168 skills · sorted by relevance
Analyze Azure infrastructure definitions, deployed resources, usage metrics, and pricing to identify cost reductions. Rank recommendations by savings, risk, and effort, then create individual GitHub issues and a coordinating EPIC issue after user approval.
Review AWS infrastructure code and deployed resources against the six Well-Architected pillars. Produce risk-ranked findings, remediation examples, and an architecture diagram, then create GitHub issues for tracking improvements after user confirmation.
Fetch personalized daily horoscope forecasts from zodiac-today.com API based on natal chart calculations. Use when a user wants: (1) daily guidance on what activities to pursue or avoid, (2) life planning help — best days for interviews, travel, romance, important decisions, (3) energy/focus/luck/romance forecasts to optimize their schedule, (4) lucky colors and numbers for the day, (5) future date analysis for planning events, trips, or milestones (paid tiers). Triggers: horoscope, zodiac, star sign forecast, daily guidance, lucky day, best day to, astrology advice, what should I do today, is today a good day for, plan my week astrology. Required env: ZODIAC_API_KEY (hsk_ API key), ZODIAC_PROFILE_ID (birth chart profile ID). Collects sensitive PII (email, birth date, birth city) for natal chart — requires user consent.
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Review Azure infrastructure code and deployed resources against five Well-Architected Framework pillars. Identify configuration drift, classify risks, and produce remediation guidance and an architecture diagram, with GitHub issues created after user approval.
Analyze AWS infrastructure definitions, deployed resources, usage metrics, and actual costs to identify savings opportunities. Rank recommendations by savings, risk, and effort, then create individual GitHub issues and a coordinating issue after approval.
谈判与议价 (谈判与议价 (Negotiation & Bargaining) — 面向要亲自坐上谈判桌的从业者（销售、采购、创业者、法务与商务、HR、投融资、以及为自己谈薪谈房谈合同的个人）的『把一次利益分歧，谈成一个双方都愿意签、签完还愿意执行的结果』的判断体系；不是某一个行业的成交话术合集，也不是博弈论课程，更不是把心理学包装成读心术的培训话术。覆盖：(a) 第一性张力 —— 这行最深的世界观分歧：**创造价值 ⇄ 攫取价值**（同一场谈判里，把饼做大和把饼切走用的是相反的动作：做大要交换信息、暴露优先级，切走要隐藏底线、制造稀缺；哈佛原则式谈判一派主张先做大再切，实战议价派认为在多数一次性交易里做大只是让步的遮羞布，这条张力叫谈判者困境，是整个学科的中心问题）；**原则式谈判 ⇄ 战术共情**（Getting to Yes 主张对事不对人、按客观标准而非意志力定输赢；Chris Voss 从人质谈判带出的路线针锋相对，书名 Never Split the Difference 直接反对折中，主张先用标签与校准问题把对方的情绪与安全感处理掉再谈条件，并公开批评双赢框架让谈判者被真正强硬的对手吃掉；两派对同一个动作——比如要不要说出你的底线——给出相反指令）；**关系先行 ⇄ 条款先行**（中文语境里做生意常常先建立关系、找中间人引荐、酒桌上定调、合同只是关系的书面确认，人情与面子既是润滑剂也是隐性负债；跨国与合规语境里条款先行、把一切写进合同，两种作业习惯在同一张桌上相遇时的误读，是中外商务谈判失败最常见的原因之一；学术上关系到底是效率替代品还是寻租温床，证据本身就是对立的，且反腐与合规收紧之后酒桌路径的风险显著上升）；**先出价 ⇄ 后出价**（实验研究普遍支持先出价能形成锚定优势，但在信息高度不对称的真实交易里，先出价可能暴露自己远低于对方预期，实务派与研究派对这条给出的条件不同）；**BATNA 是地基 ⇄ BATNA 被高估**（最佳替代方案是原则式谈判的支点，没有替代方案就没有说不的能力；反对者指出过度盯着替代方案会把谈判做成线性比价，且强替代方案在长期关系里会损害对方的信任）；**情绪是噪音 ⇄ 情绪是议题**（早期理性决策路线要求把人和问题分开，后来的研究把情绪重新请回桌上：愤怒有时确实能提取让步，代价是长期关系与对方的报复动机，实验证据两个方向都有）；**谈判是技能 ⇄ 谈判是性格**（培训产业的立身之本是可训练，而研究显示某些结果差异与性别、地位与社会代价强相关：女性主动发起薪酬谈判在部分情境会被惩罚，这不是话术能解决的结构问题，近年多地薪酬区间披露立法正在改变这条起点）；**诚实边界在哪**（虚构竞标者、夸大授权上限、拖延签约制造紧迫，这些在培训里被当技巧、在法律上可能构成欺诈性陈述，法域不同边界不同）。(b) 工具栈 —— 这一行最重要的工具是纸笔：议题清单与优先级打分表、替代方案与保留价的估算表、可交换筹码矩阵、同时抛出的多个等值报价、让步阶梯与理由库、授权与升级路径表、复盘表；软件侧则是合同全生命周期管理与条款库（Ironclad、DocuSign、Juro、LinkSquares，中国侧法大大、e签宝）、采购电子寻源与反向拍卖（SAP Ariba、Coupa、Keelvar，以及已在大企业跑通的自动化议价机器人 Pactum）、销售侧的折扣审批矩阵与 deal desk、薪酬与职级数据（Levels.fyi、Mercer、Radford 以及各地薪酬透明披露）、可比交易与市场价数据、调解与仲裁机构（CIETAC、SIAC、香港 HKIAC）、以及正在快速变化的大模型陪练与合同审查；选型的真正分岔从来不是功能表，而是『这场谈判赢在信息、赢在替代方案，还是赢在流程设计』。(c) 心智模型层 —— 结果在坐上桌之前就决定了大半；谈的是利益不是立场；议价区间是估计出来的不是给定的；让步是信息不是善意；说不出口的常常是面子与安全感而不是价格；代表别人谈判的人激励与授权跟本人不同；一次性交易与长期关系的最优打法不同而多数人搞错了自己在玩哪一种。(d) 工作流 —— 立项与利益相关方梳理、准备与对手画像、替代方案与保留价、议题打分与打包设计、开场与锚定、探询与试探性提议、让步管理、僵局与第三方介入、收口与防止反悔加码、合同化与争议解决条款、复盘与关系维护，以及薪资谈判、采购年度框架议价、并购价格与条款、多方与联盟、跨文化与远程邮件谈判这些特化路径。(e) 表达 DNA、质量基准（什么算一次好的谈判：不是拿到最低价，而是可执行、可复盘、不透支关系）、反模式（外行最容易犯的错：不准备就上桌、把立场当利益、单方面让步买好感、把折中当公平、拿假竞标者施压、口头承诺不落纸、赢了条款输了执行）、智识谱系（哈佛谈判项目与原则式谈判、行为决策与实验社会心理学派、危机谈判与战术共情派、谈判分析与博弈论派、销售采购的实战议价培训派、争议解决与调解派、跨文化谈判派、中文语境的关系与人情派）。) Master OS — automated mastery of 谈判与议价 (Negotiation & Bargaining) — 面向要亲自坐上谈判桌的从业者（销售、采购、创业者、法务与商务、HR、投融资、以及为自己谈薪谈房谈合同的个人）的『把一次利益分歧，谈成一个双方都愿意签、签完还愿意执行的结果』的判断体系；不是某一个行业的成交话术合集，也不是博弈论课程，更不是把心理学包装成读心术的培训话术。覆盖：(a) 第一性张力 —— 这行最深的世界观分歧：**创造价值 ⇄ 攫取价值**（同一场谈判里，把饼做大和把饼切走用的是相反的动作：做大要交换信息、暴露优先级，切走要隐藏底线、制造稀缺；哈佛原则式谈判一派主张先做大再切，实战议价派认为在多数一次性交易里做大只是让步的遮羞布，这条张力叫谈判者困境，是整个学科的中心问题）；**原则式谈判 ⇄ 战术共情**（Getting to Yes 主张对事不对人、按客观标准而非意志力定输赢；Chris Voss 从人质谈判带出的路线针锋相对，书名 Never Split the Difference 直接反对折中，主张先用标签与校准问题把对方的情绪与安全感处理掉再谈条件，并公开批评双赢框架让谈判者被真正强硬的对手吃掉；两派对同一个动作——比如要不要说出你的底线——给出相反指令）；**关系先行 ⇄ 条款先行**（中文语境里做生意常常先建立关系、找中间人引荐、酒桌上定调、合同只是关系的书面确认，人情与面子既是润滑剂也是隐性负债；跨国与合规语境里条款先行、把一切写进合同，两种作业习惯在同一张桌上相遇时的误读，是中外商务谈判失败最常见的原因之一；学术上关系到底是效率替代品还是寻租温床，证据本身就是对立的，且反腐与合规收紧之后酒桌路径的风险显著上升）；**先出价 ⇄ 后出价**（实验研究普遍支持先出价能形成锚定优势，但在信息高度不对称的真实交易里，先出价可能暴露自己远低于对方预期，实务派与研究派对这条给出的条件不同）；**BATNA 是地基 ⇄ BATNA 被高估**（最佳替代方案是原则式谈判的支点，没有替代方案就没有说不的能力；反对者指出过度盯着替代方案会把谈判做成线性比价，且强替代方案在长期关系里会损害对方的信任）；**情绪是噪音 ⇄ 情绪是议题**（早期理性决策路线要求把人和问题分开，后来的研究把情绪重新请回桌上：愤怒有时确实能提取让步，代价是长期关系与对方的报复动机，实验证据两个方向都有）；**谈判是技能 ⇄ 谈判是性格**（培训产业的立身之本是可训练，而研究显示某些结果差异与性别、地位与社会代价强相关：女性主动发起薪酬谈判在部分情境会被惩罚，这不是话术能解决的结构问题，近年多地薪酬区间披露立法正在改变这条起点）；**诚实边界在哪**（虚构竞标者、夸大授权上限、拖延签约制造紧迫，这些在培训里被当技巧、在法律上可能构成欺诈性陈述，法域不同边界不同）。(b) 工具栈 —— 这一行最重要的工具是纸笔：议题清单与优先级打分表、替代方案与保留价的估算表、可交换筹码矩阵、同时抛出的多个等值报价、让步阶梯与理由库、授权与升级路径表、复盘表；软件侧则是合同全生命周期管理与条款库（Ironclad、DocuSign、Juro、LinkSquares，中国侧法大大、e签宝）、采购电子寻源与反向拍卖（SAP Ariba、Coupa、Keelvar，以及已在大企业跑通的自动化议价机器人 Pactum）、销售侧的折扣审批矩阵与 deal desk、薪酬与职级数据（Levels.fyi、Mercer、Radford 以及各地薪酬透明披露）、可比交易与市场价数据、调解与仲裁机构（CIETAC、SIAC、香港 HKIAC）、以及正在快速变化的大模型陪练与合同审查；选型的真正分岔从来不是功能表，而是『这场谈判赢在信息、赢在替代方案，还是赢在流程设计』。(c) 心智模型层 —— 结果在坐上桌之前就决定了大半；谈的是利益不是立场；议价区间是估计出来的不是给定的；让步是信息不是善意；说不出口的常常是面子与安全感而不是价格；代表别人谈判的人激励与授权跟本人不同；一次性交易与长期关系的最优打法不同而多数人搞错了自己在玩哪一种。(d) 工作流 —— 立项与利益相关方梳理、准备与对手画像、替代方案与保留价、议题打分与打包设计、开场与锚定、探询与试探性提议、让步管理、僵局与第三方介入、收口与防止反悔加码、合同化与争议解决条款、复盘与关系维护，以及薪资谈判、采购年度框架议价、并购价格与条款、多方与联盟、跨文化与远程邮件谈判这些特化路径。(e) 表达 DNA、质量基准（什么算一次
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Build reusable Terraform modules for AWS, Azure, GCP, and OCI. Organize cloud infrastructure as code with documented inputs, validation, usage examples, provider version constraints, and Terratest tests for consistent provisioning.
Review Google Cloud operations and develop guidance for monitoring, incident response, resource sizing, and automated deployments. Use framework-based questions and checklists to identify gaps in production readiness and plan ongoing operational improvements.
[omh] Infrastructure-as-code change -- Terraform, OpenTofu, Pulumi, a Kubernetes manifest, a Helm chart: read the drift, the blast radius and the cost delta from the saved plan, then stage the apply behind a health gate with a rollback per stage. Use when the user says: iac-change, iac change, infrastructure as code, infrastructure-as-code, terraform plan, terraform apply, terraform state, terraform drift.
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Expert Terraform/OpenTofu specialist mastering advanced IaC automation, state management, and enterprise infrastructure patterns. Handles complex module design, multi-cloud deployments, GitOps workflows, policy as code, and CI/CD integration. Covers migration strategies, security best practices, and modern IaC ecosystems. Use PROACTIVELY for advanced IaC, state management, or infrastructure automation.
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Use when the user wants to deploy a local directory or GitHub repository to Volcengine and needs the project analyzed, the app shape understood, and a ranked recommendation across ECS, VKE, and veFaaS before choosing an execution path. Also trigger when the user asks "what deploy mode should I use", "is this repo ready for Volcengine", or "check my repo before deploying". This skill prepares the decision; `volcengine-deploy` skill performs the chosen deployment, and `volcengine-iac` skill is used only when the user chooses Terraform/IaC or the task already has an IaC workflow.
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Use Terraform/IaC for Volcengine resources only when the user explicitly chooses Terraform/IaC, already has a Terraform workflow/state, or confirms they need plan/diff/drift/destroy safety for VKE, managed databases/cache/storage, load balancers, domains/certificates, logging/monitoring, or team-managed infrastructure.
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bu skill covers implementing automated security scanning for Infrastructure as Code (IaC) templates using tools like Checkov, tfsec, and KICS. It addresses Tespit etme misconfigurations in Terraform, CloudFormation, Kubernetes manifests, and Helm charts before Dağıt:ment, establishing policy-based governance, and integrating IaC scanning into CI/CD pipelines to prevent insecure cloud resource provisioning.
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Use this skill to understand FMCSA cardiac certification standards. Covers what cardiac conditions disqualify, time-to-clearance, and what documentation is needed for examiner certification.
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Expert Terraform/OpenTofu specialist mastering advanced IaC automation, state management, and enterprise infrastructure patterns. Handles complex module design, multi-cloud deployments, GitOps workflows, policy as code, and CI/CD integration. Covers migration strategies, security best practices, and modern IaC ecosystems. Use PROACTIVELY for advanced IaC, state management, or infrastructure automation.
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Define and deploy Azure infrastructure with ARM templates and Bicep, languages for describing cloud resources in files. Get guidance on reusable modules, resource dependencies, environment parameters, and previewing deployment changes before applying them.
Design Azure infrastructure from plain language or visualize existing resources as interactive diagrams. Refine the architecture through conversation, then generate Bicep infrastructure code, review it, and validate changes before deployment.
Review cloud permissions, public storage access, network rules, and infrastructure definitions for security gaps. The skill helps identify risky configurations, rank findings by severity, and suggest narrower permissions, with fuller coverage for AWS than Azure or GCP.
Design AWS infrastructure around application needs, traffic, budget, and team experience. Generate templates that define infrastructure as code, compare service choices and estimated costs, and guide deployment, monitoring, and cost reduction.
Write and manage infrastructure as code with Terraform and OpenTofu. Design reusable modules, review planned changes before applying them, bring existing resources under management, and organize shared state so teams can track infrastructure across environments.
云原生基础设施。Kubernetes、Helm、Kustomize、Operator、CRD、GitOps、ArgoCD、Flux、IaC、Terraform、Pulumi、CDK。当用户提到 K8s、Helm、GitOps、IaC 时路由到此。
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Draft IACUC protocol applications with focus on the 3Rs principles justification.
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This skill should be used when the user asks to "analyze Terraform modules", "scan IaC for security issues", "review Terraform configurations", "check infrastructure code for misconfigurations", or "audit cloud resources".
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Scan code, dependencies, containers, IaC and SBOMs with Snyk via its first-party MCP server: authenticate, trust a folder, run the right scanner, read the findings, fix and re-scan. Includes package-health checks before adding a dependency.
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