FFDE.ai 5·6·7 Methodology: SMB AI Implementation Framework

How does FFDE deploy AI for SMBs?

FFDE (Fortified Forward Deployed Engineering) first fortifies the conditions SMBs need for AI implementation. The public framework is 5·6·7: 5 AI foundations → 6 delivery stages (1–6) → 7-day fast validation, with a 2–4 week standard pilot when deeper evidence is needed. It is not feature stacking, but closing the gap between how you work today and how you should work in the AI era.

FFDE 5·6·7 methodology overview
One visual map: five foundations, six stages and a 7-day path into evidence-led delivery.

What are the 5 AI pillars?

Tools alone do not create lasting value. Usable AI foundation = ② LLM Platform + ① Data & Knowledge + ③ Tools & Applications + ④ Governance & Security + ⑤ People & Processes; missing any pillar, pilots stall or get abandoned.

Five AI foundations

Every FFDE project documents three things: current process, target state, and the verifiable gap this phase closes. At kickoff we freeze Spec (scope), Eval (acceptance criteria), and Handoff (transfer conditions). Requirements that cannot map to a business gap do not enter current scope.

# Pillar Definition Typical deliverables Acceptance focus
Data & Knowledge Document/ledger standards + private RAG Knowledge base, spreadsheet templates, golden Q&A Accurate answers, traceable sources
LLM Platform Cloud APIs, unified gateway, governable selection Gateway config, tiered accounts, cost baseline Single entry point, visible cost
Tools & Applications Scenario Agents + workflow embedding Scenario Agents, automation flows, prompt library Embedded in daily work
Governance & Security Access, red lines, audit Permission matrix, security policy, compliance red lines Rules for sensitive data
People & Processes Training, SOPs, ROI, handoff Runbook, training notes, UAT, Phase 2 plan Team can run and iterate

6 stages from first use case to operable capability

6 stages (1–6) apply to all FFDE services — from qualification to operable capability. The 7-day path compresses depth; the 2–4 week standard pilot adds fuller evaluation and evidence in stages 5–6. See also pilot timeline FAQ.

Six delivery stages

1 · Qualification

Confirm Sponsor, business owner, acceptance signatory, and IT contact; assess Agent/RAG fit, data sensitivity, deployment mode; draft graduation criteria (timeline, value metrics, activation observation window).

2 · Use case & value hypothesis

Top 3 → Top 1 matrix with scene-fit three checks; freeze Spec, Eval, Handoff; intent alignment gate signed by acceptance owner.

3 · Business & data readiness

Site survey (process, documents, data red lines); knowledge base and golden Q&A; unified model gateway, account tiers, security baseline; scope confirmation gate with Out of Scope in writing.

4 · MVP & workflow embedding

Single-scenario main path build and integration; connect existing entry points; high-risk steps as copilot (human review); exception handling and refusal rules.

5 · Validation, governance & decision

UAT, golden evaluation, access/red-line spot checks; five-dimension ROI review and GO/NO-GO. Acceptance is signed here; activation starts trial and baseline — long-term observation can sit in graduation criteria (e.g. 2–4 weeks post-pilot).

6 · Handoff, ops & expansion

Runbook, owner training, knowledge updates and eval baseline; acceptance report and evidence archive; activation rate review and Phase 2 roadmap.

7-day calendar Stages Focus (always the same Top 1 scenario)
Day 1 1 + 2 Kickoff, Top 3→Top 1, graduation criteria, intent alignment, unified gateway draft
Day 2 3 Real samples in KB, RAG, golden Q&A, data red lines
Days 3–5 4 Same Top 1 main path: build → integrate → business trial (not parallel office/finance/sales layers)
Day 6 5 Access matrix, audit, compliance red lines
Day 7 5 + 6 UAT, GO/NO-GO, training handoff, ROI review, Phase 2 recommendations

Note: by Day 7 you complete acceptance sign-off (stage 5). Activation targets in graduation criteria may include a post-pilot observation window — stable daily use by everyone on Day 7 is not required.

What can you see in 7 days of AI deployment?

Within 7 days, run a minimum viable version of all 5 pillars around the frozen Top 1 scenario: Agent demonstrable and UAT-ready, plus ROI narrative and Phase 2 recommendations. Daily playbook below.

7-day fast validation path
Day 1 Discovery, Top 3 scenarios, unified gateway & accounts ② LLM Platform
Day 2 Data collection, cleanup, private RAG knowledge base ① Data & Knowledge
Day 3 Map workflow and first runnable steps for Top 1 ③ Tools & Applications (main path)
Day 4 Build, integrate I/O, exceptions, and human review nodes ③ Tools & Applications (integration)
Day 5 Business user trial, refine main path, prepare UAT ③ Tools & Applications (trial)
Day 6 Permissions, red lines, audit, compliance ④ Governance & Security
Day 7 Training, acceptance, ROI review, iteration rhythm ⑤ People & Processes

Note: Days 3–5 always focus on the same Top 1 business scenario; office, finance, and sales are common candidate directions only. Out-of-scope needs go to Phase 2 — not parallel stacks during the pilot.

How do you know a use case is worth doing?

Most AI projects fail on problem selection, not model quality. FFDE filters candidates with a three-part scene fit check — used with the Top 3 workshop matrix.

① Pain check

It must be a specific person’s specific pain — e.g. “the support lead spends 3 hours every Monday consolidating tickets,” not “improve support efficiency.”

② Economics check

Estimate weekly hours saved, cost of errors, or a KPI leadership cares about. Pain without a number rarely survives the next budget cycle.

③ Feasibility check

Where is the data, who owns it, what sensitivity applies, and what accuracy bar is needed (90% + human review vs 99% automated).

See How to choose your first use case · Prerequisites before you build an Agent

What counts as a successful pilot?

AI accelerates execution; three decision gates require human sign-off: intent alignment (kickoff) → scope confirmation (before build) → GO/NO-GO (acceptance). Final bar: one Agent MVP + ROI review + release decision. See How to accept a pilot.

Runnable, acceptable and handoff-ready acceptance standard

Graduation criteria

Agree in writing at kickoff: timeline cap, value metrics, activation goals. Meet them → expand; miss → exit cleanly and archive — no endless PoC.

Launch ≠ activation

Provisioning accounts is administrative launch. Activation means target users use the system in daily work — we track activation rate (target users as denominator, not account count).

Copilot first

For high-risk flows, start with “AI drafts + human confirms,” then raise automation as trust builds — lower resistance, higher adoption.

Why do pilots stall? Graduation criteria explained →

Three-layer loop & measurable ROI

Three-layer loop

Define scenario and acceptance first, build the Agent MVP, then iterate via training, governance, and a reusable standard pack.

Governance first

Data classification, Agent least privilege, human review on critical outputs — security built into the flow, not patched later.

Measurable ROI

Five-dimension review: efficiency, quality, cycle time, cost, and knowledge assets — then Phase 2, not endless PoC.

Make the business describable before the Agent is runnable

AI does not organize tacit knowledge or resolve process disputes by itself. Before build, FFDE makes inputs, owners, rules, and exceptions locatable and confirmable — only then can AI enter daily workflows reliably.

Describable

Map data sources, key fields, and real workflows — separate official rules from habits and stale practice.

Executable

Confirm standard actions, exceptions, and decision boundaries with the business owner; capture in Spec and acceptance samples.

Runnable

Start one high-frequency, lower-risk scenario; connect data, access, and workflow; expand after UAT and handoff.

FAQ: Prerequisites before you build an Agent →

When do you need annotation and fine-tuning?

Most use cases succeed with prompt engineering first, then RAG. When you need stable JSON, multi-label classification, evidence spans, or sensitive-field detection and prompt tuning still wobbles, we move to a controlled path: corpus → teacher pre-label → human Gold → holdout → LoRA → same Gold-set evaluation. This is not knowledge-base Q&A — you are training output shape and business rules, not indexing documents.

Good fit signals

Output schema is frozen; production needs parseable structure; human Gold samples exist; errors are reviewable and reversible.

Three data rules

Teacher pre-labels speed up work — they are not ground truth. Human Gold is holdout-only — never training labels. Reference drafts are read-only — annotators must not copy teacher fields.

How we accept

After Gold freeze: base-model baseline → LoRA fine-tune → same Gold set for JSON validity, field accuracy, and related metrics — written into the acceptance report, not “it feels better.”

Steps What happens Gate (summary)
1–2 Corpus intake & de-identification; freeze output schema and annotation rubric Provenance traceable; rubric signed by business owner
3–4 Teacher model batch pre-label + automated validation / audit Structural validity meets bar; failures routed to priority queue
5–6 Human Gold review; lock holdout (by sample id and content hash) Validation pass; holdout version frozen before training
7–8 Train LoRA on non-holdout teacher labels; baseline vs fine-tuned evaluation No holdout leakage; comparison report in evidence pack

Who does the labeling? High-volume field work is often done by interns, part-timers, or outsourced teams — that is normal in the industry. Quality depends on process, not on who is cheapest: calibration sessions before scale-up, validate-on-save, honeypot items in the queue, dual annotation with adjudication, expert spot checks, and batch freeze before expanding volume. Schema design, high-risk semantics, and acceptance sign-off stay with domain experts and the business owner.

Note: synthetic pilot corpora validate the pipeline only — not production claims. Formal projects use customer de-identified real data with agreed sample size and acceptance thresholds.

FAQ: When do you need human annotation and small-model fine-tuning? →

How do agents go from demo to production?

FFDE applies 12-Factor Agents (Dex Horthy / HumanLayer): most agents stall at demo because prompts, context, control flow, and state are hidden in framework black boxes — not because the model isn’t smart enough. Production-ready delivery = mostly deterministic software with LLM steps at the right points, aligned with Spec/Eval/Handoff and human gates.

Three foundations

LLM as pure function → context engineering; Agent as software → Sidecar + structured next step; own control flow → pause and human review.

Small & focused

One Agent MVP per use case; main path ~3–20 steps — context, tools, state, errors, control flow.

Own control flow

Query steps may continue; writes and external publish must pause — human approval as a first-class tool, matching the three gates.

Read more: FAQ: How do agents go from demo to production?

How do you choose between 7-day fast validation and a 2–4 week standard pilot?

Short decision chain, want a single-scene win first → 7-day fast validation. Need formal acceptance and full pillars → 2–4 week standard pilot. Same methodology; difference is depth and evidence requirements.

Two delivery tracks
Dimension 7-day fast validation 2–4 week standard pilot
Best for Short decision chain, want to see results fast Formal acceptance and complete pillars
Scenarios Usually one high-ROI scenario One scenario + fuller evaluation & evidence
5 pillars Minimum viable version of all 5 Full 5-pillar review + handoff materials
Acceptance Agent MVP + UAT + ROI narrative + GO/NO-GO Agent MVP + five-dimension ROI review + acceptance report + Phase 2

What principles guide FFDE delivery?

Business problems first, governance first, embedded collaboration, small pod fast decisions, platform-neutral transparent cost — across both tracks.

Business problems first

Each sprint aligns to one measurable business metric.

Governance first

Acceptance criteria and data red lines frozen before build; critical outputs keep human review.

Embedded collaboration

Engineers work in your rhythm — not outsourced tickets.

Small pod, fast decisions

Few layers, fast feedback — suited to SMB organizations.

Platform-neutral, transparent cost

No single-vendor lock-in; observable token and resource usage.

Why can't AI deployment be just a chatbot?

Without data foundation, security rules, and ops, chatbots quickly answer wrong or go unmaintained.

  • Myth: buying an AI tool is enough → tools do not understand your process and data; FFDE connects tools into 5 pillars.
  • Myth: consulting delivers only slides → FFDE delivers runnable systems and a team that can take over.
  • Myth: pilots with no exit criteria → graduation criteria and handoff conditions defined at kickoff — see why pilots stall; no endless PoC.
  • Myth: chatbot only → without ① Data & Knowledge, ④ Governance & Security, ⑤ People & Processes, chatbots are abandoned quickly.

Ready to move AI from a vision to your competitive advantage?

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