August 31, 2026
The Deployment Layer: What Actually Works
A category-wide strategy & architecture map of the enterprise AI deployment layer — 20 companies (independents, Palantir, the labs' arms, and the incumbent SIs) scored on a 5-axis master matrix, organized by strategic axis rather than company. The load-bearing finding: the "ontology-first (Palantir) vs. workflow-first (Distyl)" fork is quietly collapsing — Distyl now ships a persistent "Context Mesh" semantic layer while Palantir sells 1–5-day workflow bootcamps; the surviving daylight is the depth of the deterministic write-back substrate. The evidence spine is radical honesty: across the whole category, zero cleanly customer-triangulated outcomes exist (the GE/Palantir best case corroborates +26% but the 10-K never names Palantir); the viral "95% of pilots fail" stat is autopsied as a low-rigor preliminary deck; the incumbents are graded channel-not-roadkill (Accenture $5.9B GenAI bookings; IBM >$12.5B book). Every metric carries a CONFIRMED/REPORTED/ESTIMATED/CONSENSUS confidence label. 40 sourced citations, Chart.js matrix visualization.
July 8, 2026
Star Catcher: Does the Node Pencil? — Phase 1 Node-Level DCF
A node-level DCF and payback surface for Star Catcher's orbital power-beaming utility, built as a gut-check before the full report. Explicit efficiency chain (collection → wavelength → beam/pointing → receiver capture), utilization haircut, and capex scenarios collide against two willingness-to-pay regimes. Core finding: array-avoidance pricing never pays back at any capex; the node only closes as a 2–4 yr infra asset under mission-enablement pricing ($2,500–5,000/delivered-W-yr). Breakeven WTP for a base node is ~$3,700/W-yr (~$1.42/kWh) — the single number the whole thesis reduces to. Two loud unknowns flagged estimate-not-verified: signed-PPA $/kWh and measured wall-plug efficiency. 11 tier-1 sources, 2 Chart.js visualizations.
June 16, 2026
How AI Forward-Deployed Deployment Startups Actually Work — A Founder's Operating Teardown
A founder's-eye teardown of how AI forward-deployed engineering (FDE) deployment startups actually operate, anchored on Distyl and Northslope. How they win enterprise accounts, the deploy-then-productize motion, the frozen-model + harness architecture (vs fine-tuning), team and margin structure, the competitive ladder from seed through Series B, and where the durable moat — and the trap — sits. Framed for evaluating whether to found one. 30 sources, 2 Chart.js visualizations.
June 8, 2026
The Quiet Alpha Map (v3) — Re-Validated: What 80 Top VCs Are Really Betting On
A fully re-validated rebuild of the Quiet Alpha Map. Every firm-to-thesis attribution was re-checked by reading the underlying claim (not keyword matching), correcting ~27% false positives, and 280 previously-untagged claims were mined — recovering 133 lone signals. Convergence bands recalibrated to the genuine distribution (Consensus 21+ down to curated Lone Signals), themes restructured (incumbents split into incumbents-vs-insurgents, the agent economy & trust layer merged, a new Space/orbital frontier theme added), citations rewired to the exact source essay, Sharp Contradictions expanded to 7, plus a 10-bet Lone Signals tier and a 5-bet "Off the Deep End" spotlight. 254 source-linked citations; includes a methodology changelog documenting the audit.
June 16, 2026
The DeployCo Teardown: How AI Forward-Deployed Startups Actually Work
A founder's operating teardown of the embed-and-build model — anchored on Distyl ($1.8B) and Northslope. The core loop (embed FDEs → harvest proprietary context → build agentic logic → bill on outcomes), engagement lifecycle, team shape & the Palantir "founder factory," the Distillery architecture + verification layer, unit economics, six granular automation case studies (prior-auth, fraud detection, supply-chain RCA, contracts, order resolution, tax), and a 7-company peer field (Sierra, Harvey, 8090, Cresta, Cohere, Glean, Cognition, Decagon). Where the model commoditizes and the three open lanes for a new entrant. 36 sourced citations, 2 Chart.js visualizations.
May 20, 2026
The Compute Arms Race — Capacity, Projections, and the Recursive Horizon
Mapping the $725B infrastructure buildout reshaping the global energy grid. Hyperscaler capex profiles, the "Prediction Gap" (Goldman Sachs revised 2030 forecast upward 3× in 14 months: +165% → +175% → +220%), three-scenario forward extrapolation through 2031, RSI wildcard (Jack Clark: 60% odds by 2028), grid bottlenecks (160-week transformer lead times), and the Jevons loop. 50+ tier-1 sources, 8 Chart.js visualizations.
May 11, 2026
Jevons' Paradox Applied to Intelligence — What Cheap AI Unlocks
AI is to intelligence what coal was to energy. As the cost of thinking drops 280x in two years, Jevons' Paradox predicts demand will increase far beyond substitution. New categories, historical parallels, and investable implications for a world where intelligence is essentially free.
May 7, 2026
PJM Grid Reliability Crisis: Investable Solutions to Power Grid Modernization
The largest US grid operator just admitted the power system is structurally broken. 6,517 MW capacity deficit, 60-80% cost escalation, construction timelines doubled. 12 investable angles mapped to specific structural problems. Second/third-order effects traced.
May 2, 2026
Anthropic: Investment Memo
The fastest-growing enterprise AI company in history is approaching a $1 trillion valuation. Complete one-pager with funding history, revenue trajectory, competitive landscape, notable quotes, and bull/bear thesis. With Chart.js visualizations.