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@@ -10,55 +10,49 @@ language:
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  - en
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  - zh
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  tags:
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- - qwen3_6
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- - qwen3
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- - qwen
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  - veriloop
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  - veriloop-coder
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  - code
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  - coding-agent
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- - agentic-coding
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  - software-engineering
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  - repository-understanding
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  - tool-use
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  - peft
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  - lora
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  - safetensors
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- - transformers
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  - harness-engineering
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  - evidence-binding
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  - rollback
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  - uncertainty-calibration
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  - long-context
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  - open-weights
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- - reasoning
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- - conversational
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  ---
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  # VeriLoop Coder-E1
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- **VeriLoop Coder-E1** is an open-weight coding model release built on a Qwen3.6-27B backbone and specialized for harness-driven software engineering workflows.
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- The public release provides a standard, Hugging Face-compatible model package: sharded `safetensors` backbone weights in the repository root, plus four focused PEFT adapters for coding-agent behavior shaping. It is designed for developers and researchers who want a coding model that is not only fluent at code generation, but also better prepared for tool-mediated execution, evidence-aware reasoning, rollback-safe revision, and uncertainty-calibrated coding workflows.
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- > **Release note**
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- > This is the first public VeriLoop Coder-E1 27B release package. Public benchmark results will be added after the formal evaluation run. The current repository focuses on releasing clean, standard model artifacts without exposing internal production Harness code, private runtime heads, training data, or server-side orchestration logic.
 
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  ---
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  ## Highlights
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- VeriLoop Coder-E1 is built for coding-agent environments where a model must cooperate with external tools, validators, repository context, and iterative repair loops.
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- - **Harness-ready coding behavior** — shaped for coding runtimes that use tool calls, validation feedback, staged execution, and bounded repair loops.
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- - **Tool-spec alignment** — improves obedience to tool schemas, argument discipline, preconditions, postconditions, and execution-facing instruction formats.
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- - **Evidence-bound coding style** — encourages stronger alignment between claims, code edits, validation signals, and supporting repository context.
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- - **Rollback-aware revision behavior** — improves response patterns around failed edits, validator negation, worktree-sensitive repair, and safe correction boundaries.
57
- - **Uncertainty-calibrated routing signals** — supports more reliable decisions around answer uncertainty, evidence gaps, execution necessity, specification mismatch, and risk pressure.
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- - **Repository-scale workflow orientation** — intended for code understanding, patch drafting, debugging, refactoring assistance, and agentic software engineering tasks.
59
- - **Open standard artifacts** — released with `safetensors` model shards and PEFT-compatible adapter checkpoints for public loading and reproducible experimentation.
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61
- VeriLoop Coder-E1 should be viewed as a **coding model foundation for harness-centric systems**. The full VeriLoop product experience may involve additional runtime components such as tool orchestration, sandbox validation, evidence handling, memory, observability, and API-side routing.
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  ---
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@@ -68,7 +62,7 @@ VeriLoop Coder-E1 should be viewed as a **coding model foundation for harness-ce
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  |---|---|
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  | Model family | VeriLoop Coder-E1 |
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  | Backbone | Qwen3.6-27B-compatible backbone |
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- | Public release type | Open-weight backbone + four PEFT adapters |
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  | Primary domain | Coding, software engineering, coding-agent workflows |
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  | Languages | English, Chinese |
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  | Weight format | `safetensors` |
@@ -76,7 +70,7 @@ VeriLoop Coder-E1 should be viewed as a **coding model foundation for harness-ce
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  | Runtime target | Harness-driven coding systems, tool-mediated agents, repository workflows |
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  | Public benchmark status | Formal benchmark results pending |
78
 
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- The public release separates standard model assets from private production runtime infrastructure. Users can load the base model directly, or mount one of the four public PEFT adapters for targeted experimentation.
80
 
81
  ---
82
 
@@ -87,12 +81,12 @@ The public release separates standard model assets from private production runti
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  - Qwen3.6-27B-compatible backbone files in the repository root.
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  - Standard sharded `safetensors` model weights.
89
  - Tokenizer, generation, and configuration files.
90
- - Four public PEFT adapters:
91
  - `toolspec_adapter/adapter`
92
  - `uncertainty_adapter/adapter`
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  - `rollback_adapter/adapter`
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  - `evidence_adapter/adapter`
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- - Public adapter README files, metric summaries, and adapter manifests.
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  ### Not Included
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@@ -102,7 +96,7 @@ The public release separates standard model assets from private production runti
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  - Internal logs, checkpoints, optimizer states, and scheduler states.
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  - Private routing, sandbox, memory, evidence-gate, or production-serving logic.
104
 
105
- This separation is intentional. The public repository provides standard open model assets, while production-grade coding-agent behavior may require a full runtime system around the model.
106
 
107
  ---
108
 
@@ -115,7 +109,7 @@ This separation is intentional. The public repository provides standard open mod
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  | Rollback | `rollback_adapter/adapter` | `adapter_config.json`, `adapter_model.safetensors` | Validator-aware repair behavior, rollback discipline, bounded revision control |
116
  | Evidence Binding | `evidence_adapter/adapter` | `adapter_config.json`, `adapter_model.safetensors` | Stronger alignment between claims, evidence, provenance, and validation context |
117
 
118
- Each adapter is published independently. Users can load one adapter at a time for focused evaluation, or build their own adapter-selection policy around the public artifacts.
119
 
120
  ---
121
 
@@ -158,7 +152,7 @@ from peft import PeftModel
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  import torch
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  repo_id = "veriloop-lab/veriloop-coder-e1"
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- adapter_subfolder = "evidence_adapter/adapter" # choose one adapter
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  tokenizer = AutoTokenizer.from_pretrained(repo_id, trust_remote_code=True)
164
  base_model = AutoModelForCausalLM.from_pretrained(
@@ -240,7 +234,7 @@ VeriLoop Coder-E1 is intended for research and development in:
240
  - Repository understanding and patch drafting.
241
  - Validator-aware repair experiments.
242
  - Evidence-aware coding workflows.
243
- - Uncertainty-aware software engineering agents.
244
  - Harness and runtime policy research.
245
 
246
  ---
@@ -284,41 +278,41 @@ tokenizer_config.json
284
  generation_config.json
285
  special_tokens_map.json
286
 
287
- toolspec_adapter/
288
- README.md
289
- metrics_summary.json
290
- veriloop_adapter_manifest.json
291
- adapter/
292
- README.md
293
- adapter_config.json
294
- adapter_model.safetensors
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-
296
- uncertainty_adapter/
297
- README.md
298
- metrics_summary.json
299
- veriloop_adapter_manifest.json
300
- adapter/
301
- README.md
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- adapter_config.json
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- adapter_model.safetensors
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-
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- rollback_adapter/
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- README.md
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- metrics_summary.json
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- veriloop_adapter_manifest.json
309
- adapter/
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- README.md
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- adapter_config.json
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- adapter_model.safetensors
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-
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- evidence_adapter/
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- README.md
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- metrics_summary.json
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- veriloop_adapter_manifest.json
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- adapter/
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- README.md
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- adapter_config.json
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- adapter_model.safetensors
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  ```
323
 
324
  ---
 
10
  - en
11
  - zh
12
  tags:
 
 
 
13
  - veriloop
14
  - veriloop-coder
15
  - code
16
  - coding-agent
 
17
  - software-engineering
18
  - repository-understanding
19
  - tool-use
20
  - peft
21
  - lora
22
  - safetensors
 
23
  - harness-engineering
24
  - evidence-binding
25
  - rollback
26
  - uncertainty-calibration
27
  - long-context
28
  - open-weights
 
 
29
  ---
30
 
31
  # VeriLoop Coder-E1
32
 
33
+ **VeriLoop Coder-E1** is an open-weight coding model release built for harness-ready software engineering workflows. It combines a Qwen3.6-27B-compatible backbone with four focused public PEFT adapters designed to shape coding-agent behavior around tool discipline, evidence awareness, rollback-safe revision, and uncertainty-calibrated decision signals.
34
 
35
+ This repository is the **public standard release** of VeriLoop Coder-E1. It provides clean Hugging Face-compatible model artifacts for research, evaluation, and downstream experimentation while keeping private production runtime components, training data, and server-side orchestration logic out of the public package.
36
 
37
+ > **Release status**
38
+ >
39
+ > This is the first public VeriLoop Coder-E1 27B release package. Formal benchmark results will be added after the dedicated evaluation run. Until then, this model card should be read as a release description and loading guide, not as a leaderboard claim.
40
 
41
  ---
42
 
43
  ## Highlights
44
 
45
+ VeriLoop Coder-E1 is designed for coding-agent environments where a model must operate with repository context, tool calls, validation feedback, and iterative repair loops.
46
 
47
+ - **Harness-ready coding behavior** — optimized for systems that coordinate model generation with tools, validators, execution feedback, and bounded repair loops.
48
+ - **Tool-spec alignment** — improves response patterns around tool schemas, argument discipline, preconditions, postconditions, and execution-facing instruction formats.
49
+ - **Evidence-bound coding style** — encourages tighter alignment between claims, code edits, validation signals, and supporting repository context.
50
+ - **Rollback-aware revision behavior** — strengthens behavior around failed edits, validator negation, worktree-sensitive repair, and safe correction boundaries.
51
+ - **Uncertainty-calibrated routing signals** — supports better control decisions around answer uncertainty, evidence gaps, execution necessity, specification mismatch, and risk pressure.
52
+ - **Repository-scale workflow orientation** — intended for code understanding, patch drafting, debugging, refactoring assistance, and agentic software-engineering experiments.
53
+ - **Standard open artifacts** — released with sharded `safetensors` backbone weights and PEFT-compatible adapter checkpoints.
54
 
55
+ VeriLoop Coder-E1 should be understood as a **coding model foundation for harness-centric systems**. The full VeriLoop product experience may involve additional private runtime components such as tool orchestration, sandbox validation, evidence handling, memory, observability, and API-side routing.
56
 
57
  ---
58
 
 
62
  |---|---|
63
  | Model family | VeriLoop Coder-E1 |
64
  | Backbone | Qwen3.6-27B-compatible backbone |
65
+ | Public release type | Open-weight backbone + four public PEFT adapters |
66
  | Primary domain | Coding, software engineering, coding-agent workflows |
67
  | Languages | English, Chinese |
68
  | Weight format | `safetensors` |
 
70
  | Runtime target | Harness-driven coding systems, tool-mediated agents, repository workflows |
71
  | Public benchmark status | Formal benchmark results pending |
72
 
73
+ The public release separates standard model assets from private production runtime infrastructure. Users can load the backbone directly, or mount one public PEFT adapter at a time for targeted experiments.
74
 
75
  ---
76
 
 
81
  - Qwen3.6-27B-compatible backbone files in the repository root.
82
  - Standard sharded `safetensors` model weights.
83
  - Tokenizer, generation, and configuration files.
84
+ - Four public PEFT adapter folders:
85
  - `toolspec_adapter/adapter`
86
  - `uncertainty_adapter/adapter`
87
  - `rollback_adapter/adapter`
88
  - `evidence_adapter/adapter`
89
+ - Public adapter README files, metric summaries, and public adapter manifests.
90
 
91
  ### Not Included
92
 
 
96
  - Internal logs, checkpoints, optimizer states, and scheduler states.
97
  - Private routing, sandbox, memory, evidence-gate, or production-serving logic.
98
 
99
+ This separation is intentional: the repository provides standard open model assets, while production-grade coding-agent behavior may require a full runtime system around the model.
100
 
101
  ---
102
 
 
109
  | Rollback | `rollback_adapter/adapter` | `adapter_config.json`, `adapter_model.safetensors` | Validator-aware repair behavior, rollback discipline, bounded revision control |
110
  | Evidence Binding | `evidence_adapter/adapter` | `adapter_config.json`, `adapter_model.safetensors` | Stronger alignment between claims, evidence, provenance, and validation context |
111
 
112
+ Each adapter is published independently. For standard PEFT loading, use one adapter at a time unless your runtime explicitly implements adapter composition or routing.
113
 
114
  ---
115
 
 
152
  import torch
153
 
154
  repo_id = "veriloop-lab/veriloop-coder-e1"
155
+ adapter_subfolder = "evidence_adapter/adapter" # choose one public adapter
156
 
157
  tokenizer = AutoTokenizer.from_pretrained(repo_id, trust_remote_code=True)
158
  base_model = AutoModelForCausalLM.from_pretrained(
 
234
  - Repository understanding and patch drafting.
235
  - Validator-aware repair experiments.
236
  - Evidence-aware coding workflows.
237
+ - Uncertainty-aware software-engineering agents.
238
  - Harness and runtime policy research.
239
 
240
  ---
 
278
  generation_config.json
279
  special_tokens_map.json
280
 
281
+ toolspec_adapter/
282
+ README.md
283
+ metrics_summary.json
284
+ veriloop_adapter_manifest.json
285
+ adapter/
286
+ README.md
287
+ adapter_config.json
288
+ adapter_model.safetensors
289
+
290
+ uncertainty_adapter/
291
+ README.md
292
+ metrics_summary.json
293
+ veriloop_adapter_manifest.json
294
+ adapter/
295
+ README.md
296
+ adapter_config.json
297
+ adapter_model.safetensors
298
+
299
+ rollback_adapter/
300
+ README.md
301
+ metrics_summary.json
302
+ veriloop_adapter_manifest.json
303
+ adapter/
304
+ README.md
305
+ adapter_config.json
306
+ adapter_model.safetensors
307
+
308
+ evidence_adapter/
309
+ README.md
310
+ metrics_summary.json
311
+ veriloop_adapter_manifest.json
312
+ adapter/
313
+ README.md
314
+ adapter_config.json
315
+ adapter_model.safetensors
316
  ```
317
 
318
  ---