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2011 — 2026

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ResearchServicesSignalsAbout
ResearchServicesSignalsAbout

Bespoke Projects

A bespoke intelligence tool your organization can live inside.

Bespoke is a vague word, so here is what it has meant in practice.

For IEEE, a comparative foresight tool built from their PES Technical Roadmap. For AGC, a signals system covering several business units at once. For RCU, a public policy radar running on their own infrastructure, holding data too sensitive for a shared platform.

Very different tools, same method underneath. When the off-the-shelf version does not fit your organization, we design and build the one that does, then keep it running.

Price
€15,000 to €50,000 per project
Scope
Quoted per project
After launch
Annual support keeps it current
Radar grid rings

How we deliver bespoke projects

Every project is scoped on its own, but the path from first conversation to a running tool is the same one each time.
  1. Step 1

    Discovery

    We map the decisions the tool has to support, who makes them, and what data you actually have. This is where most of the surprises show up.

  2. Step 2

    Scope

    You get a written proposal with delivery options and a real investment range, quoted on scope rather than on the size of your organization.

  3. Step 3

    Architecture

    We define the data model, the metrics, and how the interface should behave before anyone writes production code.

  4. Step 4

    Build

    We build the thing, with review checkpoints along the way so you are never seeing it for the first time at the end.

  5. Step 5

    Launch

    We hand it over with documentation, access controls, and training for the people who will run it.

  6. Step 6

    Evolve

    Annual support keeps it current as your data and your strategy move. Tools that stop being updated stop being used.

What you get

We design around your decisions

The taxonomy, the metrics, and the outputs are built for the questions your organization actually asks and the cadence it asks them on. That is the part a template cannot do.

It connects to the data you already have

External scanning on one side, your own sources on the other. We integrate with APIs, spreadsheets, a CMS, or a data lake, whichever you already run.

Interfaces built for the people using them

A per-person dashboard is a different object from an ecosystem map for a strategy team. The visualization type is itself a strategic choice, because it decides which comparisons feel natural and which questions become easy to ask.

We run the sessions too

Workshops, expert interpretation, and executive readouts, for programs that run over months rather than weeks.

Built to survive procurement

Single sign-on, role-based access, and quality checks that hold up in public-sector review. We have delivered for RCU, Policy Horizons Canada, UNDP, GIZ and armasuisse, so we can help you package it for yours.

Partners can ship it as their own

Where a local operator delivers the project, the product can carry their brand instead of ours.

Why choose this approach?

For problems that do not fit a template

Most tools assume your challenge sits inside one domain. When it spans policy, markets, technology, and operations at once, an off-the-shelf product makes you do the translation work yourself.

It keeps working after we leave

The output is a running system your team owns, governs, and updates, not a report that ages out. Annual support exists so it keeps pace with your data.

Same method as everything else we do

A bespoke build runs on the same multi-model convergence and verification that Signals and the Signals Session use. You are not buying a one-off experiment.

Evidence you can defend

Every signal traces back to a source and carries a reliability score, which matters when a decision has to survive a board, a regulator, or a public tender.

Who Bespoke Projects is for

  • Organizations with sensitive or proprietary data that cannot go into a shared platform.
  • HR, strategy, and policy teams building something thousands of colleagues will use, not just their own department.
  • Programs that need role-based access and real integration with the systems you already run.
  • Partners who want to deliver client-facing intelligence products under their own brand.

How we deliver custom projects

The two disciplines most bespoke builds rest on.

Data architecture

How we structure pipelines, taxonomy, and integration so the system still makes sense in three years.

View data architecture

Custom metrics

How we define what gets measured, and make sure it maps to decisions someone actually has to make.

View custom metrics

Why this is more than interface design

What you choose to visualize is what your organization ends up paying attention to. That decision comes before the design work.
Read the strategic rationale

Every project is quoted on its own

Tell us the shape of the problem. You get a written proposal with delivery options and an investment range, before there is anything to commit to.

Get a build estimate

Relevant use cases

Two practical applications where Bespoke Projects is typically used.

Ecosystem Visualization

Communicating complex technology landscapes to stakeholders through interactive, structured visualizations.

View use case

Policy Impact Assessment

Linking technological developments to specific regulatory goals, climate targets, or development mandates.

View use case

Multi-model method

Understand the method behind Signals: convergence for strength, divergence for novelty, and verification before synthesis.
Read methodology

Trusted by global innovation leaders

Not sure which service to start with?

Quick guide: how our services work together, and where this model fits.
Done for you
Signals Session

A fixed-scope way to test the method on one question before committing to a build, back in 48 hours.

Use a session first
Run it yourself
Signals

If a ready-to-run platform covers it, this is the cheaper answer, with no build to wait for.

Compare with Signals
Vibe coding
Build Sessions

Before commissioning a build, this shows your own team what AI can and cannot build, in an afternoon.

Try it hands-on first