Capability brief · Independent · Passive recon only

NextEra builds gigawatts. Nothing on its surface proves a single one, project by project.

A respectful, evidence-first read of NextEra Energy's public web surface and public company record: what a green-bond auditor or an AI agent can and cannot verify today, and the one layer that would change it. Baseline credited first; then four findings, each reproducible from a URL and an HTTP status.

Independent & unaffiliated. Not requested, reviewed, or endorsed by NextEra Energy. All observations are passive reads of public pages plus the public company record (no scanning, no probing, no authentication). Every "demo" is a concept mock on EcoWealth's own live data. Figures cited to sources; live counters override any snapshot on this page.

Baseline credited (this comes first)

NextEra runs a genuinely strong estate, and unlike some peers, a strong security baseline:

The gap is not the build quality or the security posture. It is that the enormous green-investment story has no per-project object anyone outside NextEra can verify.

The bottom line, in plain English

No jargon. NextEra's whole story is a green-investment story, and every fix below makes that story something an investor, a regulator, or an AI can verify instead of take on faith. Here is what each one is worth.

Per-project proof receipts → “trust our impact report” becomes “verify it on-chain,” the answer green-bond investors want

Every safe build and restored acre lives in a PDF today, so an ESG investor or regulator takes your impact on faith; a verifiable receipt per project lets your green bonds be priced on proof, not promises.

Open the agent door instead of a 403 wall → the AI assistants researching NextEra can actually read you

Your /.well-known/ door returns an access-denied wall, which reads as hostile to the very assistants ESG raters now use; lifting it and publishing the files means research about you gets read right, from you, instead of paraphrased from scraped copy.

Commitments written as data → your 81 GW target gets quoted accurately, not guessed

The homepage ships zero structured data, so an AI comparing your build against your targets works from marketing prose; structured facts get read once and read right: no wrong numbers circulating in your name.

A published disclosure channel → a found flaw arrives by email, not by headline

There's no security.txt and the 403 blocks even a future one; a single file, once that block lifts, is the courtesy that keeps a critical-infrastructure vulnerability out of the news.

Four findings

1Gigawatt-scale construction and land-under-easement produce thousands of proof-of-completion events, with no machine-verifiable proof layer.

Every project is built by EPC and subcontractor crews (proof-of-safe-completion, the Build ladder) and sits on land under solar/wind easement (habitat and revegetation obligations, the Restore ladder). Those are exactly the two work-packet families EcoWealth already runs. Today the safety sign-offs and the restoration records live in project files and PDFs; a green-bond investor, a landowner, or a regulator has no independent way to confirm a specific task was completed at a specific place and time.

Why it matters to NextEra
Green bonds and ESG capital are priced on the credibility of use-of-proceeds. A per-project, on-chain proof receipt turns "trust our impact report" into "verify our impact on-chain": the strongest possible answer as scrutiny of green claims intensifies.
Proof: EcoWealth board carries matching lanes at capture (vealth.net/labor/stats): construction_site_safety_walk 44 · trenching_excavation_survey 34 · crane_rigging_survey 35 · biodiversity_survey 178 · soil_carbon_baseline 129 · native_planting/tree_planting. Re-verify: curl -s https://vealth.net/labor/stats

2The agent front door is a 403 wall, not a discovery surface.

The entire /.well-known/ tree: agent-card.json (the file that lets an AI assistant use a site correctly), ai-plugin.json, security.txt, even the directory itself, returns HTTP 403 (WAF-blocked). /llms.txt (the file AI assistants read first) and /ai.txt are true 404s (soft-404 control confirms). So an A2A or MCP client that follows the standard and probes /.well-known/agent-card.json doesn't get a clean "not here": it gets an access-denied wall. That is a worse signal than a 404: it reads as hostile to agents rather than merely silent.

Why it matters
The fix is two-part and cheap: lift the WAF block on the /.well-known/ path prefix (so agent cards and a future security.txt can be read at all), then publish the files. Right now the standard agent-discovery handshake fails closed against NextEra.
Re-verify: for p in /.well-known/agent-card.json /.well-known/security.txt /llms.txt; do curl -s -o /dev/null -w "%{http_code} $p\n" https://www.nexteraenergy.com$p; done → 403 / 403 / 404.

3The commitments are machine-illegible: zero structured data on the homepage.

The homepage (Adobe Experience Manager) carries 0 application/ld+json blocks and 5 og: tags. The renewables leadership story, the 81 GW target, and the ESG narrative are delivered as prose and PDF. An AI agent asked to compare NextEra's verified renewable build against its stated targets has no structured object to read.

Why it matters
ESG raters and AI research assistants read the web programmatically. A structured Organization + Dataset object, and better, per-project outcome receipts, gets read once and read right, instead of paraphrased from scraped marketing copy.
Re-verify: curl -s https://www.nexteraenergy.com/ | grep -c 'application/ld+json'0.

4No published researcher-contact path, and the 403 blocks even a future one.

There is no security.txt at the root or under /.well-known/, and because the whole /.well-known/ tree 403s, a researcher can't even reach the standard location where one would live. For a critical-infrastructure operator, a published, machine-findable disclosure channel is table stakes.

Why it matters
A one-file security.txt (once the path block is lifted) is the courtesy that keeps a found vulnerability arriving by email instead of by headline, and it pairs naturally with publishing the agent card at the same location.
Re-verify: curl -s -o /dev/null -w '%{http_code}' https://www.nexteraenergy.com/.well-known/security.txt → 403; /security.txt → 404.

The concept, in two sentences

A single project's safety sign-off and its habitat-restoration obligation each become an EWP proof-verified work packet: bounded scope with safety framing, claimed by an EPC crew or a restoration contractor, closed with photo + GPS + signature proof scored by a deterministic proof-checker, and settled to a permanent receipt on Base. Each receipt appends to that contractor's, and that project's, verified completion history: the independently-checkable upgrade to an impact-report PDF, and the same rail that can attach a real ecological retirement receipt to the megawatt.

Live proof it's not slides: EWP contract 0x76c17C…A14B on Base mainnet (source-verified, first settled packet workId 14); the priced tool menu at vealth.net/.well-known/x402; and the end-to-end building-agent golden path.

Integration path (smallest first)

StepWhat shipsWho owns it
0 · Prove it (today)One agent pays $0.10 to work-packet; one funded restore/safety packet on one project settles on-chain.EcoWealth rail, live now
1 · Machine-legible surfaceLift the /.well-known/ 403; publish llms.txt + agent card + JSON-LD + security.txt.NextEra web/security team (drafts provided)
2 · Proof pilot10 build + restore packets on one project site, each closed with proof + settled; verified completion history per contractor.Joint, bounded scope
3 · Standing railPer-project completion + restoration receipts as the default output; retirement receipts attached to the megawatt.Operator decision

The ask

Two figures, both pocket change against a ~$184B company:

Provisioned by EcoWealth · Digital Provisioning Protocol · provenance‑sealed