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Decagon vs Maven AGI

A side-by-side comparison of Decagon and Maven AGI, two Support tools, drawn from Ignaite's continuously-verified listings.

Compared from listings verified as of

Decagon

Support

AI concierge agents that resolve customer support end-to-end.

View Decagon

Maven AGI

Support

Enterprise AI agent platform for customer experience.

View Maven AGI

At a glance

Feature comparison of Decagon and Maven AGI
AttributeDecagonMaven AGI
CategorySupportSupport
PricingPAIDPAID
LicenseProprietaryProprietary
DeploymentCloudCloud
PlatformsWeb, APIWeb, API
Model support (differs)Multi-modelSingle model (proprietary)
Vendor (differs)DecagonMaven AGI
Capabilities (differs)
  • Voice agent
  • Email assistant
  • Ticket deflection
  • Voice agent
  • Multi-agent orchestration
  • Ticket deflection
  • Conversation intelligence

The honest brief

Decagon

Prices per conversation or resolution, not per seat, and lets ops teach agents via natural-language procedures.

  • Outcome-based pricing
  • Ops author logic, engineers keep guardrails
  • Chat, email, and voice
  • Takes actions, not just answers
  • Enterprise sales-only
  • Setup and tuning required
  • Model choice abstracted away

Maven AGI

Enterprise CX agent pitching ~93% autonomous resolution across voice, chat, and email with deep helpdesk ties.

  • High claimed autonomous resolution rate
  • Resolves issues across the journey
  • Native Salesforce, Zendesk, Genesys, Twilio
  • Fast enterprise onboarding
  • No transparent public pricing
  • Real conversations still need supervision
  • Enterprise-only, contact-sales
  • Strong rivals (Decagon, Sierra, Fin)

When to pick which

Both cover Voice agent and Ticket deflection.

Pick Decagon if you need Email assistant.

  • Email assistant (secondary capability)

Pick Maven AGI if you need Multi-agent orchestration and Conversation intelligence.

  • Multi-agent orchestration (primary capability)
  • Conversation intelligence (secondary capability)

They also differ on:

Model support
Multi-model · Single model (proprietary)