Keywords AI
PlatformFreeUnified LLM DevOps with API gateway, routing, and observability.
Capabilities15 decomposed
unified-llm-api-gateway-with-provider-abstraction
Medium confidenceRoutes requests to 500+ LLM models across multiple providers (OpenAI, Anthropic, etc.) through a single API endpoint, abstracting provider-specific API differences and authentication. Implements request normalization to convert unified schema to provider-native formats, handling model selection, fallback routing, and cost tracking per request. Two-line integration replaces direct provider API calls with Keywords AI gateway URL.
Implements provider abstraction at gateway layer with unified request/response schema, allowing model swaps without code changes. Integrates BYOK (Bring Your Own Keys) vault for Team+ tiers, storing provider credentials server-side with encryption rather than requiring client-side key management.
Simpler than building custom provider abstraction layer; faster than LiteLLM for teams needing observability alongside routing because tracing is built-in rather than bolted on.
production-trace-capture-and-replay
Medium confidenceAutomatically captures every LLM request, response, tool call, and intermediate step from production applications via gateway or SDK integration, storing structured traces with full context (prompts, parameters, outputs, latency, cost, errors). Traces are queryable by content, latency, cost, quality scores, tags, and custom metadata. Enables reproduction of production issues by replaying exact request sequences with original parameters.
Captures traces at gateway layer, intercepting all requests regardless of SDK integration, and stores full execution context (tool calls, intermediate outputs) rather than just final responses. Implements queryable trace storage with 80+ dashboard graph types for custom analysis.
More comprehensive than OpenTelemetry alone because it captures LLM-specific context (token counts, cost, quality scores) automatically; faster to set up than custom logging infrastructure because traces are captured by default.
opentelemetry-integration-for-structured-observability
Medium confidenceAccepts trace data in OpenTelemetry format (OTEL), enabling integration with existing observability infrastructure. Keywords AI acts as OTEL collector endpoint, ingesting traces from applications instrumented with OTEL SDKs. Supports OTEL semantic conventions for LLM spans (prompts, completions, tool calls). Traces are converted to Keywords AI format and stored alongside gateway traces. Enables teams to use existing OTEL instrumentation without rewriting code.
Implements OTEL collector endpoint within Keywords AI, accepting traces from OTEL-instrumented applications and converting to Keywords AI format. Enables teams to use existing OTEL infrastructure without switching observability platforms.
More flexible than gateway-only tracing because it accepts traces from any OTEL-instrumented application; more integrated than external OTEL backends because traces are directly queryable in Keywords AI dashboards.
user-analytics-integration-with-posthog
Medium confidenceIntegrates with PostHog analytics platform to track user behavior and correlate with LLM metrics. Sends user events (feature usage, conversions, errors) to PostHog, enabling analysis of how LLM quality/cost impacts user behavior. Supports custom event tracking and user property enrichment. Enables cohort analysis (e.g., 'users with high LLM latency have lower conversion rates').
Implements bidirectional integration with PostHog, sending LLM metrics to analytics platform and enabling cohort analysis based on LLM performance. Enables correlation between LLM quality and business metrics.
More relevant than generic analytics because it correlates LLM-specific metrics with user behavior; more integrated than manual event tracking because LLM metrics are automatically enriched.
scheduled-webhooks-for-data-export-and-automation
Medium confidenceSends scheduled webhook payloads containing trace data, metrics, or evaluation results to external systems on a configurable schedule (daily, weekly, etc.). Webhooks can trigger external workflows (data pipelines, notifications, integrations). Payload format is JSON with full trace context. Supports filtering (e.g., 'only send traces with quality score < 0.7'). Webhook delivery guarantees not documented.
Implements scheduled webhook delivery with filtering, enabling automated data exports and workflow triggers based on LLM metrics. Integrates with external systems without requiring custom polling logic.
More convenient than manual data exports because webhooks are scheduled; more flexible than pre-built integrations because webhook payloads can be customized.
self-hosted-deployment-for-enterprise-data-residency
Medium confidenceOffers self-hosted deployment option for Enterprise tier customers, allowing Keywords AI infrastructure to run on customer's own servers or cloud account. Enables data residency compliance (e.g., data must stay in EU for GDPR). Self-hosted deployment includes all Keywords AI features (gateway, tracing, evaluation, dashboards). Requires customer to manage infrastructure, updates, and security patches. Specific deployment options (Kubernetes, Docker, VMs) not documented.
Offers self-hosted deployment option for Enterprise customers, enabling data residency compliance and reducing vendor lock-in. Allows organizations to run full Keywords AI stack on their own infrastructure.
More compliant than cloud-only deployment for data residency requirements; more flexible than managed-only platforms because customers can choose deployment model.
saml-authentication-for-enterprise-access-control
Medium confidenceSupports SAML 2.0 authentication for Enterprise tier customers, enabling integration with corporate identity providers (Okta, Azure AD, etc.). Allows centralized user management and access control through existing identity infrastructure. Supports role-based access control (RBAC) and single sign-on (SSO). SAML is available only on Enterprise tier; Pro/Team tiers use Google OAuth.
Implements SAML 2.0 authentication for Enterprise tier, enabling integration with corporate identity providers and centralized access control. Reduces friction for enterprise deployments by leveraging existing identity infrastructure.
More secure than OAuth-only authentication because SAML enables centralized access control; more convenient for enterprises because it integrates with existing identity providers.
versioned-prompt-management-with-deployment
Medium confidenceStores prompts as versioned artifacts in Keywords AI UI, allowing teams to create, edit, test, and deploy prompt versions without modifying application code. Each version is immutable and tagged with metadata (author, timestamp, test results). Deployed versions are served through the API gateway, enabling instant rollback to previous versions or A/B testing between versions by routing traffic to different prompt versions.
Implements prompt-as-code pattern where prompts are first-class deployable artifacts with immutable versions, enabling instant rollback and A/B testing without application redeployment. Integrates with evaluation framework to automatically score prompt versions against test datasets.
Faster iteration than code-based prompt management because changes deploy instantly; more structured than spreadsheet-based prompt tracking because versions are immutable and queryable.
evaluation-framework-with-multiple-judge-types
Medium confidenceRuns evaluations against LLM outputs using three judge types: LLM-as-judge (using any model from gateway), code-based judges (custom Python/JavaScript functions), and human review (manual scoring). Evaluations are executed against datasets (production traces or synthetic) and produce quality scores stored alongside traces. Supports batch evaluation of historical traces or real-time scoring of new requests. Evaluation results feed into dashboards and alerting.
Implements multi-judge evaluation pattern supporting LLM, code, and human judges in single framework, with batch and real-time execution modes. Integrates evaluation scores directly into trace storage and alerting, enabling quality-based alerts (e.g., 'alert if average score drops below 0.8').
More flexible than single-judge systems because code and human judges can be combined; faster than external evaluation platforms because judges execute within Keywords AI infrastructure.
custom-observability-dashboards-with-80-graph-types
Medium confidenceProvides drag-and-drop dashboard builder allowing teams to create custom visualizations from trace data using 80+ graph types (line charts, histograms, heatmaps, etc.). Dashboards can display metrics like latency distribution, cost trends, quality scores over time, error rates, token usage, and custom business metrics. Dashboards are queryable (filter by date range, model, user, tags) and can be shared across team members. Real-time updates as new traces arrive.
Implements 80+ graph types specifically for LLM observability (latency, cost, token usage, quality) rather than generic business intelligence graphs. Integrates custom metadata tags into dashboard filters, enabling slicing by application-specific dimensions.
More flexible than pre-built dashboards because teams can customize visualizations; faster than building custom dashboards in Grafana or Tableau because LLM-specific metrics are pre-calculated.
quality-cost-and-latency-alerting-with-automation-triggers
Medium confidenceMonitors trace metrics (quality scores, cost per request, latency percentiles, error rates) and triggers alerts when thresholds are exceeded. Alerts can be configured per metric (e.g., 'alert if p95 latency > 5s' or 'alert if average quality score < 0.7'). Supports multiple notification channels (Slack, webhooks) and automation triggers (UNKNOWN specifics) that can execute actions when alerts fire. Alerts are queryable and can be filtered by severity, metric type, or time range.
Implements LLM-specific alerting on quality scores, cost, and latency metrics rather than generic infrastructure metrics. Integrates automation triggers (specifics unknown) to execute remediation actions when alerts fire, enabling self-healing LLM applications.
More relevant than generic infrastructure alerting because it monitors LLM-specific metrics; faster to configure than custom alert logic because thresholds are UI-based.
a-b-testing-with-traffic-splitting
Medium confidenceEnables A/B testing by splitting traffic between two prompt versions, models, or configurations at the gateway level. Specifies traffic split percentage (e.g., 90% control, 10% variant) and Keywords AI routes requests accordingly. Collects separate metrics (latency, cost, quality scores) for each variant, enabling statistical comparison. Results are displayed in dashboard with significance testing (UNKNOWN if implemented).
Implements traffic splitting at gateway layer, enabling A/B tests without application code changes. Integrates evaluation scores into comparison, allowing quality-based decisions rather than just latency/cost.
Simpler than feature flag platforms because traffic splitting is built-in; more relevant than generic A/B testing tools because it compares LLM-specific metrics (quality, token usage).
pii-masking-and-selective-log-omission
Medium confidenceAutomatically detects and masks personally identifiable information (PII) in traces before storage, replacing sensitive data with placeholder tokens. Supports selective log omission, allowing teams to exclude specific requests or data types from being logged (e.g., 'don't log requests from test users'). Masking rules are configurable per data type (email, phone, credit card, custom patterns). Masked data is not recoverable, enabling compliance with privacy regulations.
Implements automatic PII detection and masking at trace ingestion time, preventing sensitive data from ever being stored. Integrates selective log omission to exclude non-production traffic, keeping production metrics clean.
More comprehensive than manual PII redaction because masking is automatic; more compliant than unmasked logging because masked data cannot be recovered.
bring-your-own-keys-vault-for-provider-credentials
Medium confidenceStores LLM provider API keys (OpenAI, Anthropic, etc.) in encrypted vault within Keywords AI infrastructure, eliminating need for applications to manage keys directly. Keys are encrypted at rest and in transit, and access is logged for audit. Supports key rotation and revocation. Applications authenticate to Keywords AI with single API key, which grants access to all provider keys in vault. BYOK (Bring Your Own Keys) ensures provider credentials never leave Keywords AI infrastructure.
Implements centralized credential vault at gateway layer, allowing applications to authenticate with single Keywords AI key rather than managing multiple provider keys. Integrates key access logging for audit trails.
More secure than application-managed keys because credentials are never exposed in code; more convenient than external secret managers because vault is integrated with gateway.
dataset-management-for-evaluation-and-testing
Medium confidenceStores evaluation datasets as collections of input-output pairs (prompts with expected outputs, or production traces). Datasets can be created from production traces (sampling real requests) or uploaded as synthetic examples. Datasets are versioned and can be used to run batch evaluations or as ground truth for quality scoring. Supports dataset export in JSONL/CSV format. Pro tier limited to 5 datasets; Team+ unlimited.
Implements dataset management integrated with evaluation framework, allowing datasets to be created from production traces or uploaded synthetically. Supports batch evaluation against datasets with automatic quality scoring.
More convenient than external dataset platforms because datasets are created from production traces; more integrated than generic data storage because datasets are directly usable in evaluations.
Capabilities are decomposed by AI analysis. Each maps to specific user intents and improves with match feedback.
Related Artifactssharing capabilities
Artifacts that share capabilities with Keywords AI, ranked by overlap. Discovered automatically through the match graph.
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TensorZero
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recursive-llm-ts
TypeScript bridge for recursive-llm: Recursive Language Models for unbounded context processing with structured outputs
@traceloop/instrumentation-mcp
MCP (Model Context Protocol) Instrumentation
Galileo
AI evaluation platform with hallucination detection and guardrails.
OpenLIT
Open-source GenAI and LLM observability platform native to OpenTelemetry with traces and metrics. #opensource
Best For
- ✓teams managing multi-provider LLM applications
- ✓developers building LLM agents that need model flexibility
- ✓cost-conscious teams wanting to optimize model selection per request
- ✓production LLM applications requiring debugging and audit trails
- ✓teams investigating quality regressions or cost anomalies
- ✓compliance-heavy industries (healthcare, finance) needing request audit logs
- ✓teams already using OpenTelemetry for application observability
- ✓organizations with multi-backend observability requirements
Known Limitations
- ⚠Adds gateway latency (specific ms not documented) compared to direct provider calls
- ⚠Throughput capped by tier: Pro 412 req/min, Team 8,400 req/min — requires Enterprise tier for higher volume
- ⚠Provider-specific features (vision, function calling edge cases) may not be fully abstracted
- ⚠No documented support for streaming response optimization through gateway
- ⚠Data retention varies by tier: Pro 7 days, Team 30 days, Enterprise custom — older traces are deleted
- ⚠PII masking available only on Team+ tiers, not Pro
Requirements
Input / Output
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About
Unified LLM DevOps platform providing API gateway, model routing, observability dashboards, prompt management, A/B testing, and user analytics across all major LLM providers with two-line integration and real-time performance monitoring.
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