Enterprise infrastructure, built in.

Every CloudRaker capability and automation runs on the same foundation for files, data, knowledge, AI, integrations, governance, and control. Nothing to deploy. Nothing to assemble.

The promise

You automate the work. CloudRaker handles the infrastructure behind it.

A new workflow should not begin with a platform project. Most enterprise automation stalls before it ships, because the process everyone agreed on turns into a list nobody planned to build: file infrastructure, a database, a knowledge base, vector search, a RAG pipeline, model infrastructure, permissions, integrations, monitoring, usage tracking, governance, auditability.

Inside CloudRaker, those foundations already exist. They are not modules to select or services to wire together. They are the operating foundation the platform runs on, and everything you build inherits them the moment it exists.

Teams spend their time on the business process they want to automate not on the infrastructure required to operate it.

Capabilities are what CloudRaker can do. Automation is how the work gets done. CloudRaker OS is the infrastructure already built underneath both.

Infrastructure areas

One foundation, organized around enterprise outcomes

Extract review12 fields
FieldValueSource
SupplierHunan Ruixip. 1
Term36 monthsp. 4
Renewal90 days noticep. 6

Data & Knowledge

Give every workflow the right business context. CloudRaker manages documents, structured data, business objects, relationships, and enterprise knowledge together, so AI and automation work from what your organization knows, not from whatever fits in a prompt.

Template editorv04
client_namemapped
policy_limitmapped
effective_datesample

Template looks good

Rendered previewPDF
Clause inserted from template

Standardization

Standardize once. Reuse everywhere. Approved templates and capability configurations live in one place, so the same standard applies across workflows, agents, APIs, and teams. Update it once and every caller inherits the change.

PRJ-42Acme onboarding
Open
Agreement.pdfUploaded
Approval packetGenerated
3 runs active12 records collected

Execution & Connectivity

Connect work across your enterprise. CloudRaker automation does not operate in isolation: it executes work and moves it through the applications, external systems, and browser-based processes where the business already operates.

Action runslatest first
Generate packetIn review8/12
Approve fileComplete14/14
Update recordNeeds review6/9

AI Infrastructure

The right intelligence for every task. Model execution is built in and matched to the work being done, instead of forcing every step of every workflow onto the same model, the same latency, and the same cost.

Field reviewsettled
Coverage limit$1,250,0005/5
Signature packetIssuedlocked
Evidence hashRecordedok
  1. Draft approved by Legal

  2. Signature packet issued

  3. Hash recorded on evidence log

Control & Governance

More automation should not mean less control. Know who can access what, what is running, what happened, what it cost, and where the data went, from infrastructure rather than a process someone has to follow.

Core infrastructure

Everything included underneath

Fifteen built-in services. Not one of them is a separate purchase, a separate deployment, or a separate project.

Files
Document infrastructure across CloudRaker: versions, permissions, and lineage on every file a workflow touches.
Templates
Reusable standards for documents and outputs, so what CloudRaker produces matches what your organization approved.
Saved Actions
Approved capability configurations that behave the same whether a person, an API call, or an agent invokes them.
Runs
Execution history and state across the platform: the record of what happened, in what order, and on whose authority.
Spaces / Knowledge
Organized enterprise information, scoped per team or process, so retrieval stays relevant and permitted.
Ontology
Your business concepts and how they relate, so automation follows real relationships instead of inferring them each time.
Objects
Structured business entities (policies, claims, contracts, suppliers) that every workflow can read and update consistently.
Database
Structured data infrastructure for the results automation produces, without provisioning and operating one yourself.
Search
Semantic search, vector search, RAG, and knowledge spaces: retrieval that grounds AI in your own information.
Connections
Integration with the enterprise systems of record, so results land where the business already works.
Browser
Controlled interaction with browser-based processes, for the portals and legacy systems that never shipped an API.
Inference
AI execution infrastructure that matches the model to the task, instead of charging every step the same way.
Authorization & Governance
Permissions and controls across data, capabilities, and automation, applied to agents exactly as they are applied to people.
Observability
Visibility into execution and performance, so exceptions surface as signal rather than as a surprise at quarter end.
Metering
Usage and consumption measurement per capability, workflow, and model, so cost is attributable before it is a line item.
AI infrastructure

The right intelligence for every task.

Not every step deserves the same model. Classifying a document type, reading a dense indemnity clause, and reformatting a date are different problems with different costs. Inference is built into CloudRaker and managed according to the task being performed instead of forcing every workflow to depend on one model and one level of intelligence.

Probabilistic AI, deterministic logic, and human control. AI reads the messy input. Rules run the steps that must return the same answer every time. People approve what accountability requires a person to approve. All three execute inside the same run.

Inference optimization is what makes usage-based economics work. Cost tracks the value of the task, not the size of the model someone happened to select.

Search

Retrieval that AI can actually use

CloudRaker does not simply store your files. It builds the context AI and automation need to work with enterprise information, and every retrieval respects the permissions of the caller.

Semantic search
Find the clause, the exclusion, or the record by meaning, not by hoping someone used the same words you did.
Vector search
Embeddings are generated, indexed, and kept current as content changes. There is no separate vector database to run.
RAG
Retrieval feeds the model at run time, so answers cite your documents and stay traceable to the page they came from.
Knowledge spaces
Scope retrieval to a team, a matter, a product line, or a process, so a workflow reads the right corpus and nothing beyond it.
Control & governance

Control comes built in too.

As enterprises automate more work, four questions get harder to answer. CloudRaker answers them with infrastructure rather than with a process someone has to remember to follow.

  1. 01

    Authorization & Governance

    Control which people, agents, and automations can reach each file, dataset, capability, saved action, workflow, and connected system. Policies attach to the work itself, so an agent inherits exactly the access you granted, and nothing beyond it.

    RBACScopesSSOPolicies
  2. 02

    Observability

    See how workflows execute, where exceptions occur, and how the platform is performing. Every run keeps its inputs, its steps, the model output, the rule that fired, and the person who approved it.

    Run historyExceptionsLatencyAudit log
  3. 03

    Metering

    Understand consumption across capabilities, workflows, models, and infrastructure. See what a process costs on real volume before you scale it across the business.

    CreditsUsagePer-workflow
  4. 04

    Residency & evidence

    Data residency, retention, and anonymization are platform settings, not per-project engineering. Run history, approvals, and source references stay attached to the output for audit, regulator, and client review.

    SOC 2ResidencyEvidence
Enterprises outcomes

What built-in infrastructure changes

  • Less infrastructure to assemble
    Replaces Selecting, procuring, and standing up a separate stack.
    What changes The foundational services required to run enterprise paperwork automation are already part of the platform. There is no separate stack to select, procure, and stand up.
  • Consistent governance
    Replaces Each team implementing its own controls.
    What changes Permissions, monitoring, knowledge, and controls stay consistent across every automation, because they come from one place rather than from each team's own implementation.
  • Faster deployment
    Replaces Rebuilding infrastructure for every new process.
    What changes New workflows inherit existing infrastructure instead of rebuilding it. The second process ships considerably faster than the first, and the tenth faster still.
  • Less fragmentation
    Replaces Isolated AI point solutions scattered across departments.
    What changes Multiple business processes run through common infrastructure instead of leaving isolated AI point solutions scattered across departments.
  • Better economics
    Replaces Paying for a fixed platform footprint.
    What changes Shared infrastructure, usage-based consumption, and optimized inference align cost with the actual value of each task rather than with a fixed platform footprint.
  • Enterprise visibility
    Replaces Six dashboards owned by six teams.
    What changes Understand what is running, how it is being used, and what it costs across the organization, in one view, not in six dashboards owned by six teams.
CloudRaker OS

Automate the work. Not the infrastructure.

Every CloudRaker capability and workflow gets the enterprise foundation it needs from day one.