AI & Data

From raw data to actionable intelligence. Data Engineering, ML, GenAI, Governance.

Results

Measurable outcomes

40-60%
Faster data access
with modern data platform
3x
Faster decisions
with self-service analytics
85%+
AI use case adoption
with proper change management
<6 months
Measured ROI
on priority use cases
Challenges

AI fails when data isn't reliable and governed

01

Fragmented data

Multiple silos, conflicting definitions, inconsistent quality. No single source of truth.

02

AI without value

POCs that fail, models never deployed, ROI unmeasured. AI remains a toy, not a business driver.

03

Lack of governance

Unclear ownership, no lineage, uncertain compliance. Data becomes a liability rather than an asset.

04

No industrialization

No MLOps, unmonitored models, undetected drift. Production is a black box.

Scope

Complete data & AI stack

Data Lake
Data Warehouse
ETL/ELT
Streaming
Data Mesh
Lakehouse
Classification
Regression
NLP
Computer Vision
Time Series
Anomaly Detection
RAG
Agents
Fine-tuning
Prompt Engineering
LLM Ops
Guardrails
Data Catalog
Data Quality
Lineage
Privacy
Master Data
Data Contracts
Approach

Five phases to production-grade AI

01
Discover
Mapping & value

Inventory of data sources, quality assessment, identification of high-ROI use cases. Assessment of technical, security and compliance constraints.

Deliverables
  • Data mapping
  • Use case/value matrix
  • Quality assessment
02
Design
Architecture & governance

Define target data architecture, governance model, ownership and data contracts. Select technologies and patterns tailored to your context.

Deliverables
  • Target architecture
  • Governance model
  • Data contracts
03
Build
Pipelines & models

Build data pipelines, feature stores, and train models. Iterative development with business validation at every sprint.

Deliverables
  • Data pipelines
  • Feature store
  • Trained models
04
Deploy
MLOps & industrialization

Deploy to production with ML CI/CD, model monitoring, and drift detection. Scalable infrastructure with controlled costs.

Deliverables
  • ML CI/CD pipelines
  • Model monitoring
  • Drift alerting
05
Scale
Adoption & improvement

Measure impact, establish feedback loops, and automate retraining. Expand to new use cases and continuously improve performance.

Deliverables
  • ROI dashboards
  • Feedback loops
  • Extension roadmap
Technologies

Technology stack & tools

Snowflake
Databricks
BigQuery
Redshift
Synapse
Python
TensorFlow
PyTorch
Scikit-learn
Hugging Face
MLflow
Kubeflow
Vertex AI
SageMaker
Weights & Biases
Spark
Airflow
dbt
Kafka
Fivetran
Methodologies

Frameworks & standards

DAMA-DMBOK

Industry standard framework for data governance

Data Mesh

Decentralized architecture organized by business domain

ML Canvas

Structured approach to framing Machine Learning projects

Responsible AI

Ethics, explainability, and model fairness

FAQ

Frequently asked questions

GenAI or traditional ML?

We choose the right technology for the problem at hand. GenAI excels at text and creativity; traditional ML is often better for structured prediction. We evaluate, prototype, and measure.

No data platform—where do we start?

We begin with the essentials: lightweight governance, a priority data product, and core pipelines. Then we scale progressively based on demonstrated value and growing maturity.

How do we avoid failed POCs?

Four rules from day one: clear success metrics, designated ownership, defined production plan, and prepared adoption. No POC without a clear path to production.

How long before we see results?

Quick wins in 4-8 weeks for simple use cases. 3-6 months for a complete ML use case with MLOps. Governance is an ongoing investment that delivers returns over 12-18 months.

Ready to transform your data into value?

Let's start with an assessment of your data maturity: sources, quality, governance, and priority use cases.