Decagon AI vs Novus

Decagon AI and Novus are both business tracked by AIDiveForge. Below is a side-by-side comparison of pricing, capabilities, platforms, and ownership — sourced from each tool's live website and verified before publishing.

Decagon AI

Decagon deploys AI agents that handle customer support end-to-end: identity verification, order lookups, refunds, subscription changes, and routing to the right team — without a human touching most of it. Workflows are defined in natural language through Agent Operating Procedures, so CX operations teams can update agent behavior without filing an engineering ticket. The platform unifies voice, chat, and email under one intelligence layer, which means the customer's context follows them across channels. Customer stories on the vendor site cite 80% deflection rates and 95% cost reductions — but those are headline outcomes from enterprise deployments with significant onboarding investment. Teams with in-house AI engineering appetite or sub-enterprise ticket volume will find the contract size hard to justify.

Novus

Novus scans your codebase, auto-instruments product analytics without requiring engineers to tag events by hand, and monitors user flows for regressions — flagging broken interactions before they reach production. The agentic layer goes further: it reviews pull requests for UX issues, proposes fixes, and can open its own PRs with remediation code, though a human signs off before anything merges. That approval gate is a deliberate design choice, not a limitation. Where the system strains is on the monitoring side: the scraped page content available does not confirm depth of support for complex branching flows or highly customized event schemas, so teams with mature, bespoke analytics stacks will need to validate fit before migrating.

Attribute	Decagon AI	Novus
Pricing	Paid	Paid
Free trial	No	No
Open source	No	No
Has API	Yes	Yes
Self-hosted option	No	No
Platforms	Cloud (SaaS)	Web (SaaS); integrates with GitHub
Released	2023	2026-03-25
Pros	Natural language Agent Operating Procedures let CX and operations teams update agent workflows without engineering involvement, so behavior changes ship in hours instead of sprint cycles. A single intelligence layer spans voice, chat, and email, which means customer context persists across channels and you avoid the broken handoff where an agent starts the conversation over on a different channel. Built-in A/B testing and QA simulation at scale let teams validate changes against live traffic before fully deploying, so a mis-configured workflow doesn't surface first in production at peak volume. The agent executes transactions — refunds, subscription changes, account recovery — not just lookups, so deflection rates reflect actual resolution rather than customers who gave up and called back. Usage-based pricing tied to conversations or resolutions aligns vendor incentives with actual outcomes, so you are not paying a flat fee for an agent that routes everything to a human.	Automatic codebase instrumentation without manual event tagging, so engineers stop losing sprint time to analytics upkeep every time a feature ships. Regression detection before production, which means broken user flows surface in review — not in a customer support ticket three days after release. PR-level UX review with generated fix proposals, so code moving fast through AI-assisted development gets a behavioral sanity check that manual review at speed cannot reliably provide. Unified monitoring of both human and agent-driven user flows, so product teams running AI features do not have to stitch together separate observability tools to see the full picture. Human approval required before any proposed code change merges, so the agentic layer accelerates without removing accountability from the team shipping the product.
Cons	No self-serve trial and no free tier means you cannot validate fit before entering a procurement cycle — teams that need a proof of concept before budget approval are forced to negotiate access through a sales process, which typically adds weeks before any agent runs a single conversation. Self-hosting is not on offer, which is a hard stop for financial services or healthcare teams with data residency requirements that prohibit sending customer data to a third-party cloud — those teams move to a self-hostable competitor or build on an open-source agent framework instead. Contract structures in the six-figure annual range make Decagon economically indefensible for support operations below a certain ticket volume threshold — teams that are scaling toward enterprise but are not yet there exit for a mid-market tool with per-seat or lower-commitment pricing. Because the platform is fully managed and closed, teams with internal AI engineering capacity who want to own the model selection, retrieval architecture, or fine-tuning pipeline hit a wall — Decagon operates the agent for you, and if that is not what you want, the product is working against your team rather than with it.	No self-hosted deployment option is available, which means teams with data residency requirements or air-gapped environments cannot use Novus at all — those teams evaluate on-premises analytics platforms instead. Open beta status means the pricing model is not fixed; teams building production dependencies on Novus are accepting the risk of a cost structure change mid-roadmap, and teams with tight budget predictability requirements are better served by a tool with announced pricing. The automated instrumentation model assumes Novus can adequately represent your event taxonomy — teams with mature, deeply customized analytics schemas tied to external data warehouses or BI pipelines will hit a compatibility ceiling and either maintain a parallel manual instrumentation layer or migrate to a purpose-built pipeline tool.

Bottom line

Decagon AI and Novus are closely matched on pricing model, openness, and API availability — pick by feature set and platform support in the table above.

Frequently asked questions

What is the difference between Decagon AI and Novus?

Decagon AI is Paid, while Novus is Paid. Compare pricing, free trial, API, platforms, and pros/cons in the table above on AIDiveForge.

Is Decagon AI better than Novus?

It depends on your workflow. Use the side-by-side attributes (pricing, open source, API, self-hosted, platforms) to decide. AIDiveForge does not rank a universal winner — we publish verified facts so you can choose.