Public sector | Illustrative scenario

Public-sector service-demand analytics and reporting: an illustrative scenario

How a municipal or provincial body could use analytics to understand where service demand is rising and to report on delivery clearly, with transparency and privacy built in.

How the scenario could flowStep 1: Program systems (Permits, benefits, inquiries). Step 2: Governed data platform (Layers and stewardship). Step 3: Metric dictionary (Agreed definitions). Step 4: Dashboards and forecasts (Aggregated by default). Step 5: Council and public reports (Repeatable).ProgramsystemsPermits, benefits,inquiries1Governed dataplatformLayers andstewardship2MetricdictionaryAgreed definitions3Dashboardsand forecastsAggregated bydefault4Council andpublicreportsRepeatable5How the scenario could flowStep 1: Program systems (Permits, benefits, inquiries). Step 2: Governed data platform (Layers and stewardship). Step 3: Metric dictionary (Agreed definitions). Step 4: Dashboards and forecasts (Aggregated by default). Step 5: Council and public reports (Repeatable).Program systemsPermits, benefits, inquiries1Governed data platformLayers and stewardship2Metric dictionaryAgreed definitions3Dashboards and forecastsAggregated by default4Council and publicreportsRepeatable5
Fig. 1 Separate program records become one governed set of definitions behind dashboards, forecasts and public reports.

Illustrative scenario. Based on industry exploration and typical engagement design; not a client result or a guarantee of outcomes.

The situation

A public body delivers services such as permits, benefits, licensing and inquiries through counters, phone lines and online portals. Each program keeps its own records and prepares its own reports, so leaders find it hard to see demand across the organization, and annual and council reports take weeks of manual assembly. Staff capacity is limited and budgets are scrutinized.

Leadership wants evidence to guide where to put effort, and wants the public to see how services perform.

What the organization wants to achieve

  • See service demand, wait times and backlogs across programs in one view.
  • Anticipate seasonal and event-driven peaks.
  • Produce recurring reports from governed data instead of manual compilation.
  • Share clear, accurate information with the public and oversight bodies.

Approach

ARCHR would typically run this through its four phases: Discovery and Strategy, Pilot and Validation, Build and Scale, then Optimize and Evolve. In this scenario that could look like:

  • Discovery: interview program leads, list the decisions that need better information and review which data exists and who owns it.
  • Pilot: build a demand and wait-time view for two or three services, with agreed definitions that program teams confirm.
  • Pilot: add a simple forecast for peak periods and check it against past years.
  • Build: establish a shared data platform with raw, refined and curated layers, reference data for programs and service codes, and a metric dictionary in a semantic layer.
  • Build: automate recurring reports from governed data, with data quality checks, ownership and stewardship roles, and a catalog that explains each source in plain language.
  • Optimize: gather feedback from staff and oversight users, extend to more programs and refine measures as policy priorities change.

Technology and governance considerations

A reporting platform on AWS, Microsoft Azure or Google Cloud, with regional data residency where policy requires it (for example Canada, the United States or the European Union), could bring program data together. Dashboards would use aggregated, de-identified data by default, with row-level access limited to staff with a defined need.

Public bodies are subject to federal or provincial access-to-information and privacy legislation, so retention, consent and disclosure rules would be confirmed with the organization's privacy and legal teams. Plain-language documentation of data sources, definitions and any forecasting method would support transparency. The approach can be shaped around public procurement rules and accessibility requirements for any public-facing reports.

What success could look like

A pilot would agree measures and a baseline before any work starts. Qualitative signals the team could track include:

  • Leaders discuss priorities using one shared set of figures.
  • Recurring reports take less manual effort and are easier to repeat.
  • Program teams recognize their own services in the numbers.
  • Oversight bodies and the public can follow how performance is measured.

Actual results depend on an organization's data, systems and objectives. This page is not legal, financial or investment advice.

Technologies that could fit

Tools we commonly work with include the examples below. We recommend what fits your estate, and the choice stays yours.

Cloud

The three major clouds we design and build on, shaped around the estate you already run.

  • AWSAmazon Web Services: broad infrastructure, data and AI services.
  • Microsoft AzureMicrosoft's cloud, closely tied to Microsoft 365, Fabric and Entra ID.
  • Google CloudGoogle's cloud, known for BigQuery, Dataplex and Vertex AI.
  • Cloud object storageAmazon S3, Azure Data Lake Storage and Google Cloud Storage as lake foundations.

Analytics and BI

Dashboards, self-service analytics and a shared semantic layer so teams use the same definitions.

  • Power BIMicrosoft's BI and dashboarding platform with semantic models.
  • TableauVisual analytics and dashboards for exploration and reporting.
  • LookerGoverned BI built on a modeled semantic layer.
  • Amazon QuickSightServerless BI and embedded analytics on AWS.
  • Apache SupersetOpen source data exploration and dashboards.
  • CubeHeadless semantic layer that serves consistent metrics to any tool.

Governance and security

Catalogs, lineage, access control and key management that make data and AI auditable.

  • Microsoft PurviewData catalog, classification and governance across Microsoft estates.
  • Unity CatalogUnified governance for data and AI assets on Databricks.
  • CollibraData governance and catalog platform for policies and stewardship.
  • AWS Lake FormationFine-grained access control for data lakes on AWS.
  • Google DataplexData management and governance across Google Cloud data.
  • Azure Key VaultManaged storage for secrets, keys and certificates on Azure.
  • AWS KMSManaged encryption keys for services and applications on AWS.
  • Microsoft Entra IDIdentity and access management for people and workloads.
  • OpenLineageOpen standard for collecting data lineage across tools.
  • Great ExpectationsOpen source framework for data quality checks.

These tools are examples of what we commonly work with, listed as text only. We are vendor-neutral and recommend what fits your estate. Product names belong to their owners, and their appearance here does not imply a partnership, endorsement or certification.

FAQ

Frequently asked questions

Is citizen data used to profile individuals?

No. The scenario relies on aggregated and de-identified service data to understand demand, and any use of personal information needs a documented purpose and approval.

Can this work within public procurement and open-data rules?

Yes. The approach can be shaped around procurement requirements, and the reporting layer can be built to support open-data publication where policy allows.

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