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Data Analytics & Business Intelligence

Dashboards your leadership actually opens, built on data your team trusts.

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Laptop, dashboard charts and a notebook with KPI graphs on a workbench
  • 60+BI projects
  • Power BIPrimary platform
  • 6-12 wksFirst dashboard
  • AdoptionMeasured, not assumed
What a BI engagement covers

Eight workstreams from raw data to leadership decisions.

The characteristic failure of a business intelligence project is a beautiful dashboard nobody asked for, answering a question nobody had. We work the other way round: establish which decisions your organization actually makes, then build the pipeline and the dashboard that inform those specific decisions.

Decision discovery

Sessions with the people who run operations, with finance, with sales and with your leadership team, aimed at one deliverable: the ten to twenty decisions made each quarter that this work is going to inform. Every subsequent choice about schemas, pipelines and dashboards follows from that list, which is why it comes first.

Data warehouse design

Either a star schema or a lakehouse, chosen on the scale you are genuinely operating at rather than the scale that sounds impressive. Built on Azure SQL, Synapse, Fabric or Snowflake. Source systems are mapped properly, dimensions conformed across them, and a policy agreed for how historical changes are handled before anybody loads data.

ETL & data pipelines

Data comes out of your ERP, CRM, finance and marketing systems plus whatever bespoke applications exist. Transformation logic is documented rather than buried in a query somebody wrote once, the output is validated before loading, and refresh runs daily or close to real time depending on what the decision actually requires.

Dashboard development

Power BI unless you already hold Tableau or Looker licenses, in which case we build on what you have rather than asking you to buy again. The dashboards are organized around decisions rather than around available metrics, and they are delivered to mobile, desktop or embedded inside another application as suits the audience.

Forecasting & modeling

Forecasting over time series, demand planning, churn prediction and anomaly detection, built in Power BI, Python or R depending on the problem. The important part is delivery: these land inside the dashboards your team already opens rather than in a separate tool that gets checked twice and abandoned.

Cloud-first architecture

Azure by default, using Fabric, Synapse and Data Factory, with cost considered at design time rather than discovered on the first invoice. Scaling is automatic and the environments are properly separated rather than everybody developing in production. Where a client mandates AWS or Google Cloud, we build there instead.

Governance & quality

Agreed definitions for master data, a dictionary recording what each calculation actually means, alerting when a refresh fails rather than silence, and row-level security so people see their own numbers. None of this is interesting, and all of it determines whether anybody believes the figures six months from now.

Adoption & training

Open sessions during rollout where people can bring questions, recorded training cut by role rather than one generic video, and usage analytics so you know what is being opened. Be clear about the standard here: a dashboard everybody has access to and nobody opens is a failed project, whatever the build quality.

Why GR IT for analytics

Four reasons clients pick us for the BI program.

Almost nobody fails at this for technical reasons. They fail because the thing got built and then nobody used it. Four ways we approach it differently.

60+ shipped projects

Volume buys pattern recognition. Having built this for retailers, healthcare providers, manufacturers and professional services firms, we know which architecture suits which shape of business rather than applying one model everywhere.

Decisions before dashboards

The starting point is the decisions your organization has to make, not the metrics your systems happen to expose. Those are very different lists. Consequently the dashboard is the last artifact we produce rather than the first, which feels slow for about three weeks and then stops feeling slow.

Adoption is measured

Usage is tracked from the day of launch. Anything nobody opens gets either redesigned or deliberately retired rather than left sitting in a workspace pretending to be an asset. We measure what we ship, and we would rather retire our own work than let it quietly rot.

A senior delivery team

Engineers, data architects and analysts working remotely with American businesses. What matters as much as the technical skill is the business context, so the people building your model can hold a conversation with your finance director, and workshops happen in person when the decision genuinely warrants it.

Industries we cover

BI profiles by sector.

Six shapes we build for repeatedly. The source systems differ and the rhythm of decision making differs, while the underlying approach stays constant across every one of them.

Retail & e-commerce

Sales broken out by location, what customers buy together, how fast inventory moves and where people fall out of the purchase funnel. Point of sale and e-commerce platforms both feed it, with the headline numbers refreshing daily so somebody can act on a bad week rather than reading about it a month later.

Healthcare

Appointment volumes, the mix of payers behind them, clinical outcomes and where operational time is going. Designed from the start around the fact that protected health information runs through it, with regulatory reporting fed from the same model and access granted by role rather than broadly.

Professional services

How much of available time is billable, how much of that actually gets collected, margin broken down by client and the state of the pipeline behind it. Fed from the time and billing system, reported at partner level, with genuine profitability per engagement rather than revenue standing in for it.

Financial services

Portfolio performance, risk aggregated across exposures, the regulatory reports somebody has to file, and profitability per customer. Drawn from the ERP and CRM, with every calculation carrying an audit trail because in this sector a number without provenance is worth very little.

Manufacturing & logistics

Yield, overall equipment effectiveness, how accurate the inventory really is and whether deliveries arrive when promised. The ERP and warehouse systems feed it alongside sensor data off the plant floor, and the dashboards facing production run close to real time because a shift supervisor cannot act on yesterday.

Property & real estate

Occupancy, how reliably rent is actually collected, what maintenance is costing and how the portfolio performs overall. Fed from the property management platform, with the leasing pipeline and tenant behavior modeled alongside so decisions about a building rest on more than its current occupancy figure.

Engineered BI vs DIY dashboards

Why most DIY BI projects do not stick.

Excel-based reports and ad-hoc dashboards solve a Tuesday problem; they do not become a leadership system. The honest comparison:
Single source of truth
DIY dashboards
Engineered BI
Refresh discipline
Who runs the report when the analyst is on leave?
DIY dashboardsManual, fragile
Engineered BIAutomated, monitored
Calculation consistency
DIY dashboardsDisputed across teams
Engineered BIDefined once, used everywhere
Security & access control
DIY dashboardsFile permissions
Engineered BIRow-level security
Mobile and embedded
DIY dashboardsLimited
Engineered BINative
Cost over 3 years
Including analyst time spent maintaining ad-hoc reports.
DIY dashboardsHigher (analyst overhead)
Engineered BILower (engineered infrastructure)
Adoption signal
DIY dashboardsUnmeasured
Engineered BITracked, acted on
Feature
DIY dashboards
Excel + ad-hoc
Engineered BI
Warehouse + governance
Single source of truth
Refresh discipline
Who runs the report when the analyst is on leave?
Manual, fragileAutomated, monitored
Calculation consistency
Disputed across teamsDefined once, used everywhere
Security & access control
File permissionsRow-level security
Mobile and embedded
LimitedNative
Cost over 3 years
Including analyst time spent maintaining ad-hoc reports.
Higher (analyst overhead)Lower (engineered infrastructure)
Adoption signal
UnmeasuredTracked, acted on
How a BI engagement runs

From discovery to dashboard adoption.

Every one of these engagements walks the same four stages. Each is documented, each leaves evidence behind, and the whole thing lands against a timeline agreed at the outset.
  1. 1

    Discover

    2-3 weeks

    Workshops with the people who will actually use this, producing a register of the decisions in scope, an audit of every source system that has to feed it, and a dictionary defining each calculation. You come out with a written design, a catalog of what will be built, and a statement of work.

  2. 2

    Build data

    3-6 weeks

    The warehouse gets provisioned, pipelines built, source systems connected and master data conformed so the same customer means the same thing everywhere. The phase closes when a full refresh has been validated back against the source rather than assumed correct because it completed.

  3. 3

    Build dashboards

    2-4 weeks

    Dashboards are built against the decision register from discovery rather than against whatever fields turned out to be available. Stakeholders test them properly, visuals and filters go through a round or two of revision, and accessibility is checked rather than assumed.

  4. 4

    Adopt

    4-12 weeks

    Rollout happens team by team with training recorded per role, and there are open sessions through the first fortnight where people can bring questions. From week three onward usage analytics tell you what is genuinely being opened, and anything neglected gets reviewed and reworked rather than left in place as decoration.

Common questions

Data analytics & BI, frequently asked.

Power BI is the default for most American clients for three practical reasons: the licensing usually arrives inside enterprise Microsoft 365 plans you already pay for, the Azure integration is genuinely tight, and it is considerably easier to hire for. Tableau wins for visualization-heavy workloads or when you already have a license. Looker fits Google-centric organizations. We will recommend based on your stack and your team's skills, not push the one we resell.

On a smaller engagement, three to four weeks to something genuinely usable and around six for the complete set. On a larger one, six to eight weeks to the first dashboard and roughly twelve for the full build. At enterprise scale the honest answer is that it depends entirely on scope, which is why we always cut a narrow slice through the whole architecture and deliver that early. Stakeholders seeing something real in month one changes how the rest of the project goes.

Only if you do not already have something workable. Where a warehouse exists on Azure SQL, Snowflake, Synapse or Redshift, we extend it rather than proposing a rebuild, which is usually the more expensive advice and rarely the better one. Starting from nothing, Microsoft-aligned clients generally end up on Synapse or Fabric. The architectural recommendation comes out of discovery rather than being decided in advance.

In three layers, and the design principle behind all of them is that failures should be loud. Validation in the pipeline flags bad records rather than dropping them silently. Tests in the warehouse confirm totals balance and dimensions conform. And the dashboards themselves carry quality indicators showing the last refresh time, row counts and anomaly flags. When something breaks, your team finds out before your executives do.

For forecasting, demand planning, churn prediction and anomaly detection, yes. Simple cases use the built-in capabilities; anything richer is built in Python or R. One thing worth stating plainly: where a straightforward statistical approach answers the question, we use that instead. We are an IT services firm solving a business problem, not a data science practice looking for somewhere to apply a model.

Five things, and none of them are technical. Build from decisions rather than from available metrics. Run the build workshops with the people who will use it rather than only with IT. Record training cut by role instead of one generic session. Hold open sessions through launch. And track usage from the first week, then act on it by redesigning or retiring whatever nobody opens.

An optional managed service covers refresh monitoring, evolving the dashboards as the business changes, developing new use cases and keeping the governance current. Most clients add it once the initial build lands and they can see what ongoing demand looks like. It is quoted in writing during the build rather than sprung on you afterward.

Every existing report gets assessed during discovery and lands in one of three buckets. Some are retired because the new build supersedes them. Some stay exactly where they are, because a warehouse is genuinely overkill for an operational report somebody runs on a Friday. The rest get ported across so they are maintained properly rather than living in a spreadsheet on one person laptop. That recommendation is written down rather than assumed.
Further reading

Resources for analytics leads.

Microsoft 365

The platform Power BI lives in: identity, licensing, security baseline, governance. Often paired with BI for clients standardizing on the M365 stack.

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Server management

When BI runs on on-prem databases or virtualization platforms: the operational management of the underlying servers and storage.

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Tell us your data sources, the decisions you need to inform, and your platform preferences. We send a written design and SOW within 5 business days.

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