G2 Leader | 200+ reviews 4.5 stars

Run change requests with humans and AI agents

Scope changes are a two-party process. Clients submit through a magic link, agents draft the scope, cost, and schedule impact, and both sides approve it.

A change request flow in Moxo: the client submitting by magic link, AI agents drafting the impact assessment, both sides approving

Agentic change control, with human control

Design, run, measure, and improve in the same system

Start with plain language

Describe how a change moves from request to signed approval, or hand Moxo your template. The AI builder makes it a working flow.

The Moxo flow assistant turning a change template into a request workflow

Build your AI change team

Agents classify the request, draft the impact assessment from the contract and plan, and prep options, grounded in your terms.

An agent card showing what the impact drafting agent knows and the rules it enforces

Humans where judgment lives

Pricing, feasibility, and priority calls route to named owners with the impact drafted. Nothing changes scope on its own.

A change request flow handing off a drafted impact to a named owner

Clients act without logins

Clients raise requests, review impacts, and sign approvals through secure magic links. One thread, no attachment archaeology.

A branded page where a client reviews a change impact and signs approval

Every change on the record

Each request leaves a trace: what was asked, what it costs, who approved on both sides, and when. No he-said scope.

A decision trace showing a change assessed, priced, and approved by both sides

Measure what actually matters

Ask what changes are open and what they add up to. Answers come from live flows, in plain language.

A reports chat answering what open change requests add up to

Leading ops teams run on Moxo

Security without compromise

Moxo is built for the trust requirements of serious operations. It includes every control enterprise teams expect: SOC 2 Type II, GDPR, SAML SSO, audit trail, data encryption, role-based access, and more.