Multimodal AI at Work: Document Processing Has Scaled, Video and Vision Still Piloting

6 min readDocument AI and audio transcription are in production at scale. Video understanding and open-ended visual reasoning are still in pilot. A modality-by-modality breakdown of where multimodal AI has earned its place in enterprise workflows — and where reliability gaps are keeping CFOs from removing human review.

HBM’s Thermal Wall: Why One Korean Chipmaker Controls the Pace of the AI Build-Out

6 min readSK Hynix controls 62% of global HBM shipments and sold out its entire 2026 production by mid-2025. Here is why High Bandwidth Memory — not TSMC node capacity or CoWoS packaging — has become the single binding constraint on the AI infrastructure build-out, and what Samsung’s 18-month qualification failure reveals about the difficulty of meeting NVIDIA’s thermal and power standards.

Agentic AI’s Attack Surface Is Already Exploited: What the 2025 Incident Record Tells Enterprise Security Teams

7 min readA documented sequence of confirmed attacks across 2025 — including zero-click data exfiltration via Microsoft 365 Copilot and malicious MCP servers distributed through npm — defines a new category of enterprise exposure. Here is what the incident record shows and what security teams must do now.

Fusion Propulsion Just Achieved First Plasma. The Real Story Isn’t Mars — It’s the Orbital Transfer Economy.

5 min readPulsar Fusion’s Sunbird achieved first plasma on 25 March 2026 — a world first for fusion rocket architecture. The mainstream coverage missed the point. The near-term commercial story is not Mars. It is the orbital transfer economy, where fusion propulsion could structurally reshape satellite deployment economics within a decade.

Silicon Quantum Computing Just Proved It Can Do Real Computation — and Existing Chip Fabs Could Build It

5 min readSZIQA researchers demonstrated the first universal set of logical quantum operations on a silicon-based processor, closing the final capability gap with superconducting and trapped-ion rivals. The silicon-28 platform uses existing CMOS fabrication — meaning it can scale inside the same fabs already building today’s chips.