13 KiB
ce-pov
Form a decisive, project-grounded point of view on an external input — judge it against this project, not in the abstract, and return a graded verdict.
ce-pov is the judgment skill. You bring something from the outside world — a framework you're weighing, a library, a pattern, a CVE, an "is our approach dead?" question — and it returns a decisive, graded verdict for your project: Adopt / Trial / Hold / Reject / Not-our-problem. It is distinct from generic web research, which explains a topic; ce-pov decides what that topic means here.
Its core rule is dual-grounding: no verdict issues unless it clears two absolute floors — a project floor (it cites a concrete, verified fact about your repo) and an external floor (at least one verified external source). Strong external evidence never compensates for a thin project read, and vice versa. That is the whole differentiator from a bare "what's your POV on X?" prompt, which answers in the abstract and agrees with your framing.
It fills the gap between exploring (/ce-ideate), scoping (/ce-brainstorm), and building (/ce-plan): none of those evaluates a fixed external thing for fit. When ce-pov reaches a verdict, it proposes the right next step — plan it, scope it, spike it — and can hand the decision off as the seed.
TL;DR
| Question | Answer |
|---|---|
| What does it do? | Researches an external input and grounds it against your repo, then returns a graded, conditional verdict with a recommended next step |
| When to use it | "Should we adopt/migrate to X?", "what should we use for Y?", "does this CVE affect us?", "is our approach still right?", or a mid-session second opinion |
| What it produces | A compact chat verdict (grade + conditions + next step); optionally a shareable write-up or a captured decision record |
| What's next | A reasoned handoff — /ce-plan, /ce-brainstorm, or a spike — proposed from the verdict, not assumed |
The Problem
A bare agent asked "what's your POV on X?" fails in predictable ways:
- Answers in the abstract — "X is great" without checking your dependencies, conventions, or call-sites
- Agrees with your framing — a pushover that ratifies whatever you already wanted
- Stops at the first source — no verification, hallucinated citations, stale recency
- Evaporates — the answer scrolls away and the next person re-asks
- Guesses the question — a bare link becomes "should we migrate to it" when you only wanted a comparison
The Solution
ce-pov runs evaluation as a disciplined method with explicit gates:
- Frame before grounding — orient on the input, settle the intent, never guess
- Dual-grounding floors — a verdict must cite both verified external evidence and a concrete project fact
- Skeptic stance — seek disconfirming evidence, name the alternatives; "no" and "not our problem" are first-class
- Reversibility-tiered effort — a one-way door gets the full workup; a reversible
npm igets one screen - Reasoned handoff — the next step is computed from the verdict, not assumed
What Makes It Novel
1. Dual-grounding as two absolute floors
The verdict must clear a project floor (a named incumbent + a concrete touchpoint, the verified absence of an incumbent plus an integration point for a net-new adoption, or a prior decision) and an external floor (at least one verified external source). The floors are independent: strong external evidence cannot rescue a thin project read, and a rich repo read cannot substitute for verified external facts. Fail a floor and the skill returns the matching Hold subtype rather than a confident guess.
2. The intake framing gate — propose, never guess
Before any grounding, the skill orients on what you gave it (it fetches a bare link to learn what it is, recognizes a topic) and settles the POV intent — adopt, migrate, compare, is-this-our-problem, or just-an-explainer. Clear input gets a one-line inferred frame; ambiguous input gets proposed framings to confirm. A pure explainer is answered as a general research question, never forced into a verdict. This stops the skill from grounding the wrong question.
3. Project grounding a generic tool can't do
The differentiator is reading your project: dependency manifests and lockfiles, license compatibility, the incumbent and its call-sites, conventions, git history, the issue tracker, and PRs (descriptions and comments — never diffs). It also surfaces prior decisions (docs/solutions/, ADRs, closed issues, abandoned PRs) so a verdict doesn't re-litigate something the team already settled. Project grounding works for a non-code project folder (docs, decks, data) too — only the no-local-context case is out of scope.
4. Scout-based grounding keeps the verdict context clean
Grounding runs in scout sub-agents that search in their own context and return a compact dossier plus a gist; the orchestrator reads dossiers on demand and reasons over the verdict on a clean context. This keeps noisy issue/PR/code search from crowding out the judgment. Dispatch is tier-sensitive — a reversible Tier-1 call runs a single combined pass; the full fleet is reserved for one-way decisions.
5. Cold and warm invocation — one method
Run it cold (you state the question) or warm (drop /ce-pov into a live session for a second opinion). In warm mode the conversation supplies only the question and the claims to verify — never grounding. Provenance buckets keep "things the chat assumed" out of the verified-facts column, so twenty turns of mutual assumption can't quietly become "grounding." Warm mode is a guest: a verdict block, then control handed back.
6. Reversibility-tiered effort — no ritual on reversible calls
The skill classifies the decision as a one-way or two-way door and sizes the work to match. A reversible dependency gets a one-screen verdict with no reversal trigger; a data store, auth provider, or migration gets the deep workup. The reversibility classification is stated, so a shallow verdict is defensible, not lazy.
7. A fixed, graded verdict vocabulary
Every verdict uses the same five grades (Adopt / Trial / Hold / Reject / Not-our-problem) and a fixed schema (grade, incumbent, verified facts, conditions, handoff, and a reversal trigger on weighty calls). Hold is a complete, valid "wait" decision, not a failure. The fixed shape makes verdicts comparable and lets a later run find a prior decision.
8. Reasoned, tier-gated follow-up
The chat verdict is a compact TL;DR by default. The follow-up is reasoned from the verdict: an Adopt proposes /ce-plan (or /ce-brainstorm if scope is fuzzy), a Trial proposes a spike, a Reject just ends. You can also ask for a full shareable write-up (HTML by default, opened locally or published) or capture the decision into docs/solutions/ via /ce-compound — but those are opt-in, and trivial verdicts get a one-line prose offer, not a menu.
Quick Example
You paste a link to a new auth service. Because the intent is ambiguous, the skill fetches the link to learn it's a passkeys provider, then proposes: adopt passkeys, migrate auth to them, or compare them to our current sign-in? You pick "adopt."
It classifies the decision as a one-way door (auth is hard to reverse), so it runs the full scout fleet: a project-grounding scout finds you're on password + email today with the auth code centralized in one module; a precedent scout finds no prior decision; an external researcher verifies passkey maturity and migration pitfalls. Each returns a dossier; the orchestrator reads them on a clean context.
Both floors pass. The skill returns Trial — "yes, if we pilot it on the internal admin app first" — with the conditions, the reversal trigger ("re-evaluate if enterprise SSO becomes a requirement"), and a proposed next step. It offers to take the decision into /ce-plan, or to write up the full case for sharing. You take it to /ce-plan, seeded with the verdict.
When to Reach For It
Reach for ce-pov when:
- You read about a framework, library, or pattern and want to know if it fits your project
- You're weighing a migration off something you already use
- You need to pick from a bounded field of real options ("what should we use for feature flags?")
- A CVE or deprecation lands and you need to know if it's your problem
- You want to revisit a past decision ("we passed on X last year — still right?")
- You're mid-brainstorm and want a grounded second opinion on the direction
Skip ce-pov when:
- You just want to understand a topic with no project angle → general research (it's not a verdict)
- You want options generated from a blank slate →
/ce-debug's sibling for ideas,/ce-ideate - You've already decided and want to scope or build it →
/ce-brainstormor/ce-plan - You're diagnosing broken behavior →
/ce-debug
Use as Part of the Workflow
ce-pov sits upstream of the build loop and feeds it:
- Routes into
/ce-plan— an acceptedAdoptwith clear scope hands off to planning, seeded with the verdict - Routes into
/ce-brainstorm— when "adopt" isn't pinned down, or when a selection field is too open to bound, it Holds and routes to brainstorm/ideate first, then offers to re-run - Routed into from
/ce-brainstorm— when a brainstorm request (or a mid-brainstorm turn) is really a whether-to-adopt verdict on a specific external candidate,ce-brainstormoffers the handoff here, closing the loop - Captures into
/ce-compound— on request, a weighty verdict is stored indocs/solutions/as atooling_decision/architecture_patternrecord, so the next run's precedent check can find it - Mid-session second opinion — drop it into any skill's session to pressure-test a direction without taking over
Use Standalone
- Adoption —
/ce-pov should we adopt Drizzle ORM here? - Migration —
/ce-pov should we migrate off Moment to Temporal? - Selection —
/ce-pov what should we use for feature flags? - Comparison —
/ce-pov how does Biome compare to our ESLint + Prettier setup? - Exposure —
/ce-pov does CVE-2026-1234 in tar affect us? - Revisit —
/ce-pov we passed on tRPC last year — still the right call? - Bare link — paste a URL with nothing else; the intake gate proposes framings
- Warm —
/ce-povmid-brainstorm for a second opinion
Reference
| Argument | Effect |
|---|---|
| (empty, mid-session) | Warm second opinion — infers the question from the conversation and confirms it |
<a question> |
Cold evaluation — e.g. "should we adopt X?", "does this CVE affect us?" |
<a bare link> |
Orients on the link, then proposes candidate framings before grounding |
<a selection question> |
Picks from a bounded field; routes to /ce-ideate if the field can't be bounded |
FAQ
How is this different from a general "deep research" tool?
A general research tool explains a topic in the abstract. ce-pov refuses to issue a verdict unless it cites a concrete fact about your project — that project floor is the whole point. It ends in a decision, not a report.
Why two floors instead of one? A verdict built only on web evidence is an abstract opinion; a verdict built only on repo reads is uninformed. Requiring both keeps the skill from confidently recommending something it didn't actually evaluate against your code, and from grading a thin read at "lowered confidence."
Does it always write a document?
No. The default is a compact chat verdict. A full shareable write-up and a durable ce-compound capture are both opt-in — offered, never forced.
Will it nag me with clarifying questions? Only when the intent is genuinely ambiguous (a bare link, no stated intent). A clear question gets a one-line inferred frame and proceeds.
Does it work without a code repo? Yes for any project folder with real material (docs, decks, data) to ground against. The only out-of-scope case is no local context at all — there it asks for context rather than dispensing generic advice.
See Also
ce-ideate— generate options from a blank slate;ce-povjudges a given external thing insteadce-brainstorm— scope a decision once it's a yes;ce-povdecides whetherce-plan— the build-side handoff when a verdict is acceptedce-debug— investigate observed broken behavior;ce-povassesses exposure (is this CVE ours?)ce-compound— capture a weighty verdict intodocs/solutions/for future precedent