Data analysis that connects location, risk and decision-making.

GeoTelligence combines spatial analysis, risk scoring, exploratory data analysis and BI dashboard design into analytical outputs that decision-makers can act on and regulators can scrutinise.

From raw data to decision intelligence

The following panels show synthetic examples of the kind of analytical output GeoTelligence produces. All data is illustrative.

Assets indexed

2,847

+142

High-risk assets

156

+12

Data quality score

94%

+2%

Open recs

423

-18

Overdue actions

38

+4

Routes analysed

12

Major
Sig
Mod
Minor
Insig
Rare
Unlikely
Poss.
Likely
Certain
C
C
H
M
N
C
H
H
M
L
H
H
M
L
L
H
M
L
L
N
M
L
L
N
N
Critical
High
Medium
Low
Neg
MML 42
ECML 38
GWM 31
WCM 28
XC 19
SWT 14
C2C 9

Synthetic data · Illustrative only

Hotspots identified 3
Near watercourse 31% of estate
In flood zone 18% of estate
High-risk cluster radius 2.4 km avg
Density 4.1 assets / km²

Synthetic data · Illustrative only

Source data

Access · Excel · API

Ingest + validate

Python · pandas

Transform + model

SQL · PostGIS

Spatial join

PostGIS · buffer

Risk score

Python · matrix

Dashboard + export

Next.js · BI tool

Six areas of analytical practice

01

Exploratory data analysis

The first step in any engagement is understanding what data exists, what quality it is and what it can reliably tell us. Poor data quality is not a barrier to analysis — it is part of the analysis.

Data profiling

Row counts, field completeness, value distributions, format consistency

Missing data analysis

Systematic identification of gaps by field, record type and source system

Duplicate detection

Record-level and field-level duplicate identification with confidence scoring

Outlier detection

Statistical and domain-specific outlier flagging — risk scores, dates, dimensions

Trend discovery

Time series analysis of examination dates, recommendation creation and closure rates

Data quality scoring

Composite quality score per asset and dataset with prioritised remediation list

02

Spatial analysis

Location changes the analytical picture. Assets do not exist in isolation — they exist in networks, near water, in flood zones and along routes with operational consequences.

Asset clustering

Geographic groupings of assets by condition, risk or type for targeted programmes

Route and region analysis

Risk and condition distribution by route, region, operational area or portfolio

Proximity analysis

Assets within a given distance of watercourses, known scour sites, flood zones

Flood and watercourse

Spatial join of asset locations to flood zone and watercourse datasets

Hotspot mapping

Concentration of high-risk or overdue assets in spatial clusters

Density and coverage

Examination coverage density, inspection gaps and geographic blind spots

03

Risk and prioritisation analysis

Risk analysis turns a list of assets into an ordered programme. The output is not just a risk score — it is a defensible, evidence-backed prioritisation that can be presented to decision-makers and regulators.

Risk matrix design

Domain-appropriate 5×5 or custom matrices with likelihood and consequence axes

Severity and likelihood

Component-level scoring with aggregation and weighting rules

Criticality scoring

Asset criticality combining structural risk, operational consequence and exposure

Backlog prioritisation

Ordered programme with risk-adjusted priority, urgency and resource constraint

Overdue identification

Assets overdue for examination, assessment or recommendation action

Consequence modelling

Route-level and operational consequence of asset failure or closure

04

BI dashboards

Analytical findings need to be communicated to different audiences — engineers, operations managers, executives and regulators. Each needs a different view of the same underlying data.

Tableau

Interactive dashboards, geospatial maps, KPI panels and filtered views

Power BI

Microsoft ecosystem integration, scheduled refresh and enterprise sharing

Looker Studio

Google ecosystem, rapid prototyping, embedded dashboards

Custom web dashboards

Next.js + React dashboards embedded in the asset platform — live data

Excel / Access migration

Migrating existing BI from spreadsheets to scalable, maintainable platforms

KPI and executive design

KPI framework design, executive summary dashboards, board-level reporting

05

Data storytelling

Data analysis is only valuable if the conclusions are understood by the people who need to act on them. Complex asset data needs to be translated into clear, credible narratives — with the evidence visible.

Executive summaries

Concise, evidence-backed summaries of risk position, programme status and priorities

Board dashboards

One-page views for senior leadership — risk headline, programme status, key actions

Regulator-ready evidence

Structured outputs that show the evidence trail behind risk decisions and mitigations

Operational decision packs

Clear, contextual packs for field teams, programme managers and decision-makers

Trend narratives

Time-based stories of condition change, risk evolution and programme progress

Comparison analysis

Before/after, baseline-to-current and cross-route comparative analysis

06

AI-assisted analysis

AI is used carefully and specifically — to accelerate repetitive analytical tasks, surface patterns at scale and generate structured outputs for human review. Not to replace engineering judgement.

Summarisation

Condensing long recommendation descriptions, defect notes and assessment narratives

Defect clustering

Grouping similar defects across a large asset estate for programme planning

Anomaly detection

Flagging inconsistent risk ratings, unusual patterns and outlier records

Duplicate detection

Near-duplicate recommendation and defect identification across legacy datasets

Decision support

Suggesting risk categorisation based on description, with human review required

Report generation

Structured summary generation from asset records for regulatory submission

Platform-agnostic analytical delivery

GeoTelligence works with whatever BI tools the organisation has — or selects the most appropriate tool for the output required. Dashboards can live in Tableau, Power BI, Looker Studio or as custom web applications embedded in the platform. The underlying data model and analytical logic are the same regardless of the presentation layer.

Tableau

Interactive dashboards and spatial views

Power BI

Enterprise BI, Microsoft ecosystem

Looker Studio

Rapid prototyping, Google ecosystem

Custom Next.js

Live platform-embedded dashboards

Python / pandas

Analytical computation layer

Excel export

Structured export for existing workflows

Discuss a data analysis challenge

Whether you need a data quality assessment, a risk analysis, a BI dashboard or an analytical report — start with a conversation about your data.