AI-Skills

Contract intelligence and contract operations workflow skill for Claude and Codex. Guides the full contract lifecycle review process from intake and playbook normalization through clause review, deviation scoring, negotiation planning, approval routing, QA, and action recommendations. Reviews legal, business, operational, compliance, privacy, security, technology, and AI-related risks across contracts and legal documents. Supports NDAs, SaaS agreements, DPAs, procurement contracts, commercial agreements, contract comparisons, redlines, approval packages, clause research, and drafting. Warning- Comprehensive reviews can consume significant Claude/OpenAI tokens, especially for large agreements, playbooks, exhibits, schedules, and multi-document reviews.

Reviews outside counsel invoices and related billing data for an in-house legal department, including LEDES or e-billing exports, OCGs, approved rates, discounts, budgets, AFAs, and staffing rules. Starts with internal comparisons before bringing in external data. Produces invoice review findings, MBR/QBR scorecards, dispute logs, and management reports. For demonstration purposes only and not professional advice.

Use for Android Kotlin work in Compose, Views, or mixed codebases: features, bugs, reviews, refactors, tests, performance, accessibility, migration decisions, and release hardening.

Use for architecture and implementation planning before large changes: module boundaries, state ownership, data flow, APIs, migrations, rollout, and validation across Swift, Kotlin/Android, Flutter, Tauri, Rust, and frontend code.

Use for rigorous code review of diffs, pull requests, or generated changes. Focus on bugs, regressions, unsafe behavior, missing tests, performance risk, accessibility issues, and platform-fit problems across Swift, Kotlin, Flutter, Tauri, Rust, and frontend code.

Use for Android UI work that is primarily Jetpack Compose: screens, components, Material 3 polish, state ownership, adaptive layout, accessibility, and lifecycle-aware rendering in Kotlin codebases.

Use for bugs, flaky behavior, crashes, broken UI, incorrect state, or inconsistent platform behavior. Investigate evidence first and fix the actual cause across Swift, Kotlin, Flutter, Tauri, Rust, and frontend code.

Use for end-to-end feature delivery or extension work across Swift, Kotlin/Android, Flutter, Tauri, Rust, and frontend code when the goal is to ship behavior with production-quality defaults, tests, and release-aware validation.

Use for Flutter and Dart work that needs senior-level implementation judgment: features, bugs, reviews, refactors, tests, performance, adaptive UI, accessibility, and host-platform integration for iOS and Android.

Use for building or refining screens and components with strong platform fidelity, hierarchy, accessibility, and state design in SwiftUI, Jetpack Compose, or Tauri desktop frontends.

Use for startup slowness, jank, memory growth, oversized work, bridge overhead, expensive recomposition or rendering, and other runtime performance problems across Swift, Android, Flutter, Tauri, Rust, and frontend code.

Use for behavior-preserving refactors in Swift, Kotlin, Flutter, Tauri, Rust, or frontend code when the goal is better structure, clarity, ownership, or maintainability without intentionally changing product behavior.

Use for Apple-platform work in SwiftUI, UIKit, AppKit, or Metal: features, bugs, reviews, refactors, tests, performance, accessibility, platform fidelity, and release hardening.

Use for SwiftUI-focused implementation and architecture work: view state, navigation, observable models, async behavior, accessibility, and Apple-platform UI polish when the task is mainly SwiftUI.

Use for Tauri frontend-backend boundaries: commands, events, state management, capabilities, plugin usage, config, typed payloads, and desktop-safe error handling between Rust and the frontend.

Use for Tauri desktop work across Rust and the frontend: features, bugs, reviews, refactors, tests, performance, security, packaging, release hardening, and frontend-framework-specific UI guidance for React, Svelte, Solid, or Vue.

Use for adding or improving targeted tests around features, bugs, refactors, contracts, and risky state transitions across Swift, Kotlin/Android, Flutter, Tauri, Rust, and frontend code.

Use this skill when the user wants an AI governance, legal-risk, privacy, compliance, procurement, or vendor-risk review of an internal AI use case, an AI product feature, an LLM workflow, or a third-party AI vendor. The skill asks intake and clarifying questions first when facts or evidence are missing, identifies required documentation and missing evidence, maps the use case to AI governance frameworks and applicable legal domains, and produces a preliminary or final governance review with scorecards, findings, owners, remediation actions, and follow-up questions.