PilotPlan

Representative example, not a customer case study

Large enterpriseTechnical pre-sales

Representative technical pre-sales plan for an enterprise data platform

A regulated data-platform opportunity showing how pre-sales can turn an RFP into discovery gaps, architecture choices, proof criteria, and a delivery-safe proposal.

Scenario

Illustrative opportunity: a 22,000-person insurer wants a governed analytics and AI platform for 300 data consumers across three regions, but the RFP lacks workload volumes, data residency detail, operating roles, and measurable proof criteria.

Illustrative assumptions

  • The buyer has named business outcomes but has not supplied a complete workload and data inventory.
  • Sensitive data requires security, privacy, residency, retention, and audit validation.
  • The incumbent cloud and identity strategy influence fit but do not determine a winner.
  • Commercial estimates must separate platform consumption, cloud infrastructure, services, and customer staffing.

Decision risks

  • The proposal commits performance without workload evidence
  • Compliance language is copied from vendor material without customer control design
  • Consumption estimates omit cloud and operating labor
  • Proof success does not cover migration or production support

Options and validation work

Snowflake

Possible fit: A credible candidate when a managed enterprise data platform, governed collaboration, and broad analytics use are priorities.

Validate: Workload fit, architecture, data movement, governance, regional availability, security controls, consumption model, operations, and proof cost.

Databricks

Possible fit: A credible candidate when data engineering, analytics, machine learning, AI, and open data patterns need one platform.

Validate: Workload design, cloud integration, governance, team skills, operations, performance, regional needs, and consumption economics.

Microsoft Fabric

Possible fit: A credible candidate when Microsoft identity, Power BI, Azure, and an integrated analytics operating model are material decision factors.

Validate: Capacity model, workload fit, region support, governance, data integration, coexistence, administration, and total cost.

Illustrative direction

Illustrative pre-sales direction: do not answer the RFP with a product claim matrix alone. Agree a proof using representative ingestion, transformation, governance, semantic, reporting, AI, security, recovery, performance, and cost scenarios, then tie every proposal commitment to observed evidence or an explicit assumption.

Implementation workstreams

  1. 01RFP decomposition and discovery gaps
  2. 02Workload, data, security, and operating-model baseline
  3. 03Architecture and fit-gap options
  4. 04Proof plan with measurable acceptance criteria
  5. 05Commercial model and explicit assumptions
  6. 06Implementation handoff, dependencies, and risk register

Official sources used in this example

Capabilities, prices, and terms can change. Confirm the current vendor page and obtain a binding quote before a decision.

Questions about this example

What should a data-platform proof of concept test?

Test representative ingestion, transformation, governance, access, lineage, semantic models, reporting, AI or machine-learning workloads, recovery, performance, operations, and measured consumption cost.

Can vendor compliance documentation prove the customer solution is compliant?

No. Vendor documentation is one input. The customer must validate architecture, configuration, identity, data flows, retention, monitoring, operating procedures, contracts, and shared responsibilities.

How should pre-sales estimate consumption-based platforms?

Use representative workload volumes, concurrency, schedules, storage, data movement, performance targets, growth, environments, resilience, and operating patterns. Present ranges and sensitivity, not one unexplained number.

What belongs in the implementation handoff?

Include the agreed architecture, proof evidence, scope, assumptions, exclusions, data and integration dependencies, security decisions, environments, staffing, commercial model, risks, acceptance criteria, and unresolved questions.

Build a plan around your actual requirements

Describe the challenge, constraints, current stack, budget, and timeline. PilotPlan researches the options and assembles a sourced implementation plan.

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