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Where analyticsmeetsoperations.

We structure the data your organization already produces and build forecasting models from it. The processes we write make the results last after we leave.

Data

Structure what the operation already produces into a single base, versioned and documented.

Models

Statistics and machine learning applied to the real problem, with honest validation and monitoring while in use.

Processes

Flows designed alongside the people who run them, with an owner, a deadline and a written record at each step.

Data, models and processes are the same job. Analytics projects that treat them separately die at delivery.

The volume of available data has grown, and technology moves quickly. That has changed how organizations operate and make decisions.

Collecting data and adopting new tools do little while analysis, technology and process pull in different directions.

That is why we run assessment, implementation and knowledge transfer as a single job, documented from start to finish.

Data

The base nobody sees and everybody uses

Before any model, the team has to trust the numbers. We map the operation’s data sources and resolve the discrepancies between systems until a single base remains, with the origin of every field on record.

Source and quality assessment
Modeling, integration and reconciliation
Semantic layer and indicators
Documentation and lineage
Sources
Management system1.2 M
Department spreadsheets86 k
Field sensors4.7 M
External portals312 k
Manual records54 k
Legacy database920 k
Processing
Record deduplication
Key reconciliation
Units, currency and dates
Domain validation
discrepancies resolved0
Single base
0
reconciled rows
Origin of every field on record
Published, auditable version

Six systems record the same fact six different ways, and none of them is entirely wrong.

Processing resolves one discrepancy at a time, each with its own rule.

In the end there is one base, and the meeting stops arguing about which number is right.

Models

Models that work outside the notebook

A model is only worth something if someone decides differently because of it. We use the technique the problem calls for, from statistical fitting to supervised learning. No model goes into use without honest validation, monitoring and a way to roll back if it gets things wrong.

time seriesclassificationoptimizationcausal inferenceclusteringmonitoring
Observations
0
Iterations
0
Error (RMSE)
0,42
Goodness of fit
R² 0,00

Each point is one observation from the operation. Together they form a cloud with no apparent shape.

The fit looks for the surface that explains the cloud and measures how much still escapes it.

R² only matters for the decision it supports, and we report it with its uncertainty.

Processes

The flow no longer depends on one person’s memory

A new system on top of an improvised process becomes debt. We design the flow with the people who run it and set an owner and a deadline per step, with every handoff recorded in writing.

Mapping with the people who run it
Owner and deadline per step
Documentation that follows the operation
Training and knowledge transfer
01
Request
requester
sla 1 day
02
Analysis
technical area
sla 3 days
03
Decision
defined authority
sla 2 days
04
Execution
single owner
sla 5 days
05
Record
documented
sla 1 day
Stalled in queue
0
Completed
0
Lost along the way
0
Average cycle
12,4 d

The process lives in the head of whoever runs it. Requests come in, stall halfway, and some never reach the end.

Each step gets an owner, a deadline and a checkpoint that records what happened there.

The flow becomes predictable and, with the history written down, the operation carries on without us.

How we run a project04 phases

We come in to solve a defined problem and leave the team able to run it.

Phase 01

Assessment

We learn the context before we propose anything. We map data, systems and processes as the operation actually runs them today.

deliverable: current-state analysis
Phase 02

Design

We define the minimum solution that solves the real problem, with success criteria agreed before the first line is written.

deliverable: scope and criteria
Phase 03

Implementation

We build with the team in short cycles and put each part into use as soon as it works.

deliverable: solution in operation
Phase 04

Transfer

We document the solution, train the people who will run it and do the handover, so it does not depend on our presence.

deliverable: internal autonomy
Technical repertoirewhat we typically use
Data
engineering and integration
dimensional modeling
quality and lineage
semantic layer
indicators and executive reading
Models
forecasting and time series
classification and regression
clustering and segmentation
optimization and allocation
validation, drift and monitoring
Processes
mapping and redesign
owners, authorities and deadlines
living documentation
routine automation
team training
How we work04 principles
01

Measurable results

Deliverables have a practical use and serve a project objective.

02

Flexibility

We fit the solution to the size and maturity of the organization.

03

Knowledge transfer

We train the internal team until it can run the work on its own.

04

Proximity

We talk directly with you and follow the project closely to the end.

Tell us about the problem you want to solve.

In the first conversation we learn about your operation and see how we can work together.