GGUF quantizations of
Cloudflare/clef
, a 27B multimodal decision model post-trained from Qwen3.8-27B. For image or video input, use the included multimodal projector (
clef-mmproj-BF16.gguf
).
Tested with
torch
2.11 and
transformers
5.10.2 on a single H200. Image and video inputs also need
pillow
.
import sys
import torch
from huggingface_hub import snapshot_download
path = snapshot_download("Cloudflare/clef")
sys.path.insert(0, path)
from joint_schema_model import collate_records, encode_record, load_release_model
model, processor = load_release_model(path, device="cuda")
record = {
"state": {"invoice": {"vendor": "Acme", "total": 1250.0, "currency": "USD", "status": "overdue"}},
"questions": {
"status": {
"type": "choice",
"instructions": "What is the invoice status?",
"criteria": {"paid": "Invoice is paid.", "overdue": "Invoice is past due.", "draft": "Not sent."},
},
"large": {"type": "noul", "instructions": "Is the total above 1000 USD?"},
},
}
encoded = encode_record(processor.tokenizer, record, processor=processor)
batch = collate_records([encoded], processor.tokenizer.pad_token_id, torch.device("cuda"))
with torch.inference_mode():
logits = model(batch)[0]
for question, question_logits inzip(encoded.questions, logits):
probabilities = question_logits.float().softmax(-1).tolist()
print(question.question_id, dict(zip(question.option_ids, probabilities)))
Jev / SystemOne API
systemone
takes a Jev/SystemOne
POST /v1/systemone
request body and returns the same response body:
model
,
answers
keyed by question ID, and
usage
. A
choice
answer has
choice
,
confidence
, and
probabilities
; a
score
answer has the expected
score
,
confidence
,
legend
, and
probabilities
; a
noul
answer has the probability of true.
instructions
is optional, and
images
and
videos
may be added to the request.
from joint_schema_model import systemone
response = systemone(model, processor, {
"model": "clef",
"state": "Our checkout started returning errors and orders are blocked.",
"questions": {
"department": {
"type": "choice",
"instructions": "Which team should handle the message?",
"criteria": {"billing": "Payments or invoices", "technical": "Bugs or outages"},
},
"urgency": {"type": "score", "criteria": ["Can wait", "This week", "Today"]},
"outage": {"type": "noul", "instructions": "Is a service down?"},
},
})
print(response["answers"])
Images and video
Add
images
(PIL images) or
videos
(frame arrays) to the record and pass the processor to
encode_record
. Optional processor arguments go in
media_kwargs
.
from PIL import Image
record = {
"state": {"task": "Review the attached receipt."},
"images": [Image.open("receipt.jpg")],
"questions": {
"legible": {"type": "noul", "instructions": "Is the receipt total legible?"},
},
}
encoded = encode_record(processor.tokenizer, record, processor=processor)
Text-only and multimodal records can be mixed in the same batch.
Field
Description
state
Any string or JSON value describing the situation to decide on
images
,
videos
Optional lists of images or video frame arrays
media_kwargs
Optional keyword arguments for the image/video processor
questions
Mapping of question ID to question
Each question has:
type
:
noul
(true/false),
choice
(named options), or
score
(ordered options)
instructions
: what to decide; optional, and the question ID is used when it is omitted
criteria
: for
choice
, a mapping of option ID to description; for
score
, a list of option descriptions indexed from 0; for
noul
, optional descriptions for
true
and
false
encode_record
accepts
max_length
(default 16,384 tokens) and
max_state_tokens
to bound the input.
Benchmarks
Decision Index & Workflow Evals
Decision Index
Per-benchmark results from our internal run of the
Decision Index
0.2.1 suite. Scores are percentages; ForecastBench is a Brier score, where lower is better. The last two rows are request latency in milliseconds, where lower is better. The best value in each row is in bold.
Benchmark
Clef
Clef-flash
Jev
DiffusionGemma Jev
Kev 9B
Laya
BFCL (case exact accuracy)
98.5
98.8
95.8
96.5
94.5
38.1
ToolRet (nDCG@10)
69.2
66.4
65.3
61.2
64.3
12.8
API-Bank (accuracy)
91.9
93.1
88.2
83.7
56.3
11.5
BANKING77 (macro-F1)
94.2
90.9
79.7
74.3
84.8
14.3
CLINC150+OOS (macro-F1)
97.4
66.8
89.3
83.5
79.0
3.2
RouterBench (selected quality)
79.7
79.9
79.9
79.0
80.0
57.1
Home appliance simulator (case exact accuracy)
83.0
97.7
52.3
42.0
25.0
0.0
SGD/SGD-X (macro-F1)
43.8
34.2
43.0
40.6
64.0
42.4
ContractNLI (macro-F1)
81.4
84.3
71.7
76.0
57.8
29.0
ANLI (macro-F1)
69.8
59.1
74.8
66.4
56.3
48.7
BPoMP (accuracy)
96.9
95.4
90.6
86.9
67.0
51.6
Humicroedit (accuracy)
66.7
75.1
61.9
63.0
55.8
47.2
POP909-CL (accuracy)
15.8
1.6
18.1
2.5
10.8
5.1
cfcolor (accuracy)
66.0
65.8
64.7
58.2
56.3
52.3
MMLU (accuracy)
90.3
91.8
91.7
79.3
75.3
30.7
GPQA Diamond (accuracy)
48.0
51.0
78.3
44.9
38.8
27.6
ARC-Easy (accuracy)
99.0
99.5
99.3
98.2
97.7
47.0
ARC-Challenge (accuracy)
97.7
98.3
97.8
94.5
93.7
28.6
WinoGrande (accuracy)
93.5
97.5
92.0
73.6
73.2
50.5
HellaSwag (accuracy)
98.2
98.6
94.5
83.3
81.9
33.1
GSM8K (accuracy)
80.8
67.3
79.9
50.3
48.7
21.6
ChessBench (accuracy)
24.7
23.0
17.2
14.2
11.2
7.7
MuSR (accuracy)
83.5
86.0
66.1
61.2
57.9
43.2
SATA-Bench (case exact accuracy)
33.8
36.7
26.4
27.5
26.7
0.3
BRIGHT (nDCG@10)
45.9
39.3
47.5
42.9
38.5
19.9
Amazon ESCI (macro-F1)
57.5
57.4
55.2
53.4
49.2
24.4
ACOS (per-review F1)
33.3
25.9
29.5
24.5
18.3
3.5
FinEntity (macro-F1)
96.2
97.1
87.0
89.0
88.4
61.0
VAST (macro-F1)
59.5
49.6
64.6
55.7
55.4
40.5
NLI4CT (macro-F1)
82.9
78.6
84.1
78.4
74.9
47.7
CRUXEval (accuracy)
86.7
86.1
73.0
64.7
51.2
40.2
CLadder (accuracy)
94.0
97.7
72.6
67.8
62.0
52.9
ForecastBench (Brier, lower is better)
13.9
10.6
17.4
29.6
17.6
41.1
Habermas Machine (accuracy)
68.7
71.8
45.9
45.0
39.4
33.4
PhishNChips (accuracy)
79.6
75.0
62.5
85.4
50.7
50.1
MMLU-Pro (accuracy)
65.9
65.3
82.7
56.9
51.1
13.6
BBH (accuracy)
73.7
68.9
92.9
70.7
65.2
34.1
RAGTruth (hallucination F1)
79.4
35.6
76.5
70.4
46.2
48.8
HoVer (accuracy)
65.2
61.2
72.9
70.9
58.8
55.8
When2Call MCQ (accuracy)
72.4
65.6
81.0
75.4
49.6
11.9
New Yorker (accuracy)
69.5
66.1
70.1
63.6
58.1
27.1
Median latency (ms)
209.3
38.8
524.1
84.4
51.4
5.8
p95 latency (ms)
238.6
122.4
536.0
211.2
187.9
222.5
Workflow evals
Decision accuracy on four end-to-end business workflows from
Typesafe Evals
, scored against consensus reference labels. All models are scored on the same dataset revision and case cohort.
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Clef-GGUF is an open source model from GitHub that offers a free installation service, and any user can find Clef-GGUF on GitHub to install. At the same time, huggingface.co provides the effect of Clef-GGUF install, users can directly use Clef-GGUF installed effect in huggingface.co for debugging and trial. It also supports api for free installation.