Eco Rules Catalog (Human Readable)

Catalog version: 0.4.0

Total rules: 160

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Rules

• ECO-AIM-AGENT-001 — Unbounded agent tool-call loop
• ECO-AIM-AI-001 — Oversized model selection
• ECO-AIM-AI-002 — No inference batching
• ECO-AIM-AI-003 — Re-embedding unchanged data
• ECO-AIM-AI-004 — No prompt caching
• ECO-AIM-AI-005 — Always-on inference endpoints
• ECO-AIM-AI-006 — Unbounded context window usage
• ECO-AIM-AI-007 — No model quantization
• ECO-AIM-AI-008 — Re-training without drift detection
• ECO-AIM-AI-009 — No evaluation before scaling model
• ECO-AIM-AI-010 — Overly frequent fine-tuning cycles
• ECO-AIM-AI-011 — Storing all embeddings indefinitely
• ECO-AIM-AI-012 — Large model in low-SLA workload
• ECO-AIM-AI-013 — No GPU utilization monitoring
• ECO-AIM-AI-014 — Inefficient feature preprocessing pipelines
• ECO-AIM-AI-015 — No batching of vector search queries
• ECO-AIM-PROMPT-001 — Repeated static prompt context
• ECO-AIM-RAG-001 — Embedding regeneration without change detection
• ECO-AIM-RAG-002 — Excessive retrieval fan-out
• ECO-ARC-ARCH-001 — Over-provisioned compute
• ECO-ARC-ARCH-002 — Always-on low-traffic service
• ECO-ARC-ARCH-003 — Long synchronous dependency chain
• ECO-ARC-ARCH-004 — No autoscaling policy
• ECO-ARC-ARCH-005 — No resource limits in containers
• ECO-ARC-ARCH-006 — Unbounded message queues
• ECO-ARC-ARCH-007 — Batch jobs run too frequently
• ECO-ARC-ARCH-008 — Hot storage used for cold data
• ECO-ARC-ARCH-009 — Duplicate services performing the same work
• ECO-ARC-ARCH-010 — No observability on utilization
• ECO-ARC-ARCH-011 — Excessive replica counts
• ECO-ARC-ARCH-012 — No graceful degradation strategy
• ECO-ARC-ARCH-013 — No caching layer for high-read workloads
• ECO-ARC-ARCH-014 — Stateful services blocking scaling
• ECO-ARC-ARCH-015 — Tight coupling across bounded contexts
• ECO-ARC-ARCH-016 — Multi-tenant workloads without isolation
• ECO-ARC-ARCH-017 — Inefficient container image size
• ECO-ARC-ARCH-018 — No cold-start optimization
• ECO-ARC-ARCH-019 — Overly aggressive autoscaling thresholds
• ECO-ARC-ARCH-020 — Underutilized GPU/accelerator resources
• ECO-CMP-JAVA-001 — Excessive object creation in hot path
• ECO-CMP-JAVA-002 — Unbounded cache growth
• ECO-CMP-JAVA-003 — Thread pool misconfiguration
• ECO-CMP-JAVA-004 — Reflection in hot path
• ECO-CMP-JAVA-005 — N+1 ORM query pattern
• ECO-CMP-JAVA-006 — Missing connection pooling
• ECO-CMP-JAVA-007 — Blocking calls in reactive pipeline
• ECO-CMP-JAVA-008 — Excessive synchronization contention
• ECO-CMP-JAVA-009 — Large heap allocation spikes
• ECO-CMP-JAVA-010 — Debug logging in production hot path
• ECO-CMP-JS-001 — Synchronous filesystem calls in request path
• ECO-CMP-JS-002 — Polling instead of events
• ECO-CMP-JS-003 — Large unoptimized bundles
• ECO-CMP-JS-004 — Memory leaks via event listeners
• ECO-CMP-JS-005 — Blocking crypto in event loop
• ECO-CMP-JS-006 — Over-fetching API responses
• ECO-CMP-JS-007 — Missing HTTP caching headers (client-side)
• ECO-CMP-JS-008 — Excessive DOM reflow
• ECO-CMP-JS-009 — Unbounded promise chains
• ECO-CMP-JS-010 — Missing request timeout
• ECO-CMP-JS-011 — Inefficient array transformations (multi-pass)
• ECO-CMP-JS-012 — Redundant API calls in component lifecycle
• ECO-CMP-JS-013 — Uncompressed static assets
• ECO-CMP-JS-014 — Client-side heavy computation without workers
• ECO-CMP-JS-015 — Recreating large objects per render
• ECO-CMP-PY-001 — String concatenation in loops
• ECO-CMP-PY-002 — Unbounded list growth
• ECO-CMP-PY-003 — Repeated invariant computation inside loop
• ECO-CMP-PY-004 — Blocking I/O inside async context
• ECO-CMP-PY-005 — N+1 database query pattern
• ECO-CMP-PY-006 — Missing network timeout
• ECO-CMP-PY-007 — Loading entire file into memory
• ECO-CMP-PY-008 — Excessive logging in hot path
• ECO-CMP-PY-009 — Repeated regex compilation
• ECO-CMP-PY-010 — Inefficient data structure choice
• ECO-CMP-PY-011 — Repeated JSON serialization cycles
• ECO-CMP-PY-012 — CPU-bound work in request thread
• ECO-CMP-PY-013 — Inefficient pandas row iteration
• ECO-CMP-PY-014 — Redundant environment variable lookups
• ECO-CMP-PY-015 — Recreating database connections per request
• ECO-CMP-PY-016 — No connection pooling
• ECO-CMP-PY-017 — Large object retained in global scope
• ECO-CMP-PY-018 — Recursive algorithm without safeguards
• ECO-CMP-PY-019 — Excessive thread spawning
• ECO-CMP-PY-020 — Synchronous subprocess invocation in hot path
• ECO-CMP-UI-001 — Oversized frontend bundle
• ECO-CMP-UI-002 — Excessive polling from client UI
• ECO-DAT-CACHE-001 — Missing cache for repeated expensive lookup
• ECO-DAT-CACHE-002 — Cache stampede risk
• ECO-DAT-DATA-001 — Duplicate stored data
• ECO-DAT-DATA-002 — Missing retention policy
• ECO-DAT-DATA-003 — Large unused indexes
• ECO-DAT-DATA-004 — Logs stored indefinitely
• ECO-DAT-DATA-005 — Full table scans without index
• ECO-DAT-DATA-006 — Excessive replication factor
• ECO-DAT-DATA-007 — No partitioning for large tables
• ECO-DAT-DATA-008 — Storing ephemeral data permanently
• ECO-DAT-DATA-009 — No archival tier strategy
• ECO-DAT-DATA-010 — Overly aggressive replication across regions
• ECO-DAT-DATA-011 — Lack of compression in object storage
• ECO-DAT-DATA-012 — Unbounded analytics queries
• ECO-DAT-DATA-013 — No data lifecycle governance
• ECO-DAT-DATA-014 — Stale feature flags accumulating
• ECO-DAT-DATA-015 — Shadow data stores outside governance
• ECO-DAT-SER-001 — Repeated serialization/deserialization chain
• ECO-INF-COMPOSE-001 — Overprovisioned default Compose stack
• ECO-INF-COMPOSE-002 — Unbounded restart loops for noncritical services
• ECO-INF-DOCKER-001 — Missing multi-stage builds
• ECO-INF-DOCKER-002 — Oversized base image
• ECO-INF-DOCKER-003 — Missing or too-permissive .dockerignore
• ECO-INF-DOCKER-004 — Package manager caches left in image layers
• ECO-INF-DOCKER-005 — Build tooling shipped in runtime image
• ECO-INF-K8S-001 — Missing or mis-sized CPU and memory requests and limits
• ECO-INF-K8S-002 — Missing HPA for horizontally scalable workloads
• ECO-INF-K8S-003 — Overly aggressive health probes
• ECO-INF-K8S-004 — Heavy or redundant sidecars
• ECO-INF-K8S-005 — Unpinned images using latest or floating tags
• ECO-NET-NET-001 — Missing HTTP caching headers
• ECO-NET-NET-002 — No gzip/brotli compression
• ECO-NET-NET-003 — Chatty microservice communication
• ECO-NET-NET-004 — Redundant authentication calls
• ECO-NET-NET-005 — Missing timeouts
• ECO-NET-NET-006 — No connection reuse (keep-alive disabled)
• ECO-NET-NET-007 — Excessive retry storms
• ECO-NET-NET-008 — Over-fetching API fields
• ECO-NET-NET-009 — Under-fetching causing follow-up calls
• ECO-NET-NET-010 — Large payloads without pagination
• ECO-NET-NET-011 — No CDN usage for static content
• ECO-NET-NET-012 — No HTTP/2 or HTTP/3 where applicable
• ECO-NET-NET-013 — Excessive polling intervals
• ECO-NET-NET-014 — Synchronous cross-region calls
• ECO-NET-NET-015 — Missing circuit breaker patterns
• ECO-OBS-LOG-001 — Excessive production debug logging
• ECO-OBS-LOG-002 — Large payload logging
• ECO-OBS-METRIC-001 — High-cardinality metric explosion
• ECO-OBS-TRACE-001 — Unsampled high-volume tracing
• ECO-OPS-SEC-001 — Repeated token introspection on hot path
• ECO-OPS-SEC-002 — Secrets retrieval on every request
• ECO-ORG-PROC-001 — No performance budget defined
• ECO-ORG-PROC-002 — No baseline measurement
• ECO-ORG-PROC-003 — No cost observability
• ECO-ORG-PROC-004 — No carbon awareness
• ECO-ORG-PROC-005 — Feature shipped without load testing
• ECO-ORG-PROC-006 — No lifecycle data policy
• ECO-ORG-PROC-007 — No energy-aware CI/CD metrics
• ECO-ORG-PROC-008 — No architectural review gate
• ECO-ORG-PROC-009 — No dependency lifecycle management
• ECO-ORG-PROC-010 — No hardware refresh sustainability policy
• ECO-ORG-PROC-011 — No decommissioning workflow
• ECO-ORG-PROC-012 — No SLO-based scaling validation
• ECO-ORG-PROC-013 — No capacity planning cadence
• ECO-ORG-PROC-014 — No energy-efficient coding standards
• ECO-ORG-PROC-015 — No sustainability accountability owner
• ECO-ORG-PROC-016 — No performance or sustainability budget
• ECO-RES-DEG-001 — No degraded mode for optional dependencies
• ECO-RES-DR-001 — Untested regional failover
• ECO-RES-FAIL-001 — Retry storm without backoff
• ECO-SUS-CARBON-001 — Carbon-insensitive workload placement
• ECO-SUS-ENERGY-001 — Always-on non-production environments
• ECO-SUS-HW-001 — Premature hardware refresh policy
• ECO-SUS-WATER-001 — Water-stress-blind AI inference placement