NemoClaw governs your API workflows. StitchOps runs the other 91%.

NemoClaw adds real governance on top of an API-first engine. But it stops the moment a workflow hits a system with no API. StitchOps executes there too, anywhere a human can log in and click.

Architecture diagram showing StitchOps automating through the firewall into SAP, Oracle, and IBM legacy systems using browser automation and computer vision

It runs software like a person does clicking through screens.

NemoClaw orchestrates AI agents over systems that expose an API. StitchOps uses browser automation and computer vision to operate the screens directly. If a human can log in and click through it, StitchOps can run it. No API required.

Diagram of StitchOps reaching SAP, Oracle, and IBM systems behind the firewall

Reaches the 91% with no API

Web portals, legacy desktop ERP, terminal apps, and government systems NemoClaw can't touch.

StitchOps node graph with execution panel showing 100% success rate and per-node logs

Computer vision, not brittle selectors

Finds elements by appearance and context, so workflows self-heal when a UI changes.

StitchOps execution panel for a real SharePoint download automation at 100% success

Deterministic and auditable

Same inputs, same outputs, every time. Every action logged by the named element it touched.

StitchOps dark workflow builder canvas with a green Execute button

Credentials never leave you

BYOKV resolves secrets from your own vault at runtime and never persists them.

91%
of enterprise systems have no usable API
40+
hours saved per week for mid-size teams
$150K
annual labor savings per team
3
execution models unified: APIs, browsers, legacy
0
separate tools to stitch together
100%
of the enterprise surface covered

You can govern what NemoClaw does. You can't make it reach what it can't reach.

OpenClaw calls tools. Tools require APIs. NemoClaw adds access controls and guardrails on top, but when a workflow touches a system with no API, the governance layer has nothing to govern. StitchOps is the execution runtime that runs there instead.

Architecture diagram showing data flowing through a firewall into SAP and Oracle via browser automation, computer vision, and AI
01

API-connected cloud workflows

Where NemoClaw is strong: orchestrating and governing agents over systems with APIs.

02

The non-API surface

Where it stops: legacy ERP, payer portals, terminal apps, and government systems with no API.

Built to survive real systems, not just demos.

The reason automation fails in production is that interfaces change. StitchOps uses vision-driven, self-healing execution, so the workflow adapts instead of breaking. Customers report 20 to 40 fewer maintenance hours per month versus click-recorder tools.

40+
hours saved per week for mid-size teams
$150K
annual labor savings per team
20-40
fewer maintenance hours per month
01

Deterministic by design

Identical inputs always produce identical outputs, a requirement for SOC 2 and HIPAA workflows.

02

Auditable by default

Every action is logged by the named element it touched, not an opaque pixel.

StitchOps visual workflow canvas with active green nodes and an integrated AI assistant explaining the logic

See it run on your hardest system

Pick one workflow NemoClaw can't reach. We deploy in your environment and prove it before any commitment.

Your automation roadmap, with the non-API ceiling removed.

NemoClaw and your iPaaS stay in place for the API-connected work. StitchOps clears the part of the backlog that has no integration path and never will.

Today
With NemoClaw alone
With StitchOps
Systems with no API
Stops at the API wall
Automated natively
Legacy ERP and portals
Out of scope
Browser and desktop automation
When a UI changes
Breaks or blocked
Self-heals with vision
Execution model
Probabilistic
Deterministic, same every run
Credential custody
Varies
BYOKV, never persisted

From blocked workflow to proven result, without a rip and replace.

StitchOps is complementary infrastructure. Keep NemoClaw for the API-connected, governed work and add StitchOps as the execution runtime for everything it can't reach. Most teams are live in two to four weeks.

01

1. Pick the blocked workflow

Choose the one your team gave up automating because the system has no API.

02

2. Deploy in your environment

The agent runs where your systems live. BYOKV keeps credentials in your own vault.

03

3. Prove it on real runs

Watch it execute inside the exact system NemoClaw couldn't reach, with full logs.

04

4. Expand portal by portal

Add the next system as a sub-workflow. New portals take hours, not weeks.

StitchOps node graph with an AI assistant sidebar narrating how the workflow is built