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平台核心能力

了解您的软件如何
相互连接。

Zof 映射您的服务、API 和依赖关系,让团队在发生变更时知道需要测试什么。

验证证据与控制策略要求时由人工批准适配现有 CI/CD

时序

有什么、什么发生了变更、何时变更以及由谁变更

影响范围

在操作运行前确定

策略

映射到其所保护的系统

限定范围

限定于获批的系统和访问权限

What the graph holds

Entities, relationships, and time

Repositories, commits, pull requests, services, APIs, endpoints, components, databases, tables, queues, infrastructure, environments, deployments, agents, models, tools, policies, controls, tests, evidence, incidents, owners, and data classifications.

  • 01

    Relationships that carry consequence

    DEPENDS_ON, CALLS, READS, WRITES, DEPLOYS_TO, OWNED_BY, PROTECTED_BY, VERIFIED_BY, AFFECTS, GENERATED_BY, APPROVED_BY, USES_MODEL, USES_TOOL, SATISFIES, and VIOLATES.

  • 02

    Temporal by design

    What exists, what changed, when it changed, who or what changed it, what depended on it, what evidence existed, what policies applied, what decision was made, and what happened afterward.

  • 03

    Blast radius before action

    Every proposed change resolves to affected systems, criticality tier, applicable controls, historical incidents, and the verification required.

  • 04

    Shared by the whole loop

    Verification, evidence, and control all read from the same graph, so every decision is grounded in one understanding of the enterprise.

使用场景

团队衡量的成果

  • Size the blast radius before shipping

    See exactly which systems, data, and customers a change can affect, and how critical they are, before it is allowed to run.

    Tier 0

    criticality resolved
  • Require the right verification

    Controls mapped to affected systems determine the evidence a change must produce, so verification is targeted rather than exhaustive.

    Policy

    selects the evidence
  • Reconstruct any decision

    Walk back from an incident to the change, the evidence that existed, the policies that applied, and who approved it.

    Temporal

    history stays queryable
  • Give leadership one risk view

    One graph shows where risk concentrates, where controls apply, and what changed recently.

    One

    source of truth
Platform integration

The substrate of the control loop

The System Graph is not a standalone feature. Verification reads it to decide what must be proven, Evidence writes to it, and Control relies on it to size risk.

平台

Verification Engine

Selects the evidence each change requires from the systems and controls the graph resolves.

平台

Evidence

Every bundle, approval, and outcome is written back to the graph, so history is queryable.

平台

Control Plane

Policy decisions are grounded in criticality, affected systems, and incident history from the graph.

治理

受治理约束的验证,在每个关键步骤获得人工批准。

控制措施
  • 在您的控制层之下持续验证
  • System Graph 在变更发布前映射依赖关系
  • 用于合规审查的审计级证据
验证证据 · 人工审批 · 审计轨迹
下一步

查看您自己的 System Graph

预约 Reliability Sprint,Zof 将开始映射一个您不能承受其失效的系统,识别关键路径和风险暴露的位置。

  • 审查访问权限和范围
  • 评估一个关键系统
  • 私有部署选项
实时演示 · 示例数据

清楚知道什么发生了变化,知道该测试什么。

拓扑感知的影响分析将服务变更与受影响的工作流关联起来,并基于系统依赖关系推荐验证方案。

利用系统上下文确定验证优先级。

01System Graph

理解每项变更的影响。

System Graph 持续建模服务、API、依赖关系、基础设施、智能体、模型、策略、证据、归属和历史,让 Zof 在允许操作执行之前就了解它可能影响什么。

影响

影响范围

按变更确定受影响系统、关键程度和控制措施。

时序

变了什么、何时变更、由谁变更

历史、证据和决策始终可查询。

基础

一张图谱,覆盖整个闭环

验证、证据和控制读取同一个模型。

MAPPED · LIVE/system-graph
Zof System Graph 解析 auth-service 变更的示意图:Payment API、Checkout、Ledger 和 Customer API 被标记为受影响项,并显示 Tier 0 关键级别、7 个受影响系统、4 项适用控制、2 起历史事件和6项所需验证。
System Graph · 展示变更潜在影响的示意图。