Two engineers pairing at a laptop
What we do

The context your AI decides from.

AI is only as right as what it knows about your business.

We build the context layer: one definition of every metric, one record for every customer and product, the documents behind them, and the rules on who may see what. Dashboards, analysts and AI agents read the same layer, so they give the same answer, with the source.

One question, three readers

“What was gross margin last quarter, by region?”

  • Dashboard
  • Copilot
  • Agent
ClaudeContext layer
Metric
Gross margin: revenue less cost of goods, net of returns
Entity
Region: one record per store, matched ERP to CRM
Policy
Each reader sees only the regions they may
Source
General ledger, refreshed and tested today
Reads from
OracleSalesforceMicrosoft 365HubSpot
See the full architecture ↓
The same answer in all three, with its source
  • Dashboard
  • Copilot
  • Agent
55%less time producing investor reportsBridge Investment Group · read the case study →
We build on
ClaudeDatabricks
Runs in your cloud
AWS
Azure
SOC 2 Type II
What we build

Six parts, one meaning for your data.

A context layer holds what your company means by its own data. We build the parts you are missing and connect the ones you have.

  1. 01

    Semantic layer

    Every metric defined once, with a named owner, and reused by every dashboard, spreadsheet and agent.

  2. 02

    Entities and relationships

    One record for each customer, property, fund or product, matched across your systems, with how they connect.

  3. 03

    Catalog, lineage and glossary

    What each table means, who owns it, where it came from and what depends on it.

  4. 04

    Documents and retrieval

    Contracts, filings and procedures indexed, so an answer cites the passage it came from.

  5. 05

    Policies and access

    Who may see, use and change each fact, enforced the same way for people and for agents.

  6. 06

    Evals and decision memory

    AI answers tested against known good ones before release, and every reviewed correction kept for the next question.

Reference architecture

The context layer, part by part.

Governed data from the lakehouse below, your company's meaning in the middle, and every dashboard, copilot and agent reading from it. It runs in your own cloud account on AWS, Google Cloud or Azure.

01Your systems
  • OracleSalesforceMicrosoft 365HubSpot
  • ERP and finance
  • CRM and pipeline
  • Contracts and documents
02Governed data
One governed copyCleaned, modelled and tested in layers on the lakehouse, before anyone defines a metric or asks a question.
03The context layer
DatabricksClaudeIn your cloud account
Governance · who may see, use and change each fact
  • Access by role
  • Row-level security
  • Lineage to source
  • Named owners
  • Audit log
  1. MetricsOne definition of every numberEach with a named owner
  2. EntitiesOne record per customer or fundMatched across every system
  3. KnowledgeDocuments, glossary and rulesCited in every answer
Evals and memory · tested before agents rely on it
  • EvalsAnswers checked before release
  • Decision memoryReviewed answers kept
  • FreshnessWhen each fact was last tested
04Who reads it
  • DashboardsEvery report reads the same definitions
  • AI answersQuestions in plain English, answered with the source
  • AgentsWorkflows that act on your facts, inside your rules
What we build here

Each metric defined once, each customer, property or fund matched to one record across systems, and the documents and glossary behind them indexed with owners.

In production at Bridge Investment Group

A golden record for properties, funds, investors, vendors and the chart of accounts; investor report prep fell 55%.

Read the case study
Runs in your cloud
  • AWS
  • Google Cloud
  • Microsoft Azure
Your account, your data, your security controls. We build it; you own it.
How it works

Follow one question through it.

Here the agent answers the questions leadership asks of the numbers. It reads the context layer first: the definition of revenue and margin, the customer and product records matched across your ERP and CRM, and the rules on who may see what. Then it pulls the figures, checks them against the source, ranks the drivers and shows where each number came from. An analyst reviews the answer before it goes up. Switch who does the steps below to compare.

Software pulls, checks and explains the numbers; a person reviews the answer before it goes up.

  1. Your systems1. The question arrivesThe same question, asked in the dashboard.Permissions: sees only what this person may see
  2. The context layer2. The agent reads it against the metrics layerOne definition of margin, broken down by region, product and customer.The metricsThe dataThe rulesConfidence: a number it cannot source goes to a person
  3. Your systems3. The agent pulls and checks the numbersFrom the governed data, reconciled to the ERP, the drivers ranked.Limits: reads the systems, never writes to them
  4. People and agentsReview gate: A person reviews the answerThe drivers and their sources, in front of them before it is sent.Review: the answer shown before it goes up
ModelsClaudeOpenAIFoundationDatabricksSnowflakedbtCloudAWS
Fetching fromNetSuiteOracleSalesforceHubSpotMicrosoft 365EpicDocuSignPitchBookDatasiteamong others
1 review· one question, the same company, agents doing the steps
Governed dataRetrieval and contextAgents with review gatesEvals and observabilityRuns in your cloud
Start from where you are

Start from where you are.

Most companies already have one of these parts. We start with the one that is breaking.

  1. 01Two reports bring two numbers for the same metricA semantic layer, so each metric has one definition and one owner.Sales, inventory, finance and headcount marts on a shared semantic layer; the books close in half the time.Robbins Brothers
  2. 02The same customer has a different ID in every systemMaster data and entity matching, so every system points at one record.A golden record for properties, funds, investors, vendors and the chart of accounts, so a new acquisition maps into the same structures.Bridge Investment Group
  3. 03Leadership wants AI on company data, and nobody knows if the data is readyTest AI answers against prototype semantic models first, then fix what fails.Semantic model prototypes, tested against AI tools, showed where answers held up and where the data needed work.Continental Properties
Client workflows

Workflows we have moved.

Private equity firmConsumer-focused fund

CIM review cycles 4x faster

Reviewing a confidential information memorandum

BeforeBy hand
After4x faster
Analysts read each CIM end to end
Agent extracts terms, financials and risks
Key terms re-keyed into the model
Populates the model and flags gaps
The whole deal team works the queue
The deal team reviews the exceptions
Reads fromPitchBookIntapp DealCloudDatasiteRuns onClaudeDatabricks
Case study
The HartfordInsurance

Risk reports in 2 days, not 2 to 3 weeks

Producing the weekly risk report

Before2 to 3 weeks
After2 days
Analysts pull from 12 source systems
Pipelines land the 12 sources overnight
Rebuild the models in spreadsheets
Models rerun and reports render themselves
Format and circulate to 12 stakeholders
Analysts review and annotate the exceptions
Reads from12 policy and claims systemsRuns onDatabricks
Case study
How it is governed

Governed once, read everywhere.

An agent will not catch a wrong number the way a person does. So the controls live in the layer, not in each tool.

  1. The same rules for agents

    An agent sees exactly what the person it works for may see, through the same row-level permissions.

  2. Every answer traceable

    Each figure carries its definition, its source table and when it was last refreshed.

  3. Owned, not orphaned

    Every metric and glossary term has a named owner who approves changes to it.

  4. Your approved cloud

    Everything is built on the lakehouse and cloud your risk and security teams already approve.

Questions

Common questions.

What is an AI context layer?

The layer between your data and the AI that uses it. It holds what your company means by its own data: one definition of each metric, one record for each customer or product, the documents and glossary behind them, and the rules on who may see what. Dashboards, analysts and agents all read from it, so they give the same answer.

How is a context layer different from a semantic layer?

A semantic layer defines metrics for BI tools. A context layer includes that semantic layer and adds what an AI agent also needs: records matched across systems, lineage and owners, indexed documents it can cite, access rules it must obey, and a record of reviewed answers. An agent will not catch a wrong number the way a person does.

Why do AI agents need a context layer?

Without one, an agent guesses what revenue means, joins the wrong customer records and cannot show where a figure came from. With one, it reads your definitions and rules first, answers from governed data and cites its source, so an analyst can check the answer in minutes instead of rebuilding it.

What does Blue Orange build for a context layer?

Six parts, starting with whichever is breaking: a semantic layer with one definition per metric, master data and entity matching, a catalog with lineage, owners and a glossary, document retrieval with citations, access policies that apply to people and agents alike, and evals that test AI answers before release. We build it on the lakehouse and cloud you already run.

How long does it take to build a context layer?

It depends on how many systems disagree. Bridge Investment Group started with a two-month audit of every source system. Continental Properties ran its catalog, access model and dbt work as a 24-week stream, and Circle of Care went from strategy to a production rollout of one set of definitions in about 36 weeks.

What has Blue Orange delivered with context layers?

Bridge Investment Group spends 55% less time producing investor reports on a golden record for properties, funds and investors. Robbins Brothers closes its books in half the time on a shared semantic layer. Tungsten Automation users spend 80% less time finding the right marketplace listing through a copilot on a knowledge graph.

Next step

Give your AI the context.