Capability Architecture & Positioning
A strong technology is not yet a capability. Partners, programmes and buyers do not commit to a promising asset — they commit to a clear account of what it does, who needs it, what else is needed to deliver it, and what still has to be proven. Without that, good technology stalls: partners hesitate, consortia cannot place you, and promising conversations stay exploratory.
In brief: Capability architecture connects technical assets, operational requirements, priority use cases, complementary technologies, partner roles and readiness gaps into one coherent structure — showing what the capability is, what it still needs, and which development route (pilot, project, consortium, proposal or implementation) fits.
We turn technology into capability.
Working alongside your technical team, we map your assets, define the operational requirements and use cases worth pursuing, identify the complementary technologies and partners you need, and set out the readiness gaps between where you stand today and a clear route to market, programme or deployment.
The result is a capability architecture: a single, clear structure your team, partners and consortia can act on.
Define the capability. Then build from it.
Each package is a discrete, buyable engagement with named outputs — not an open-ended advisory retainer.
Entry point
PACKAGE 01
Capability Definition Sprint
For organisations that need to establish, quickly and concretely, what capability they actually hold and where it could apply.
Best for
Deep-tech SMEs, research teams, technology providers and public bodies with a technical asset, result or service that has not yet been defined as a capability.
What's included
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Structured review of technical assets, results, tools, methods and expertise
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Operational-requirement mapping: the real needs the capability could address
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Priority use-case shortlist, with the reasoning for inclusion and exclusion
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Initial positioning statement in language non-specialists and partners can use
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First readiness and gap indication: what exists, what is assumed, what is missing
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Recommended next step and development direction
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Summary document with priorities, gaps and options
Client Outcome
You move from "we have a technology" to "we have a defined capability, a shortlist of use cases, and a clear view of what is missing."
Most common
PACKAGE 02
Capability Architecture & Positioning
For organisations ready to build the full architecture — including the partners, complementary technologies and evidence the capability depends on.
Best for
Organisations preparing for collaborative R&D, partnership discussions, programme applications, investment conversations or internal capability decisions.
What's included
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Full technical-asset and contribution map: what you provide, and what you do not
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Operational-requirement analysis against defined user or mission needs
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Priority use cases developed to a level partners can respond to
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Complementary-technology map: the components required alongside yours, and who typically holds them
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Capability architecture: how assets, requirements, use cases, partners and evidence fit together
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Readiness and gap assessment, including research, evidence and validation gaps
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Partner-role logic: the roles a credible consortium or delivery structure would need
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Positioning narrative for technical and non-technical audiences
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Route recommendation: pilot, project, consortium, proposal or implementation
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Assumption and decision register documenting what the architecture depends on
Client Outcome
A capability architecture you can use immediately — in partner conversations, consortium discussions, programme applications and internal planning.
Extended engagement
PACKAGE 03
Capability & Partnership Development
For organisations that need the architecture and then active support developing the partnerships and route that follow from it.
Best for
Organisations pursuing collaborative R&D, consortium participation, programme routes or multi-partner capability development over several months.
What's included
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Everything in Package 02
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Partner identification logic and target-profile definition
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Partner-role and contribution matrices for prospective consortia
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Outreach materials: capability profile, contribution summary, one-page partner brief
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Support in partner and consortium conversations
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Programme and opportunity alignment: which routes fit the capability and when
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Collaborative R&D concept formation, developed to the point where it can be taken forward
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Prioritised development plan with dependencies, sequencing and decision points
Client Outcome
A defined capability, a partner and consortium structure to develop it, and a concrete route with the materials needed to pursue it.
A capability is more than a technology
A technology becomes a credible capability when there is a clear account of what it can do, whose requirements it addresses, which partners and complementary technologies it depends on, what must be developed or demonstrated, and how it can progress through the right European development route.
Post AI Systems builds that structure. We map technical assets, operational requirements and priority use cases into a working capability architecture, then develop the strategic partnerships, collaborative R&D concepts and European programme routes that can take the capability forward.
Built for complex, multi-partner environments where evidence matters and outputs will be scrutinised.
One practice.
One capability-development path.
Most of our work follows one sequence — adapted to where you are: Your technical assets → operational requirements → priority use cases → complementary technologies → capability architecture → strategic partners → collaborative R&D concept → the right route ( consortium, proposal or implementation).
Each engagement usually starts with a focused sprint that defines the capability and tests its practical value before anything is built or committed.
What you receive
Defined outputs, not a discussion
Depending on the package, deliverables are drawn from:
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Capability statement — what the capability is, in one page, for technical and non-technical readers
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Technical-asset and contribution map — what you hold, and its boundaries
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Operational-requirement analysis — the needs the capability addresses
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Priority use-case shortlist — with inclusion and exclusion reasoning
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Complementary-technology map — what must sit alongside your asset, and who typically provides it
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Capability architecture — the structure connecting assets, requirements, use cases, partners and evidence
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Readiness and gap assessment — technical, evidence, validation and partnership gaps
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Partner-role and contribution matrix — the roles a credible structure requires
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Route recommendation — pilot, project, consortium, proposal or implementation, with reasoning
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Assumption and decision register — what the architecture depends on and what remains open
Who this is for
Built for organisations with real capability and no clear architecture.
This service is used by:
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Deep-tech SMEs and technology providers with a strong technical asset that has not yet been translated into operational requirements, use cases or partner-facing language.
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Research organisations and university groups holding results, methods or prototypes that could support applied capabilities but lack a route or partner structure.
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System integrators and technology companies assessing where a capability fits across programmes, sectors or complementary technologies.
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Public institutions and agencies defining a capability they need to acquire, commission or develop with partners.
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Consortium leads and coordinators who need partner contributions mapped against a coherent capability before a project concept is written.
Typical starting situations: "we know our technology is relevant but not where it fits", "we keep being invited into consortia without a defined role", "we need to explain our capability to people who are not engineers", or "we have several possible directions and need to choose one."
Where this fits
Where capability architecture fits
Capability architecture is where most of our engagements begin. It creates the structure that later work depends on:
technical assets → operational requirements → priority use cases → complementary technologies → capability architecture → strategic partners → collaborative R&D concept → route (pilot, project, consortium, proposal or implementation).
Once the architecture exists, the route determines what follows: Collaborative R&D & Project Development where the capability is developed with partners through a programme or consortium, or Governed AI-Enabled Delivery Systems where it needs a working, accountable delivery system.
How we work
We architect the capability. Your experts hold the technology.
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Post AI Systems does not claim to develop your specialist technical components, and we do not position ourselves as a substitute for your engineers, researchers or domain experts. Our contribution is the architecture around the technology: requirements, use cases, complementary technologies, partner roles, evidence needs and development route.
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In practice this means working directly with your technical people to extract and structure what they already know, then translating it into a form that partners, programmes, institutions and non-specialist decision-makers can act on. Where a capability needs specialist expertise we do not hold, we say so and help define the partner role that should provide it.
FAQ: Capability Architecture & Positioning
Q1: What is a "capability architecture" as a working document? A capability architecture is a structured document connecting technical assets, operational requirements, priority use cases, complementary technologies, partner roles, evidence needs and a recommended development route. It shows what the capability is, what it depends on, what is still missing, and how it could be developed — in a form usable by technical teams, partners and institutional decision-makers alike. Q2: What inputs are needed before this work can start? Required inputs are: a description of your technical assets, results or services; access to the people who understand them; any existing user, customer or operational context; known constraints (maturity level, resources, geography, sensitivity); and any partnerships or programme routes already under consideration. Q3: Do you need to be a technical expert in our field to do this? No — and we do not claim to be. The work structures and translates your technical expertise rather than replacing it. Domain depth stays with your team and, where required, with specialist partners identified during the engagement. Our contribution is the architecture, requirement logic, use-case definition, positioning and route. Q4: How does this differ from strategy consulting? The outputs are defined artefacts rather than recommendations: a capability statement, asset and contribution maps, a use-case shortlist, a complementary-technology map, a gap assessment, a partner-role matrix and a route recommendation. Each is usable directly in partner, programme or internal decision contexts. Q5: What happens after the architecture is complete? The route recommendation determines the next stage. Common routes are a controlled pilot, a collaborative R&D concept and consortium development, a programme or proposal route, or implementation of a governed delivery system. The architecture is designed to be carried forward into whichever route is chosen — including by other parties. Q6: Can this support a consortium or programme application? Yes. Capability architecture is frequently used to define a partner's substantive contribution before a project concept or proposal is developed — including operational-requirement mapping, use-case definition, work-package logic and contribution matrices. It does not, however, constitute a formal eligibility assessment, and no funding or programme outcome can be guaranteed.