Oskar & Co.
A hospital leadership team around a boardroom table, studying a holographic model of their hospital changing from blue to gold, connected to a wind turbine, a data centre, an ambulance and a satellite AI ENERGY COMPUTE ROBOTICS SOLAR

Built for what comes next

Clear vision through business transformation.

We help leadership teams in capital-heavy industries make the most of transformation.

The big shifts

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What we do about it

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Bring one asset you think is underused.

If there's a model in it, you'll know within an hour.

Clear vision through business transformation.

Oskar & Co Ltd · Registered in England & Wales · No. 17273742

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Built for what comes next

Clear vision
through business transformation.

New models Transformations Market entry

We help companies make the most of transformation.

AI, automation, energy and sustainability are changing what every asset can earn — and what it costs to run. We help leadership teams in capital-heavy industries see the shift clearly and turn it into results: new revenue from what they already own, an operation that earns more, or a move into a new market.

A hospital leadership team around a boardroom table, studying a holographic model of their hospital changing from blue to gold, connected to a wind turbine, a data centre, an ambulance and a satellite AI ENERGY COMPUTE ROBOTICS SOLAR
The big shifts

Five forces changing what every asset can earn.

Each one changes the economics of a business that owns real assets. Our work is turning that change into results.

Energy transition

Power is moving from a few big plants to millions of small assets. Who captures that value is a business model question.

Sustainability

What a business consumes and what it earns are one question. Measured properly, using less shows up as margin.

AI

The decision layer over the assets you already have — deciding, second by second, where a resource is worth most.

Robotics

The same site and the same people can produce more — if the operation and how it earns are redesigned around it.

Abundance & scarcity

Some things are getting cheap. Others are not.

Abundantsolar power · computing · intelligence
Scarceskilled people · grid capacity · land · water

Value moves to whoever controls the scarce input — and the scarcest of all is people with the right skills. We help companies position on the scarce side of the equation.

See our data centres work →

Three kinds of work

All three start from the same place — what already exists — and all three end in a drawn model. What differs is whether the revenue line is new, existing, or somebody else's in a market they cannot reach.

Practice one
New business models

An asset, dataset or capability the organisation already holds becomes a product someone else will pay for. The existing business is untouched; a revenue line is added beside it.

Studio concept — Vara · installed hardware, three potential buyers
Practice two
Transformations

The operation stays the same on the outside and earns differently on the inside. Throughput, cost per unit and utilisation are redesigned as one system rather than three departmental targets.

In development — Cirra Carbon · state-scale agricultural yield and carbon
Practice three
Market entry

A model that works in one market is usually invisible in three others — not because the product is wrong, but because the buyer, the price point and the procurement path are different. We redesign the commercial model for the new territory and carry it there.

Current — coded · US infrastructure software, South Asia entry

What a model design ships

A sketch is a picture of an idea. A design is a specification something gets built from — priced, sequenced and owned. Four parts, delivered together; a model missing any one of them is a document, not a design.

ItemPartDescriptionDelivered as
BM-01 Revenue model Who pays, for what, on what basis, and why they keep paying. Priced, with the unit economics worked through rather than asserted. Model + workings
BM-02 Operating architecture The data, systems and decisions the model depends on — drawn as one diagram a board can read in a minute. Drawing set
BM-03 Capital story The version an investor, a grant committee or a ministry can act on. Same model, framed for whoever is writing the cheque. Narrative + figures
BM-04 Execution sequence What gets built first, what it costs, who owns it, and the point at which the model starts paying for itself. Sequence + owners

Same assets.
New revenue.

In capital-heavy industries the asset is rarely the constraint — the decision layer over it is. Dispatch, allocation, schedule. Every model is drawn before it is written, and priced before it is drawn — if it cannot be priced, it is not a design yet.

Vara Energy intelligence
Studio concept · not yet in market

This is a studio concept, drawn to show how we think. Households across the Gulf and Europe are installing batteries, solar and EV chargers. Each is bought to do one job: cut a bill. Once installed it sits idle most of the day.

The hardware was already paid for. What does not yet exist is a model that lets one asset earn three times, from three different buyers.

Vara is our design for a dispatch layer that would decide, second by second, whether stored energy is worth more to the household, the grid operator, or the wholesale market. It has no customers yet.

D1
Household
Could get lower bills from the same equipment, with no new hardware or behaviour change.
D2
Grid operator
Could buy firm capacity on demand, paid as availability rather than consumption.
D3
Wholesale market
Could trade thousands of small batteries aggregated into one position.
Diagram — scroll sideways →
Vara — axonometric model drawing Three stacked layers. Layer one is installed household hardware — battery, solar, EV charger. Layer two is the proposed Vara dispatch engine. Layer three is the three potential buyers in this concept: household, grid operator and wholesale market. Energy and telemetry flow upward from layer one to two, dispatched capacity from two to three, and money returns from layer three down to the household. Fig. 2 — Vara concept · axonometric LAYER 3 WHO COULD PAY Household Grid Market LAYER 2 THE MODEL Vara dispatch engine LAYER 1 INSTALLED Battery Solar EV energy + telemetry dispatched capacity revenue returns Energy Data Money Concept only
Canvas Position instrument
Active · first deployment

Canvas is the instrument that sits behind every engagement. It holds the organisation's current position across the dimensions that matter — AI readiness, resource visibility, governance, capital exposure — and the target it has decided to reach. As new data arrives the position moves, so progress is something you can see rather than something you assert at the end of a programme.

The first live deployment is currently being built for a private hospital group in the Gulf. The gap between current and target state is the engagement.

Healthcare · Gulf · clinical capacity · staff hours · energy
In development

Cirra Carbon

State-scale agricultural productivity. Land, water and grower networks that already exist, with an allocation and verification layer that turns yield improvement into something a development financier can underwrite.

Yield · water · carbon · verified outcomes
Coded · capital formation

Minerals & storage

Processing capacity co-located with generation, so the energy input becomes controllable and the cost position is defensible against imports rather than dependent on subsidy.

Energy · supply · capital
Coded · in discussion

Private healthcare

A clinical operating model where throughput, cost per episode and capacity utilisation are designed as one measured system instead of three departmental targets.

Capacity · staff hours · margin
Business advisory · The corridor

Between Europe, India and the Gulf.

Three markets that need each other — and rarely meet on the right terms.

European standards and market access. Indian technology and scale. Gulf capital and ambition. Each holds what the others are looking for, yet most companies treat the move between them as a sales exercise.

Crossing is a business model question. Who buys, at what price, through which procurement process and financed how — all of it changes on the way. We design for that crossing, in both directions.

Diagram — scroll sideways →
Fig. 3 — The corridor Europe standards · market access Gulf capital · ambition India technology · scale

Four weeks to a model.
Not four months to a report.

The sequence is fixed because the failure modes are predictable. Pricing comes third, not last, for exactly that reason.

01 · Inventory
What you already own
Assets, data, relationships, permissions, installed base. Most of the raw material for a new revenue line is already there and unaccounted for.
Week 1
02 · Draw
The model on one page
Who pays, for what, through which mechanism — in the notation above, so disagreement surfaces in week two rather than month six.
Week 2
03 · Price
Unit economics
What it costs to serve one unit, and what that unit earns across every buyer in the model. This is where most models fail, so it happens early.
Week 3
04 · Sequence
Build order
First release, first revenue, first proof point. Costed, owners named, executable without the studio in the room.
Week 4

An architect does not pour the concrete, and the drawing is still what gets built from. The studio designs; it does not implement. Build is assembled from specialist partners under your contract or ours — data engineering, platform, integration — so capacity scales with the project instead of with a payroll you would be funding between projects.

The Synergy Enterprise

The models are not invented case by case. They come from a single thesis about where unclaimed value sits — that what an organisation's resources return and what they cost are one question, not two. Every drawing on this site is an instance of it.

Read the thesis
The studio

Design-led. Partner-delivered.

A business model has to be coherent, and coherence is hard to get from a committee. Every engagement is led by a principal who carries the logic end to end — and everything downstream of it is assembled from specialists who do that one thing well.

That is why a model from the studio holds up in front of a board, a ministry or an investment committee. You are buying a design, not a team you have to keep busy.

The work sits where AI and resource economics meet — because that is where most of the unclaimed value currently is, not because either is interesting on its own.

Studio specification
Entity
Oskar & Co Ltd, registered in England & Wales
Markets
India · Gulf · Europe
Engagements
Model design sprint · full model with capital story · retained design partner
Sectors
Capital-heavy industries where the asset is built and the decision layer is the constraint — energy, agriculture, construction, minerals, healthcare
Delivery
Design in-studio, build through contracted specialist partners

Bring one asset you think is underused.

That is enough for a first conversation. If there is a model in it you will know inside an hour — and if there is not, you will know that too.

Start a project info@oskarandco.com