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Research methodology

Enterprise AI vendor evaluation methodology 2026,for evidence-first procurement.

An enterprise AI vendor evaluation methodology is a structured model for comparing vendors across security, data governance, architecture, pricing, and rollout risk. This page shows how SitePilot ties comparison, RFP, due diligence, scoring, pricing review, and pilot validation into one procurement-ready system.

Quantitative figures on planning pages are illustrative scenarios unless a dated source and method are shown on that page. Validate assumptions against vendor documentation, pilot evidence, and your own costs before making a procurement decision.

Why this exists

A methodology should eliminate bad vendors.

The point of methodology is not to sound rigorous. The point is to stop weak vendors from surviving on polished demos, vague legal language, and fake certainty. If a framework cannot eliminate a risky vendor, it is decorative.

This page also closes the topical authority loop for our procurement cluster by showing how the comparison guide, RFP template, due diligence checklist, decision matrix, shortlist scorecard, pricing guide, and pilot checklist fit together.

Core principles

1. Evidence-first, not demo-first

We do not treat vendor demos, launch claims, or analyst hype as procurement evidence. A claim only counts when it is supported by documentation, reproducible controls, contract language, or pilot results tied to a real workflow.

2. Pass/fail controls before weighted scoring

Some issues should eliminate a vendor immediately: unclear training usage, weak identity controls, missing auditability, or no viable export and deletion path. Weighted scoring only matters after mandatory controls are satisfied.

3. BOFU content for buying teams

SitePilot prioritizes bottom-of-funnel assets such as RFP templates, due diligence checklists, scorecards, pricing reviews, and pilot checklists. Buying teams need decision tools, not another vague feature list dressed up as insight.

4. Continuous updates when the market changes

Enterprise AI changes fast, so we review priority pages on a rolling basis. We update guidance when pricing mechanics, model policies, deployment options, or regulatory obligations materially change the buying decision.

What kills a vendor fast

Unclear data-training usage or retention rules
No credible SSO, RBAC, or audit-log story
Weak export, deletion, or rollback path
Pricing that looks cheap until pilot-to-production scale

Recommended workflow

  1. 1Start with the enterprise AI vendor comparison guide to frame the category and shortlist logic.
  2. 2Use the RFP template to collect comparable written answers from vendors.
  3. 3Run the due diligence checklist to validate security, privacy, architecture, and data-governance claims.
  4. 4Apply the procurement decision matrix and shortlist scorecard to rank evidence-based trade-offs.
  5. 5Use the pricing guide and pilot evaluation checklist before final approval or production rollout.
Evidence register

Trace the inputs behind the core tools.

This versioned register separates public authority guidance from SitePilot's editorial model inputs. Unverified entries are deliberately marked so a buying team knows what must be replaced with dated vendor evidence, a quote, or a pilot result.

AI procurement decision matrix

security and governance

verified

NIST AI RMF 1.0 provides a voluntary framework for managing AI risks through Govern, Map, Measure, and Manage functions.

Checked 2026-08-14 · Review 2026-11-14
Open public source
AI procurement decision matrix

security and governance

verified

NIST CSF 2.0 supplies a cybersecurity risk-management vocabulary that can structure security and auditability questions in vendor diligence.

Checked 2026-08-14 · Review 2026-11-14
Open public source
AI procurement decision matrix

regulatory fit

verified

EU Regulation 2024/1689 establishes harmonised rules for artificial intelligence and is a source for identifying applicable obligations during procurement review.

Checked 2026-08-14 · Review 2026-11-14
Open public source
AI procurement decision matrix

scoring weights

unverified

The matrix weights strategic fit 25%, security and governance 25%, architecture and integration 20%, commercial risk 15%, and rollout readiness 15%.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
AI procurement decision matrix

mandatory controls

unverified

The matrix treats unresolved training-use, identity, auditability, export, deletion, or rollback evidence as a procurement blocker.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
AI implementation cost calculator

risk adjustment

verified

NIST AI RMF provides risk-management functions that can inform discovery, measurement, controls, and ongoing management work in an implementation budget.

Checked 2026-08-14 · Review 2026-11-14
Open public source
AI implementation cost calculator

base implementation cost

unverified

The calculator starts from a USD 1,800,000 base implementation cost as an illustrative planning input.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
AI implementation cost calculator

scope and context factors

unverified

Company-size, industry, scope, timeline, and use-case multipliers are editorial adjustment factors used to make the planning model responsive to user inputs.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
AI implementation cost calculator

risk factors

unverified

Scope creep, integration complexity, data quality, and adoption resistance are represented with illustrative percentage uplifts in the risk view.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
Hosting platform fit scorecard

seo and deployment control

verified

Google Search documentation describes technical SEO fundamentals that a hosting or deployment choice must preserve, including crawlability and serving a usable site.

Checked 2026-08-14 · Review 2026-11-14
Open public source
Hosting platform fit scorecard

migration fit

verified

WordPress documentation treats migration as a task involving files, database content, configuration, and DNS or URL changes that should be validated before cutover.

Checked 2026-08-14 · Review 2026-11-14
Open public source
Hosting platform fit scorecard

scoring weights

unverified

The hosting scorecard weights workload fit 30%, performance headroom 20%, migration fit 15%, SEO and deployment control 20%, and support fit 15%.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
Hosting platform fit scorecard

traffic input

unverified

The scorecard uses under 10,000, 10,000–100,000, 100,000–500,000, and over 500,000 visits per month as user-selectable traffic scenarios.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.
Hosting platform fit scorecard

platform scoring

unverified

Default platform scores and adjustments in the scorecard are editorial heuristics for managed WordPress, shared hosting, and cloud hosting scenarios.

Checked 2026-08-14 · Review 2026-11-14
No public source recorded; replace before treating as evidence.