Your data becomes the context that makes every decision sharper
Every company records what happens: sales, orders, service calls, production. Turning those records into understanding requires organization and analysis.
Your information organized, with meaning and available to the people and agents who have to decide. That context is what makes the operation learn.
It is tidying up the company’s information: bringing together what is scattered across systems, standardizing names and figures, fixing what is wrong and putting it all somewhere trustworthy.
Why does it matter?
When every department has a different number, the meeting turns into an argument about whose spreadsheet is right instead of a decision. And any AI built on bad data will be confidently wrong.
How does it work?
We move data from where it is created to where it needs to be, define who can see what, spell out what each piece of information means, and publish indicators and forecasts on top of it.
What changes?
Each question now has a single answer, available in time to inform the decision.
An example: why did the customer cancel?
The question is simple. The path to the answer, today, rarely is.
Today
Question raised in a meeting
→Request sent to three departments
→Conflicting spreadsheets
→Manual reconciliation
→Answer days later
After
Question
→Dashboard with a single source
→Context and history
→Decision the same day
And when the pattern repeats, the operation itself can be warned before the customer walks away.
Where this fits: this is where your operation learns. Organized, meaningful data forms your company’s context, which agents consult and enrich with every case.
Three fronts, one foundation
Each front can start on its own. Together, they take raw data all the way to business value.
01 · Foundation
Data engineering
The foundation AI needs: integrated, reliable and up-to-date data.
Data engineers and DataOps
Medallion architecture on a data lake or lakehouse
Pipelines, integrations and cloud migration
02 · Governance
Data governance
Who can use each piece of data, at what quality and with what traceability.
Catalog, glossary and lineage
Data quality and master data (MDM)
Access policies and data protection
03 · Value
Data science and MLOps
Data turned into forecasts, decisions and action every day.
Machine learning and forecasting
BI and self-service dashboards
MLOps and Semantix AI Suite agents
Medallion architecture
The pattern we use to organize data in layers, from raw to business-ready.
SourcesERP, SAP, CRM, legacy systems, spreadsheets, APIs and sensors
LandingData arrives as it came, unchanged
BronzeRaw history, versioned and traceable
SilverCleaned, standardized and quality-checked
GoldModelled by subject, ready to use
UseBI, machine learning models and Semantix AI Suite agents
of companies struggle to prepare their data for AI
Source: HBR Analytic Services · IBM · McKinsey, State of AI 2025
US$ 3.4B
in AI spending in Brazil in 2026, growing 30% a year
Source: IDC/ABES
Recognition
◆Top 3 Google Cloud partners in Latin AmericaWith advanced skills in AWS and Azure as well
◆Elastic Partner Awards2025–2026
Where AI comes in
Organized data is what makes AI reliable. With the base in place, AI answers questions in natural language, spots patterns and feeds agents with correct information — and governance ensures each person sees only what they are allowed to see.
Where to start
Data maturity assessment
We map where the data lives, how it is used and what is missing to support decisions and AI. The result is a step-by-step plan.
The same situation seen at four levels of maturity. Only the last one changes a decision.
Data · what happened
“Machine 7 stopped at 2:02 p.m.”
Information · what it adds up to
“That machine has stopped eleven times this month.”
Context · why it happens
“Ten of them came after the raw-material batch was changed.”
Knowledge · what to do
“With this batch, the machine needs adjusting before the shift — and we know how to alert maintenance in time.”
How we do it, in order
No step is skipped, and each one delivers something usable before the next begins.
01
Find out what exists
Which systems hold information, who uses it, what they trust, and which questions the business needs answered.
02
Bring it somewhere trustworthy
We move information from where it is created into a single environment, whether once a day or in real time.
03
Match and clean
The same customer spelled three different ways becomes one. Errors and duplicates surface before they turn into a wrong decision.
04
Give it meaning
“Revenue”, “active customer” and “lead time” get a single written definition that holds across the company.
05
Make it available, under control
Every person — and every system, agents included — reaches what they need and nothing beyond it, with a record of who saw what.
Cases
Results from real projects
Clients are not named, for confidentiality.
Financial servicesData governance
Data-driven credit policies
Challenge
A new cloud data platform the credit team barely used, and heavy dependence on IT.
What we did
Data consumer profiles, access policies, lineage, a data catalog and automated data quality.
+60%of credit policies based on data
+82%of the team using the platform within 30 days
−35%duplicate data
Measured result
Financial servicesData platform
Moving models to MLOps in the cloud
Challenge
On-premise architecture, SQL-centred development and no CI/CD flow for models.
What we did
A Google Cloud platform with a feature store, training pipelines, a model registry, separate environments and infrastructure as code.
22models running on the new platform
12feature sets migrated
Measured resultGoogle Cloud
Retail and consumer goodsMaster data and customer 360
A single customer view in a fashion group
Challenge
Customers spread across many systems and brands, and a CRM to restructure in line with data protection law.
What we did
A dedicated data architecture, a customer master record, MDM, stewardship, AI segmentation and self-service BI.
100%of customers in MDM
Everybrand in the group segmented
Measured result
Manufacturing and automotiveData governance
Data governance at a multinational chemicals company
Challenge
Duplicate data, unknown business rules and a data lake that other operations in the Americas were about to use.
What we did
Data curation, a catalog and glossary, review of every new pipeline, a data quality process and data owners.
−40%pipeline development time
−18%code refactoring
100%of new pipelines reviewed
Measured result
Energy and utilitiesData platform
Forecasting regulatory penalties at a power distributor
Challenge
Fines for long outages, fragmented low-quality data and indicators calculated by hand.
What we did
A lakehouse with a medallion architecture (Bronze, Silver and Gold) on Databricks in Microsoft Azure, machine learning forecasts, a penalty simulator and dashboards.
36%more accurate than the business team’s forecast
R$ 3.4Min avoidable fines
Expected result · Forecast measured in the pilot; the avoided fine is an expected resultDatabricks · Microsoft Azure
We work with an ecosystem of partners and define, together with the client, the most suitable combination of technologies for each problem, with implementation and operations experience in each of them.
AWS
Microsoft Azure
Google Cloud
Databricks
Snowflake
Cloudera
Collibra
Elastic
MongoDB
Couchbase
Redis
Grafana Labs
Technologies in the Semantix ecosystem. Display of partner trademarks is subject to their authorization.
How do we do it? See the technical detail →Hide the technical detail
Technical detail
Batch and streaming ingestion · data modeling and quality · catalog and lineage · semantic layer and governed metrics · cloud or hybrid data platform · analytics, BI and predictive models · MLOps.
We call this set data engineering, data governance and decision intelligence.
Frequently asked questions
Common questions about data and knowledge
What is the difference between data and knowledge?+
Data records what happened; knowledge explains why and what to do next. Getting from one to the other means integrating sources, ensuring quality and giving numbers business meaning — for example, a single definition of “active customer” across the company.
Do we need to organize all our data before using AI?+
Only the data behind the process you want to improve — not the whole company at once. Starting with a concrete use case shows value sooner and avoids data projects that never end.
What is a semantic layer?+
It is a business dictionary between the data and its users: it defines revenue, margin or churn once, and every dashboard, report and AI agent uses the same definition. The result is less debate about which number is right.
Is our data safe when using generative AI?+
Yes, when the architecture is designed for it: data stays in the company’s environment, access follows each user’s permissions and sensitive information is masked before it reaches the model. Privacy regulation is treated as a project requirement.
This service is part of a single operating model, with AI agents and specialists on the Semantix AI Suite. Decisions made here feed your company’s shared context and make the other operations smarter.