sota

name

sota

description

Master router for the SOTA engineering skills library. Use this skill whenever the user asks to build, design, implement, refactor, harden, optimize, review, or audit an application, service, or codebase and the request spans more than one domain — or when you are unsure which specific sota-* skill applies. It maps the task (build or audit mode) to the right domain skills (architecture, code security, threat modeling, secrets, sandboxing, performance, async/concurrency, APIs, devsecops, databases, frontend, web frameworks, observability, testing, LLM engineering, ML engineering, cloud, kubernetes, identity & access, network security, confidential computing, detection engineering, data engineering, privacy/compliance, security/compliance, mobile, CLI UX, UX writing, copywriting, shell scripting, docs/workflow) and language skills (Rust, Go, C/C++, JVM, Python, JS/TS, .NET/C#, PHP, Ruby). Trigger keywords: SOTA, best practices, audit my code, security review, compliance, hardening, prod readiness, code quality.

SOTA Engineering Skills — Master Router

A library of 40 domain skills, each with a SKILL.md entry point and a rules/ folder of focused rule files (every file < 500 lines). Each skill works in two modes:

• BUILD — apply the rules while designing or writing code.
• AUDIT — review existing code against the rules and emit findings in the canonical format below (it supersedes any per-skill variant): file:line | rule violated | severity (Critical/High/Medium/Low/Info) | effort (trivial/small/medium/large) | fix.

Read only what the task needs: first the relevant skill's SKILL.md (it has its own index of rules/ files with "read this when..." guidance), then only the rules files that match the code in front of you. Never load all skills at once.

Operating principles (always apply)

0. Validate every claim — mandatory. No claim ships unvalidated, in any mode. A claim is validated only by checking it against a primary source: code read in full context at the pinned commit (for findings), official docs/release notes/advisories fetched at use time (for versions, specs, CVEs, tool capabilities), or a reproduced behavior (for bugs). Training data, plausibility, and "the rules file says so" do not validate anything. What cannot be validated is either omitted or explicitly marked "needs verification" — never asserted.
1. Freshness first. The library's version/spec/regulation facts were web-verified as of the last refresh (see README). Never trust them — or training data — for anything version- or CVE-sensitive at use time: re-verify current releases and advisories before pinning or recommending.
2. Stop-and-ask on security-relevant decisions. When a choice materially affects security posture (authn/z model, crypto primitive, trust boundary, secrets handling, network exposure), present the options with a recommendation and ask before proceeding. Do not silently pick.
3. Evidence over vibes. Every audit finding cites file:line, maps to a standard (CWE, OWASP, MITRE ATT&CK/ATLAS) where one applies, and proposes a concrete fix. Uncertain findings are marked "needs verification", never asserted. Borderline severities state the deciding assumption ("High if internet-facing; Medium if internal-only").
4. Stack profile. If the repo or ~/.claude contains a profiles/*.md stack profile (preferred stores, auth provider, license policy, platform conventions), its choices are the defaults for BUILD mode and the expected baseline for AUDIT mode.
5. Universal build non-negotiables (apply regardless of routing). On any network-reachable endpoint or handler (HTTP, RPC, queue, webhook, upload), always include: (a) abuse control — rate limiting / quotas keyed to the caller; (b) transport enforcement — TLS, HSTS, no plaintext fallback; (c) tests for the logic; (d) structured logging without secrets/PII. These are cross-cutting, so they get silently dropped under a long, dense task even when a rules file covers them — a measured attention effect, not a coverage gap. Keep this list short and re-check it last, before you ship (BUILD step 4). If one is deliberately handled elsewhere (e.g. rate limiting at the gateway), say so — don't silently omit it.
6. Claim "done" only with evidence. Never report a task complete or a fix working from plausibility — "should work", "this fixes it", "Done!" are not evidence. State the check you actually ran and its result: test output with pass/fail counts and exit code, the command and its output, or the reproduced behavior. If you did not run it, say so plainly. Unverified completion is not completion — this applies to your own build output before you hand it back.

Routing table

Skill	Use when the task involves...
sota-architecture	System design, service boundaries, monolith vs microservices, DDD, event-driven design, sagas/outbox, resilience (timeouts/retries/circuit breakers), scalability, multi-tenancy, 12-factor/cloud-native, architectural anti-patterns
sota-code-security	Writing or reviewing code that touches untrusted input, authn/authz, sessions/JWT/OAuth, crypto, XSS/CSRF/CORS, file uploads, deserialization, error/log hygiene, LLM/agent app security
sota-threat-modeling	Designing a new system/feature with security in mind, drawing trust boundaries and DFDs, STRIDE/LINDDUN, risk rating, reconstructing a threat model from an existing codebase
sota-secrets-management	API keys, passwords, tokens, signing/TLS/SSH keys, .env files, Vault/cloud secret managers, workload identity (OIDC), secret rotation, leak detection and remediation
sota-sandboxing	Isolation of untrusted code or input, least privilege, seccomp/Landlock/capabilities, container/K8s hardening, microVMs, WASM sandboxes, subprocess hygiene, sandboxing AI-agent code execution
sota-performance	Latency, throughput, profiling, memory usage, caching (incl. stampede protection), I/O and network efficiency, Core Web Vitals, performance regression in CI
sota-async-concurrency	async/await, threads, goroutines, channels, races, deadlocks, event-loop blocking, cancellation/timeouts, graceful shutdown, backpressure, bounded queues
sota-api-design	REST/HTTP semantics, pagination, idempotency, versioning/deprecation, GraphQL, gRPC/proto evolution, websockets/SSE/realtime, webhooks, API rate limiting and tenant isolation
sota-devsecops	CI/CD pipelines, GitHub Actions hardening, supply chain (SLSA, Sigstore, SBOM, dependency confusion), container builds, SAST/secret-scanning gates, Terraform/GitOps, admission control
sota-databases	Schema design, Postgres/NoSQL choice, migrations (zero-downtime), indexes/EXPLAIN, transactions/isolation, connection pooling, replication/backups, Redis, RLS/DB security, pgvector
sota-frontend-design	UI/UX, visual design, typography/color/layout, design systems and tokens, components, forms, accessibility (WCAG 2.2), motion/animation design, modern CSS, responsive design
sota-web-frameworks	React/Next.js and Vue/Nuxt engineering — Server Components & Server Actions, the RSC/client trust boundary, Next caching (use cache/PPR/ISR), Nitro server routes, hydration correctness, SSR state serialization, and framework-specific security & CVEs
sota-observability	Logging, metrics, tracing (OpenTelemetry), SLOs/error budgets, alerting, health checks, dashboards, debugging production, "can we answer why is this slow?"
sota-testing	Test strategy (pyramid/trophy), unit vs integration boundaries, test design/smells, mocks/fakes/test data, contract testing, e2e, property-based/fuzzing/mutation testing, flaky tests, coverage policy
sota-llm-engineering	Building LLM features — evals, prompt/context engineering, structured output, RAG, agents/tool design, MCP, model selection/routing, latency/cost engineering, LLM observability
sota-ml-engineering	Production ML/MLOps (classical/predictive, not LLM apps) — training→serving→monitoring lifecycle, feature stores & registries, data leakage & train/serve skew, evaluation (ML Test Score, slices), deployment (canary/shadow/rollback), drift monitoring (PSI/KS) & retraining, ML security/governance (poisoning, MITRE ATLAS, NIST AI RMF)
sota-cloud-infrastructure	Cloud accounts/landing zones, cloud IAM, VPC/subnet/DNS/CDN setup, compute selection (serverless vs containers vs K8s), object storage, FinOps/cost, RTO/RPO and disaster recovery
sota-kubernetes	Kubernetes platform security & ops — RBAC & escalation paths, admission control (PSA/Kyverno/Gatekeeper/VAP, Audit→Enforce), GitOps controllers (Argo CD/Flux, AppProject scoping), operators/CRDs/webhooks, control plane & etcd encryption, Helm supply chain, multi-tenancy, cluster lifecycle, K8s audit logging; self-hosted (Talos/k3s) and managed
sota-identity-access	Identity infrastructure & access management — OIDC/OAuth2.1/SAML/SCIM protocols, running an IdP (Kanidm/Keycloak/etc.), RBAC/ABAC/ReBAC authorization design, group→role mapping, joiner-mover-leaver lifecycle, deprovisioning, privileged access & break-glass, SPIFFE/workload identity, phishing-resistant MFA/passkeys, federation risk
sota-network-security	Network security as a discipline — zero-trust (NIST 800-207), segmentation & blast-radius, the world/any over-broad-rule trap, Kubernetes NetworkPolicy depth (Cilium L7, default-deny egress), service mesh & mTLS / internal encryption, edge/ingress/WAF, egress control & metadata-endpoint blocking, DNS/TLS/PKI & cert lifecycle, email auth (SPF/DKIM/DMARC)
sota-confidential-computing	Protecting workloads/data from the infrastructure operator — TEEs (AMD SEV-SNP, Intel TDX, ARM CCA, SGX enclaves, Nitro Enclaves, confidential GPUs), remote attestation (RATS, attest-then-release), confidential VMs/nodes/containers on K8s (CoCo/Kata/Trustee), and cryptographic PETs (FHE, MPC, ZKP, PSI) when hardware trust is off the table
sota-detection-engineering	Detective controls, SOC & IR — detection-as-code, Sigma/YARA/Suricata/Falco/Tetragon rules, ATT&CK coverage, SIEM & telemetry coverage, alert tuning/SOAR, threat hunting & intel (STIX/TAXII), deception/honeytokens, incident response (NIST 800-61), detection validation (Atomic Red Team/Caldera)
sota-data-engineering	Data pipelines, ELT/orchestration, dbt, Kafka/streaming, CDC, schema registry, lakehouse (Iceberg/Delta/Parquet), data quality/contracts, warehouse modeling
sota-privacy-compliance	PII inventory/classification, privacy by design, consent, DSAR/deletion architecture, retention, GDPR/CCPA/HIPAA/PCI/AI Act engineering obligations, SOC 2/ISO 27001 audit readiness, breach response
sota-security-compliance	Cybersecurity control frameworks & product-security regulations as engineering — NIST CSF 2.0, SP 800-53, 800-171/CMMC, SSDF (800-218), FedRAMP, EU Cyber Resilience Act (SBOM/CVD/signed updates), ISA/IEC 62443 (OT zones & conduits, Security Levels); control-framework-as-code crosswalks, CUI boundaries, FIPS-validated crypto
sota-mobile	iOS/Android/cross-platform apps — stack choice, offline-first/sync, push, mobile security (Keychain/Keystore, attestation), performance budgets, store requirements, staged rollouts
sota-cli-ux	CLI/developer-tool design — flags/subcommands, config precedence, stdout/stderr and --json contracts, exit codes, TTY detection, signals, completions, distribution
sota-shell-scripting	Bash/sh scripts, CI run blocks, entrypoints, Makefiles — safety baseline (quoting, set -euo pipefail, traps), injection, secrets in scripts, shellcheck/shfmt
sota-docs-workflow	Documentation (Diátaxis, READMEs, runbooks, API docs, changelogs, AGENTS.md), code review/PR workflow, commit/branch/release discipline
sota-ux-writing	Any user-facing interface text — microcopy, button/label wording, error messages, empty states, onboarding copy, notifications, tone of voice, terminology, alt text, i18n-ready strings
sota-copywriting	Outward-facing content — landing pages, headlines/CTAs, value propositions, SEO content, testimonials/social proof, claim substantiation, email marketing, app-store listings
sota-rust	Any Rust code — ownership/API design, error handling, unsafe discipline, tokio/async, supply chain (cargo audit/deny/vet), performance, clippy/CI
sota-golang	Any Go code — errors, package/interface design, goroutines/channels/leaks, net/http hardening, security (os/exec, os.Root, govulncheck), pprof/performance, golangci-lint/CI
sota-c-cpp	Any C/C++ code — RAII/idioms, memory safety (UAF/overflow/sanitizers), undefined behavior, security (CERT/MISRA, banned APIs, OpenSSF hardening flags), concurrency/atomics, CMake/clang-tidy/fuzzing CI, performance
sota-jvm	Any Java/Kotlin code — modern idioms (records/sealed/pattern-matching, Kotlin null-safety/coroutines), API/null/immutability design, concurrency (virtual threads, JMM, j.u.c, coroutines), security (deserialization/JNDI/XXE/injection, JCA crypto), GC/JFR/GraalVM performance, Maven/Gradle supply-chain & CI
sota-python	Any Python code — uv/ruff/typing setup, idioms/pitfalls, asyncio, security (pickle/subprocess/SQL), performance, FastAPI/Django/pytest
sota-javascript-typescript	Any JS/TS code — strict tsconfig/type design, idioms, promises/AbortController, Node backend hardening, XSS/supply-chain security, bundle/React performance, vitest/ESLint
sota-dotnet	Any C#/.NET code — modern idioms (records, nullable reference types, pattern matching, spans), API/disposal/DI design, async/await & concurrency (ConfigureAwait, cancellation, channels), security (EF/Dapper SQL, deserialization, ASP.NET Core auth, crypto), GC/Span/AOT performance, NuGet supply chain & analyzers/CI
sota-php	Any PHP code — strict_types/modern idioms (enums, readonly, match), security (PDO/SQLi, XSS escaping, uploads/LFI, unserialize/Phar, sessions, password_hash/sodium), framework-neutral web hardening, Composer supply chain, PHPStan/Psalm, OPcache/FPM/JIT performance
sota-ruby	Any Ruby code — idioms (frozen strings, pattern matching, RBS/Sorbet), security (AR/SQLi, ERB escaping, strong params, Marshal/YAML.load, command injection, ReDoS), Bundler supply chain (bundler-audit, lockfile checksums), RuboCop/Brakeman, GVL/Ractors/YJIT performance

Cross-cutting routing rules

1. Language skills stack on domain skills. Auditing a Go API server → sota-golang + sota-api-design + sota-code-security. The language skill covers idioms and runtime-specific traps; domain skills cover the design.
2. Security tasks usually need three skills. Code-level flaws → sota-code-security; design-level gaps → sota-threat-modeling; leaked or mishandled credentials → sota-secrets-management. Pipeline/supply-chain → sota-devsecops; isolation blast-radius → sota-sandboxing.
3. Performance complaints about queries → start in sota-databases (EXPLAIN, indexes, N+1) before sota-performance (caching, I/O).
4. Anything realtime (websockets, SSE, pub/sub fanout) → sota-api-design rules/05 + sota-async-concurrency (backpressure).
5. AI/LLM features → sota-code-security rules/08 (prompt injection, tool authorization) + sota-sandboxing rules/05 (executing model output) + sota-databases rules/07 (vectors/RAG).
6. Frontend work → sota-frontend-design for design/UX/a11y/motion; sota-web-frameworks for React/Next or Vue/Nuxt engineering (RSC/client boundary, Server Actions, caching, hydration, SSR security); sota-javascript-typescript for the language/TS; sota-performance rules/06 for Web Vitals. A React/Next or Vue/Nuxt security review pulls all four.
7. Tests accompany everything. Any BUILD task that writes logic also loads sota-testing (strategy + design rules); any AUDIT includes a suite-health pass. Language-specific runner mechanics stay in the language skills.
8. LLM features split three ways. Quality/architecture → sota-llm-engineering; security (prompt injection, tool authz) → sota-code-security rules/08; executing model output → sota-sandboxing rules/05; PII in prompts/logs → sota-privacy-compliance.
9. Infra layers split four ways. Cloud-provider setup (accounts, VPC, compute, cost, DR) → sota-cloud-infrastructure; the Kubernetes platform itself (RBAC, admission, GitOps controllers, operators, etcd) → sota-kubernetes; pod/container/workload isolation mechanics → sota-sandboxing; CI/CD and supply chain → sota-devsecops. A K8s cluster audit loads sota-kubernetes + sota-network-security + sota-sandboxing.
10. Identity is its own layer. App-level login/session/JWT-validation code → sota-code-security rules/02-03; identity infrastructure (IdP, OIDC/SAML config, RBAC/role-mapping design, provisioning, break-glass, SPIFFE) → sota-identity-access; the credentials themselves → sota-secrets-management.
11. Network: setup vs security. Cloud VPC/DNS/CDN provisioning → sota-cloud-infrastructure rules/03; segmentation, zero-trust, NetworkPolicy depth, service mesh/mTLS, egress/DNS/PKI posture → sota-network-security.
12. Prevention vs detection. Building the control → the relevant domain skill; verifying you'd catch the attack at runtime (logs, rules, hunting, IR) → sota-detection-engineering. Ops telemetry plumbing stays in sota-observability; design-time threat enumeration in sota-threat-modeling.
13. Ingesting untrusted/attacker-authored data (feeds, scraping, uploads, webhooks, RAG corpora, hostile parsers) → sota-code-security rules/09, with sota-sandboxing rules/04 for parser isolation.
14. Data: OLTP vs analytics. App databases → sota-databases; pipelines, streaming, warehouse/lakehouse → sota-data-engineering; anything touching personal data → add sota-privacy-compliance.
15. Any handling of user/personal data (new fields, exports, logs, analytics, ML training) → check sota-privacy-compliance minimization and retention rules, even when the task isn't "about" privacy.
16. User-facing words split three ways. In-product UI text (labels, errors, empty states) → sota-ux-writing; marketing/site/email content → sota-copywriting; technical docs → sota-docs-workflow. The component patterns the text lives in stay sota-frontend-design.
17. Shell scripts hide everywhere — CI run blocks, Dockerfile RUN lines, Makefiles, entrypoints. Audit them with sota-shell-scripting even when the repo's "language" is something else.
18. Cryptography fans out — there is no single crypto skill (by design). Algorithm choice, AEAD/nonce discipline, CSPRNG, in-code key handling, TLS client config, constant-time comparison, tamper-evident logs/audit ledgers (keyed hash chains, external anchoring, integrity-vs-completeness), crypto agility, and post-quantum migration → sota-code-security rules/04. The key material — storage backends (KMS/HSM, Vault, SOPS+age), lifecycle, rotation, per-credential-type handling → sota-secrets-management. Transport/PKI — TLS server config, cert lifecycle/ACME, private CA, mTLS → sota-network-security rules/06. FIPS-140-3-validated-module requirements → sota-security-compliance rules/02. Language-specific APIs (JCA, crypto/*, .NET) stay in the language skill. The stance throughout is use a vetted library, don't roll your own.
19. Which direction does the trust boundary point? Protecting the host from the workload (untrusted code, seccomp/microVMs/WASM sandboxes) → sota-sandboxing. Protecting the workload from the host/operator — TEEs (SEV-SNP/TDX/CCA/SGX), remote attestation, confidential VMs/containers, or computing on encrypted data (FHE/MPC/ZKP) → sota-confidential-computing. Both can apply to one system. Key custody/release stays sota-secrets-management; differential privacy and de-identification stay sota-privacy-compliance.

BUILD mode — workflow

1. Identify the domains the feature touches (table above) and the language(s).
2. Load lean. Read each relevant skill's SKILL.md and, from its index, open only the rules files that match the work (e.g. a websocket endpoint → api-design rules/05, async rules/06, code-security rules/02). Loading unrelated rules is not free: a long context of similar-looking guidance measurably reduces how many rules the model actually applies (transformer attention degrades with length and near-duplicate distractors). Lean is correctness, not just economy.
3. Plan first, with the checks in the plan. Before writing code, list a short requirements checklist for this task — the top-10 non-negotiables of each loaded skill + the universal build non-negotiables (operating principle 5) that apply to any endpoint/handler. Make each item concrete and checkable — a specific outcome you can mark done/not-done at step 4 ("rate-limit login to N/min per IP", not "add rate limiting"; "reject uploads over N MB", not "validate uploads"); vague items ("handle errors", "make it secure") don't survive to the plan. Named up front and verified at the end, constraints are followed far better than when left implicit. Then implement against that checklist; apply detailed rules as code demands.
4. Self-audit gate (do this LAST — do not present code until it passes). Re-read each loaded rules file's Audit checklist (every rules file ends with one) and operating principle 5, and verify your diff satisfies every item. For each unmet item, implement it or state why it's out of scope — silence is not allowed. Doing this last is deliberate: a long build context makes mid-context rules fade, so a final re-read is what catches the rate limiting, transport, tests, and logging a model otherwise silently drops (measured: this recovery is the bulk of the library's completeness lift, evals/run-completeness.py). For a large build, run this as a separate pass over the diff (a fresh, minimal context beats a long polluted one), and push the few truly critical invariants into deterministic gates (a lint/CI check that fails if an endpoint has no rate limiting or TLS) — don't rely on attention for what a test can enforce.

AUDIT mode — workflow

Process and reporting are governed by rules/01-audit-methodology.md — read it first for any full audit: scoping/rules-of-engagement, the verified tool matrix and triage discipline, the evidence standard, and the report template.

For a focused audit, load the matching skills and follow their AUDIT sections. For a full project audit, work in passes:

1. Recon. Inventory the repo: languages, frameworks, entry points (HTTP routes, queues, cron, webhooks), data stores, CI config, Dockerfiles, IaC. This determines which skills apply; skip skills with no matching surface.
2. Threat model first. sota-threat-modeling rules/06 (reconstruction): assets, trust boundaries, entry points. Its output prioritizes the rest.
3. Per-domain passes. For each applicable skill, follow its AUDIT mode and audit checklists. Suggested order: secrets sweep (fast, high yield) → code security (incl. rules/09 untrusted-data ingestion) → language-specific (incl. shell scripts) → API → database → async/concurrency → identity & access → sandboxing/devsecops → kubernetes platform → network security → cloud infrastructure → privacy/compliance → architecture → testing suite health → performance → observability → detection-engineering posture → frontend/a11y → LLM features, data pipelines, mobile, CLI, docs as applicable. For an infrastructure/cluster audit the heavy hitters are sota-kubernetes, sota-network-security, sota-identity-access, sota-sandboxing, and sota-detection-engineering.
4. Findings. Emit every finding in the canonical cross-domain format (file:line | rule | severity | effort | fix) — skill-local block formats are fine within a domain pass but must carry an effort field so the roll-up can be sequenced — deduplicate across domains, and roll up into the report structure from rules/01-audit-methodology.md: executive summary → scope & methodology → findings by severity → remediation roadmap sequenced by risk-reduction-per-effort → positive observations → appendix. Severity meanings:
   • Critical — exploitable now or data-loss risk; fix before anything else.
   • High — serious weakness or reliability hazard; fix this sprint.
   • Medium — deviation from SOTA with real but bounded impact.
   • Low — hygiene, polish, future-proofing.
   • Info — no direct risk: observations, tech-debt notes, future-proofing.
5. Verify before reporting. Re-read each Critical/High finding's code in full context; drop or downgrade anything you cannot substantiate with a concrete failure scenario, or mark it "needs verification".

Library map (rules files per skill)

• sota/rules: 01 audit methodology (process, tool matrix, evidence standard, report template — read first for any full audit)
• sota-architecture/rules: 01 styles & decisions, 02 domain modeling, 03 distributed systems & events, 04 resilience, 05 scalability & state, 06 cloud-native config & delivery, 07 anti-patterns catalog, 08 NATS JetStream messaging
• sota-code-security/rules: 01 input & injection, 02 authentication, 03 authorization, 04 cryptography, 05 web security, 06 memory & resource safety, 07 data exposure, 08 LLM/AI security, 09 untrusted-data ingestion
• sota-threat-modeling/rules: 01 methodologies, 02 decomposition, 03 threat catalogs, 04 risk rating & treatment, 05 outputs & operationalization, 06 audit reconstruction
• sota-secrets-management/rules: 01 lifecycle & workload identity, 02 storage backends, 03 application patterns, 04 detection & remediation, 05 credential types
• sota-sandboxing/rules: 01 isolation boundaries, 02 Linux/OS hardening, 03 containers & microVMs, 04 process/app sandboxing, 05 AI-agent sandboxing
• sota-performance/rules: 01 methodology, 02 algorithms & data structures, 03 memory, 04 I/O & network, 05 caching, 06 frontend/web
• sota-async-concurrency/rules: 01 models & structure, 02 correctness, 03 primitives, 04 event-loop hygiene, 05 cancellation/timeouts/shutdown, 06 backpressure & flow control, 07 audit bug catalog
• sota-api-design/rules: 01 REST/HTTP, 02 versioning & evolution, 03 GraphQL, 04 gRPC & protocols, 05 realtime/websockets/SSE, 06 webhooks, 07 security & operations
• sota-devsecops/rules: 01 pipeline security, 02 provenance & signing, 03 dependencies, 04 build & containers, 05 analysis gates, 06 IaC & deployment, 07 runtime & ops, 08 registry security
• sota-databases/rules: 01 choosing & modeling, 02 schema & migrations, 03 queries & indexes, 04 transactions & concurrency, 05 reliability & scale, 06 security & compliance, 07 vector & AI, 08 SurrealDB & multi-model
• sota-frontend-design/rules: 01 typography & color, 02 layout/spacing/ responsive, 03 design systems & components, 04 UX patterns, 05 accessibility, 06 motion design, 07 visual craft & distinctiveness
• sota-web-frameworks/rules: 01 baseline (versions/support, render modes), 02 React 19 (hooks, Actions, React Compiler), 03 Next.js (App Router, Server Actions, caching, CVEs), 04 Vue 3 (Composition API, reactivity, XSS), 05 Nuxt 4 (data fetching, server routes, CVEs), 06 SSR & hydration (mismatches, serialization, caching, CSP), 07 framework security & CVEs
• sota-observability/rules: 01 structured logging, 02 metrics, 03 tracing, 04 SLOs & alerting, 05 operational readiness, 06 audit playbook
• sota-testing/rules: 01 strategy & shape, 02 test design & quality, 03 doubles & test data, 04 integration/contract/system, 05 e2e & UI, 06 property/fuzzing/mutation, 07 suite health & CI, 08 BDD/spec-by-example, 09 security testing
• sota-llm-engineering/rules: 01 evals, 02 prompt & context engineering, 03 RAG & retrieval, 04 agents & tools, 05 production engineering, 06 data & lifecycle
• sota-ml-engineering/rules: 01 ML systems architecture, 02 data & features (leakage/skew), 03 training & experimentation, 04 evaluation & validation, 05 deployment & serving, 06 monitoring & drift, 07 security & governance
• sota-cloud-infrastructure/rules: 01 org/accounts/governance, 02 IAM design, 03 networking, 04 compute selection, 05 data & storage, 06 cost/FinOps, 07 resilience & DR
• sota-kubernetes/rules: 01 control plane & etcd, 02 RBAC & serviceaccounts, 03 admission & policy, 04 GitOps controllers, 05 operators/CRDs/webhooks, 06 workloads & tenancy, 07 supply chain & audit
• sota-identity-access/rules: 01 federation protocols, 02 IdP operations, 03 authorization models, 04 lifecycle & provisioning, 05 privileged & workload identity, 06 MFA/federation/assurance, 07 Active Directory & Kerberos/ADCS hardening
• sota-network-security/rules: 01 zero-trust architecture, 02 segmentation & blast radius, 03 K8s network policy, 04 service mesh & mTLS, 05 edge/ingress/egress, 06 DNS/TLS/PKI
• sota-confidential-computing/rules: 01 threat model & selection, 02 TEE technologies, 03 remote attestation, 04 confidential Kubernetes, 05 PETs & computing on encrypted data
• sota-detection-engineering/rules: 01 detection-engineering discipline, 02 telemetry & SIEM data layer, 03 rule languages & engines, 04 alerting/ triage/SOC/SOAR, 05 hunting/intel/deception, 06 incident response & validation, 07 AD attack detection (Kerberoasting/DCSync/ADCS)
• sota-data-engineering/rules: 01 architecture & modeling, 02 pipelines & orchestration, 03 streaming & CDC, 04 data quality & contracts, 05 storage & performance, 06 operations & governance
• sota-privacy-compliance/rules: 01 data inventory & classification, 02 privacy by design, 03 consent & user rights, 04 regulatory landscape, 05 audit-ready engineering, 06 incident & breach readiness
• sota-security-compliance/rules: 01 control-frameworks-as-code (CSF 2.0 spine), 02 NIST 800-53/800-171/CMMC/FedRAMP, 03 SSDF secure SDLC, 04 EU Cyber Resilience Act, 05 ISA/IEC 62443 (OT/ICS)
• sota-mobile/rules: 01 platform & stack, 02 architecture & state, 03 offline/background/push, 04 security, 05 performance, 06 release & operations, 07 Swift language (Swift 6 concurrency, ARC, SPM)
• sota-cli-ux/rules: 01 commands/flags/config, 02 output & interaction, 03 behavior & lifecycle, 04 distribution & docs
• sota-shell-scripting/rules: 01 safety baseline, 02 robustness & correctness, 03 security, 04 CI & operational scripts
• sota-docs-workflow/rules: 01 documentation architecture, 02 API reference & changelogs, 03 code review & PR workflow, 04 commits/branches/ releases, 05 spec-driven development
• sota-ux-writing/rules: 01 voice/tone & plain language, 02 microcopy & components, 03 errors & feedback, 04 accessibility & localization
• sota-copywriting/rules: 01 positioning & value proposition, 02 headlines/landing pages/CTAs, 03 SEO content, 04 claims/legal/trust
• sota-rust/rules: 01 ownership & API design, 02 errors & panics, 03 unsafe discipline, 04 async/tokio, 05 security & supply chain, 06 performance, 07 tooling & CI
• sota-golang/rules: 01 errors, 02 design, 03 concurrency, 04 HTTP services, 05 security, 06 performance, 07 tooling & CI
• sota-c-cpp/rules: 01 idioms (RAII/ownership), 02 memory safety, 03 undefined behavior, 04 security (CERT/MISRA/hardening), 05 concurrency, 06 build/tooling & CI, 07 performance
• sota-jvm/rules: 01 idioms (Java/Kotlin), 02 API/null/immutability design, 03 concurrency (virtual threads, JMM, coroutines), 04 security (deserialization/injection/XXE/JNDI/crypto), 05 performance (GC/JFR/GraalVM), 06 build/tooling & CI
• sota-python/rules: 01 tooling & project setup, 02 typing & correctness, 03 idioms & pitfalls, 04 async, 05 security, 06 performance, 07 frameworks & testing
• sota-javascript-typescript/rules: 01 tsconfig & types, 02 language idioms, 03 async patterns, 04 Node backend, 05 security, 06 performance, 07 testing & tooling
• sota-dotnet/rules: 01 idioms (records/NRT/patterns), 02 API/disposal/DI design, 03 async & concurrency, 04 security (SQL/deserialization/ASP.NET Core/crypto), 05 performance (GC/Span/AOT), 06 build/tooling & CI
• sota-php/rules: 01 language baseline & idioms, 02 injection (SQL/XSS), 03 files/deserialization/SSRF, 04 sessions/auth/web hardening, 05 Composer & tooling, 06 performance & runtime
• sota-ruby/rules: 01 language & idioms, 02 security, 03 web hardening, 04 supply chain & tooling, 05 concurrency & performance

Context budget discipline

Each rules file is 200–310 lines. A typical focused task needs 2–5 rules files; a full audit pass should load one skill at a time, finish its findings, then move on. If context is tight, prefer the skill's top-10 non-negotiables plus the single most relevant rules file.