What they do
shared memory across coding agents and Slack, distils skills for next tasks
How close to us
4, very close
Company brain from agent sessions, calls and tickets, with skill distillation surfaced automatically; no approvals or measured loop described.
Wedges
- W8 The other 90% of an AI skill direct
- W1 Trusted 24/7 coding for small startup teams adjacent
- W2 Seeing whether your AI agents actually produce adjacent
- W3 Company memory from every call, for consultancies adjacent
Who buys
- Firm size
- sme
- Buyer type
- developer
- Role
- co-founder or CTO of a small software startup, plus engineering leads
- UK
- not known
Their own description (from YC)
Glen is the layer that unifies every agent your company runs. Glen pulls in agent sessions from Claude Code, Codex and Cursor, plus Slack messages, GitHub prs, tickets, docs and calls. When a new agent picks up a task, Glen finds relevant prior context and injects it in the agents context window to steer it, producing knowledge work that is significantly higher quality, faster and cheaper.
Glen does more. You can query the original agent behind any line of code, or search every session your org has ever run. It distills what your team does into skills and surfaces the right one automatically. Agents work multiplayer, picking up the style and context of whoever else is on the file. Transcripts are unified across Claude Code, Codex and Cursor, so you can hand a session from one to another mid-task. And Glen can also double as a company brain, from Slack, in app, or by just installing Glen on any agent.
We’re building toward a future where memory is no longer the missing piece of intelligence. A future where every agent maintains a lossless and continuous thread of institutional experience enabling the era of the compounding organization and fully unsupervised digital labour.
Full teardown
Glen (YC Summer 2026): teardown vs XMarts
In one line: Glen records what a team and its coding agents do (agent sessions, Slack, GitHub, tickets, calls, docs), then feeds the relevant past work into the next agent's prompt and turns repeated work into shared skills [site] [yc]. Threat: 2, because it is the closest rival to W8 (skills made from real work) and it is live with named startup customers, but it is one person, brand new, and stops at memory [yc] [site].
1. Fact file
| Item | Finding | Source |
|---|---|---|
| What they say | "Agents that get smarter as your company works." YC line: "Institutional Learning Layer for Every Agent in Your Company". | [site] [yc] |
| Founded, team, funding | Founded 2026, YC Summer 2026, team of 1, San Francisco. Funding beyond the standard YC deal: UNVERIFIED (none found). Company name on the site: Glen Labs Incorporated. | [yc] [site] |
| Founders | Nikos Dritsakos, Founder/CEO. Per his YC profile: Head of Special Projects (MTS) at Composio; before that VP of Technology at FliteHouse from age 22 (SOC 2, a voice-agent line for Canadian car dealers); founded SalesBop, which he says he bootstrapped to a $500K acquisition in 18 months. What YC likely saw: a founder who ran an agent-tools company's special projects and sells first to that same circle (inference). Primary YC partner: Jared Friedman. | [yc] |
| Customers | Logos on the site: Zaplar, Composio, Litmus, Corgi Insurance, Zima Labs, Amorphic Labs. Testimonials from the CTOs of Amorphic Labs and Zaplar, and a Composio engineer. YC launch post (they claim): org-wide at Composio, from 2 users to about 20, plus "over a dozen" other companies. | [site] [yc] |
| Price | Not public. Waitlist, onboarding in waves, and Glen sets up each team. One open role: Founding Member of Technical Staff, $170K to $250K plus 0.50% to 3.00% equity, new grads welcome. No sales role listed. | [site] [jobs] |
| Path | No renames or pivots found. One blog post only: "Replaying 100 PRs with and without Glen", 4 Aug 2026. A Vision page states the long goal: agents with a "lossless" thread of experience. | [blog] [site] |
2. Their proposition, reverse engineered
| Part | What they do |
|---|---|
| Who buys | The CTO or co-founder of a small software startup; testimonials are from CTOs and an engineer. Customers look like startups, not large firms (inference from the logos) [site]. |
| The pain | Agents start every task blind. Someone re-pastes "the same architecture summary for the fourth time". Nobody can tell why a line of code exists [site]. |
| The promise | Better, faster, cheaper agent work because each agent starts with what the team already learned [yc]. Setup in "less than 5 minutes" (they claim) [site]. |
| How it works | A plugin, MCP server or command line tool captures sessions from Claude Code, Codex and Cursor, plus Slack, GitHub PRs, tickets, docs and calls. At task start it finds relevant past work and injects it into the prompt [site] [yc]. Access control is checked per memory at recall; a "private mode" keeps a session out of the store [site]. |
| The output | Better-steered agent runs. A searchable library of every team session, with hand-over of a session from one tool to another. "Ask why this line exists" by questioning a clone of the agent that wrote it. Skills distilled from team work and shown automatically. A company-brain Q&A in Slack, the web app or any MCP agent. A PR reviewer and a Slack bot come with the account [site]. |
| Proof style | A vendor-run test: 100 merged PRs reverted and redone by an agent with and without Glen. They claim 29% fewer tokens and 21% faster, quality at parity or better [blog]. They also claim Composio went from 2 to about 20 users [yc]. No money result. |
| Who sells it | Founder-led. Waitlist plus hand setup. A founder-led security walkthrough is offered [site]. |
| Price model | Not public [site]. |
| The story | Memory is the missing piece of intelligence, and the "compounding organization" is the result [yc] [site]. No named enemy on the Vision page [site]. |
3. Positioning
- Category they claim: "Institutional learning layer" for agents; also "company brain" and "multiplayer AI" [site] [yc].
- Category a YC partner would put them in: agent memory and context for engineering teams, with a skills feature on top (inference). Same family as the company-brain bets the brief lists.
- What they want to be known for: the shared memory every agent reads from and writes to, so nothing a team learns is lost.
- Where they sit on the map: L1/L2/L3 = 3/1/1. Buyer: small startups (inference), developer buyer, business-side users in Slack.
4. Three layers vs ours
| Layer | Them (score + evidence) | Us (Marton's logs show) |
|---|---|---|
| L1 Company brain | 3. Memory is the core product: sessions plus Slack, GitHub, tickets, docs and calls, with per-memory access control [site] [yc]. | A vault of about 1,400 pages, 112 call transcripts and about 8,700 customer quotes, searchable by meaning. |
| L2 Agent orchestration | 1. It steers agents that someone else runs, and hands a session between tools. No public claim of routing work, approvals or a team of agents [site]. | About 5,600 jobs run by agents from three makers, each checked by a different AI, then automatic tests. |
| L3 Execution and learning | 1. It does not do or check the work. It learns by storing what happened and showing it later. Its only measured result is its own replay test [blog] [site]. The skills it makes are from work done, not from work accepted or rejected (inference: no public claim of that). | Every failure gets a record and an automatic check (about 160 records). Offer feedback lines fell from 44 to 18 as 22 rules were added. Only about 15% of jobs reached the main code, and merges were unreliable in October. |
5. Same and different
| Topic | Same or different | Them | Us |
|---|---|---|---|
| Core belief | Same | Agents need the team's past context to do good work [site]. | Same (brief). |
| Skills from real work | Same | Distils team work into skills, surfaced automatically [site] [yc]. | Marton's logs show skills and a knowledge base fed by calls and checked work. |
| Buyer | Mostly same | Small software startups [site] (inference). | Spaces on the table: startups up to about 30 engineers (W1), plus services firms. No customer yet (brief). |
| Where the memory comes from | Different | Agent sessions and team chat, captured by plugin [site]. | Calls, a vault and job records on one Mac fleet (inventory). |
| What happens to a failure | Different | Stored and recalled as context [site]. | Marton's logs show each failure becomes a written record and an automatic check, so it cannot return unseen. |
| Who does the work | Different | The customer's own agents and people [site]. | The system's agents do and check the work, on Marton's business only. |
| Proof | Different | 100-PR replay: tokens and time, vendor-run, one repo [blog]. | No outside number. Own-business numbers only (offer feedback 44 to 18). |
| Delivery | Different | Software with hand setup, waitlist [site]. | Not set. Two founders. |
| Size of team | Different | One founder [yc]. | Two founders. |
| Price | Unknown | Not public [site]. | Not set. |
6. Wedge overlap
| Wedge | Fit | Why |
|---|---|---|
| W8 The other 90% of an AI skill | direct | Same problem and same buyer: skills made from real work, shown at the right time, shared across a team [site]. They cover making and surfacing. No public claim of keeping skills fresh, feeding back accept or reject, or retiring dead ones (UNVERIFIED that none exists). |
| W1 Trusted 24/7 coding for small startup teams | adjacent | Same buyer (small startup engineering team) and same tools (Claude Code, Codex, Cursor). They make agents better, not trusted or running at night [site]. |
| W2 Seeing whether your AI agents produce | adjacent | They keep a searchable library of every session and "ask why" tracing [site]. That is a record, not stuck or cost reporting (no public claim of cost or stuck-job views). |
| W3 Company memory from every call | adjacent | They ingest calls and Slack too [site], but for engineering context, not a services firm's client work. |
7. Whitespace (where they stop)
- Layer gap: they remember and steer; they do not run a team of agents or check results [site]. To own it we need one customer's agent team run for 4+ weeks with approvals and checks, with a before/after number.
- Buyer gap: only software startups show up, and the site names no UK or Europe customer [site]. To own it we need a non-software buyer (services firm or SME) saying they have the pain, with one named person on file.
- Number gap: their number is tokens and time on one repo, run by them [blog]. No money or output-per-person result. To own it we need a number a buyer would sign, such as shipped work per engineer per week on a customer's repo.
- Price gap and speed gap: not real here. Price is not public (unknown), and they claim setup in under 5 minutes [site]. Do not claim either.
8. For the YC application
- Proven today: Marton's logs show his system already runs agents that do and check work: about 5,600 jobs, each checked by a different AI, with about 160 failure records that each added an automatic check. Glen's public result is a vendor-run replay of 100 PRs on one repo [blog].
- Draft answer to "how are you different from Glen?": DRAFT. "Glen gives agents a memory of what the team did. Our system runs the agents, checks every result with a different AI, and turns each failure into a rule, so the next run is better. We have run that on our own business every day." Founders say it their own way.
- Future claim (needs proof): "Skills that improve because the work was accepted or rejected." Needs one customer team's skills and a log of rule changes tied to accepted or rejected runs over 4+ weeks, with rework falling.
- What we understand that they don't: a team learns more from checked results and failures than from recalling past sessions.
needs proofon a customer; Marton's logs show it on his own work (offer feedback lines fell from 44 to 18 as rules were added). - Copyability (M3): easy. They already read GitHub PRs and tickets [site], so accept and reject signals sit in their data (inference). Adding "learn from accept or reject" is a feature for them, it fits their buyer, and they built a replay test with rollback in two months [blog]. Not
hard, so M3 can not score above 3 against Glen on W8 alone. - Why now (M4): None found in this teardown. Do not use "agents can now do the work": that is general AI progress.
- Do not claim: "we are the only ones who make skills from real work" (Glen does). "Shared company brain" as our headline (Glen and others own the words). Any outside customer result (none yet).
9. Ideas worth taking
- Prove value with a replay test: roll the memory back, redo real past work with and without the system, report the means over 5 runs [blog]. We can run the same shape on our own repos for a number.
- "Ask why this line exists" by questioning the agent that wrote it [site]. A cheap way to make a record useful to a buyer.
- A private mode that keeps a session out of the store [site]. It answers the client-data worry before a buyer asks.
10. Unknowns
- Price and contract size. Ask a design partner, or watch for a pricing page after the waitlist.
- Funding after YC. Check press after Demo Day.
- Real scope of capture: the site says it reads only public Slack channels and shared transcripts in one place, and captures broader sources in another [site]. Ask for the security walkthrough.
- Whether skills are updated or retired from use, or only created. Look at the product docs when public, or watch for a changelog.
- Any UK or Europe customer. Check the customer page and the next blog posts.
- Whether the Composio use is a paid contract or a friend of the founder (inference: he worked there). Look for a Composio case study.
Sources
- tryglen.com [site]
- Glen Vision [site]
- YC company page [yc] [jobs]
- Replaying 100 PRs with and without Glen, 4 Aug 2026 [blog]
- Glen blog index [blog]
- Composio raises $29M for AI learning, Jul 2025 [press] (context on the founder's former employer; not about Glen)
Technical detail
- Slug
- glen
- Lens hash
- 179096c479
- Pass
- deep
- Stale
- no