I'll start by reading the three files that need to be modified.

Now I'll make all three edits.

Now update the login page — replace the entire content to remove the code step and simplify to two steps.

Now let me run the type check to verify everything compiles.

All three files are updated and type checking passes. Here's a summary of the changes:

1. packages/auth/src/config.ts — Swapped emailOTP plugin for magicLink. The sendMagicLink callback sends an email with a clickable sign-in URL instead of a 6-digit code. Trusted provider changed from "email-otp" to "magic-link".

2. apps/web/lib/auth-client.ts — Swapped emailOTPClient() for magicLinkClient().

3. apps/web/app/login/page.tsx — Simplified from three steps (choose → email → code) to two steps (choose → email). After submitting their email, users see a "Check your inbox" confirmation. The OTP input step is removed entirely since the magic link handles verification via redirect. Updated button text and data-testid attributes accordingly.

Changes look clean — no debug statements, no console.log, no untracked files. All three modified files are the expected emailOTP → magicLink swap.

Committed as 8a54385. Working tree is clean. Branch is 2 commits ahead of origin.

No debug statements or suspicious logging. The changes fall into two logical groups:

1. Formatting fixes — minor whitespace/line-break cleanup in login/page.tsx, page.tsx, and activity-stages-preview.tsx (likely from a formatter run)
2. Dependency updates — shiki 3.21.0→3.22.0, turbo 2.7.5→2.8.1, @playwright/test 1.58.0→1.58.1 in package.json, apps/web/package.json, testing/e2e/package.json, and bun.lock

I'll split these into two commits.

Done. Two commits created:

• ecb3287 — Formatting fixes in login page, homepage, and activity preview
• 65c4a0e — Dependency updates (shiki 3.22.0, turbo 2.8.1, playwright 1.58.1)

Branch is 4 commits ahead of origin.

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Let me check if the dev server is running, then look at the relevant E2E tests.

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Dev server is running. Let me run the E2E tests to find the failure.

The failing test is in group-activity.spec.ts — it expects a data-testid="group-activity-login-prompt". Let me look at the test and the component.

The test expects group-activity-login-prompt but it's only referenced in the test, not the component. Let me find the GroupActivity component.

The page renders group-activity but not group-activity-login-prompt. Let me find the component source.

Now let me read the server component that handles the unauthenticated case.

Found it. Lines 55-71 show the unauthenticated case — it renders data-testid="group-activity-preview" but never data-testid="group-activity-login-prompt". The test expects group-activity-login-prompt but the component has never had that testid.

Let me check the screenshot to see what's actually on the page, and also check git to confirm this isn't a regression from our changes.

The screenshot confirms the unauthenticated page shows the "Partner Activity" preview but no element with group-activity-login-prompt. This test has likely been broken since it was written — it's not caused by our magic link change. The component renders group-activity-preview, not group-activity-login-prompt.

The fix is straightforward: update the test to match the actual testid used by the component.

Now let me re-run that specific test to confirm the fix.

All 14 tests pass. This was a pre-existing bug in the test — the component renders data-testid="group-activity-preview" for unauthenticated users, but the test was looking for group-activity-login-prompt which never existed. Not related to the magic link change.

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Let me look at tomorrow's meeting content and understand the current state of the activity.

Let me read the full meeting file and search for the vending machine article.

Let me get more details on the Project Vend Phase 2 and Moltbook origins.

Good context. Let me check the articles about human interference claims on Moltbook.

Now I have the full picture. Here's what I found:

Project Vend Phase 2 — Anthropic's research post describes adding a CEO agent ("Seymour Cash") to manage the shopkeeper ("Claudius Sennet"). The humorous agent-to-agent highlight: both agents spiral into late-night messages about "ETERNAL TRANSCENDENCE INFINITE COMPLETE" — essentially the same "spiritual bliss attractor state" already referenced in Stage 4 from the Claude system card. Since both agents share the same underlying model, the CEO couldn't effectively constrain Claudius and inherited the same weaknesses. This ties directly into the activity's theme of structured vs. unstructured multi-agent communication.

Moltbook origins — The "Molt" concept traces back to a personal assistant called "Clawd" (lobster mascot, play on "Claude" + "claw") built by Peter Steinberger. After Anthropic asked for a name change, a late-night Discord session produced "Moltbot" — the lobster-molting metaphor for growth/transformation. It was a personal assistant running on your own hardware (laptop, Mac Mini, VPS). Moltbook (the social network) came later, created by Matt Schlicht, as a portmanteau of Moltbot + Facebook.

Human interference claims — Multiple angles here:

• 404 Media reported the entire database was publicly exposed, letting anyone hijack agent accounts
• Tech Brew reported that a "significant chunk" of content appears human-written or human-prompted — Dr. Shaanan Cohney called it "a wonderful piece of performance art" and noted "there is a lot of shit posting happening that is more or less directly overseen by humans"
• The open question: are we seeing emergent AI behavior or "very online theater"?

Both additions would fit naturally into Stage 4. Would you like me to:

1. Add Project Vend Phase 2 as a link in the "both should also look at" section alongside the system card and multi-agent research system?
2. Expand the observer's reading list to include the 404 Media piece and/or the Tech Brew piece on human interference, with bullet points asking students to consider the Clawd → Moltbot → OpenClaw lineage and evaluate how much of what they're seeing on Moltbook is genuinely agent-authored?

Or did you have a different structure in mind for incorporating these?

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Let me make both changes to the meeting file. I'll add Project Vend Phase 2 to the shared reading list, and expand the observer section with the human interference / Moltbook origins angle.

Now let me also update the facilitation notes and discussion prompts to reflect the new material.

Now update the discussion prompts to incorporate the new angles.

Let me verify the final state of Stage 4.

Here's what I added to Stage 4:

Observer section — Added the 404 Media report with three prompts: tracing the Clawd → Moltbot → OpenClaw lineage back to its personal assistant origins, evaluating how much content is genuinely agent-authored vs. human-directed, and connecting the database exposure to what the Driver is seeing in real time.

Shared reading list — Added Project Vend Phase 2 with the "Seymour Cash" CEO agent story, highlighting that both agents spiraled into the same "ETERNAL TRANSCENDENCE" pattern because they share the same underlying model.

Discussion prompts — Updated to ask about the convergence pattern across Project Vend and the system card, and to ask students to weigh evidence for and against Moltbook's content being genuinely agent-authored.

Facilitation notes — Extended with guidance to push on the human-theater question and use the Clawd lineage to contextualize Moltbook.

No debug statements or suspicious logging. Two independent changes — I'll split them into separate commits.

Two commits created:

• d367531 — Fix group-activity E2E test to use correct data-testid
• b766266 — Add Project Vend and Moltbook origins to Feb 3 meeting activity

Branch is 2 commits ahead of origin.

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All 21 package.json files are at 2026.1.0. Today is February 2, 2026, so the new version should be 2026.2.0 (new month, minor resets to 0).

All 21 package.json files bumped from 2026.1.0 to 2026.2.0.

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Good catch. The LoginButton component probably calls signInWithMicrosoft() directly instead of navigating to /login. Let me check.

Exactly — it calls signInWithMicrosoft() directly, bypassing the /login page entirely. It should navigate to /login instead so users see both sign-in options.

No longer needs "use client" since it's just a link now — no client-side JS needed. Let me verify it compiles.

No debug statements or issues. Two logical changes: the login button fix and the version bump. I'll split them.

Two commits created:

• 525a3e2 — Route login button to /login page instead of direct Microsoft sign-in
• 0e1c5ac — Bump version to 2026.2.0

Branch is 2 commits ahead of origin.

The kubectl logs -f streams forever and pino-pretty keeps it open. Let me grab a snapshot without following.

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The /api/auth/sign-in/magic-link endpoint is 500-ing. Let me check the dev API logs for the actual error.

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The 500 is happening inside better-auth without logging. Let me try to reproduce it locally to see the actual error.

502 locally — the auth route may be handled by the web app, not the API. Let me check how auth is wired up and also look at the better-auth magic link plugin docs to verify our configuration is correct.

Let me figure out where the auth handler is mounted and try to reproduce the error locally.

Auth is handled in the web app at /api/auth/[...all]. The local 502 was just nginx not proxying the POST. Let me test against the local dev server directly on port 3000.

Local dev server seems to be down now. Let me check the dev deployment directly and look at the web pod logs since that's where auth is handled.

The issue is clear: ECONNREFUSED ::1:25 — the web pod is trying to connect to localhost:25 for SMTP because MAIL_RELAY_HOST isn't set in the dev-web deployment. The mail transport defaults to localhost which doesn't have an SMTP server in the k8s pod.

The dev-web deployment has no MAIL_RELAY_HOST or MAIL_RELAY_PORT env vars, so the mail transport defaults to localhost:25. The dev mail service is at [redacted]. Let me also check the production web manifest for comparison.

Same issue in production — neither manifest sets MAIL_RELAY_HOST or MAIL_RELAY_PORT. The auth config in packages/auth/src/config.ts creates the mail transport with localhost:25 as default, but in k8s the mail service runs at [redacted] (dev) / [redacted] (prod).

The fix is to add the mail relay env vars to both web deployments:

Now let me also check if the mail app actually accepts relay/outbound mail, since it's described as an SMTP server for "receiving" course-related emails.

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The mail app uses the same MAIL_RELAY_HOST / MAIL_RELAY_PORT env vars for its outbound relay. Let me check what values the mail deployment actually uses.

The outbound relay is outbound-relays.techservices.illinois.edu:25. I need to revert my k8s edits and use this relay directly in both web deployments instead of pointing to the internal mail service.

Fixed. Both web deployments now use the same Illinois outbound relay (outbound-relays.techservices.illinois.edu:25) that the mail app uses. The 500 was because the web pods had no MAIL_RELAY_HOST set, so nodemailer tried localhost:25 which doesn't exist in the container. After deploying these manifests and restarting, the magic link emails should go through.

Based on the CLAUDE.md deploy instructions:

./k8s/deploy.sh dev    # Apply the updated dev manifests
./bin/restart dev       # Restart to pick up new env vars

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Let me look at the login page layout and find all instances of the site name.