AI × Natural Resources

Earth’s treasure.
AI is the finder.

Public data in. Undervalued mineral, energy, water & carbon assets out. Found, valued, and compounded by AI.

Thimar, scored positions

Illustrative data. Not a real asset.

5 basins scored
ParcelBasinAI valuation AlphaScore
VN-TR-4417Vantrel Basin$4,200+$1.03M94
QD-LM-3044Lomaris Flat$8,900+$5.24M96
HR-BK-4102Brakewell Rise$2,850+$864k89

By the numbers

Fifteen years, four asset classes, one target.

The record behind the platform, and the number it is being built toward.

15+ yrs
AI / ML
3
Companies founded
4
Asset classes
$1B
Goal by 2030

How it works

Public record in. Priced assets out.

Thimar reads the same public registries everyone can access, and prices what the market has not.

Public record →← Proprietary
01 IngestUSGS · BLM · RRC · TWDB
02 AnalyseDiscovery & valuation
03 ClassifyFour asset classes
04 CompoundToward $1B by 2030
Fig. 1. Thimar ingestion pipeline, public record to compounding position.

What Maadin.AI is

Two engines.
One compounding mission.

A venture that acquires natural assets with AI, and an executive practice that helps industry leaders build their own AI capability.

The platform · VentureThimar, acquires & compounds assets
The practice · AdvisoryFractional CAIO / CRO
$1BOne mission · 2030
Fig. 2. Venture and practice, one mission.

The Platform · Venture

Thimar

Acquires and compounds critical mineral rights, O&G royalties and water assets, powered by a proprietary AI stack.

Explore the platform

The Practice · Advisory

Fractional CAIO / CRO

Arshad Khan embeds as a fractional AI or revenue executive, bridging AI architecture with enterprise commercial execution.

View engagements

The founder

15 years in AI.
Built for the physical world.

A rare mix: technical enough to architect the system, commercial enough to close enterprise deals. Now applied to the hardest problems in the physical world.

15 years · software → subsurface
NLP / CV
Deep learning
LLM / agentic
Physical world
Fig. 3. Fifteen years of AI, redirected at the subsurface.

What the engine covers

Four asset classes. One engine.

Each class is scored by the same pipeline, with models specialised to its data.

USGS MRDS
BLM LR2000
Texas RRC
TWDB / GCD
Satellite
ThimarScoring engine
Critical mineralsLithium · cobalt · REE
Oil & gas royaltiesPermian · Eagle Ford
Water rightsTX groundwater districts
Carbon marketsVoluntary + compliance
Fig. 4. Public sources fan into one engine, out to four asset classes.

The model

Royalties fund the next position.

Cash generated by acquired rights is reinvested. Platform subscriptions run alongside, so portfolio and software compound together.

01 DiscoverAI scores assets
02 AcquireRights secured
03 Cash flowRoyalties + SaaS
04 ReinvestLarger positions
$1BBy 2030
Fig. 5. The compounding cycle.

01 Discover

The engine scores undervalued tracts and rights against the public record.

02 Acquire

Rights and royalty streams secured at assessed-value baselines.

03 Cash flow

Royalty distributions and platform subscriptions generate recurring revenue.

04 Reinvest

Proceeds fund larger positions, the loop that compounds the portfolio.

Roadmap

Where the company actually is.

Phase status is unconfirmed. PLACEHOLDERS B5. No asset has been acquired to date.

Fig. 6. Four phases, read top down. Phase 02 is current.

Status today

Entity & platformComplete
Working prototypes3 live
Assets acquiredNone to date
Current phase02 · In progress

The platform is built and the prototypes run. The portfolio does not exist yet, and the roadmap says so rather than implying otherwise.

Delivered for

Built where a wrong answer has consequences.

Fifteen years of shipping AI inside organisations that audit it.

Defence / federal

Mission systems and federal programme delivery.

Fortune 50 industrial

Heavy industry and large-scale operations.

Enterprise data platform

Platform architecture and data infrastructure.

Education

Teaching, curriculum and technical authorship.

Fig. 6. Four delivery sectors on one track.

Client names withheld pending permission. PLACEHOLDERS D7.

Investors

The thesis. The opportunity. The raise.

An uncrowded vertical, policy-backed demand, and an operator with AI depth and a business-development record.

01 Why now

Policy-backed demand

IRA & EU CRMA

02 Why Maadin.AI

Fifteen years of execution

AI × enterprise

03 The moat

Proprietary pipelines

Normalised public record

04 The model

Assets + SaaS + grants

Three revenue lines

Fig. 7. Four blocks of the investment case.
45%Thimar platform build
30%First asset acquisition
15%Team & operations
10%Data & infrastructure
Fig. 8. Phase 1 Seed, use of proceeds.
Request Seed Data Room (NDA)

Thinking in public

Market theses, in the open.

Four threads, one argument: the public record is mispriced and AI is what reads it.

Market thesis

Critical minerals

Why the convergence matters

Founder journal

Building in public

Thesis to platform

Technical depth

O&G automation

What operators get wrong

Policy

Carbon markets

Credits as a data problem

Fig. 9. Four threads, one thesis.

Contact

Let’s talk.

Investor, consulting client, or founder in natural-resource AI, it reaches Arshad directly.

Fig. 9. Three routes, one inbox.

What is this about?

Investor enquiries reach Arshad directly. Materials are shared under NDA.

No form endpoint configured. PLACEHOLDERS D3.

Next step

Two ways in.

Request the seed data roomNDA required
Open the live demos3 prototypes
Work with Arshad2 slots