← All sessionsHomeSearch
AI Catalyst C3·Core Session - Week 12·1:31:03

Office Hours XII: Building Paul's Second Brain — the Full Project-Management System, Live

Harshit Instructor/host - designs a complete personal project-management architecture in response to Paul's question, then live-reviews Paul's hypnotherapy-practice website; also fields Hermes/memory-layer infra questions and hackathon strategy. · Paul Participant - THE Paul of this knowledge base. Asks the session's anchor question (managing Cowork/Lovable costs, model switching, cross-project visibility, a best-practices master list) and the hypnotherapy-marketing question. · Praful Participant - heavy Hermes user; asks the infra depth questions (Docker, memory layers, harness economics, cross-repo wiring). · Cody Participant - presents Web MCP / agent-readable-website concept and demos his Android accessibility voice agent (as-heard 'VDX').

The short version

  1. The session Paul flagged as priority - because it answers HIS question. The pain named at [0:09]: Cowork driving Lovable burns credits opaquely, model switching (Opus/Sonnet/Fable) is guesswork, Claude projects can't see each other, and best practices live scattered across chats. Harshit's response is a complete architecture, taught step by step.
  2. The architecture in one line: a task tracker you can wire agents into (Linear, or better an open-source all-in-one workspace - as-heard 'Macro', ~4,000 GitHub stars: 'email plus channels like Slack and calls, notion, linear, notion calendar, agents everything combined in one') + a personal Hermes agent holding docs/emails/intel + both co-located on a Hostinger VM under your own domain - 'basically Paul I'm asking you to create your own second brain.'
  3. The migration path for existing work: 'create a very simple repository call it project documentation or project specs' -> push everything -> connect the repo to Hermes -> ask it to dump the folder into the workspace. And for the scattered-files problem: point CLAUDE CODE at the computer first ('give me a plan'), bypass-permissions, Opus, and let it do the sorting before anything is pushed.
  4. The economics trick: a just-released harness (as-heard 'Deep Seek harness' - not the AI lab) that accepts any key or an existing Claude subscription, so Hermes runs without per-token API billing - chain: subscription -> harness -> agent. Caveat delivered later: only works when subscription and VM/harness share a machine. Praful's testimony: Hermes roughly halved his ~$400/mo subscription stack.
  5. The scope boundary that saves confusion: the workspace 'is not a memory layer at all' - memory products (seven-layer memory, as-heard 'Bell Lab') plug into the same agent as a separate concern. And the pacing wisdom after Paul's lock-in worry: don't migrate a life's work at once - start with recent chats or a single file, learn the system's behavior, then expand.
  6. The second Paul segment: hypnotherapy-practice marketing. Verdict against AI avatars for a trust-sensitive niche - 'showing face would be super super helpful' - plus a site punch list: visual 'storyboard' consistency, real imagery, prominent consult CTA, Cal.com over Jane for booking, PostHog (as-heard 'postdoc') analytics, and high-volume vertical shorts via SeeDance for reach.
  7. Community table: Cody's Web MCP concept (websites 'built for humans... not built for agents' - GEO for agent navigation, with a usage-adaptive 'GraphLM' layer), his on-device Android voice agent driving ~82 apps through the accessibility layer with no APIs, and Harshit's hackathon-judge advice: demo on-the-fly UI generation from a chat request.

The concepts

01

The second-brain build: tracker, workspace, agent, VM — in that order

0:12:00

'Basically Paul I'm asking you to create your own second brain' - the knowledge outlives every tool bolted on top of it.

Step 1, VISIBILITY: adopt a project tracker (Linear demoed - GitHub-linked issues, its own API key so agents update it without the app being open, an MCP server). The justification is the cost problem itself: with heavy agent usage 'we really don't know if the output... is a net positive output happening or not' - a tracker makes agent work measurable.

Step 2, CONSOLIDATION: upgrade to an open-source all-in-one workspace (as-heard 'Macro', ~4,000 stars - name unverified): 'email plus channels like Slack and calls, notion, linear, notion calendar, agents everything combined in one' - and 'it's open source so you can just go ahead and download this entire code base.' Step 3, THE CONNECTIVE AGENT: a personal Hermes-style agent with documentation, emails, and proprietary intel attached - 'have all of these connected to one of your agent' so 'there is shared intelligence there is shared memory everything.' Step 4, SELF-HOSTING: a Hostinger VM running both workspace and agent under a custom domain (his own: a workspace subdomain with the tool's branding stripped) - co-location is what gives 'much better context on your entire project.'

The scale note: if the corpus is terabytes, size the VM accordingly (10-15TB named) - the POINT is that the knowledge lives permanently on the VM regardless of which PM tool sits on top later. And after Paul pushes back on lock-in: the incremental start - one file or the recent chats first, learn how it behaves, then expand.

Worked example · from the session

His own instance: workspace.<his-domain>, default branding stripped for internal use - the pattern being your-domain-your-data, not another vendor account.

Why it matters

This is the direct answer to this KB's own architecture question - and validation-plus-challenge for what Paul already runs: the KB IS the second brain's knowledge layer; the tracker/agent/VM legs are the deltas.

The second-brain build - Harshit's architecture for Paul SCATTERED WORK chats - folders - Drive emails - intel CLAUDE CODE plans + sorts first GITHUB REPO project-documentation (the funnel) HERMES AGENT docs + email + intel attached shared memory + intelligence ALL-IN-ONE WORKSPACE (as-heard 'Macro', open source) tasks - docs - email - calendar - CRM HOSTINGER VM - your domain - the knowledge outlives the tool CLAUDE SUBSCRIPTION -> universal harness (as-heard) -> agents run without per-token API same machine required START SMALL one file or recent chats first - 'create your own second brain' Tracker (Linear) optional at the front; memory layers plug into the agent separately
Harshit's architecture for Paul - from scattered chats to a self-hosted second brain
For your projects

Score this chat's existing system against the prescription: knowledge layer DONE (the KB: YAML + site + registries), agent layer PARTIAL (this chat + scheduled tasks play Hermes), tracker MISSING (open-items.yaml is close - Linear would add agent-writable visibility), VM PARTIAL (Cloudflare hosts the output, OneDrive/V: hold the corpus). The deltas are candidates, not gaps - decide deliberately.

Go deeper

In one line: Second brain = tracker (agent-writable via API/MCP) + open-source all-in-one workspace + personal agent holding docs/email/intel + self-hosted VM under your domain; knowledge persists on the VM independent of the tools; start incremental.

Tracker first - agent output must become measurable (0:15)

'Email plus channels... notion, linear... agents everything combined in one' (0:16)

Hermes agent as the connective layer: docs + email + intel (0:19)

Hostinger VM, custom domain, co-location for context (0:19-0:23)

'Create your own second brain' - knowledge outlives the tool (0:31)

Incremental adoption after the lock-in objection (0:32)

▶ Watch this taught: 0:12:00

Check yourself

Answer from memory first — the recall attempt is what makes it stick. Then reveal.

Why does Harshit insist the workspace be open-source and self-hosted rather than another SaaS account?

Because the durable asset is the knowledge on YOUR VM - an open-source tool can be replaced or rebuilt on top of it, while a SaaS account holds your second brain hostage to a vendor.

02

Back-feeding existing work: GitHub as the funnel, Claude Code as the sorter

0:21:00

Paul's objection was everyone's objection: my files are scattered everywhere. The answer wasn't 'organize them' - it was 'make Claude Code organize them.'

The funnel: 'create a very simple repository call it project documentation or project specs,' push all existing work into it, connect that repo to the agent, then instruct the agent to dump the folder into the workspace. GitHub is the transport BECAUSE every agent already speaks it.

For the scattered-source problem, the pre-step: open a fresh Claude Code session with the prompt pattern 'I want to migrate all my work from the chats, my folder, my Google Drive, everything to GitHub - give me a plan'; explicitly tag the folders in scope; enable bypass-permissions so it can traverse the machine; switch to Opus for the judgment calls; verify GitHub is OAuth-connected first. Plan, then run. Cross-wiring two repos or two agent instances later: GitHub Actions (mind the free-tier limits) or the GitHub CLI.

Why it matters

The plan-first prompt pattern and the repo-as-funnel move are reusable for ANY migration - including this KB's own future moves.

Go deeper

In one line: Migration = Claude Code plans and executes local-to-GitHub consolidation (tagged folders, bypass permissions, Opus) -> single docs repo -> agent reads repo -> agent populates workspace; cross-repo wiring via Actions or gh CLI.

'A very simple repository... project documentation or project specs' (0:22)

Agent dumps the repo into the workspace - no manual re-entry (0:22-0:23)

Claude Code prompt: everything-to-GitHub, 'give me a plan' first (0:28-0:30)

Bypass permissions + Opus for the sorting run (0:29)

Two repos/agents: GitHub Actions (rate-limited) or gh CLI (0:43-0:44)

▶ Watch this taught: 0:21:00

03

The harness trick: one subscription feeding every agent

0:24:00

Praful's testimony did the selling: roughly $400 a month of stacked subscriptions, cut in half by routing everything through one.

The friction: agent harnesses are vendor-locked - Codex runs happily inside Hermes, but Claude 'forces' the Anthropic API with separate billing. The fix he names (as-heard 'Deep Seek harness' - NOT the DeepSeek lab; 'it just came out'): a lightweight, plugin-style harness - 'it doesn't live on your computer... not like a big heavy application' - that accepts any API key including OpenRouter, or an existing Claude/OpenAI subscription as pass-through. Chain: subscription -> harness -> agent, output landing in the workspace. The honesty clause arrives at [0:44]: the subscription trick holds only when subscription and harness/VM are CO-LOCATED on one machine. Raw API through it is still raw API pricing. He promises a how-to doc/GitHub upload for the routing specifics.

Why it matters

This is the direct answer to Paul's stated cost pain - and its co-location caveat is exactly the detail that separates the working version from the disappointing one.

People get this wrong

A routing harness makes agent usage free.

It lets an EXISTING flat-rate subscription serve agents that would otherwise demand separate per-token API billing - on one machine. New usage through raw keys still costs raw-key prices.

Go deeper

In one line: Vendor-locked harnesses bypassed via a universal harness accepting any key or an existing subscription; subscription -> harness -> agent; co-location on one machine required; API-key mode still bills per token.

'It's very light... it doesn't live on your computer' (0:24)

Subscription -> harness -> Hermes chain (0:25)

Solves the Codex-free/Claude-forced-API asymmetry (0:37)

CO-LOCATION requirement - same machine as the subscription (0:44)

Praful: ~$400/mo stack roughly halved (0:34)

How-to doc promised as a follow-up (0:40)

▶ Watch this taught: 0:24:00

04

'Not a memory layer at all': the workspace/memory boundary

0:35:00

Praful was already running two memory products and feared buying a third under a different name. The relief: they don't compete.

The clarification, verbatim: the all-in-one workspace 'is not a memory layer at all.' The workspace is the VISUAL hub - projects, docs, email, calendar, the place humans look. Memory layers (Praful's seven-layer memory system, and an as-heard 'Bell Lab' alternative that reportedly destabilizes on a VPS) are persistence architecture that plugs into the AGENT. Same agent, two different attachments, different failure modes. Practical notes along the way: the workspace installs fine under Docker - 'here's the github repository install this tool on your brain' addressed to Hermes; the seven-layer memory repo got shared as a link live rather than explained.

Why it matters

Category confusion here wastes money and stability - the KB's own registry benefits from tagging these tools by which slot they fill.

Go deeper

In one line: Workspace = human-facing project/docs/email hub; memory layer = agent-side persistence architecture; both attach to the same agent, neither substitutes for the other.

'This is not a memory layer at all' (0:36)

Memory products plug into the agent, not the workspace (0:36)

As-heard 'Bell Lab' memory reportedly unstable on VPS (0:36)

Docker install by telling the agent to do it (0:35)

▶ Watch this taught: 0:35:00

05

Web MCP: GEO's next act — websites built for agents

0:46:00

'Built for humans they're not built for agents' - Cody's one-line diagnosis of every website, with Microsoft, Google, and OpenAI all running hackathons to fix it.

The concept: restructure sites so agents navigate them EFFICIENTLY - SEO's successor logic (the analogy to GEO is explicit), where a site exposes its functions to agents rather than forcing them through human click-paths. Cody layers a personalization idea he calls 'GraphLM' (as-heard): attention weights learned from ~30 days of a user's actual workflow, keeping trodden paths prominent while unused ones fade into an app-drawer that stays manually reachable - the phone home-screen pattern applied to the web. Harshit's response: promising, wants hands-on before judgment, plans to try it on his own site and report next session. His staging advice when Cody aims it at dashboards: prove it on a website first, where conversion lift is measurable - YC-backed teams have struggled starting from dashboard complexity.

Why it matters

Direct extension of this KB's seo-geo topic - the session's claim is that agent-readability is becoming a third audience after users and crawlers.

For your projects

Watch item for the seo-geo topic page: if Web MCP standardizes, Paul's client sites gain a third audience. The llms.txt work from session 23 is the near-term version of the same bet.

Go deeper

In one line: Web MCP = exposing site structure/function for agent navigation (GEO for actions, not just answers); GraphLM = usage-learned attention shaping what stays visible; validate on websites before dashboards.

Sites are 'built for humans... not built for agents' (0:47)

Microsoft/Google/OpenAI hackathons cited as the signal (0:46)

GraphLM: 30-day usage attention, app-drawer fade (0:48-0:49)

Harshit will pilot it on his own site - follow-up promised (1:23-1:24)

▶ Watch this taught: 0:46:00

06

The accessibility-layer voice agent: driving 82 apps with no APIs

0:59:00

The compatibility test is elegant: if Android's Talkback can operate an app, so can the agent - because they enter through the same door.

Cody's product (as-heard 'VDX'): a floating voice bubble - the Messenger-bubble pattern - that drives ANY Android app through the OS accessibility layer, the same mechanism Talkback uses. No screenshots-in-a-loop (that's where competitors lose latency: 'it's calling the node'), no per-app APIs ('there's no API we are doing MCP into every app'), ~82 apps connected, fully on-device. Overlay-blocking apps (games) are the boundary - the bubble disables there. Status per Cody: feature-complete; the remaining work is benchmarking, market feedback, and licensing/accessibility certification for device scaling.

Why it matters

The accessibility-layer route is the architectural insight - a universal automation interface hiding in every OS, cheaper than vision loops and vendor APIs alike.

Go deeper

In one line: On-device voice agent = overlay bubble -> OS accessibility layer -> MCP-style calls into apps; Talkback compatibility = the litmus test; no APIs, no screenshot loops; blocked only where overlays are.

Accessibility layer as the universal driver (1:03-1:04)

'No API we are doing MCP into every app' (1:03)

Low latency by avoiding screenshot loops (1:02)

~82 apps; feature-complete, scaling work remains (1:05-1:06)

▶ Watch this taught: 0:59:00

07

Trust-niche marketing: real faces, calm frequencies, and the site punch list

1:09:00

Paul had HeyGen and Blaze queued for AI-avatar videos. The verdict for a trauma-and-anxiety practice: 'showing face would be super super helpful' - the real one.

The principle: in therapeutic niches trust IS the product, so authentic face-to-camera UGC-style video outconverts synthetic likenesses - the AI tools stay in the toolkit for volume, not for the face. The landing-page idea stack: a calm AI voice agent greeting plus background music 'played right at a certain frequency'; a voice CLONE of the practitioner acceptable for the landing preview even where a face clone isn't.

The live site review's punch list: a visual 'storyboard' - consistent palette and uniform button styling ('not a full rebuild, just a visual revamp'); real imagery over stock; testimonials; one prominent consultation CTA; booking moved from Jane to Cal.com for integration reach; analytics via PostHog (as-heard 'postdoc', covered in a prior week); and volume distribution - vertical 15-20 second shorts generated fast (as-heard 'Seed Dance 2.5') plus paid ads.

Why it matters

This is direct client work: Mind's Eye Hypnosis is the practice under review - the punch list is an actionable to-do source for that project.

For your projects

This maps onto live TOC infrastructure: MEH already has Blaze weekly reports and Yelp dailies scheduled - the punch list items (storyboard pass, Cal.com evaluation vs Jane, PostHog install, shorts pipeline) are candidate additions to that project, not this one. Flag them to the MEH chat.

Go deeper

In one line: Trust-sensitive niche: real face on camera, AI for volume/voice only; site = storyboard consistency + real imagery + testimonials + single strong CTA; Cal.com booking, PostHog analytics, high-volume vertical shorts + ads.

'Showing face would be super super helpful' - authenticity over avatars (1:13)

Calm voice agent + frequency-tuned music on landing (1:11-1:12)

'Storyboard' visual consistency, not a rebuild (1:19)

Cal.com over Jane for integrations (1:15)

PostHog analytics + SeeDance vertical shorts + ads (1:18-1:20)

▶ Watch this taught: 1:09:00

08

The hackathon-judge answer: generate the missing UI live

1:25:00

'The static shadcn is very static... it never changes it is what it is' - and the winning demo is making it change on request, on stage.

Cody's living-dashboard idea: shadcn/ui components that reorganize by usage - prominent when used, app-drawered when not. Harshit's two-part guidance: strategically, prove the adaptive concept where the signal is cleanest (website personalization -> measurable conversion lift) before dashboards, where YC-backed attempts have stalled; theatrically, for judges, demo ON-THE-FLY GENERATION - type a natural-language analytics request ('show me newsletter signups by week') and watch the agent instantiate the missing shadcn component live from existing primitives.

Why it matters

Two portable lessons: validate adaptivity on measurable surfaces first, and demos should generate rather than tour.

Go deeper

In one line: Adaptive UI = usage-weighted component prominence; validation order: website conversion before dashboard complexity; the demo that lands = live NL-to-component generation from existing primitives.

Static shadcn as the foil (1:26)

Website-first validation - conversion is the clean metric (1:26-1:27)

Winning demo: chat request -> live component generation (1:29)

▶ Watch this taught: 1:25:00

Every concept, three clicks deep

The same concepts as a quick reference: the closed row is the glance, open is the study card, and every timestamp jumps into the recording.

01The second-brain build: tracker, workspace, agent, VM — in that orderSecond brain = tracker (agent-writable via API/MCP) + open-source all-in-one workspace + personal agent hol…0:12:00

Second brain = tracker (agent-writable via API/MCP) + open-source all-in-one workspace + personal agent holding docs/email/intel + self-hosted VM under your domain; knowledge persists on the VM independent of the tools; start incremental.

Tracker first - agent output must become measurable (0:15)

'Email plus channels... notion, linear... agents everything combined in one' (0:16)

Hermes agent as the connective layer: docs + email + intel (0:19)

Hostinger VM, custom domain, co-location for context (0:19-0:23)

'Create your own second brain' - knowledge outlives the tool (0:31)

Incremental adoption after the lock-in objection (0:32)

02Back-feeding existing work: GitHub as the funnel, Claude Code as the sorterMigration = Claude Code plans and executes local-to-GitHub consolidation (tagged folders, bypass permission…0:21:00

Migration = Claude Code plans and executes local-to-GitHub consolidation (tagged folders, bypass permissions, Opus) -> single docs repo -> agent reads repo -> agent populates workspace; cross-repo wiring via Actions or gh CLI.

'A very simple repository... project documentation or project specs' (0:22)

Agent dumps the repo into the workspace - no manual re-entry (0:22-0:23)

Claude Code prompt: everything-to-GitHub, 'give me a plan' first (0:28-0:30)

Bypass permissions + Opus for the sorting run (0:29)

Two repos/agents: GitHub Actions (rate-limited) or gh CLI (0:43-0:44)

03The harness trick: one subscription feeding every agentVendor-locked harnesses bypassed via a universal harness accepting any key or an existing subscription;0:24:00

Vendor-locked harnesses bypassed via a universal harness accepting any key or an existing subscription; subscription -> harness -> agent; co-location on one machine required; API-key mode still bills per token.

'It's very light... it doesn't live on your computer' (0:24)

Subscription -> harness -> Hermes chain (0:25)

Solves the Codex-free/Claude-forced-API asymmetry (0:37)

CO-LOCATION requirement - same machine as the subscription (0:44)

Praful: ~$400/mo stack roughly halved (0:34)

How-to doc promised as a follow-up (0:40)

04'Not a memory layer at all': the workspace/memory boundaryWorkspace = human-facing project/docs/email hub;0:35:00

Workspace = human-facing project/docs/email hub; memory layer = agent-side persistence architecture; both attach to the same agent, neither substitutes for the other.

'This is not a memory layer at all' (0:36)

Memory products plug into the agent, not the workspace (0:36)

As-heard 'Bell Lab' memory reportedly unstable on VPS (0:36)

Docker install by telling the agent to do it (0:35)

05Web MCP: GEO's next act — websites built for agentsWeb MCP = exposing site structure/function for agent navigation (GEO for actions, not just answers);0:46:00

Web MCP = exposing site structure/function for agent navigation (GEO for actions, not just answers); GraphLM = usage-learned attention shaping what stays visible; validate on websites before dashboards.

Sites are 'built for humans... not built for agents' (0:47)

Microsoft/Google/OpenAI hackathons cited as the signal (0:46)

GraphLM: 30-day usage attention, app-drawer fade (0:48-0:49)

Harshit will pilot it on his own site - follow-up promised (1:23-1:24)

06The accessibility-layer voice agent: driving 82 apps with no APIsOn-device voice agent = overlay bubble -> OS accessibility layer -> MCP-style calls into apps;0:59:00

On-device voice agent = overlay bubble -> OS accessibility layer -> MCP-style calls into apps; Talkback compatibility = the litmus test; no APIs, no screenshot loops; blocked only where overlays are.

Accessibility layer as the universal driver (1:03-1:04)

'No API we are doing MCP into every app' (1:03)

Low latency by avoiding screenshot loops (1:02)

~82 apps; feature-complete, scaling work remains (1:05-1:06)

07Trust-niche marketing: real faces, calm frequencies, and the site punch listTrust-sensitive niche: real face on camera, AI for volume/voice only;1:09:00

Trust-sensitive niche: real face on camera, AI for volume/voice only; site = storyboard consistency + real imagery + testimonials + single strong CTA; Cal.com booking, PostHog analytics, high-volume vertical shorts + ads.

'Showing face would be super super helpful' - authenticity over avatars (1:13)

Calm voice agent + frequency-tuned music on landing (1:11-1:12)

'Storyboard' visual consistency, not a rebuild (1:19)

Cal.com over Jane for integrations (1:15)

PostHog analytics + SeeDance vertical shorts + ads (1:18-1:20)

08The hackathon-judge answer: generate the missing UI liveAdaptive UI = usage-weighted component prominence;1:25:00

Adaptive UI = usage-weighted component prominence; validation order: website conversion before dashboard complexity; the demo that lands = live NL-to-component generation from existing primitives.

Static shadcn as the foil (1:26)

Website-first validation - conversion is the clean metric (1:26-1:27)

Winning demo: chat request -> live component generation (1:29)

Tools referenced

ToolCoverageMomentContext
Lineardemonstrated0:12The tracker demo - GitHub-linked issues, agent-writable API key, MCP server
Hermesexplained0:17The personal connective agent - same Hermes as the sprint pair
Hostingerexplained0:19The VM host for the co-located second brain
Claude Codeexplained0:28The scattered-files sorter: plan-first, bypass permissions, Opus
GitHubexplained0:22The migration funnel - docs repo as agent food
Dockermentioned0:35Workspace self-host path, delegated to the agent
Codexmentioned0:37Runs keyless in Hermes - the asymmetry the harness fixes
Agent Gridmentioned0:41Subscription-level multi-LLM alternative, compared in passing
Cal.commentioned1:15Recommended over Jane for the practice's booking
PostHogmentioned1:20As-heard 'postdoc' - analytics install for the practice site
HeyGenmentioned1:09Considered and deprioritized for the trust niche
Blazementioned1:09Same verdict - volume tool, not the face
Seedancementioned1:18As-heard 'Seed Dance 2.5' - fast 15-20s vertical video
shadcn/uimentioned1:25The primitive library behind the living-dashboard idea
1Passwordmentioned0:11Paul's key management pain point named in the question
Lovablementioned0:09The build target whose credits started the whole question

Session materials

Archived locally on V: — click to open. Companion pages link to the LMS.

Action items

    Resources mentioned

    Resources
    • docFollow-ups promised in-session

    Extraction notes

    This page was built from an auto-generated transcript, which garbles product and people's names. Those were corrected silently in everything above and logged here for transparency. The warnings flag claims that were true on the recording day but change fast.

    Transcript corrections applied

    The transcript saysThe trainer actually means
    earnest agent / armies agentHermes agent
    Macro / macro.comthe open-source all-in-one workspace (~4k stars) - product name UNVERIFIED; candidates unresolved
    Deep Seek harnessa just-released universal agent harness - NOT the DeepSeek lab; exact name unverified
    Claudio Drewseven-layer memory product - name unverified; repo link was shared in the group
    Bell Labsecond memory-layer product - name unverified
    postdocPostHog (analytics, covered in a prior week)
    Seed Dance 2.5Seedance (video model)
    hey jenHeyGen
    VDXCody's Android voice-agent product - branding unverified
    SEO EUGEO - Generative Engine Optimization

    True on recording day — verify before relying