Parent-teacher Meeting Prep Brief

A new digital tool for elementary teachers offers concise meeting briefs, integrating notes, goals, and follow-up actions to save prep time.

RHEO On The Web: Find Your Flow

RHEO launches its web version, offering instant, private, browser-based fluid simulations for relaxation, breathing, and ambient display without downloads or sign-up.

The City That Watches Itself: The Living Digital Twin, And The God’s-Eye View We’re Building

Cities are developing real-time digital replicas using sensors and AI, offering enhanced planning but raising privacy concerns. What’s confirmed and what’s still unclear?

When Does Cheap Memory Come Back? The 2027–2029 Question

Memory prices are unlikely to return to pre-crisis levels before 2028–2029, with industry analysts predicting a permanently higher price floor due to capacity constraints and demand growth.

Build, Rent, Or Quantize: Cutting Your Memory Bill Without Cutting Capability

New strategies for cutting AI memory bills include building, renting, and quantizing models, with quantization emerging as the most underused leverage.

The Real Cost of a Local-Inference Rig in 2026

Analyzing the expenses and hardware considerations for running large language models locally in 2026, including VRAM limits and cost-effective hardware choices.

RHEO On Steam: One Toy, Every Screen

RHEO, the fluid art app, is launching on Steam, offering a seamless experience across PC, Steam Deck, VR, and more with one purchase and cloud sync.

Cloud’s Hidden Memory Bill

A new report reveals hidden memory surcharges in cloud bills due to global shortages, prompting CIOs to reconsider on-premises infrastructure.

The Delegation Ladder: The Four Agentic Loops, and What Each One Lets You Stop Doing

A detailed analysis of the four agentic loops in AI engineering, explaining what each allows you to stop doing and how they shape autonomous AI processes.

Apple Silicon’s Quiet Memory Advantage

Apple Silicon offers a unique advantage in running large AI models through unified memory, enabling capacity beyond discrete GPUs at lower cost and power.