Data and AI engineering, from raw source to agents in production.

Six sentences we hear a lot

Two reports give different numbers

Facts are contested. Reconciliation is manual.

Dashboards exist. Decisions still wait.

Insight stops at the report. Nothing is wired into the workflow.

The model was accurate when you shipped it

Drift goes unmonitored. The first sign is a complaint.

Retrieval returns plausible answers that are wrong

Meaning is not agreed. Every use case rebuilds its own logic.

An agent works in demo and fails audit

No evidence record. No evaluation gate. Shared service accounts.

The data is ready for reports, not for agents

Access and meaning were designed for people, not for agents.

Not sure? See which capability fixes yours.

500+

Engagements since 2014

200+

AI-native engineers

30+

Snowflake certified professionals

40+

Claude-certified architects

3+

Agentic frameworks

CAPABILITIES

What we build, and where you start

Six service lines. Open any one to see what it fixes, what it has already delivered, and how a first engagement starts.

We start with the architecture decision, then modernize the warehouse underneath it. Catalog, lineage, column-level masking, and an owner on every dataset. Governed platforms are live today across ERP, CRM, and support tools, at 95%+ data trust on a unified platform spanning multiple ERPs. Forrester named that work in its Q3 2025 Data Quality Solutions Landscape. ISO, GDPR, and SOC 2 evidence is built in from day one, so the trail is already there when an auditor asks.

Built on Snowflake, Databricks, Microsoft Fabric, BigQuery, Redshift, Synapse, Snowflake Horizon, Unity Catalog, Purview.

Where you start: an architecture assessment, 2 to 3 weeks.

What you walk away with: a written architecture position and a costed shortlist.

We build governed pipelines where every dashboard, forecast, and next-best-action traces back to a definition the business has already agreed on, not whatever an analyst decided “active customer” means this quarter. Live today, cutting manual reconciliation effort by 60%+. That is not people working harder to make the numbers match. It is numbers that no longer need reconciling. Observability and quality checks run continuously, so you hear about a problem before it reaches a board deck.

Built on dbt, Spark, Kafka, Airflow, Fivetran, Power BI, Tableau, Looker.

Where you start: discovery by stage, 3 to 4 weeks.

What you walk away with: a straight go or no-go on whether the foundation can carry what you want to build, before anyone spends a dollar building it.

We build ML on the same governed foundation as everything else, not off to the side. Five delivery waves of predictive ML and agentic retrieval now run on that one foundation. No model reaches production without clearing an evaluation set built on your own data. Drift detection and monitoring keep running after launch, and every model ships with its risk documentation already written.

Built on Snowflake Cortex, Mosaic AI, MLflow, SageMaker, Vertex AI, Azure ML.

Where you start: discovery by stage, 3 to 4 weeks.

What you walk away with: an evaluation set and a defined production gate, before a single model gets built.

So we start with the definitions, before the retrieval demo instead of after it. Close to 1,000 people already use governed content retrieval every day, and every answer traces back to a real source. Hybrid vector and full-text search runs over documents you own. The semantic layer sits on top of the warehouse you already run, so nothing gets ripped out.

Built on Snowflake Cortex, dbt, Cube, Neo4j, pgvector.

Where you start: a semantic layer assessment, 2 to 3 weeks.

What you walk away with: governed retrieval, built on definitions the business has actually signed off on.

Our agentic AI engineering keeps enforcement outside the model, always. No agent touches real traffic without clearing better than 95% on evaluation. Every agent gets its own identity, tied to exactly what it’s allowed to touch. Every plan is typed, reviewable, and replayable before it runs, so when something goes wrong you can see why. Drift gets caught, and a human signs off before a fix happens.

Built on LangGraph, Anthropic MCP, Bedrock Agents, AgentCore.

Where you start: a governance and orchestration assessment, 2 to 3 weeks.

What you walk away with: a certified evaluation gate every agent has to clear before it ever gets near production data.

Agent-ready means the plumbing gets built once: one governed read path, one tool surface authored once and reused, and the person asking is the identity that reaches the warehouse. We’ve built it across five waves of internal functions, each cheaper than the last.

Built on Anthropic MCP, Snowflake, Databricks, scoped identity through Okta or Entra.

Where you start: an agent-readiness assessment, 2 to 3 weeks.

What you walk away with: a map of what an agent can reach in your estate today, what it cannot, and what has to change before the second agent costs a fraction of the first.

HOW THE SIX FIT TOGETHER

Four stages. You are stuck at one of them.

The six capabilities are not a menu of independent options. They sit at points on one path, and the point you are stuck at decides where the money goes first.

01

Foundation

Data and pipelines you can trust

Data Modernization & Governance
Data Engineering & Decision Intelligence
02

Context

Meaning everyone has agreed on

Applied AI & Enterprise RAG
The Agent-Ready Data Architecture
03

Analytics

Models and decisions on that base

AI/ML Engineering & MLOps
Data Engineering & Decision Intelligence
04

Agents

Agents that can be governed

Agentic Engineering & AgentOps
The Agent-Ready Data Architecture
HOW TO BEGIN

Three ways to start, none of them a programme

Each is bounded, priced up front, and ends in a decision you make on evidence. Pick the one that matches how much you already know about where you are.

01

Architecture assessment

2–3 weeks

Where you are
You know something is wrong, but not which stage.
What we do
Review the estate against the four stages, name the blocker, cost the options.
You leave with
A written architecture position and a costed shortlist.
02

Discovery by stage

3–4 weeks

Where you are
You have a use case, but no proof the foundation carries it.
What we do
Test the foundation and context stages on real data, and define the evaluation set.
You leave with
A go or no-go, and the evidence behind it.
03

A phase-one build

2–3 months

Where you are
You are ready to build, but not ready to commit a program.
What we do
Configure an accelerator to your schemas, deploy to lower environments, evaluate on your data.
You leave with
A governed instance in your estate, ready to integrate.
OUTCOMES

Where the engineering lands in the business

The service lines describe how we build. These outcomes are what the build is for.

Customer and front office

Always-on assistants at the customer edge, answering in real time against actual context rather than a script tree. Service and support agents, sales content retrieval, next-best-action.

Shipped: governed content access for around 1,000 daily users across sales, marketing and account teams.

Operations and back office

Decisions that produce their own evidence. Workflow automation where every action is gated, reversible and leaves a usable trace. Document and content intelligence, decision automation with audit trail, forecasting and planning.

Shipped: 30 to 40 percent faster financial close on a unified platform across multiple ERPs.
CASE STUDIES

Three builds, and what they changed

Different industries, different problems. Underneath each one, the same pattern: a governed data foundation first, then agents on top.

Finance operations, multi-ERP

An AI-ready finance platform

A medallion platform across multiple ERP sources, with a governed semantic layer and finance agents on top.

30–40%

faster financial close

60%+

less manual effort

95%+

data trust

Regulated reporting

A certified master agent on Snowflake Cortex

A master agent routing intent to certified sub-agents, with masking enforced on the caller’s own role.

>95%

eval score to certify an agent

0

shared service accounts in the read path

AI platform security and enablement

A governed connector factory

A request-to-production pipeline with a security evaluation gate before any build starts.

~1,000

daily users in the first wave

100%

of connectors reviewed pre-build

Ask for a detailed case study →
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ACCELERATORS

Reusable IP, and what happens to it

Where an accelerator fits the problem we start there rather than from an empty repository. Where it does not, we say so and build. It deploys in your cloud under your keys, and it becomes part of your outcome. An accelerator is a head start, not a shortcut.

ClaudeMesh

Governed AI operating layer

1,000+ skills on an exportable SKILL.md architecture, with a PII gateway that masks sensitive content before it reaches a model.

SemanticForge

Context and content intelligence

Schema-driven extraction over documents an AI system cannot otherwise read, served to agents through one MCP query service.

NeuralOps

Agent operations

Monitoring and auto-remediation in production, with a human approval workflow rather than autonomous action.

Meridian

Governed multi-agent orchestration

Four enforcement gates on an identity rail: data access, the plan, tool calls, the output. Work runs as a typed plan, authorized before it executes.

Agent Validation Framework

AI agent evaluation framework

Framework-agnostic validation of any agent’s output and the trajectory it took. A swappable grading model, so scoring never depends on one provider.

AI Boot Camp

Enablement, four role tracks

A role-based program built on the workflows each department nominates, with a baseline measured before it starts.

QUESTIONS WE GET ASKED

Enterprise data and AI, in detail

How do you make enterprise data AI-ready?

By fixing the facts before the meaning, and the meaning before the models. AI-ready data means a single traceable source for any figure, reconciliation that is automated rather than manual, and a governed model over the top that defines what each metric means. We assess against four layers, data, context, intelligence and agents, and name which one is blocking before recommending any platform.

How do you build a semantic layer on a platform we already run?

Without replatforming. We model meaning over the warehouse you run, Snowflake, Databricks, Fabric or BigQuery, certify the metrics with the business owners who define them, and make that layer the query path agents and BI use. Retrieval then runs against governed definitions rather than raw tables, which is what makes citation-grounded answers possible.

How do you determine the right AI architecture?

By finding which layer is failing before choosing any technology. An architecture assessment reviews the estate against four layers plus governance running across all of them, names the gap blocking production, and costs the options. Two to three weeks, ending in a written architecture position and a costed shortlist. In our experience the blocking layer is data or context at least as often as it is anything to do with models.

How do you prevent AI hallucination in enterprise systems?

With enforcement outside the model, not with better prompts. Retrieval is scoped to a governed semantic layer, so the model answers from certified definitions rather than raw tables. Output is citation-grounded, with every claim traceable to the records behind it. A validation layer tests groundedness and catches invented information before it reaches a user, judging the path the agent took as well as the answer. Agents are certified above a 95 percent evaluation threshold before they receive traffic.

How do you control AI and agent costs?

By treating cost per operation as a design target rather than a monthly surprise. Warehouse cost and performance tuning is part of the foundation build. Model calls run in-VPC with no egress where architecture and data classification allow. Spend is metered per user against individual keys rather than pooled at the account. Retrieval is scoped through the semantic layer so context windows carry what matters and nothing else. Autonomy is scaled to the outcome, because token, orchestration and verification cost all rise with it.

How do you enable agent-to-agent communication?

Through declared contracts and a certification gate, not through prompts. A master agent routes intent to certified sub-agents, with certification status read from the metadata catalog before an agent can receive traffic. Agents share one contract with a small number of typed roles, analyse, retrieve, graph and act, selected by capability mapping. Interoperability runs on MCP, A2A, agent cards and registries, so an agent added later does not require the existing fleet to be rewritten.

How does this connect to application and product work?

Our Digital Engineering practice builds the products, applications and experiences the intelligence runs inside. A governed semantic layer nobody can reach is shelfware; an application with no trustworthy data behind it is a faster way to be wrong. You engage one team and one accountable lead whichever side the work sits on.

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