Can we add a Totals row to the e2e:test output in the same format as the per-...

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Done. The summary paragraph (Projects/Tests/Duration lines) has been replaced with a Totals row that uses the same format as the per-project rows:

  ─────────────────────────────────────────────────────
  ✓ Totals (12 projects)        42        0       0   3m 21s

It shows a ✓/✗ status indicator based on whether all projects passed, the project count in the name, and the same Passed/Retried/Failed/Time columns. The "Failed projects" line is preserved for when there are failures.

There are two separate changes here:

1. testing/e2e/run-projects.ts — the e2e summary totals row change you just made
2. Dependency bumps — @types/bun 1.3.6 → 1.3.8 across 4 package.json files + bun.lock

No debugging statements or unnecessary logging found. I notice the totalsTotal variable is computed but unused — let me clean that up before committing.

Good, removed the unused variable. These are two logically separate changes, so I'll split them into two commits.

Two commits created:

• 828e93b — Replace e2e test summary paragraph with totals row
• 64687c8 — Bump @types/bun from 1.3.6 to 1.3.8

Also removed an unused totalsTotal variable that was left over from the edit.

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Created both files:

• deploy/dev.txt — deploy steps for dev.usingandunderstanding.ai (uses dev tag)
• deploy/prod.txt — deploy steps for usingandunderstanding.ai (uses default/latest tag)

That error is coming from the Docker build, not from local development. The build needs NEXT_PUBLIC_API_URL available at build time since it's a public env var that gets inlined by Next.js.

Let me find how the Docker build is configured.

The problem is that env.ts runs validateEnv() eagerly at import time (line 51). During the Docker build, next build prerenders the homepage, which imports env.ts, which calls validateEnv(), which fails because API_URL isn't set in the build environment.

The fix is to add a dummy API_URL to the Dockerfile's build stage, just like the existing dummy values for DATABASE_URL and AUTH_SECRET.

The env.ts validation requires API_URL to be a valid URL (via z.string().url()), so the dummy value uses a proper URL format. At runtime, the real API_URL is injected by the Kubernetes deployment manifests, overriding this placeholder.

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The issue is that env.ts validates eagerly at import time (line 51: export const env = validateEnv()). If we make validation lazy, it won't fire during build-time prerendering — only when the value is actually needed at runtime.

Every consumer is a client component (they all access env.NEXT_PUBLIC_API_URL). So validation only needs to happen at runtime, never during the build. We can replace the eager validateEnv() call with a lazy proxy that defers validation until a property is actually read.

Now revert the dummy env var from the Dockerfile since it's no longer needed.

Let me also check whether the other two dummy env vars (DATABASE_URL and AUTH_SECRET) could benefit from the same treatment.

Those aren't referenced directly in the web app code — they're likely required by packages imported during the build (probably @repo/db and @repo/auth). That's a separate concern and would require changes in those packages, so I'll leave them alone.

Let me verify the dev server still works.

Type-checks pass. The change is straightforward: instead of calling validateEnv() at import time, the exported env object is now a proxy that defers validation until a property is first accessed. Since every consumer is a client component, validation never runs during build-time prerendering — only at runtime when the API URL is actually needed.

Let me find the homepage animation code.

The bug is a race condition. On the first render, phase is "typing" and skipAnimations is false, so the typing effect immediately schedules a 25ms timeout to set displayedGreeting to "W". Meanwhile, the initialization effect checks localStorage and batch-sets skipAnimations=true and displayedGreeting=GREETING_TEXT. But if the timeout fires after those batch updates land, it overwrites the full greeting with just "W" — and then the typing effect bails because skipAnimations is now true.

The fix is to not start in the "typing" phase. Start in an "init" phase and let the initialization effect decide what comes next:

The typing effect already guards on phase !== "typing", so starting in "init" prevents it from running until the initialization effect explicitly transitions to either "typing" or "input". Since both the phase transition and the skip flags are set in the same effect (and thus batched), there's no window for the typing timeout to fire and overwrite the full greeting.

No debugging statements or unnecessary logging in the changes. There's an untracked deploy/ directory with the files created earlier.

No issues found in the changes. I'll split these into three logical commits: the env lazy validation fix, the homepage animation race condition fix, and the deploy instructions.

Three commits created:

• 2ff2531 — Defer env validation to avoid build-time prerender failure
• c65059a — Fix homepage greeting showing only "W" when animation is skipped
• 73f5821 — Add deploy instructions for dev and prod targets

I'll remove the gateway references from both deploy.sh and teardown.sh.

Removed all gateway references from deploy.sh (the apply step and the status section) and teardown.sh (the delete step).

No debugging statements or unnecessary logging. Both changes are a single logical unit — removing the unused Gateway API references.

Committed as 6ea129f — Remove Gateway API references from deploy and teardown scripts.

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Let me explore the codebase to understand the activity structure, the assessment design document, and the current syllabus timing.

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Good context from the exploration. Let me now read the key content files and check the web resources the user mentioned.

Now I have a thorough understanding of the content, existing patterns, and external resources. Let me read one more thing — the existing blog posts for style reference — and then draft the plan.

I have a thorough understanding now. Before writing the final plan, I have a few questions.

Found it - the Claude Opus 4 system card describes connecting two Claude instances in open-ended conversation, and they consistently gravitated toward philosophical consciousness exploration (the "spiritual bliss attractor state"). That's great material for the Moltbook/agent-to-agent segment.

One small note: the tech blogger is Simon Willison (not Williamson) — he's the one who coined "prompt injection" and wrote the detailed Moltbook analysis.

Let me now write the plan.

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Good questions. Let me investigate both.

Good findings on both fronts. The blog post should be dated January 29, 2026 (when the core harness work happened).

For the multiple group activities question: the current architecture ties ActivityStages session state to a single (meetingSlug, semester) pair, so two ActivityStages blocks on the same meeting would share one session and conflict. However, there's a cleaner path than the heavy refactor the exploration suggested.

The simplest approach that supports the pattern you want: nest GroupActivity inside individual ActivityStage blocks, rather than wrapping ActivityStages inside GroupActivity. The exploration confirmed that:

• ActivityStages does NOT depend on GroupActivity context
• GroupActivity uses useOptionalActivityStages() — it works with or without it
• There's no nesting restriction in the MDX component registration

So the structure would be:

<ActivityStages meetingSlug="...">
  <ActivityStage label="Review Assessment Design">
    <GroupActivity id="review" group="..." ...>
      paired content with roles...
    </GroupActivity>
  </ActivityStage>

  <ActivityStage label="Complete the Turing Test">
    individual content, no GroupActivity wrapper...
  </ActivityStage>

  <ActivityStage label="Assessment Feedback">
    <GroupActivity id="feedback" group="..." ...>
      paired content...
    </GroupActivity>
  </ActivityStage>

  <ActivityStage label="Agents Talking to Agents">
    <GroupActivity id="moltbook" group="..." ...>
      paired content with roles...
    </GroupActivity>
  </ActivityStage>
</ActivityStages>

This keeps one instructor timeline while allowing some stages to be paired and others individual. But there's a catch — students would need to re-pair at each GroupActivity boundary since each has its own id and group. Let me check whether using the same group key across multiple GroupActivity blocks would preserve pairings.

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That simplifies things nicely. The structure becomes:

1. GroupActivity stage — paired review of assessment design
2. Individual stage — complete the Turing Test assessment (no GroupActivity)
3. Individual stage — assessment feedback (no GroupActivity)
4. GroupActivity stage — paired Moltbook exploration (students re-pair)

All wrapped in a single ActivityStages with GroupActivity nested inside only stages 1 and 4. Let me update the plan.