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Cite arxiv.org/abs/2607.23806 to link dataset to the paper

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- ---
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- license: cc-by-4.0
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- pretty_name: Galahad — SHA-256 Proof (measured benchmark results)
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- tags:
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- - benchmark
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- - kv-cache
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- - llm-inference
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- - reproducibility
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- configs:
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- - config_name: default
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- data_files: index.jsonl
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- ---
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-
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- # Galahad — SHA-256 Proof
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-
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- Timestamped, independently verifiable **measured** benchmark results behind the Galahad paper.
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-
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- 📄 **Paper:** https://huggingface.co/papers/2607.23806
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- 🧪 **Live testbench (Space):** https://huggingface.co/spaces/Corbenic/galahad-bench
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- 💾 **Proof mirror (GitHub):** https://github.com/corbenicai/galahad-bench/tree/main/proof
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-
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- ## What this is
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-
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- This dataset is the **integrity proof** for the paper's claims: the raw measured outputs (pure numbers —
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- token counts, latency in ms, VRAM in MB, accuracy, pass/fail) plus a full SHA-256 manifest. It contains
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- **no source code, no engine internals, and no solver contents** only measurements.
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-
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- - **`results/`** — the raw measured benchmark JSON files.
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- - **`index.jsonl`** — one row per result file (filename, its SHA-256, key numeric measurements) so the
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- dataset viewer renders a quick overview.
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- - **`results.sha256`** the hashes in `sha256sum -c` format.
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- - **`SHA256_PROOF.txt`** — the full manifest: verifiable hashes **plus sealed commitments** to files kept
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- private (source, verified-solver memory, internal notes, engine binaries). A sealed hash proves a file
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- existed and was fixed on the stated date **without revealing its contents**.
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-
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- ## Verify it yourself
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-
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- ```bash
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- git clone https://huggingface.co/datasets/Corbenic/galahad-bench-proof
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- cd galahad-bench-proof
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- sha256sum -c results.sha256 # expect: every line "OK"
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- ```
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-
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- ## Highlights (measured, single GPU)
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-
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- - **Movable window** — `results/window6m.json`: a **6,000,000-token** context on one GPU at **flat VRAM**
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- (base peak MB), correct retrieval at every depth, passing negative control.
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- - **Head-to-head** `results/bench_vllm.json`, `results/bench_sglang.json`: same GPU / model class; vLLM
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- hard-stops at ~30k tokens, SGLang truncates past ~32k, Galahad runs to millions.
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- - **Verified reuse** — `results/reuse_*.json`, `results/frommem_*.json`: 0-decode-token reuse across four
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- model families; `frommem_EMPTY.json` is the negative control (empty memory solves nothing).
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-
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- ## Scope & honesty
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-
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- These are **measurements**, not the method. The engine, the verified-solver memory, and the internal
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- method notes are intentionally **not** published their SHA-256 commitments are in `SHA256_PROOF.txt` so
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- the record is complete and tamper-evident. No trade-secret content is exposed by a hash.
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-
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- `load_dataset("Corbenic/galahad-bench-proof")` loads the `index.jsonl` overview; the full result files live
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- under `results/`.
 
 
 
 
 
 
 
 
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+ ---
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+ license: cc-by-4.0
3
+ pretty_name: Galahad — SHA-256 Proof (measured benchmark results)
4
+ tags:
5
+ - benchmark
6
+ - kv-cache
7
+ - llm-inference
8
+ - reproducibility
9
+ configs:
10
+ - config_name: default
11
+ data_files: index.jsonl
12
+ ---
13
+
14
+ # Galahad — SHA-256 Proof
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+
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+ Timestamped, independently verifiable **measured** benchmark results behind the Galahad paper.
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+
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+ 📄 **Paper:** https://huggingface.co/papers/2607.23806
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+ 📚 **arXiv:** https://arxiv.org/abs/2607.23806
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+ 🧪 **Live testbench (Space):** https://huggingface.co/spaces/Corbenic/galahad-bench
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+ 💾 **Proof mirror (GitHub):** https://github.com/corbenicai/galahad-bench/tree/main/proof
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+
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+ ## What this is
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+
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+ This dataset is the **integrity proof** for the paper's claims: the raw measured outputs (pure numbers
26
+ token counts, latency in ms, VRAM in MB, accuracy, pass/fail) plus a full SHA-256 manifest. It contains
27
+ **no source code, no engine internals, and no solver contents** — only measurements.
28
+
29
+ - **`results/`** — the raw measured benchmark JSON files.
30
+ - **`index.jsonl`** one row per result file (filename, its SHA-256, key numeric measurements) so the
31
+ dataset viewer renders a quick overview.
32
+ - **`results.sha256`** — the hashes in `sha256sum -c` format.
33
+ - **`SHA256_PROOF.txt`** the full manifest: verifiable hashes **plus sealed commitments** to files kept
34
+ private (source, verified-solver memory, internal notes, engine binaries). A sealed hash proves a file
35
+ existed and was fixed on the stated date **without revealing its contents**.
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+
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+ ## Verify it yourself
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+
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+ ```bash
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+ git clone https://huggingface.co/datasets/Corbenic/galahad-bench-proof
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+ cd galahad-bench-proof
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+ sha256sum -c results.sha256 # expect: every line "OK"
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+ ```
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+
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+ ## Highlights (measured, single GPU)
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+
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+ - **Movable window** `results/window6m.json`: a **6,000,000-token** context on one GPU at **flat VRAM**
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+ (base peak MB), correct retrieval at every depth, passing negative control.
49
+ - **Head-to-head** `results/bench_vllm.json`, `results/bench_sglang.json`: same GPU / model class; vLLM
50
+ hard-stops at ~30k tokens, SGLang truncates past ~32k, Galahad runs to millions.
51
+ - **Verified reuse** — `results/reuse_*.json`, `results/frommem_*.json`: 0-decode-token reuse across four
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+ model families; `frommem_EMPTY.json` is the negative control (empty memory solves nothing).
53
+
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+ ## Scope & honesty
55
+
56
+ These are **measurements**, not the method. The engine, the verified-solver memory, and the internal
57
+ method notes are intentionally **not** published their SHA-256 commitments are in `SHA256_PROOF.txt` so
58
+ the record is complete and tamper-evident. No trade-secret content is exposed by a hash.
59
+
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+ `load_dataset("Corbenic/galahad-bench-proof")` loads the `index.jsonl` overview; the full result files live
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+ under `results/`.
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+
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+ ## Cite
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+
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+ ```
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+ arxiv.org/abs/2607.23806
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+ ```