Platform Platform
System
ConceptsEnginePolicy as codeDeclarationsSafe changeGatewaysIntegrationsObservabilityAdministrationSecurityHuman reviewAudit and evidenceData retentionSecrets and data classification
Controls
Registries and documentationAuthentication and authorizationInjection detectionData redactionCode fingerprintingRole and judge checksContent classificationSpend and loop limitsBusiness rules
Solutions Solutions
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Sell into the enterpriseControl the AI you run
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Financial servicesDigital assetsInsuranceHealthcareLegalUser-generated content
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AI governanceTrust and safetyRisk and compliance
Cases Cases Embedded control planeSource-code leakTrading agents over MCPLive firehoseRefund assistant
Compare Compare LiteLLMNVIDIA NeMo GuardrailsOPAROOSTAgent Governance Toolkit
Resources Resources
Guides
Enterprise review questionsPrompt injectionAgent and control layerAgent architecturesDecision system mapAI control maturity model
Standards
Standards OWASP Agent Control StandardEU AI ActPMI AI standardNIST AI RMFERC-8004
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A gateway filters requests. A policy engine proves what happened.

LiteLLM routes across many providers, tracks spend, and adds simple guardrails. Swiftward enforces rules, versions them, and proves what happened. Different layers, and many teams run both.

What LiteLLM is

A widely used open-source proxy in front of many model providers, with one-click integrations and a large community. It routes a request and it filters a request.

What Swiftward does differently

Swiftward remembers across events: counters, windowed counters, labels, reputation, per account or per agent. A gateway judges each request on its own.

A gateway's filters are settings you edit in place. A Swiftward policy is a versioned artifact: draft, candidate, frozen, archived, rolled back by naming the previous version. You backtest a change against your own recorded traffic and read every decision that flips before it enforces, then run it in shadow or A/B on live traffic.

When something goes wrong, Swiftward names the rule that decided and the frozen version it ran on, in a hash-chained record with signed checkpoints. A gateway gives you a log. And a flagged call can wait for a person instead of failing.

Running both

Swiftward goes in front of, or alongside, a proxy you already run, and it governs more than model calls: MCP tool calls, network, FIX and blockchain come through the same policy and land in the same records.

Related: the gateways · spend and loop limits · the other comparisons
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