Quoting Geoffrey Huntley
Simon Willison cites Geoffrey Huntley's view: if agents don't use his diagnostics library, relying only on checking and updating AGENTS.md still leads to bias and drift.
Simon Willison cites Geoffrey Huntley's view: if agents don't use his diagnostics library, relying only on checking and updating AGENTS.md still leads to bias and drift.
Simon Willison argues that metered services and APIs should offer hard budget caps by default — stopping and erroring once the limit is hit rather than just sending warning emails — because coding agents have lowered the barrier to launching code that can generate bills.
MIT Technology Review Insights has published a report arguing that enterprises are undergoing an "agentic shift" from AI tools to AI operating models. Global AI investment will reach $2.5 trillion in 2026, up 44% year over year, yet most companies have yet to grow revenue through AI. The report says enterprises need to rebuild data infrastructure for accessibility, adopt composable architectures, and address AI sovereignty.
As AI workloads shift toward inference and agentic AI, system bottlenecks are moving from compute to data movement. The article notes that under processor-centric architectures, fetching data once from DRAM can consume 150 to 2,000 times the energy of a simple arithmetic operation, and over 90% of system energy in large machine learning models may be spent on memory access and data movement. It leads into SK hynix's vision of building a next-generation AI memory ecosystem, arguing that GPUs/NPUs/TPUs, memory, storage and networking should be co-designed as a single system.
Returns on NVIDIA AI factories depend on three interrelated factors: revenue capability, lifespan, and demand. Per SemiAnalysis AgentX data, NVIDIA Vera Rubin NVL72 delivers over 30x higher throughput per megawatt than GB300 NVL72, with per-million-token costs as much as 45x lower on the DeepSeek V4 Pro model.
As AI moves from pilot to production, paying per token consumption can make costs unpredictable. Enterprises should evaluate the economic break-even point between owned capacity and consumption-based procurement workload by workload, invest in controlled capacity when sustained demand reaches sufficient utilization, and use operations management to keep capacity highly productive, turning AI from an expense into an asset.
NVIDIA argues AI security should be treated as an engineering problem, requiring clear security requirements, enforceable controls, designated owners, and evidence that safeguards are effective.
The next real constraint in enterprise AI is GPU utilization rather than model intelligence—GPUs incur financing, depreciation, power, and cooling costs by calendar hour, while output is counted only in compute hours, mirroring the cost structure of grounded airliners.
Aditya G. Parameswaran and colleagues at UC Berkeley note that with inference prices falling 9x to 900x per year (median roughly 50x), GPT-4-level capability now costs under $1 per million tokens, down from about $30 in early 2023.