft AI's superintelligence comments point to hybrid edge-cloud agents, proprietary MAI models, and enterprise utility.
Read Article →
AI News
NVIDIA Wants AI Compute in Orbit Because Data Is Leaving Earth Too Slowly
NVIDIA Space-1 and edge AI platforms point to orbital compute for satellites, geospatial intelligence, autonomous operations, and AI factories beyond Earth.
Read Article →
AI News
Intel's Physical AI Reorg Pulls the PC Business Toward Robotics and Edge Inference
Intel hired Qualcomm veteran Alex Katouzian to lead Client Computing and Physical AI, signaling a wider shift beyond traditional PCs.
Read Article →
The Zero-Marginal Intelligence Era: How Crashing Inference Costs are Powering Physical AI
AI inference costs have plummeted 280-fold since 2024, enabling a new generation of 'Physical AI' where humanoid robots and edge devices can think in real-time.
Read Article →
Hardware and Infrastructure
The Rise of Small Giants: How 9B-Parameter Models Are Eating the Edge
In 2026, bigger isn't always better. Explore how Alibaba's Qwen3.5 Small Series and other sub-10B-parameter models are outperforming giants, enabling true on-device intelligence.
Read Article →
Strategy & Ops
Small Models, Big Impact: Why Your Startup Shouldn’t Chase the Biggest LLM
Bigger isn't always better in the world of AI. Discover why small language models (SLMs) are becoming the secret weapon for startups looking for cost-efficiency, low latency, and total control.
Read Article →
IoT & Embedded
Edge AI & Distributed Agents: Intelligence at the Source
Why run logic in the cloud? We explore the rise of Edge AI, running small language models (SLMs) on devices, and the architecture of distributed agent swarms.
Read Article →