Method

One method. Every engagement runs the same way.

Discovery finds where AI has the most leverage in your workflows. Implementation runs on a fixed engineering core. Governance closes the loop: before every go-live and in every cycle.

01

1 · Discovery

We map where AI actually matters.

We walk stage by stage through your operational process (data, knowledge, analysis, reporting, compliance) and identify the one or two places where AI delivers the most leverage over the next cycles. Output: a written assessment with a prioritised backlog. Engagement-based, no consultant carousel, no obligation to continue.

02

2 · Implementation

We build it, on a fixed engineering core.

Client-specific build, but on a shared engineering core. The use cases vary firm by firm. The architecture, the governance, and the audit trail stay constant.

  • RAG over your own documents: answers with source citations
  • MCP: structured tool bindings instead of free-form API calls
  • Agents with approval gates: no output without human confirmation
  • Local language models: your client data never leaves the house
  • Cloud architecture: Azure-native deployment or on-premise hosting, depending on data sovereignty

03

3 · Governance loop

We close the loop.

Every AI-assisted analysis carries a full audit trail: input, model version, output, approving person, timestamp. Before every go-live an approval gate runs. In operation a second pair of eyes spot-checks outputs. This is not an add-on: it is the prerequisite for an AI system to be allowed to go into production in a regulated investment firm at all.

01

Retrieval

RAG — Retrieval-Augmented Generation

Vector retrieval grounds every answer in your own corpus. Each output carries a citation back to its source chunk: prospectus, KIID, factsheet, IC memo, MiFID disclosure. The selection happens before the model sees the text. The citation is the audit row.

DORA Art. 28 · EU AI Act Annex IV s.3

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02

Integration

MCP — Model Context Protocol

An open standard (Anthropic, November 2024) for connecting the model to your data sources and tools through structured, auditable bindings. It replaces bespoke per-vendor connectors. Every call leaves a structured row in the audit log.

DORA Art. 28-30 · EU AI Act Annex IV s.6

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03

Workflow

Agents with approval gates

Multi-step workflows where defined steps pause for human approval before publishing. The model proposes; a portfolio manager or compliance officer accepts, edits, or rejects. The gate writes the audit row: who, when, what changed.

MiFID II Art. 25 · EU AI Act Art. 14 · AIFMD

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04

Sovereignty

Local inference inside the firm perimeter

Open-weight models (Llama, Mistral, Qwen) running inside your data centre or sovereign cloud. No prompt, no completion, no embedding crosses the perimeter. The visual argument is that no arrow leaves the ring.

DORA Art. 28-30 · BaFin AI-as-ICT-risk · CSSF / FINMA

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05

Risk

Evals and Model Risk Management

Three layers: task-level, system-level, behavioural. PSI drift detection at 0.10 monitor and 0.25 investigate. The SR 11-7 lifecycle wraps it: develop, independently validate, monitor, inventory. This is what makes the system deployable.

SR 11-7 · EU AI Act Art. 11 + Annex IV

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06

Safety

Guardrails and structured output

Three rails: input classifier (PII, jailbreak), decoding-time logit masking against your schema, output validators against your compliance taxonomy. The shield metaphor is wrong: each rail is a distinct mechanism.

DORA Art. 6-8 · MiFID II Art. 17 · EU AI Act Annex IV s.2(b)

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07

Ingestion

Multi-modal document parsing

Vision-language models lift a fund prospectus, KID or factsheet directly into structured fields: ISIN, SRRI, OCF, charges, PRIIP category. Per-field recall published honestly. An audited extraction, not a 99 percent hero number.

PRIIPs RTS Annex II · MiFID II Art. 24 · SFDR · AIFMD

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08

Structure

GraphRAG: entities and traversal

A typed knowledge graph over issuers, parents, subsidiaries, covenants, LEIs and fund holdings. Multi-hop questions answered by deterministic traversal, not by a language model improvising connections. Look-through obligations made literal.

AIFMD Annex IV · MiFID II suitability · ESMA look-through

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09

Explainability

Extended reasoning with inspectable traces

Reasoning models (Claude extended thinking, GPT o-series, DeepSeek R1) emit a visible search tree before answering. Pruned branches stay visible at 20 percent opacity. The tree itself is the audit artefact a regulator can inspect.

EU AI Act Annex IV · SR 11-7 traceable logic

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10

Adaptation

LoRA: adapter, not rewrite

Low-rank adapters carry your firm's vocabulary, style and taxonomy as a small parameter shim over a frozen, validated base. Facts live in RAG; voice lives here. Swappable at inference, the base stays validated.

SR 11-7 (frozen validated base) · MiFID II suitability

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Scale

The practice scales through a network.

Engagements above core capacity scale through a named network of cooperation and implementation partners: specialists across AI, Cloud, Quant and regulatory work. The method stays constant, the engineering core the same. Partner identities are named to qualified prospects on request.

Method is constant. Use case varies.

That is exactly why every engagement begins with discovery, so the use case fits, not the vendor.

Which stage of your process do we examine first?

A 5-minute diagnostic clarifies it, with no preparation on your side.

Start the diagnostic