The intelligence layer for critical minerals

Turn every drilling rig into a real-time source of drilling & subsurface intelligence.

Every metre drilled becomes operational and geological data.

The problem

Every discovery starts at the drill. That's where data stops.

The world needs far more critical minerals, far faster. Core gives the richest record of the rock, but it is slow and costly, and reaches the logging table long after it was drilled. Most other metres leave only cuttings and a handwritten log. Meanwhile the rig feels the rock every second, yet that signal never reaches the geologist or the subsurface model, so where to drill next, when to sample and how to mine are still decided without the information the drilling itself already generates.

No standard, no objectivity

Logging depends on the person: subjective, inconsistent, and often records what the logger expects rather than what the ground shows.

Most of it is never captured

The richest evidence of the rock is right there at the bit, and it disappears as we drill.

Too slow, never accumulated

Lab results take weeks. Records arrive late and fragmented, with no way to archive, audit and build on them over time.

Experience without evidence

Where to drill next, what is ore and what is waste: all decided by feel. Mixing at the source is paid for all the way down to the mill.

The solution

Make every metre drilled work twice.

Better drilling today, a richer model tomorrow, better decisions downstream. Drillzy is a low-friction, rig-agnostic intelligence layer for the drilling fleet already in the field.

  1. 01

    Capture

    We retrofit the rigs you already run, with minimal to no disruption to the drilling workflow.

  2. 02

    Understand

    Physics and AI turn what the rig experiences into a depth-referenced picture of the rock, with a confidence level.

  3. 03

    Deliver

    Live operations, a subsurface model that updates with every hole, and clear recommendations on how to proceed.

Illustration: drilling data building a 3D model of the deposit beneath an open-pit mine

What you get

One shared picture of the ground for everyone on the project.

Operations

Every rig and every hole, live and remote: progress, activity and performance against the plan.

Geology

Lithology and boundaries as you drill, building into a model that shows where to drill next.

Engineering

Rock hardness, weak zones and alerts, so surprises are caught at the rig, not in the report.

The driller

Sees the ground change as it happens and knows when to stop and when to sample.

The project manager

Sees every rig and every hole against the plan, from anywhere.

Geology & engineering

Get a model that grows with every hole and plugs into the tools they already use.

A mine that learns as it works.

Every hole adds to a cumulative model of the deposit, so every metre drilled improves the next decision, from drill to mill.

In the field

Not a concept. Working on real rigs today.

Proven across three very different geologies and rig types, with design partners in mining, government and water.

Open-pit mine

Sedimentary deposit

Government body

Hard rock

Water utility

Aquifers & brines

1st

First place: Tnufa Critical Minerals Challenge, 2026. Awarded by the Israel Innovation Authority and the Ministry of Energy and Infrastructure. Read the press release → (opens in a new tab)

Team

A rare combination: four disciplines, one team.

Geoscience, AI, hardware engineering and international business experience, working together from the field to the cloud.

Geoscience & Data

Founder & CEO

Yair Gordin, Ph.D.

Focus
Company strategy, geoscience and product direction
Experience
Wellsite geology, well-log interpretation and engineering-geology consulting; leading AI R&D teams; university lecturer in geophysics
Education
Ph.D. in Engineering Geology

AI & Algorithms

CTO

Focus
AI, signal processing, sensor fusion and the technology roadmap
Experience
Leads applied AI research labs; many years as an algorithm engineer and team lead in advanced R&D
Education
Ph.D. in Applied Mathematics

Hardware & Sensors

Chief Engineer

Focus
Field units, sensors, rig integration and power systems
Experience
Hardware architect in deep-tech startups; engineering background in the semiconductor industry
Education
B.Sc. in Electrical & Communications Engineering; MBA

Field Experience & Biz Dev

VP Growth & Partnerships

Focus
Partnerships, design partners and business development
Experience
Global enterprises and U.S.-based startups; extensive experience leading international, large-scale projects
Education
B.Sc. in Computer Science

Contact

Pilot sites, partners, investors. Let's talk.

We are looking for drilling projects to work with, strategic partners, and investors who want to build this with us.

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Prefer email? yair@drillzy.ai · Customers: step into your sites, live →