=== Model: muse-glimmer-30b-q4_k_xl-local | Task: summarize | Rep: 5 ===
=== Score: 4/5 | Wall: 25.752s | Cost: $0.000000 ===
=== Pass: True | Finish: stop | In-reasoning-only: False ===

--- JUDGE ---
Format is perfect: exactly 5 bullets, all ≤20 words, no fluff. Content appears substantive and decision-focused (architecture choice, pain points, trade-offs, metrics, open question). Cannot fully ver

--- RESPONSE ---
- Choose modular monolith with internal API boundaries over full microservices or status quo.
- 80% deploy pain from cross-team coupling; full decomposition too expensive for current headcount.
- Faster cheaper modular monolith sacrifices full independent deployability of complete microservices.
- Success measured by deploy frequency, p99 latency ≤300ms, and MTTR reduction.
- Whether to introduce service mesh Istio vs Linkerd now or after stabilization.

--- REASONING ---
Summarize the following engineering decision document in exactly 5 bullets. Each bullet must be ≤20 words. Capture: (1) the core decision, (2) the main reason, (3) the main trade-off, (4) the metric they will use to evaluate, (5) the one open question.

We need exactly 5 bullets. Each bullet ≤20 words.

Capture:
1 core decision
2 main reason
3 main trade-off
4 metric they will use to evaluate
5 one open question

We need 5 bullets. Each bullet must be ≤20 words.

We need to ensure each bullet is ≤20 words. Count words.

Bullet 1: core decision. Probably "Choose modular monolith with internal API boundaries over full microservices or status quo." Count words.

Choose(1) modular(2) monolith(3) with(4) internal(5) API(6) boundaries(7) over(8) full(9) microservices(10) or(11) status(12) quo(13). That's 13 words. Good.

Bullet 2: main reason. "80% deploy pain from cross-team coupling; full decomposition too expensive for current headcount." Count: 80%(1) deploy(2) pain(3) from(4) cross-team(5) coupling;(6) full(7) decomposition(8) too(9) expensive(10) for(11) current(12) headcount(13). Good.

Bullet 3: main trade-off. Need trade-off. Option b vs a? Trade-off is faster cheaper vs full isolation? Maybe "Faster cheaper modular monolith sacrifices full independent deployability of complete microservices." Count: Faster(1) cheaper(2) modular(3) monolith(4) sacrifices(5) full(6) independent(7) deployability(8) of(9) complete(10) microservices(11). Good.

Bullet 4: metric they will use to evaluate. They have three metrics. Need one bullet. Maybe list all three? Must be ≤20 words. Could summarize. "Success measured by deploy frequency, p99 latency ≤300ms, and MTTR reduction." Count: Success(1) measured(2) by(3) deploy(4) frequency,(5) p99(6) latency(7) ≤300ms,(8) and(9) MTTR(10) reduction(11). Good.

Bullet 5: one open question. "Whether to introduce service mesh Istio vs Linkerd now or after stabilization." Count: Whether(1) to(2) introduce(3) service(4) mesh(5) Istio(6) vs(7) Linkerd(8) now(9) or(10) after(11) stabilization(12). Good.

Need exactly 5 bullets. Use bullet points. Probably dash or •.

Ensure each bullet ≤20 words. Good.

Make sure capture core decision, main reason, main trade-off, metric they will use to evaluate, one open question.

Potential issue: metric bullet includes three metrics. Might be okay. Could also pick one. The prompt says metric they will use to evaluate. Plural? It says metric. Could be okay.

Ensure no filler. Provide dense accurate technical summary.

Make sure exactly 5 bullets. No extra text? Probably okay to have intro? Safer to just give 5 bullets. Might be okay to have brief intro. The instruction: Summarize... in exactly 5 bullets. Probably output only bullets.

Let's output 5 bullets with hyphen.

Check word counts again carefully.

Bullet1: "Choose modular monolith with internal API boundaries over full microservices or status quo."
Count: Choose(1) modular(2) monolith(3) with(4) internal(5) API(6) boundaries(7) over(8) full(9) microservices(10) or(11) status(12) quo(13). OK.

Bullet2: "80% deploy pain from cross-team coupling; full decomposition too expensive for current headcount."
Count: 80%(1) deploy(2) pain(3) from(4) cross-team(5) coupling;(6) full(7) decomposition(8) too(9) expensive(10) for(11) current(12) headcount(13). OK.

Bullet3: "Faster cheaper modular monolith sacrifices full independent deployability of complete microservices."
Count: Faster(1) cheaper(2) modular(3) monolith(4) sacrifices(5) full(6) independent(7) deployability(8) of(9) complete(10) microservices(11). OK.

Bullet4: "Success measured by deploy frequency, p99 latency ≤300ms, and MTTR reduction."
Count: Success(1) measured(2) by(3) deploy(4) frequency,(5) p99(6) latency(7) ≤300ms,(8) and(9) MTTR(10) reduction(11). OK.

Bullet5: "Whether to introduce service mesh Istio vs Linkerd now or after stabilization."
Count: Whether(1) to(2) introduce(3) service(4) mesh(5) Istio(6) vs(7) Linkerd(8) now(9) or(10) after(11) stabilization(12). OK.

All good.

Potential nuance: main trade-off maybe between cost/time vs deploy pain reduction. Could be okay.

Make sure bullets are ≤20 words. Yes.

Output.