The Platform · Moring AICP

A single control plane for enterprise AI.

One place to build, deploy, manage, and govern.

Moring AICP is the engine enterprise teams use to build a single control plane, where AI workflows are built, deployed, managed, and governed in one place.

99.9%
Uptime SLA
< 200ms
Average latency
40%
Cost savings, typical

Architecture

One control plane. Your existing cloud underneath.

The AI Control Plane deploys on top of the cloud infrastructure you already operate. We add the governance, policy enforcement, and agent controls your team needs without disrupting what already works - Kubernetes, observability, CI/CD, IaC, your existing security and compliance posture all stay.

Layer 02 · The AI Control Plane
Moring AICP · governed & guardrailed
Authentication & Authorization AI Gateway MCP Platform Managed Skills Registry Pattern Library · Blueprints Governance Workflow Engine Secure Human-in-the-Loop SME Tooling Agent Runtime Agent Registry Cost Controls
Layer 01 · Your existing cloud infrastructure
Cloud Native Platform
Kubernetes Observability CI/CD IaC Reliability Cloud Security & Compliance
AWS Azure GCP On-Premises

Control plane capabilities · the building blocks

The building blocks of the control plane.

Grouped by the role each one plays. Authentication & Authorization is the policy layer everything else runs on. The rest are where that policy is enforced, how AI gets built and approved, and where agents run and stay under control.

Policy layer

Authentication & Authorization

One policy model that decides what every AI workflow is allowed to do — its models, tools, skills, sandbox, network, and retrieval APIs. Connects to your IDP and adds a policy layer with OPA or Cedar.

What agents use

AI Gateway

The controlled way agents and developers reach AI models — coding assistants and production agents alike. Use the built-in gateway or bring your own; model access follows the same policies as everything else.

What agents use

MCP Platform

Registry, runtime, and gateway to register, run, and control the MCP servers agents use to reach tools and data (built on ToolHive). Federated: each business unit runs its own, all governed from one registry.

What agents use

Managed Skills Registry

One registry of the AI skills approved for the enterprise, with a pipeline that scans them for vulnerabilities. At runtime, an agent downloads only the skills its policy permits.

Build & approve

Pattern Library · Blueprints

Pre-approved, ready-to-use patterns with working reference implementations — router-and-specialist, human approval, MCP tools, skills — with threat modeling already signed off. Build on one and reach production without a new security review.

Build & approve

Governance Workflow Engine

Build the approval and onboarding workflows that govern AI. Onboarding provisions the right model, tool, and skill access, sets who can invoke a workflow, and routes it through required security & governance sign-offs.

Build & approve

Secure Human-in-the-Loop

Ready-made modules that add safe human steps inside a running workflow. Reviewers get short-lived, just-in-time access — granted only when needed, and expiring afterward.

Build & approve

SME Tooling

Tools that let subject-matter experts build, test, and give targeted feedback on agents — on top of the agent’s real traces. Expert feedback is the missing piece that makes agents reliable.

Run & control

Agent Runtime

The production environment where agents actually run — wired to the MCP gateway, the sandboxes agents run in, and the retrieval APIs they call — keeping each agent inside the boundaries its policy sets.

Run & control

Agent Registry

A single place that lists every agent in the enterprise and lets teams act on them — including applying a kill switch to a set of agents directly from the registry.

Run & control

Cost Controls

Budgets and chargeback. Every workflow and agent is metered by tokens and cost; budgets are enforced, not just reported, with loop and step caps so a stuck agent can’t run up the bill — then charged back to the team that owns it.

Deploy on your cloud

Your infrastructure. Our AI layer. Full control.

The platform runs on the cloud infrastructure you already operate — AWS, Azure, GCP, or on-premises. Your data never leaves your environment. Your keys, your perimeter, your audit trail.

Multi-cloud and hybrid deployment supported out of the box.

Zero data exfiltration - everything stays inside your VPC.

Kubernetes-native with Helm charts and Terraform modules.

SOC 2, ISO 27001, HIPAA compliant infrastructure patterns.

Composable by design

Start with one component. Expand as you grow.

No big-bang deployment. Each module works independently and integrates seamlessly with your existing observability, CI/CD, and security tooling.

Incremental adoption - start small, scale fast.

Works with your stack - your existing observability and CI/CD tools.

API-first design with comprehensive SDKs.

Each component production-ready on its own.

Built for production

Enterprise AI needs the same rigor as enterprise software.

Reliability, security, and observability baked in from day one — not as an afterthought. These are the numbers the platform operates against, every day, across every customer.

99.9% uptime SLA with automated failover.

Real-time cost tracking and budget controls.

Full audit trails for compliance and governance.

Automated evaluation before every deployment.

99.9%
Uptime SLA
<200ms
Average latency
40%
Cost savings, typical
A+
Security score

One control plane · powers every solution

The same control plane ships AI-DLC, AI Ops, and your custom agents.

Whichever solution you start with, you're standing on the same infrastructure. Year-two business agents amortize on the same gateway, the same observability, the same security layer. Build once, deploy many.

AI-DLC

AI-DLC for engineering.

Governed agentic SDLC. Per-PR cost attribution. Failure drill. 5-engineer case study. Same platform components, scoped to the engineering use case.

Explore AI-DLC

AI Ops

AI Ops for operations.

Event correlation. Topology-aware RCA. Predictive ops. Automated remediation. Same platform components, applied to operational intelligence.

Explore AI Ops

Future suites

Finance·Customer ops·more.

Year-two persona suites for Finance and CS & Service ship on the same platform. The substrate amortizes. The second agent costs less than the first.

See the roadmap

How adoption works · governance first

Governance goes on before your developers arrive.

A typical customer moves through three stages. Our forward-deployed engineers build the control plane and lay down governed patterns first — so by the time developers arrive, the rules are already in place.

Stage 01 · ~3–5 weeks

Build the control plane.

Our forward-deployed engineers use the AICP engine to build your control plane, tuned to your environment. You end this stage with a working control plane.

Stage 02 · governed patterns

Deploy reference implementations.

Before any developer is let in, we deploy 10–20 common workflow patterns tailored to you, each with a working reference implementation. Your governance team sets the first policies on these.

Stage 03 · developers build

Ship to production, fast.

Your developers build their own workflows on top, following concrete references. As long as a workflow fits a pattern, governance is already on by default — so they reach production quickly.

What makes us different

Governance goes on before developers arrive, not after. A developer’s first day already happens inside a governed environment - so governance isn’t a gate they hit later; it’s the ground they start on.

Common questions

Questions teams ask before they build.

What exactly is Moring AICP?
Enterprises struggle to scale AI because building it, running it, and governing it live across different teams and tools. Moring AICP is the engine your teams use to build a single control plane - one place to build, deploy, manage, and govern all your AI. Developers ship workflows and agents; security and governance set the rules and see what every agent is doing; it all happens in one place.
Where does the control plane run?
Always inside your own environment - your cloud or on-prem. It is never hosted by us, so your data and your AI stay inside your boundary. In practice it’s deployed centrally and managed by one enterprise technology team, and every business unit uses that same control plane.
Is Moring a product or a services company?
Both, sold together. AICP is the software engine and our core IP; on top of the control plane it powers, we build the AI solutions you need - AI Ops, AI-DLC, and business-operations agents. There’s a platform fee for AICP and a separate fee per solution, sized to scope.
How is this different from a one-size-fits-all AI platform?
AICP is a reusable engine, not a fixed product. It provides roughly 60% of what a control plane needs as modular, interlocking blocks - a bit like Lego, except the blocks are designed to fit together. The remaining ~40% is the customization and integration your enterprise requires. The result is one connected control plane instead of another pile of separate tools.
How do developers work with it?
Four ways: an API, a CLI, an SDK, and a UI - developers use whichever fits the task. In practice the platform team decides: some open the UI for direct work, others require everything to go through API- or CLI-based pipelines. We support all of them, so you can set it up to match how you already work.

Ready to build on Moring AI?

See how the platform ccelerates your AI initiatives.

A 30-minute AI Discovery workshop with Rajarajan gets you a baseline metric, an architecture sketch against your stack, and a yes/no on outcome pricing — before anyone signs anything.