Current-state assessment
Review business reporting needs, platform architecture, report inventory, data dependencies, user adoption, performance, controls, skills and support arrangements.
Dataconsultant helps organisations assess, design, implement and improve cloud-native business intelligence platforms. The service aligns cloud data architecture, governed semantic models, secure self-service analytics, dashboard delivery and operating controls so business teams can access consistent information without creating uncontrolled reporting sprawl.
A Cloud Native BI Platforms Service helps an organisation establish or modernise the technology, information models, controls and operating practices used to deliver business intelligence through cloud infrastructure. It connects trusted data with reusable business definitions and secure analytics experiences, while reducing duplicated reports, inconsistent measures and avoidable platform support effort.
The engagement can focus on a discrete decision, a complete implementation, a migration programme or ongoing platform operations.
Review business reporting needs, platform architecture, report inventory, data dependencies, user adoption, performance, controls, skills and support arrangements.
Define fit-for-purpose cloud services, integration patterns, environments, workload separation, semantic-layer approach and platform-selection criteria.
Build governed datasets and semantic models, configure BI environments, migrate prioritised content, validate outputs and support controlled cutover.
Establish ownership, access models, development standards, certification workflows, metadata, lineage, quality controls and release governance.
Prepare role-based training, self-service guardrails, communities of practice, support routes and adoption measures for business and technical users.
Provide monitoring, incident support, release coordination, cost and capacity reviews, content-quality checks and continuous improvement.
Different teams calculate revenue, customer, risk or operational measures differently, weakening trust in executive reporting.
Analysts spend substantial time extracting, reconciling and manually refreshing information instead of supporting decisions.
Duplicated and unused content increases support effort, licensing cost, security risk and user confusion.
Access permissions, sensitive data, report certification and accountability are handled inconsistently or cannot be evidenced.
Reports are slow, scheduled loads fail, and users do not know whether data is complete or current.
Modern technology has been purchased, but responsibilities, standards, support and adoption practices remain unclear.
Start with a focused assessment of architecture, reports, controls, adoption and operating risks.
Consolidate agreed financial, operational and customer measures into controlled executive and board reporting.
Connect actuals, budgets, forecasts and business drivers with governed measures and controlled access.
Enable segmentation, acquisition, retention, channel and product analysis across trusted customer data.
Provide timely service, supply-chain, workforce or process measures with alerts and drill-through analysis.
Improve traceability, access control, reconciliation and evidence for reporting processes subject to review.
Deliver governed analytics within products, portals or partner experiences using suitable security and tenancy patterns.
Design data-access patterns, service boundaries, environments, connectivity, workload separation, development paths, disaster-recovery considerations and performance controls.
Define reusable measures, dimensions, hierarchies, naming standards, ownership, calculation logic and certification criteria that support consistent reporting.
Develop accessible, performance-conscious dashboards and analytical experiences supported by testing, design standards and documented acceptance criteria.
Establish ownership, workspace controls, access models, development standards, release practices, content certification, data classification and periodic review.
Define monitoring, incident handling, request management, support tiers, release calendars, usage analytics, training and continuous-improvement routines.
| Deliverable | Purpose | Typical content | Primary users |
|---|---|---|---|
| Current-state assessment | Establish evidence and priorities | Architecture, reports, users, performance, controls, risks, skills and support findings | Sponsors, data and technology leaders |
| Target platform architecture | Define the intended technical model | Services, integrations, environments, security zones, semantic layer and operational controls | Architecture, engineering and security teams |
| BI governance framework | Clarify ownership and standards | Roles, decision rights, access, certification, development and lifecycle controls | Data owners, governance and risk teams |
| Semantic-model design | Create reusable business definitions | Measures, dimensions, calculations, hierarchies, metadata, lineage and acceptance rules | Business analysts and data teams |
| Migration and rationalisation plan | Control transition from legacy tools | Inventory, dependencies, usage, prioritisation, redesign, validation, cutover and decommissioning | Programme and platform teams |
| Adoption and operating plan | Sustain the platform after launch | Training, support, service measures, monitoring, release routines and improvement backlog | Product owners and operations teams |
Dataconsultant can help separate essential platform outcomes from optional features and migration effort.
The sequence is adapted to the organisation, platform and scope. Fixed timelines are not assumed before discovery.
Confirm business outcomes, sponsors, users, decision rights, constraints and evidence needs.
Review data sources, architecture, reports, adoption, performance, controls, risks and support arrangements.
Define platform architecture, semantic approach, governance, security, delivery standards and operating model.
Configure environments, develop governed models, create or migrate priority analytics and document controls.
Complete data reconciliation, performance testing, access review, user acceptance, training and readiness checks.
Move to operational ownership, establish monitoring and service reporting, and prioritise the improvement backlog.
Dataconsultant can assess and support combinations of cloud data, analytics and governance technologies without assuming one vendor is appropriate for every requirement.
Applicable standards depend on industry, jurisdiction and internal policy. They may inform security, privacy, service management, accessibility and governance design.
The service can focus on architecture assurance, governance, semantic design, migration or adoption within your chosen ecosystem.
Independent review of the current BI estate, risks, target options, priorities and investment sequence.
Embedded specialist support for platform decisions, semantic design, governance and delivery assurance.
Defined delivery covering platform setup, models, dashboards, migration, testing, training and transition.
Ongoing platform monitoring, administration, support, quality control, release coordination and optimisation.
The following examples are illustrative scenarios, not claims about specific client results.
An organisation has multiple departmental dashboards and conflicting measures. The service inventories content, agrees priority metrics, designs a reusable semantic model, establishes certification and migrates executive reporting in controlled releases.
A new cloud data platform is available, but business users still depend on extracts and spreadsheets. The service defines consumption patterns, governed datasets, access controls, report standards, training and an adoption roadmap.
A platform renewal has identified hundreds of reports. Usage and dependency analysis separates critical, redesign, consolidate and retire categories, helping the programme avoid migrating obsolete content unchanged.
A software provider wants customer-facing analytics. The service designs tenancy, data isolation, performance, release, support and usage-monitoring patterns suitable for an embedded BI experience.
A reliable estimate requires enough discovery to understand platform, data, migration, control and adoption scope.
Number of platforms, environments, data sources, regions, integration patterns and non-functional requirements.
Report inventory, dashboard redesign, calculation logic, data models, embedded use cases and testing requirements.
Access models, sensitive data, audit requirements, residency, privacy, segregation and approval workflows.
Legacy tools, report usage, upstream systems, cutover constraints, parallel running and decommissioning effort.
Availability of documentation, business owners, subject-matter experts, test users and timely decisions.
Training, service hours, incident coverage, release support, platform administration and continuous improvement.
Share your current platform, target outcomes, report volumes, security needs and expected operating model.
The service is structured to connect platform choices with business definitions, governance, risk, delivery and operational ownership.
Identity, least privilege, row-level and object-level controls, encryption, audit logging, privileged access and environment separation.
Source checks, semantic validation, reconciliation, freshness monitoring, test evidence, exception ownership and user-visible status.
Classification, minimisation, masking, retention, residency, purpose, access review and handling of sensitive or personal data.
Traceability to policies, regulatory reporting needs, audit evidence, change control and review by authorised legal or compliance specialists where required.
Cloud and on-premise sources, APIs, ERP, CRM, data warehouses, lakehouses, spreadsheets and third-party services.
Version control, deployment pipelines, infrastructure automation, testing, monitoring, service management and documentation.
Internal teams, systems integrators, platform vendors, managed providers, business product owners and governance functions.
The statements below describe common evaluation themes and are not presented as verified customer testimonials.
Clear communication between business stakeholders and technical teams is often critical when metric definitions, platform choices and delivery priorities must be agreed.
Decision-makers typically value documented architecture, visible assumptions, practical migration choices and a delivery approach that does not treat every legacy report as equally important.
Long-term satisfaction depends on operational ownership, usable training, responsive support and controlled revisions after the initial platform release.
A cloud-native BI platform is an analytics environment designed to use cloud services for scalable data access, governed metrics, interactive reporting, embedded analytics, collaboration, security and elastic operations. It normally connects cloud data platforms, semantic models, BI tools and governance controls.
The service can include current-state assessment, business and reporting requirements, target architecture, platform selection support, semantic-model design, dashboard rationalisation, migration planning, security design, governance, testing, adoption, training and managed optimisation. The final scope is agreed during discovery.
Common triggers include slow reporting, duplicated dashboards, inconsistent KPIs, spreadsheet dependency, high support effort, cloud data-platform adoption, a need for embedded analytics, weak access controls or an approaching legacy-platform renewal.
The service can be adapted to major cloud data and BI ecosystems, including Microsoft, AWS, Google Cloud, Snowflake, Databricks, Tableau, Qlik and Looker environments. Final recommendations depend on requirements, existing investments, skills, security and commercial constraints.
There is no reliable fixed duration before discovery. Timing depends on data readiness, number and complexity of reports, semantic-model scope, integration requirements, security reviews, migration volume, user testing, procurement and stakeholder availability.
Pricing is influenced by assessment depth, platform scope, number of data sources and business domains, report migration volume, semantic-model complexity, security requirements, environments, training, support coverage and the selected engagement model.
Yes. Migration can include inventory, usage analysis, rationalisation, dependency mapping, prioritisation, redesign, data validation, user acceptance testing, cutover and legacy decommissioning support. Not every legacy report should be migrated unchanged.
The design can address identity, role-based access, row-level and object-level security, data classification, encryption, audit logging, data residency, privacy requirements, privileged access and segregation of duties. Formal legal or security certification work is scoped separately.
Yes, where appropriate. A governed semantic layer can define reusable business measures, dimensions, hierarchies, calculation logic, naming conventions and ownership so reports use consistent definitions while enabling controlled self-service analytics.
Yes. Managed support can cover platform monitoring, release management, access administration, incident and request handling, semantic-model maintenance, dashboard quality checks, adoption reporting, cost monitoring and continuous improvement.
Clients normally provide access to business owners, data and platform specialists, security and privacy teams, existing documentation, report inventories, sample data, usage information, testing participants and timely decisions on definitions, priorities and acceptance criteria.
Relevant measures can include report adoption, active users, dashboard performance, refresh reliability, duplicated-report reduction, semantic-model reuse, data-quality exceptions, support volume, delivery lead time, access-review completion and stakeholder confidence in key metrics.
Discuss the current BI estate, target platform, governance requirements and practical next steps.