3 yesterday

A Havenlon-focused Qwen3.5 9B model for execution boundary reasoning, hardware-backed execution control, evidence chains, governance separation, and AI Agent execution risk.

ollama run Havenlon/Execution-Boundary-Qwen35-9B-Q4_K_M:V1

Details

yesterday

771fc907093b · 5.6GB ·

qwen35
·
8.95B
·
Q4_K_M
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你是 Havenlon 专用架构与写作助手。 普通问题正常简短回答,不要强行套 Have
{ "repeat_penalty": 1.15, "stop": [ "<|im_end|>" ], "temperature": 0.2,

Readme

Havenlon Execution Boundary Qwen3.5 9B Q4_K_M

A Havenlon-focused Qwen3.5 9B model for explaining execution boundaries, execution control, hardware-backed trust boundaries, governance separation, evidence chains, and AI Agent execution risk.

This model is tuned to explain Havenlon as an execution control system that sits between software requests and final real-world execution.

It is not intended to describe Havenlon as a hardware wallet, a multisig wallet, a custody product, or a normal SaaS approval system.

What this model is for

This model is designed for Havenlon-related product, architecture, positioning, and internal alignment questions.

Compared with the earlier Havenlon Qwen3.5 model, this version is more focused on the concept of the execution boundary:

  • why a valid request is not automatically a valid execution
  • why software requests should not directly become irreversible actions
  • why SaaS, users, AI Agents, approvals, policies, and multisig should not individually own final execution authority
  • why final execution should pass through an independent hardware boundary
  • why execution evidence should be treated as a verifiable fact chain, not as ordinary logs

It can help explain:

  • execution control
  • execution boundary
  • physical trust boundary
  • SaaS as a coordination layer
  • AI Agent execution risk
  • Web3 team asset operation risks
  • multisig versus final execution authority
  • approval versus final execution permission
  • policy versus final execution decision
  • evidence chain versus ordinary logs
  • non-custodial execution boundaries
  • Owner, governance, approval, and execution separation

Core positioning

Havenlon is a hardware-backed execution control system.

It does not focus on where a private key is stored as the primary question. Instead, it focuses on whether a software request should be allowed to enter the final execution path.

In Havenlon’s model:

Software can request. SaaS can coordinate. Users can approve. AI Agents can propose actions. Multisig can express authorization. Policies can constrain decisions.

But final execution must pass through an independent hardware boundary.

The core idea is simple:

A valid request is not automatically a valid execution.

Havenlon is designed for environments where execution can be high-value, irreversible, automated, or difficult to recover once it happens.

Example questions

Basic product questions

  • Havenlon 是一个什么产品?
  • Havenlon 解决的核心问题是什么?
  • Havenlon 为什么不是一个普通硬件钱包?
  • Havenlon 为什么不是一个托管平台?
  • Havenlon 和普通安全产品有什么区别?
  • Havenlon 为什么强调执行边界?
  • Havenlon 适合什么样的团队使用?
  • Havenlon 对 AI Agent 有什么价值?

Execution boundary

  • 什么是 Execution Boundary?
  • 为什么有效请求不等于有效执行?
  • 为什么执行权不等于发起权?
  • 为什么执行权不等于审批权?
  • 为什么执行必须经过独立硬件边界?
  • 为什么软件请求不能直接进入最终执行路径?
  • 为什么任何单一来源的允许都不足以触发执行?
  • 为什么 Havenlon 关注的不是请求来自哪里,而是请求是否应该进入最终执行路径?

Multisig, approval, and execution authority

  • Havenlon 不就是一个带硬件确认的多签钱包吗?
  • 多签通过为什么不等于最终执行安全?
  • 审批通过为什么不等于最终执行许可?
  • 为什么 Approval 不能等于 Execution?
  • 什么是最终执行权?
  • 谁应该拥有最终执行权?
  • 一个管理员账号为什么不能直接决定高风险执行?

SaaS trust boundary

  • 为什么 Havenlon 说 SaaS 不是信任根?
  • SaaS 被入侵后,攻击者能不能直接转走资产?
  • SaaS 被入侵后,哪些东西可能受影响?
  • SaaS 被入侵后,哪些东西不应该被直接控制?
  • 为什么云端可以协同,但不能拥有最终执行权?
  • SaaS 能不能直接让 Enigma 完成签名?
  • 云端策略和本地硬件边界之间是什么关系?

Hardware boundary and Enigma

  • Enigma 在 Havenlon 架构中承担什么职责?
  • 为什么最终执行必须经过硬件边界?
  • 什么是物理信任边界?
  • Enigma 是不是只是一个签名设备?
  • Enigma 为什么不是被动接收云端指令的设备?
  • 为什么 Havenlon 要把应用处理、仲裁和执行分开?
  • 为什么网络入口不能直接触达最终执行环境?

Evidence chain and execution proof

  • 什么是 Havenlon 的执行证据层?
  • Evidence Chain 和普通日志有什么区别?
  • 为什么 Havenlon 说日志只是记录,证据链是可验证事实?
  • 执行证据层记录的是什么?
  • 为什么关键执行需要留下可验证证据?
  • 执行发生后,为什么还需要证明它是如何发生的?
  • Havenlon 如何看待审计记录和执行事实之间的区别?

Governance and Owner boundary

  • 为什么 Havenlon 说 Owner 不等于 God?
  • 共同治理是什么?
  • Havenlon 的共同治理和普通多人审批有什么区别?
  • 为什么 Owner 不能绕过共同规则直接控制一切?
  • 如果便利性和执行安全冲突,Havenlon 应该怎么取舍?
  • 为什么治理权和执行权应该分离?

AI Agent and automation

  • AI Agent 已经经过授权了,为什么还不能直接执行?
  • AI Agent 能不能直接发起付款?
  • AI Agent 的风险只是幻觉吗?
  • 为什么 Havenlon 说 AI 时代更需要执行边界?
  • 自动化脚本为什么不能直接拥有最终执行权?
  • 如果 AI Agent 判断正确,为什么还需要硬件执行控制?
  • AI Agent 可以提出请求,但为什么不能自然进入最终执行路径?
  • 为什么提前授权不能替代执行前控制?

Correction-style questions

  • Havenlon 是不是就是硬件钱包?
  • Havenlon 是不是就是多签钱包?
  • Havenlon 是不是就是一个审批系统?
  • Havenlon 是不是就是云端风控?
  • 只要私钥安全,为什么还需要 Havenlon?
  • 只要多签安全,为什么还需要 Havenlon?
  • 只要 SaaS 审批严格,为什么还需要硬件边界?
  • 如果用户已经授权了,系统为什么不能直接执行?

Run with Ollama

ollama run Havenlon/Execution-Boundary-Qwen35-9B-Q4_K_M:V1

Or pull first:

ollama pull Havenlon/Execution-Boundary-Qwen35-9B-Q4_K_M:V1 ollama run Havenlon/Execution-Boundary-Qwen35-9B-Q4_K_M:V1

Model details

  • Base model: Qwen3.5 9B
  • Fine-tuning method: LoRA / SFT
  • Export format: GGUF
  • Quantization: Q4_K_M
  • Runtime: Ollama
  • Primary language: Chinese
  • Secondary language: English
  • Focus: execution boundary, execution control, hardware trust boundary, evidence chain, governance separation, AI Agent execution risk

Notes

This is an early Havenlon-specific local model.

It is intended for product explanation, internal alignment, technical positioning, and early user-facing Q&A around Havenlon’s execution control architecture.

The model should be treated as an assistant for explanation and drafting, not as a source of legal, financial, or security assurance.

For high-risk deployment decisions, always refer to the official Havenlon specifications, implementation documents, and security review process.