Enterprise Practice

We build
serious
systems.

Enterprise data and AI projects are hard. Most fail — not because the technology doesn't work, but because data is messier than anyone admits, integration is more complex than the vendor said, and organisational alignment is harder than the business case assumed. We've worked inside those realities. This page tells you exactly how we approach them.

0
% of enterprise AI projects fail to scale past pilot
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× average cost overrun on unplanned data integration
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% of analytics projects produce reports nobody reads
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Thing that fixes all of it: a data foundation built right
Where enterprise AI breaks down

The six ways
projects fail.

We've seen each of these kill programmes worth millions. We're telling you now so we can plan around them — not discover them six months in.

The data swamp

Models get built on top of data nobody fully understands. Pipelines break silently. Dashboards show numbers that are three days stale. AI confidently answers questions with wrong data. Nobody notices until a decision goes badly wrong.

Root cause: skipped data quality layer

The stakeholder vacuum

Technical teams build something genuinely impressive. Business stakeholders weren't involved enough to recognise it, trust it, or change their behaviour because of it. Months of work, zero adoption.

Root cause: late stakeholder engagement

The integration iceberg

The pilot works beautifully in isolation. Then someone asks it to connect to the ERP and the CRM and the legacy data warehouse and the 12-year-old API nobody wrote documentation for. Scope triples. Timeline doubles. Budget evaporates.

Root cause: integration underestimated

The governance gap

Nobody defined who owns the model output. Legal hasn't signed off on what AI is allowed to decide. Risk hasn't reviewed the failure modes. Six months in, compliance shuts the whole thing down.

Root cause: governance bolted on too late

The model drift ghost

The model was accurate at launch. Business conditions changed. The model didn't. Nobody set up monitoring, so nobody noticed. Six months of quiet degradation before someone questions why the recommendations are getting worse.

Root cause: no observability layer

The vanity dashboard

A beautiful Power BI dashboard ships to 200 people. 14 of them ever log in. Of those, 3 use it to make decisions. The rest use spreadsheets they trust. Nobody measured what would make the analytics actually change behaviour.

Root cause: outputs not tied to decisions
How we prevent this
Data quality audit and lineage mapping before any modelling begins
Stakeholder alignment workshops in Week 1, not Week 12
Full integration scope mapped and priced up front — no surprises
AI governance and risk framework co-designed with legal and compliance
Observability and drift detection built in before go-live, not after
Analytics tied to specific decisions and owners — not just built and shipped
What we build

Four practice areas.
One delivery standard.

Data Platform Build
Analytics & BI
AI & Machine Learning
Application Development
Practice 01

Enterprise Data
Platform Build

The data platform is the most important thing you'll ever build — and the most commonly skipped. Every analytics dashboard, every ML model, every AI feature runs on top of it. If the foundation is unstable, nothing built above it can be trusted.

01
Modern Data LakehouseDesign and build on Databricks, Snowflake, or BigQuery — partitioned, governed, and optimised for both analytical and ML workloads from the start.
02
Ingestion & Pipeline ArchitectureBatch and real-time data ingestion from ERP, CRM, IoT, APIs, and flat files — with schema validation, dead-letter queues, and full observability.
03
Medallion Architecture (Bronze/Silver/Gold)Raw → cleansed → enriched data layers with automated quality checks, SLA monitoring, and clear data contracts at each boundary.
04
Data Catalogue & LineageEnd-to-end data lineage mapped in Atlan or DataHub — so every field in every report is traceable back to its source, transformation, and owner.
05
Semantic Layer BuildA single governed semantic layer that means every team querying your data is asking the same question and getting the same answer — not their own version of the truth.
⚠ Where this gets hard
Legacy ERP systems (SAP, Oracle) with undocumented schemas. Operational databases with no change data capture. Business units with their own shadow data that they don't want centralised. We plan for all three explicitly.
Technology stack
Databricks / SnowflakeLakehouse platform
dbt Core + CloudTransformation layer
Apache Airflow / PrefectOrchestration
Kafka / KinesisReal-time streaming
Great ExpectationsData quality
Atlan / DataHubData catalogue
Terraform + CI/CDInfrastructure as code
AWS / Azure / GCPCloud platform
Practice 02

Analytics &
Business Intelligence

Analytics only delivers value when it changes decisions. We design every analytics solution backwards from the decision it needs to inform — not forwards from the data that happens to be available.

01
Decision-First Analytics DesignBefore a single dashboard is built, we map the specific decisions stakeholders make weekly and design analytics that directly informs those decisions.
02
Enterprise BI Platform DeploymentTableau, Power BI, or Looker implementation with governed semantic layer, row-level security, certified datasets, and change management support.
03
Self-Serve Analytics EnablementData products built for business users — not analysts. Governed, documented, and tested so that non-technical teams can explore data confidently without breaking anything.
04
Natural Language Analytics (AI Layer)LLM-powered query interface over your semantic layer — business users ask questions in plain English and get answers with full data lineage shown.
05
KPI Framework & Metric GovernanceDefining, agreeing, and governing the KPIs that matter — single definitions, agreed owners, documented calculation logic, and monitoring for unexpected shifts.
⚠ Where this gets hard
Different business units have different definitions of revenue, headcount, and margin. These debates are political, not technical — and they have to be resolved before the first chart is built. We facilitate those conversations explicitly.
Technology stack
Tableau / Power BIBI platform
Looker / MetabaseSelf-serve / embedded
dbt Semantic LayerMetric governance
Cube.devHeadless BI API
Claude / GPT-4o APIsNL query interface
Monte CarloData observability
Apache SupersetOpen-source BI
Sigma ComputingSpreadsheet-native BI
Practice 03

AI & Machine
Learning

We don't treat AI as a product category — we treat it as a set of techniques that are appropriate for some problems and not for others. We start every AI engagement by asking whether AI is actually the right answer. If it is, we build it properly. If it isn't, we tell you.

01
LLM Integration & RAG SystemsProduction-grade Retrieval-Augmented Generation systems over enterprise knowledge bases — with hallucination mitigation, citation tracking, and access control aligned to your data permissions.
02
Predictive & Forecasting ModelsDemand forecasting, churn prediction, maintenance scheduling — classical ML and gradient boosting where appropriate, deep learning where justified. Always interpretable enough for business use.
03
Computer Vision & Document AIAutomated quality inspection, invoice processing, safety monitoring — production systems with human-in-the-loop review queues for edge cases and continuous retraining pipelines.
04
MLOps & Model PlatformFeature stores, model registry, experiment tracking, A/B testing framework, and automated retraining pipelines — so models stay current and teams can iterate without starting from scratch.
05
AI Agent WorkflowsOrchestrated multi-step AI agents for complex business processes — with tool use, human escalation gates, full audit logging, and guardrails that prevent agents from exceeding their authority.
⚠ Where this gets hard
Most enterprise AI projects are killed by insufficient labelled training data, not algorithmic sophistication. We scope this honestly upfront and design human labelling workflows when needed — not workarounds that produce an inaccurate model.
Technology stack
Claude / GPT-4o / GeminiFoundation models
LangChain / LlamaIndexLLM orchestration
MLflow / W&BExperiment tracking
Feast / TectonFeature store
Vertex AI / SageMakerML platform
Weaviate / PineconeVector database
PyTorch / scikit-learnModel training
Arize / WhyLabsModel monitoring
Practice 04

Enterprise Application
Development

We build applications that have to work inside complex enterprise environments — with SSO, with existing APIs, with compliance requirements, with a user base that wasn't consulted before procurement. We've done it enough times to know where it breaks.

01
AI-Embedded Internal ToolsCustom operational applications with AI capabilities embedded — not as a chatbot bolted on, but as intelligent automation woven into the core workflow that saves hours per user per week.
02
API Platform & Integration LayerEnterprise-grade API gateway, event-driven messaging, and microservices architecture that allow your applications to talk to each other and to AI services reliably at scale.
03
Data-Driven Customer ApplicationsCustomer-facing applications built on real-time data pipelines — personalisation engines, recommendation systems, and intelligent interfaces that adapt to user behaviour.
04
Process Automation & AI AgentsEnd-to-end automation of high-volume, rules-based business processes — document processing, approval workflows, exception handling — with AI handling ambiguous cases and humans reviewing edge cases.
05
Legacy ModernisationExtracting business logic from legacy systems and rebuilding it in maintainable, cloud-native architecture — with data continuity, parallel running validation, and zero big-bang go-live.
⚠ Where this gets hard
Enterprise SSO, RBAC, and network topology are always more complex than documented. Applications that work on a developer laptop fail in the enterprise network. We spec, test, and UAT in environments that mirror production from Week 1.
Technology stack
React / Next.jsFrontend
Node.js / Python / GoBackend services
FastAPI / GraphQLAPI layer
Kafka / RabbitMQEvent streaming
PostgreSQL / RedisData persistence
Kubernetes / DockerContainer orchestration
Okta / Azure ADIdentity & SSO
GitHub Actions / ArgoCDCI/CD
6–18wk
Typical time from kickoff to first production deployment
100%
of engagements include data quality baseline before any build
Zero
big-bang go-lives. All deployments phased and validated.
The non-negotiable

Data strategy
is not
optional.

Every AI build we do starts with a data strategy conversation. Not because we want to sell more work — because AI built on bad data is worse than no AI at all. It gives you confident wrong answers. Here is the maturity ladder we assess every client against before a line of code is written.

1
Foundation
Data Inventory & Source Mapping
Do you know where all your data lives? Which systems are authoritative for which entities? What format is each source in, and how fresh is it? Most enterprises can't answer all of these. We map it before anything else.
We start here
2
Quality layer
Data Quality Assessment & Baseline
Completeness, accuracy, consistency, timeliness — profiled across every critical entity. You need a baseline before you can measure improvement, and you need to know where the landmines are before you build on top of them.
Often skipped — fatal
3
Governance
Ownership, Access Controls & Lineage
Who owns each data asset? Who can see what, and why? What happened to this field between source and report? Without answers, compliance is guesswork and AI explainability is impossible.
We build this
4
Infrastructure
Scalable Storage & Processing Architecture
Cloud data platform, medallion architecture, appropriate partitioning and indexing strategies. Built to handle 10× your current data volume without a rewrite — because that growth always comes faster than expected.
We build this
5
Semantic layer
Unified Metrics & Business Definitions
One definition of revenue. One definition of a customer. One definition of churn. Enforced at the data layer, not duplicated in 14 different reports. This is what ends the weekly argument about whose numbers are right.
Often skipped — fatal
6
AI-ready
Feature Engineering & Model-Ready Data Products
Only at this stage do we start building AI. Feature stores, training datasets with proper historical snapshots, evaluation datasets with ground truth labels. AI built on this foundation stays accurate. AI built without it degrades silently.
AI starts here
Integration reality

AI doesn't replace your systems.
It has to connect to them.

Every enterprise has years of existing workflow embedded in ERP, CRM, HRIS, and custom systems. AI that ignores that reality fails. We map integration touchpoints explicitly and design AI capabilities that augment existing workflows — not require you to rebuild them.

Source system
SAP / Oracle ERP
Source system
Salesforce CRM
Source system
Workday HRIS
Source system
Legacy APIs / Flat Files
Ingest &
validate
We build this
Integration Layer & Data Platform
We build this
Unified Semantic Layer
We build this
AI / ML Models & Agents
We build this
Observability & Governance
Serve &
activate
Destination
BI Dashboards & Reports
Destination
AI-Powered Applications
Destination
Automated Workflows
Destination
External APIs & Partners
01
Never break what works

Existing processes that work are business value. We add AI capabilities alongside them, not instead of them. Parallel running and phased adoption — always.

02
Event-driven by default

We prefer event-driven integration patterns over batch polling. Real-time consistency across systems reduces data lag, synchronisation bugs, and the cascading failures that come from tight coupling.

03
Failure is a first-class citizen

Dead-letter queues, circuit breakers, idempotent operations, and clear retry policies — designed in from day one. Integration that works 99% of the time causes 99% of the operational headaches.

04
Your team owns it after

Every integration we build includes runbooks, monitoring dashboards, and knowledge transfer sessions. We are not trying to be your permanent support contract.

How we engage

Three ways to work
with us.

We scope every engagement around the specific problem, not a packaged service. These are starting points — most mature engagements combine elements of all three.

Engagement type 01
Discovery & Strategy

For organisations that need to understand where to start — and what it will actually cost and take to succeed.

Data estate audit and maturity assessment
AI opportunity mapping against business priorities
Integration complexity analysis and honest scoping
Roadmap with phased investment model
Build vs buy vs partner recommendation
Risk register with explicit failure mode analysis
Engagement type 02
Platform Build

For organisations ready to build the foundation — data platform, AI infrastructure, and the integration layer it all depends on.

Data platform architecture and build (6–18 weeks)
Source system integration and ingestion pipelines
Data quality framework and monitoring
Semantic layer and governed data products
AI/ML capability layer on top of platform
Handover, documentation and team enablement
Engagement type 03
Embedded Partnership

For organisations that need sustained delivery capability — our engineers embedded in your team, aligned to your roadmap.

Dedicated squad (3–8 engineers) aligned to your team
Working to your sprint cadence and ceremonies
Continuous delivery across data, AI, and application
Monthly engineering reviews and roadmap alignment
Ongoing knowledge transfer to grow internal capability
Planned wind-down when internal team is ready
No spin

Where AI genuinely delivers
and where it genuinely struggles.

Every vendor will tell you AI solves everything. We'll tell you where it doesn't — because that honesty is what makes us useful to you when it matters.

Where AI delivers real enterprise value Works well

High-volume document processingInvoice extraction, contract review, report generation — tasks that are rule-governed, repetitive, and currently consuming expensive human time. ROI is fast and measurable.
Natural language over structured dataLetting business users query their own data without needing SQL or analyst support. Reduces analyst bottlenecks and increases data-driven decision making across the organisation.
Anomaly detection and operational monitoringCatching deviations in transaction data, sensor readings, or operational metrics faster and more consistently than human review. Particularly powerful in manufacturing, logistics, and finance.
Demand and supply chain forecastingTime-series forecasting at SKU/location/time granularity — where pattern volume and seasonality complexity outstrips what statistical models handle well. Measurable reduction in stockouts and overstock.
Developer and knowledge worker productivityAI-assisted coding, documentation, and research synthesis. Measurable productivity gains that compound over time as teams learn to work with AI tools effectively.

Where AI still struggles in enterprise Be cautious

Decisions requiring full organisational contextAI doesn't know about the acquisition that's pending, the regulatory investigation underway, or the key client relationship in a sensitive state. High-stakes decisions still need humans with full context.
Small dataset problemsIf you have fewer than a few thousand labelled examples of the thing you want to predict, classical statistical approaches will usually beat ML models — and be more interpretable when they're wrong.
Highly regulated decision-makingLending decisions, medical diagnosis, legal judgement — areas where explainability is legally required and false positives carry serious harm. AI can assist, but accountability cannot be delegated to a model.
Processes that aren't well-defined yetIf your team can't write down the rules of a process clearly, AI can't learn them reliably. Process definition has to come before AI augmentation — not the other way around.
Real-time decisions at millisecond latencyFoundation models are not fast enough for sub-100ms decision loops. High-frequency trading, real-time fraud prevention at extreme scale — these still require specialised lighter-weight approaches.

Bring us your data problem.

We run a structured 90-minute Enterprise Discovery session. You walk us through your current data estate, your ambitions, and your constraints. We give you an honest view of what's achievable, what will break it, and what it will take to succeed. No pitch deck.

Talk to us