RRepoGEO

REPOGEO REPORT · LITE

princeton-nlp/MeZO

Default branch main · commit 552cb1b7 · scanned 6/27/2026, 7:07:41 PM

GitHub: 1,168 stars · 88 forks

Scan history for this repo

Score trend below includes all ready runs (older left, newer right; scroll horizontally if needed). The table is collapsed by default—expand for newest-first rows, 10 per page.

Score trend (left → right: older → newer)

2 ready scans. Expand the table below for newest-first rows (10 per page, paginated).

AI VISIBILITY SCORE
35 /100
Critical
Category recall
0 / 2
Not recommended in any query
Rule findings
1 pass · 1 warn · 0 fail
Objective metadata checks
AI knows your name
3 / 3
Direct prompts that named your repo
HOW TO READ THIS REPORT

Action plan is what to do next — copy-pasteable changes prioritized by impact. Category visibility is the real GEO test: when a user asks an AI a brand-free question that should surface princeton-nlp/MeZO, does the AI actually recommend you — or your competitors? Objective checks verify the metadata signals AI engines weight first. Self-mention check detects whether AI even knows you exist by name.

Action plan — copy-paste fixes

2 prioritized changes generated by gemini-2.5-flash. Mark items done after you ship the fix.

OVERALL DIRECTION
  • highreadme#1
    Strengthen the README's opening paragraph for AI parsing

    Why:

    CURRENT
    This is the implementation for the paper Fine-Tuning Language Models with Just Forward Passes. In this paper we propose a memory-efficient zeroth-order optimizer (**MeZO**), adapting the classical zeroth-order SGD method to operate in-place, thereby fine-tuning language models (LMs) with the same memory footprint as inference.
    COPY-PASTE FIX
    MeZO is a memory-efficient zeroth-order optimizer for fine-tuning large language models (LMs) with just forward passes, achieving the same memory footprint as inference. This implementation accompanies our NeurIPS 2023 paper, demonstrating how MeZO enables fine-tuning models up to 30 billion parameters on a single 80GB GPU, offering comparable performance to backpropagation with up to 12x memory reduction.
  • mediumhomepage#2
    Add the paper URL as the repository homepage

    Why:

    COPY-PASTE FIX
    https://arxiv.org/abs/2305.17333

Category GEO backends resolved for this scan: google/gemini-2.5-flash, deepseek/deepseek-v4-flash

Category visibility — the real GEO test

Brand-free queries asked to google/gemini-2.5-flash. Did AI recommend you, or someone else?

Same questions for every model — switch tabs to compare answers and rankings.

Recall
0 / 2
0% of queries surface princeton-nlp/MeZO
Avg rank
Lower is better. #1 = top recommendation.
Share of voice
0%
Of all named tools, what % are you?
Top rival
LoRA
Recommended in 1 of 2 queries
COMPETITOR LEADERBOARD
  1. LoRA · recommended 1×
  2. peft · recommended 1×
  3. QLoRA · recommended 1×
  4. bitsandbytes · recommended 1×
  5. DeepSpeed · recommended 1×
  • CATEGORY QUERY
    How to fine-tune large language models efficiently on limited GPU memory resources?
    you: not recommended
    AI recommended (in order):
    1. LoRA
    2. peft
    3. QLoRA
    4. bitsandbytes
    5. DeepSpeed
    6. PyTorch FSDP
    7. PyTorch
    8. Hugging Face Transformers
    9. Gradient Accumulation
    10. Activation Checkpointing

    AI recommended 10 alternatives but never named princeton-nlp/MeZO. This is the gap to close.

    Show full AI answer
  • CATEGORY QUERY
    What are the best techniques for optimizing language models without traditional backpropagation?
    you: not recommended
    AI recommended (in order):
    1. REINFORCE
    2. Proximal Policy Optimization (PPO)
    3. Advantage Actor-Critic (A2C/A3C)
    4. Self-Critical Sequence Training (SCST)
    5. Evolution Strategies (ES)
    6. Genetic Algorithms (GAs)
    7. CMA-ES (Covariance Matrix Adaptation Evolution Strategy)
    8. Bayesian Optimization
    9. Random Search
    10. Simulated Annealing
    11. Denoising Diffusion Probabilistic Models (DDPMs)
    12. Score-based Generative Modeling with SDEs/ODEs

    AI recommended 12 alternatives but never named princeton-nlp/MeZO. This is the gap to close.

    Show full AI answer

Objective checks

Rule-based audits of metadata signals AI engines weight most.

  • Metadata completeness
    warn

    Suggestion:

  • README presence
    pass

Self-mention check

Does AI even know your repo exists when asked about it directly?

  • Compared to common alternatives in this category, what is the core differentiator of princeton-nlp/MeZO?
    pass
    AI named princeton-nlp/MeZO explicitly

    AI answers can be confidently wrong. Read for accuracy: does it match your actual tech stack, audience, and differentiator?

  • If a team adopts princeton-nlp/MeZO in production, what risks or prerequisites should they evaluate first?
    pass
    AI named princeton-nlp/MeZO explicitly

    AI answers can be confidently wrong. Read for accuracy: does it match your actual tech stack, audience, and differentiator?

  • In one sentence, what problem does the repo princeton-nlp/MeZO solve, and who is the primary audience?
    pass
    AI named princeton-nlp/MeZO explicitly

    AI answers can be confidently wrong. Read for accuracy: does it match your actual tech stack, audience, and differentiator?

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princeton-nlp/MeZO — Lite scans stay free; this card itemizes Pro deep limits vs Lite.

  • Deep reports10 / month
  • Brand-free category queries5 vs 2 in Lite
  • Prioritized action items8 vs 3 in Lite