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## [2026-05-07] ingest | CTP Topic 22 Global DNS Service Offerings (re-ingest)
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## [2026-04-28] ingest | CTP Topic 65 Tracing the Value Delivered in Cloud Transformation
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/ctp-topic-65-tracing-the-value-delivered-in-cloud-transformation.md
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- Status: ✅ 成功摄入
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- Summary: 云转型计划(CTP)价值交付追踪方法论——区分 Process/Value/Value Stream 三个层次;价值分解为财务、生产力、质量、体验四维度;WSJF 公式(CoD/Job Size)排列工作优先级;功能级价值分解三种策略;综合框架涵盖年收入增长、成本降低、风险改善、SOM 四大价值维度。
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- Concepts touched: [[Value Stream]], [[Weighted Shortest Job First (WSJF)]], [[Cost of Delay (CoD)]], [[Process]], [[Value-Adding Activity]], [[Serviceable Obtainable Market (SOM)]]
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- Entities touched: [[Cloud Transformation Programme (CTP)]]
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- Concepts created: [[Value Stream]], [[Weighted Shortest Job First (WSJF)]], [[Cost of Delay (CoD)]], [[Serviceable Obtainable Market (SOM)]]
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- Entities created: [[Cloud Transformation Programme (CTP)]]
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- Source page: wiki/sources/ctp-topic-65-tracing-the-value-delivered-in-cloud-transformation.md
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- Notes: 步骤3完成:新建 source page;步骤4完成:index.md 条目已存在(第242行),无需更新;步骤5完成:overview.md 无需修订(该来源属于 CTP 专题系列,overview 中已有综合 CTP 上下文);步骤6完成:新建1个 Entity 页面(Cloud Transformation Programme);步骤7完成:新建4个 Concept 页面(Value Stream、Weighted Shortest Job First、Cost of Delay、SOM);步骤8完成:无冲突(与 ctp-topic-53 互补而非矛盾:Topic 53 论证"为何上云",本主题解决"如何衡量云转型价值");步骤9完成:log.md 追加记录
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## [2026-04-28] ingest | CTP Topic 4 Using Agile to Run the Cloud Transformation Programme
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/ctp-topic-4-using-agile-to-run-the-cloud-transformation-program.md
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- Status: ✅ 成功摄入
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- Summary: 云转型项目中敏捷框架实践——Heather Norris 主讲。框架演进:Scrum(两周 Sprint)→ Kanban(持续流)→ 混合框架(Kanban + Scrum 仪式)。Scrum 局限:Sprint 期间不允许变更需求。Kanban 优势:随时调整优先级、持续交付。混合方案:保留每日站会和回顾会,使用 Microsoft Planner 五列看板。核心理念:敏捷本质是快速反馈循环,持续改进产品和开发文化。
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- Concepts touched: [[Scrum]], [[Kanban]], [[Scrum-Kanban混合框架]], [[Microsoft Planner]]
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- Entities touched: [[Heather Norris]]
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- Concepts created: 无(Scrum.md、Kanban.md 均已存在)
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- Entities created: 无(Heather Norris.md 已存在)
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- Source page: wiki/sources/ctp-topic-4-using-agile-to-run-the-cloud-transformation-program.md
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- Notes: 步骤3完成:新建 source page;步骤4完成:index.md 条目已存在(第247行),无需更新;步骤5完成:overview.md 无需修订(Agile/Scrum/Kanban 内容已覆盖于现有概述中);步骤6完成:无新增 Entity(Heather Norris.md 已存在);步骤7完成:无新增 Concept(Scrum.md、Kanban.md 均已存在);步骤8完成:无冲突;步骤9完成:log.md 追加记录
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## [2026-04-28] ingest | CTP Topic 43 VMware Cloud on AWS
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-43-vmware-cloud-on-aws.md
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- Status: ✅ 成功摄入(re-ingest:补充缺失实体/概念页面)
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- Summary: VMware Cloud on AWS(VMC on AWS)混合云服务介绍——VMware 与 AWS 联合工程,在 AWS 裸金属服务器(i3.metal/i3en.metal)上原生安装 vSphere 8,为不完全准备完全迁移至原生云的企业提供中间路线。相比常规云方案节省 27% 成本,支持 HCX 任意迁移,Brian Reeves 主持经济学讨论,Mike O'Reilly 主讲技术架构。属 [[Hybrid-Cloud]] 在 AWS 落地的核心实践。
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- Concepts touched: [[VMware-Cloud-on-AWS]], [[SDDC]], [[HCX]], [[Stretched-Cluster]], [[TCO]]
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- Entities touched: [[VMware]], [[AWS]], [[BrianReeves]], [[MichaelRiley]], [[MikeArmstrong]], [[MikeOReily]]
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- Concepts created: [[TCO]]
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- Entities created: [[BrianReeves]], [[MichaelRiley]], [[MikeArmstrong]], [[MikeOReily]]
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- Source page: wiki/sources/ctp-topic-43-vmware-cloud-on-aws.md
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- Notes: 步骤3完成:Source page 已存在(2026-04-14 初版),本次修复双竖线格式问题;步骤4完成:index.md 条目已存在(第254行),无需更新;步骤5完成:overview.md 已有该来源摘要(line 331),内容一致无需修订;步骤6完成:新建4个 Entity 页面(BrianReeves、MichaelRiley、MikeArmstrong、MikeOReily),补充 TCO 到 VMware.md 和相关 Concept 页面的 Sources 节;步骤7完成:新建 [[TCO]] Concept 页面,补充 [[TCO]] 到 Source page Key Concepts 节;步骤8完成:无冲突(与 ctp-topic-53 的张力已在 Contradictions 节记录,属云迁移决策的视角差异而非事实冲突);步骤9完成:log.md 追加本次 re-ingest 记录
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## [2026-04-28] ingest | CTP Topic 19 Configuring DNS within AWS LZs
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-19-configuring-dns-within-aws-lzs.md
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- Status: ✅ 成功摄入
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- Summary: AWS Landing Zone 多账号环境下的集中化 DNS 管理架构——Sankar Gopov 主讲。核心方案:设立专门 DNS 账号(InfoBlocks 账号)集中管理 Route 53 私有托管区(PHZ)和 Resolver Rules,优于分散式 PHZ 管理。关键技术:Route 53 Resolver Inbound Endpoint(接收 On-prem 解析请求)和 Outbound Endpoint(转发 AWS → On-prem 请求);AWS RAM 跨账号共享 Resolver Rules;跨账号 PHZ 关联两步流程(授权→关联);Terraform 自动化部署。典型场景:AWS → On-prem、On-prem → AWS、账号间相互解析。属 [[AWS-Landing-Zone]] 网络基础服务层,与 Topic 18(广域网)和 Topic 31(网络安全)共同构成完整网络知识体系。
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- Concepts touched: [[Route-53-Resolver]], [[Private-Hosted-Zone]], [[Resolver-Rules]], [[AWS-RAM]], [[VPC-Association-Authorization]], [[AWS-Landing-Zone]]
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- Entities touched: [[SankarGopov]]
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- Concepts created: [[Route-53-Resolver]], [[Private-Hosted-Zone]], [[Resolver-Rules]], [[VPC-Association-Authorization]]
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- Entities created: (无新建 — SankarGopov 已存在)
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- Source page: wiki/sources/ctp-topic-19-configuring-dns-within-aws-lzs.md
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- Notes: 步骤3完成:新建 Source page;步骤4完成:index.md 条目已存在(第255行),补充一行摘要;步骤5完成:overview.md 新增 CTP Topic 19 摘要条目(在 Topic 18 与 Topic 25 之间);步骤6完成:新建4个 Concept 页面(Route-53-Resolver、Private-Hosted-Zone、Resolver-Rules、VPC-Association-Authorization),更新 SankarGopov Entity 来源引用;步骤7完成:Source page Key Concepts 节已覆盖全部关键概念;步骤8完成:无冲突;步骤9完成:log.md 追加本次记录
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## [2026-04-28] ingest | CTP Topic 10 AWS Landing Zone (LZ) Data Collection, Tagging Related Security
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/ctp-topic-10-aws-landing-zone-lz-data-collection-tagging-related-security.md
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- Status: ✅ 成功摄入
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- Summary: AWS Landing Zone 环境下的资源数据收集、标签体系及基于标签的安全控制策略——Steve Jarman 和 Pradeep 联合主讲。核心内容:①OU 分层 + SCP 强制标签规范防止用户篡改标签绕过审计;②标签体系涵盖机器名、所有者(PDL)、类型、BU、产品、环境、服务器角色等维度;③Checkpoint Firewall 基于标签的 Ordered Layers(地理封锁→类型→BU→产品→环境→角色)和 Inline Layers(基于账号编号的父子规则结构);④Demo 演示标签缺失导致 EC2 流量被防火墙拦截。
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- Concepts touched: [[AWS-Landing-Zone]], [[SCP-Security-Control-Policy]], [[Resource-Tagging]], [[Ordered-Layer]], [[Inline-Layer]], [[Checkpoint-Firewall]]
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- Entities touched: [[AWS]], [[Checkpoint]], [[Pradeep]], [[Steve Jarman]]
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- Concepts created: [[SCP-Security-Control-Policy]], [[Resource-Tagging]], [[Ordered-Layer]], [[Inline-Layer]]
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- Entities created: [[Pradeep]], [[SteveJarman]]
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- Source page: wiki/sources/ctp-topic-10-aws-landing-zone-lz-data-collection-tagging-related-security.md
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- Notes: 步骤3完成:新建 source page;步骤4完成:index.md 条目已存在(第31行、第250行),无需更新;步骤5完成:overview.md 已有该来源详细摘要(line 321),无需修订;步骤6完成:更新2个已有 Entity 页面(AWS-Landing-Zone、Checkpoint-Firewall),新增2个 Entity 页面(Pradeep、SteveJarman);步骤7完成:新建4个 Concept 页面(SCP-Security-Control-Policy、Resource-Tagging、Ordered-Layer、Inline-Layer);步骤8完成:与 CTP Topic 7 的视角差异已记录于 Contradictions 节(属账号结构 vs 标签驱动的互补视角);步骤9完成:log.md 追加本次记录
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-22-global-dns-service-offerings.md
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- Status: ✅ 成功摄入(re-ingest)
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- Summary: 企业级全球 DNS 服务架构详解——Sankar 和 Vino 联合主讲。核心架构:Route 53 Private Hosted Zone(私有托管区域)配合 AD 托管 DNS,通过 Route 53 Resolver 入站/出站终端节点打通 AWS VPC 与本地网络的 DNS 查询;Outbound Endpoint 出站规则配置多个区域 AD 域控制器 IP,单区域故障时自动切换确保弹性。本地 Infoblox 平台利用 DNS Anycast 实现全球低延迟和自动故障转移;AWS EC2 不支持 Anycast,需手动维护 IP 列表。DNS 安全涵盖防隧道攻击、防数据外泄及缓存污染;"就近解析"原则优化 Office 365 等全球化 SaaS 访问性能。属 AWS Landing Zone 网络层 DNS 专题,与 ctp-topic-19 共同构成 Landing Zone DNS 完整体系。
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@@ -5887,3 +5941,108 @@
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- Entities touched: [[SendGrid]], [[Twilio]], [[Rejoy Ganapati]], [[Rajiv]], [[Yu-Yan]], [[PSAC]]
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- Source page: wiki/sources/ctp-topic-36-sendgrid-as-an-email-service.md
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- Notes: 步骤3完成:新建 source page(含完整 Summary/Key Claims/Key Quotes/Key Concepts/Key Entities/Connections/Contradictions);步骤4完成:index.md 条目补全日期前缀(2026-04-14);步骤5完成:overview.md 已有该来源摘要(line 347),内容一致无需修订;步骤6-7完成:Rejoy Ganapati/Rajiv/Yu-Yan 均仅在本次 source 出现一次(<2次,不满足 Entity 创建条件),Cyber Suite 仅提及未展开(不满足 Concept 创建条件),PSAC 已在 ctp-topic-24 source 和 log.md 中出现,本次仅作引用不新建 Entity;SendGrid/Twilio 已有 Entity 页面,无需新建;步骤8完成:与 ctp-topic-12( SES SMTP terraform module)存在方案演进关系,记录于 Contradictions 节;步骤9完成:log.md 追加本次摄入记录
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## [2026-04-24] ingest | CTP Topic 45 Automatic IP Address Allocation with IPAM
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-45-automatic-ip-address-allocation-with-ipam.md
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- Status: ✅ 成功摄入
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- Summary: IPAM 自动化替代 Excel 手工分配——Infoblox NIOS 作为核心 IPAM 引擎,通过声明式 YAML 配置文件驱动 VPC IP 地址自动供给。传统模式需业务单元→SRE→网络团队→电子表格→YAML 多步手工交接;新模式用户仅声明业务联系人、工程联系人和期望子网大小,NIOS 自动分配下一可用 IP 地址块。销毁 VPC 时自动从 IPAM Grid 清除条目,防止 IP 泄漏。核心理念:"We are not asking for IP address from the network team." 与 [[ctp-topic-61-workload-vpc-provision-with-ipam-automation]] 共同构成 IPAM 的"机制→应用"完整链路。
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- Concepts touched: [[IPAM]], [[Infoblox-NIOS]], [[Infoblox-Grid]], [[VPC-自动化供给]], [[CIDR-审批流程]], [[Availability-Zone-ID]], [[DNS-Anycast]], [[HybridDnsResolution]]
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- Entities touched: [[Pushka]], [[Infoblox]], [[AWS-Landing-Zone]]
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- Concepts created: [[IPAM]], [[Infoblox-NIOS]], [[Infoblox-Grid]], [[VPC-自动化供给]], [[CIDR-审批流程]], [[Availability-Zone-ID]]
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- Entities created: [[Pushka]]
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- Source page: wiki/sources/ctp-topic-45-automatic-ip-address-allocation-with-ipam.md
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- Notes: 步骤3完成:新建 Source page(含完整 Summary/Key Claims/Key Quotes/Key Concepts/Key Entities/Connections/Contradictions);步骤4完成:index.md 条目已存在(line 253),补全一行摘要;步骤5完成:overview.md 已有该来源摘要(line 323),本次更新为更详细版本;步骤6完成:新建 [[Pushka]] Entity 页面(Principal SRE,IPAM 方案发起人);Infoblox/AWS-Landing-Zone 已在其他 source 中多次提及,本次引用不新建;步骤7完成:新建 [[IPAM]]/[[Infoblox-NIOS]]/[[Infoblox-Grid]]/[[VPC-自动化供给]]/[[CIDR-审批流程]]/[[Availability-Zone-ID]] 6个 Concept 页面;步骤8完成:Contradictions 记录无冲突,与 ctp-topic-61/ctp-topic-22/ctp-topic-31 均为互补/依赖关系;步骤9完成:log.md 追加本次摄入记录
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## [2026-04-28] ingest | CTP Topic 61 Workload VPC provision with IPAM Automation
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-61-workload-vpc-provision-with-ipam-automation.md
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- Status: ✅ 成功摄入
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- Summary: Pushka(Principal SRE)主讲,基于 Infoblox IPAM 的 Workload VPC 自动化供给方案。核心内容:声明式 YAML 驱动 VPC 供给;Infoblox Grid 作为 IP 地址单一可信数据源;CIDR ≥ /22 自动审批,< /22 需网络团队理由审批;使用 AZ ID 而非 AZ Name 确保跨区域一致性;支持多 VPC 批量供给、邮件通知、非可路由 IP(如 10.2.0.0/16)。与 Topic 45(IPAM 核心机制)共同构成"机制→应用"完整链。
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- Concepts touched: [[IPAM]], [[Infoblox-Grid]], [[VPC-自动化供给]], [[CIDR-审批流程]], [[Availability-Zone-ID]]
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- Entities touched: [[Pushka]]
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- Concepts created: (无新建 — 相关 Concept 页面均已存在)
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- Entities created: (无新建 — Pushka Entity 已存在)
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- Source page: wiki/sources/ctp-topic-61-workload-vpc-provision-with-ipam-automation.md
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- Notes: 步骤3完成:新建 Source page(CTP Topic 61 Workload VPC Provision with IPAM Automation);步骤4完成:index.md 第253行条目已存在,补充日期戳和一行摘要;步骤5完成:overview.md 第325行已存在相关条目,内容一致,无需更新;步骤6完成:IPAM、Infoblox-Grid、VPC-自动化供给、Pushka Entity 页面均已存在,无需新建;步骤7完成:Source page Key Concepts 节已覆盖全部关键概念;步骤8完成:无冲突;步骤9完成:log.md 追加本次记录
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## [2026-05-07] ingest | CTP Topic 18 Wide Area Networking in AWS Cloud (补充缺失 Entity/Concept)
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-18-wide-area-networking-in-aws-cloud.md
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- Status: ✅ 成功摄入(re-ingest:补充缺失实体/概念页面)
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- Summary: AWS 云广域网架构——Christian Deckelman 主讲。全球 APJ/EMEA/AMS 三区域 TGW 星型拓扑,区域 Hub Full Mesh 互联;静态路由 DR 痛点;Silver Peak SD-WAN Overlay 演进路径;Pulse VPN → Prisma Access (SASE) 远程访问优化。
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- Concepts touched: [[AWS-Transit-Gateway-TGW]], [[Hub-and-Spoke]], [[SD-WAN]], [[Overlay-Network]], [[Static-Routing]], [[Prisma-Access]], [[TGW-Peering]], [[Transit-Gateway]]
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- Entities touched: [[ChristianDeckelman]], [[AWS]], [[SilverPeak]], [[PaloAltoNetworks]], [[MicroFocus]], [[Pulse-VPN]]
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- Concepts created: [[Hub-and-Spoke]], [[SD-WAN]], [[Overlay-Network]], [[Static-Routing]], [[Prisma-Access]], [[TGW-Peering]]
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- Entities created: [[ChristianDeckelman]], [[SilverPeak]], [[PaloAltoNetworks]], [[MicroFocus]]
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- Source page: wiki/sources/ctp-topic-18-wide-area-networking-in-aws-cloud.md
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- Notes: 步骤3完成:Source page 已存在(2026-04-14 初版),内容完整无需更新;步骤4完成:index.md 第256行条目已存在,无需更新;步骤5完成:overview.md 第289行已有该来源摘要,内容一致无需修订;步骤6完成:新建4个 Entity 页面(ChristianDeckelman、SilverPeak、PaloAltoNetworks、MicroFocus),补充 Pulse-VPN Entity 演进方向引用,更新 AWS Entity 来源和 Transit-Gateway Concept TGW-Peering 关系;步骤7完成:新建6个 Concept 页面(Hub-and-Spoke、SD-WAN、Overlay-Network、Static-Routing、Prisma-Access、TGW-Peering),Source page Key Concepts 节已覆盖全部;步骤8完成:无冲突;步骤9完成:log.md 追加本次记录
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## [2026-05-08] ingest | CTP Topic 31 Network Segregation and Secure Access to the New AWS Landing Zones (re-ingest)
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- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/08_Networking/ctp-topic-31-network-segregation-and-secure-access-to-the-new-aws-landing-zones.md
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- Status: ✅ 成功摄入(re-ingest:补充缺失 Entity/Concept 页面)
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- Summary: AWS Landing Zone 网络隔离与安全远程访问方案。核心:①网络隔离——Checkpoint 防火墙 SPI Default Deny 阻断 On-prem/VPN 用户直连 AWS 生产区;②安全访问——AWS SSM 替代 VPN,IAM Role 假设 + SSM Agent 实现浏览器/CLI 远程访问,双因素认证。SD-WAN 落地前过渡方案;长期目标 IaC 化 + Break-glass 应急访问。
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- Concepts touched: [[Network-Segmentation]], [[Zero-Trust-Access]], [[SD-WAN]]
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- Entities touched: [[AWS-Landing-Zone]], [[AWS-SSM]], [[Checkpoint-Firewall]]
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- Concepts created: [[Zero-Trust-Access]]
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- Entities created: [[AWS-Landing-Zone]], [[Checkpoint-Firewall]]
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- Source page: wiki/sources/ctp-topic-31-network-segregation-and-secure-access-to-the-new-aws-landing-zones.md
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- Notes:
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- 步骤3完成:Source page 已存在(2026-04-25 初版),重写以匹配最新 Source Page Format(清理未对齐的 wikilinks)
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- 步骤4完成:index.md 第256行条目已存在,补全日期前缀和一行摘要
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- 步骤5完成:overview.md 第295行已有该来源摘要,内容完整无需修订
|
||||
- 步骤6完成:新建2个 Entity 页面(AWS-Landing-Zone、Checkpoint-Firewall);更新 SD-WAN.md 新增 CTP Topic 31 Relationship 节;AWS-SSM 已存在且来源已引用本次 source
|
||||
- 步骤7完成:新建1个 Concept 页面(Zero-Trust-Access);更新 Network-Segmentation.md 新增 ctp-topic-39 关联;SD-WAN 已存在且来源已引用本次 source
|
||||
- 步骤8完成:无冲突——与 VPN 接入方案为替代关系(已记录于 Contradictions 节),与 SD-WAN 为时间维度互补关系
|
||||
- 步骤9完成:log.md 追加本次记录
|
||||
|
||||
## [2026-04-28] ingest | CTP Topic 30 Managing Change
|
||||
- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/ctp-topic-30-managing-change.md
|
||||
- Status: ✅ 成功摄入(re-ingest:补充缺失 Entity/Concept 页面)
|
||||
- Summary: 云转型项目中的变更管理流程,SRE 团队在构建/上线支持/BAU 三阶段的协作模式。区分标准变更/正常变更/紧急变更三类流程,引入 IaC+CI/CD 自动化。属 [[Change-Management]] 在企业云迁移中的核心实践。
|
||||
- Concepts touched: [[SRE]], [[Standard-Change]], [[Normal-Change]], [[Emergency-Change]], [[CAPA]], [[SLO]], [[SLR]], [[Early-Live-Support]], [[Self-Healing]]
|
||||
- Entities touched: [[Brendan-Starnig]], [[SMACs]], [[Vinaya]]
|
||||
- Concepts created: [[SRE]], [[SLR]]
|
||||
- Entities created: [[Vinaya]]
|
||||
- Source page: wiki/sources/ctp-topic-30-managing-change.md
|
||||
- Notes: 步骤3完成:Source page 已存在(2026-04-14 初版),内容完整无需修订;步骤4完成:index.md 条目已存在(第247行),本次补充 Vinaya/SRE/SLR 三个缺失条目的位置;步骤5完成:overview.md 已有该来源摘要(CTP Topic 30 属 CTP 课程体系),内容一致无需修订;步骤6完成:新建2个 Entity 页面(Vinaya),SRE-Team/SMACs/Brendan-Starnig 均已存在;步骤7完成:新建2个 Concept 页面(SRE、SLR),Standard-Change/Normal-Change/Emergency-Change/CAPA/Early-Live-Support/Self-Healing 均已存在;步骤8完成:无内容冲突;步骤9完成:log.md 追加本次 re-ingest 记录
|
||||
|
||||
## [2026-04-29] ingest | Public Cloud Learning Sessions (OpenText) - Evolving from DR to Recovery Assurance - 20240723 (re-ingest)
|
||||
- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/public-cloud-learning-sessions-opentext-evolving-from-dr-to-recovery-assurance-2.md
|
||||
- Status: ✅ 成功摄入(re-ingest:补充缺失 Entity/Concept 页面,完善交叉引用)
|
||||
- Summary: OpenText DR 向 Recovery Assurance 演进框架——Jim Rose 主讲,涵盖 CrowdStrike 事件警示、RTO/RPO 合同差异、DR 测试瓶颈(被动/手动/按客户时间表)、多云复杂性(AWS/GCP/Azure)、混合架构挑战,以及 Design/Software/Build/Environments 四位框架转型路径。SRE + 可观测性工程是核心驱动力。
|
||||
- Entities identified: OpenText, CrowdStrike
|
||||
- Concepts identified: RTO, RPO, SRE, Observability, Disaster-Recovery, Self-Healing, Customer-Zero, Recovery-Assurance
|
||||
- Concepts created: [[Observability]], [[Disaster-Recovery]], [[Self-Healing]], [[Customer-Zero]], [[Recovery-Assurance]]
|
||||
- Entities created: [[OpenText]]
|
||||
- Concepts updated: [[RTO]], [[RPO]], [[SRE]](补充新来源引用,更新 last_updated)
|
||||
- Entities updated: [[AWS]](补充新来源引用)
|
||||
- Source page: wiki/sources/public-cloud-learning-sessions-opentext-evolving-from-dr-to-recovery-assurance-2.md
|
||||
- Notes:
|
||||
- 步骤3完成:Source page 已存在(2026-04-14 初版),本次补充5个新连接(Disaster-Recovery/Recovery-Assurance/Observability/Self-Healing/Customer-Zero),移除 Jim Rose 条目(OpenText 提及10+次 → 创建 Entity;CrowdStrike/Jim Rose 各仅1次 → 不单独建页)
|
||||
- 步骤4完成:index.md 条目已存在(第239行),本次新增5个 Concepts 条目(Customer-Zero/Disaster-Recovery/Self-Healing/Recovery-Assurance)和1个 Entities 条目(OpenText)
|
||||
- 步骤5完成:overview.md 已有该来源摘要(无需修订)
|
||||
- 步骤6完成:新建 [[OpenText]] Entity 页面(OpenText 在10个来源中被提及);CrowdStrike/Jim Rose 各仅1次提及,未达 ≥2次阈值,跳过
|
||||
- 步骤7完成:新建5个 Concept 页面(Observability/Disaster-Recovery/Self-Healing/Customer-Zero/Recovery-Assurance),更新 RTO/RPO/SRE Sources 节补充新来源引用
|
||||
- 步骤8完成:无冲突(与 ctp-topic-72/ctp-topic-44 互补,记录于 Source Page Contradictions 节)
|
||||
- 步骤9完成:log.md 追加本次 re-ingest 记录
|
||||
|
||||
## [2026-05-09] re-ingest | CTP Topic 20 Program demand process flow and PoC onboarding(补充缺失 Entity/Concept 页面)
|
||||
- Source file: Cloud & DevOps/Public-Cloud-Learning-Sessions/10_OpenText-Series/ctp-topic-20-program-demand-process-flow-and-poc-onboarding.md
|
||||
- Status: ✅ re-ingest 完成(补充缺失 Entity/Concept 页面,完善 Wiki 链接完整性)
|
||||
- Summary: 云转型计划的程序需求流程与 POC 入职流程——Sergio 和 Damian 主讲。核心内容:需求来源(业务案例/战略优先级/产品路线图)、Gate Process 三阶段审批(Gate 0/1/3)、POC 目的(验证架构可行性+熟悉 Gruntwork Landing Zone)、新环境强调 IaC(Terraform/Terragrunt)自动化、PCG 团队职责、成功标准前置定义。
|
||||
- Entities identified: Sergio, Damian, PCG-Team
|
||||
- Concepts identified: Program-Demand-Process, Proof-of-Concept, Gate-Process, Solution-Design
|
||||
- Entities created: [[Sergio]], [[Damian]], [[PCG-Team]]
|
||||
- Concepts created: [[Program-Demand-Process]], [[Proof-of-Concept]], [[Gate-Process]], [[Solution-Design]]
|
||||
- Concepts updated: [[Infrastructure-as-Code]](补充新来源引用)、[[Landing-Zone-Architecture]](补充 Gruntwork Landing Zone 与 POC 关联)
|
||||
- Entities updated: [[Gruntwork]](补充新来源引用)、[[Terraform]](补充新来源引用)、[[Terragrunt]](补充新来源引用)
|
||||
- Source page: wiki/sources/ctp-topic-20-program-demand-process-flow-and-poc-onboarding.md
|
||||
- Notes:
|
||||
- 步骤1完成:Source 文档已完整读取
|
||||
- 步骤2完成:Wiki 上下文(index.md + overview.md)已读取
|
||||
- 步骤3完成:Source page 已存在(2026-04-14 初版),无需重复创建
|
||||
- 步骤4完成:index.md 条目已存在(第249行),无需更新
|
||||
- 步骤5完成:overview.md 中已有 CTP 相关内容,本次 re-ingest 不修改 overview
|
||||
- 步骤6完成:新建3个 Entity 页面(Sergio.md、Damian.md、PCGTeam.md)
|
||||
- 步骤7完成:新建4个 Concept 页面(Program-Demand-Process.md、Proof-of-Concept.md、Gate-Process.md、Solution-Design.md)
|
||||
- 步骤8完成:无新冲突(与 ctp-topic-4 的 Agile vs Gate Process 视角差异已于 Source Page 中记录)
|
||||
- 步骤9完成:log.md 追加本次 re-ingest 记录
|
||||
|
||||
|
||||
Reference in New Issue
Block a user