Insights, guides, and updates on satellite intelligence for mineral exploration
Why structural geology from SRTM DEM data is the cheapest, fastest way to find mineral deposits in Pakistan — from a founder who's tested it on his own min
A founder's breakdown of how hydrothermal gold systems show up in satellite data across Pakistan, and which target indicators actually matter.
What Sentinel-2, ASTER and SAR data reveal about gold-bearing zones in Gilgit Baltistan — written by a founder who owns 15 mines up there.
How we use Sentinel-2, ASTER and SAR to verify mining leases in Pakistan before money changes hands. Real cases, real numbers, honest mistakes.
A founder's honest take on chromite and magnesite exploration in Balochistan for 2026 — where the deposits are, what satellite data reveals, and what's act
Reko Diq isn't alone. Here's what Sentinel-2 and ASTER actually show about Pakistan's porphyry copper belt — from Chagai to Waziristan.
The Geological Survey of Pakistan did incredible work. But maps from the 1970s can't find what 2024 satellites can. Here's the honest comparison.
After 3 years building GeoMine AI and running 15 mines in GB, here's what AI actually does for mineral exploration — and what's pure sales pitch.
Two provinces, two geological stories. Here's what Sentinel-2, ASTER and SAR actually show about Balochistan and Gilgit Baltistan's untapped minerals.
How we use Sentinel-2, ASTER and AI to detect copper-gold porphyry alteration zones in Pakistan — field notes from Chagai and beyond.
A founder's realistic comparison of satellite mineral exploration and traditional ground surveys. Costs, accuracy, timelines, and what investors should fun
A founder's honest take on what computer vision can and can't do in mineral exploration, based on real work across Pakistan's mining belts.
A founder's guide to using satellite reports to vet mining deals in Pakistan before you spend a rupee on travel or due diligence.
Pakistan sits on similar geology to Chile but spends a fraction on exploration. Here's the data, the history, and why that gap is closing fast.
What machine learning can and can't do for ore prediction in 2026 — honest breakdown from someone running it on real Pakistani deposits.
Reko Diq holds 41M oz of gold. But Balochistan has dozens more targets. Here's where our satellite AI is pointing next.
What foreign mining investors actually need to know about getting licenses in Balochistan, KP, Punjab, Sindh, and Gilgit-Baltistan. From a guy who owns 15
An honest founder's take on what AI and machine learning really do in mineral exploration — what works, what fails, and where the hype dies.
How we use ASTER bands and SRTM DEM to find commercial marble and granite deposits across Pakistan — what works, what wastes your time.
A founder's honest take on REE Pakistan: the known deposits, the carbonatites, the monazite sands, and what's still sitting in the data nobody reads.
How we map banded iron formations from orbit using Sentinel-2 and ASTER — what works, what fails, and what Pakistan's BIF belts actually look like.
Satellite imagery is exposing emerald-bearing zones in Swat that ground surveys missed for decades. Here's what we're actually seeing from orbit.
How we actually use Sentinel-2 and ASTER together for mineral exploration in the Karakoram. Real workflow, real limits, real numbers.
How we use Sentinel-2 and ASTER to find rare earth element targets in Pakistan, what works, what doesn't, and where the data lies to you.
From mining permits to satellite reconnaissance — what I've learned starting projects across GB, with 15 mines under my name and counting.
A founder's honest look at Pakistan's lithium pegmatite systems, where they sit, what's been mapped, and what's still guesswork.
How satellite imagery is reshaping lithium exploration in Pakistan and beyond — what works, what doesn't, and what we've found in the field.
How we use satellite data to find high-grade chromite in Muslim Bagh, Khanozai, and Waziristan — what works, what doesn't, and what I got wrong.
A founder's breakdown of Reko Diq, the Chagai arc, and why Pakistan's copper-gold belt is one of the most underexplored regions on Earth.
I'm the founder of GeoMine AI. Here's exactly what shows up in your inbox when you order a satellite geological report from us — no fluff.
How we spot porphyry copper systems from space using Sentinel-2 and ASTER — alteration halos, lineaments, and the mistakes I made early on.
How we use Sentinel-2 and ASTER to map copper alteration zones across Pakistan, and what the spectral signatures actually tell us on the ground.
A founder's honest breakdown of how GeoMine AI uses satellite data to find minerals in Pakistan — without the marketing fluff.
After running 200+ satellite surveys for gold across Pakistan, here's what actually works in remote sensing — and what wastes your money.
A founder's breakdown of copper occurrences across Gilgit-Baltistan — from Chalt to Shyok — and where satellite data says exploration should focus next.
Why gravity surveys still matter for finding chromite, copper and base metals in Pakistan — written by a founder who's run them on his own mines.
A founder's honest take on where the real critical minerals money is hiding in Pakistan in 2026 — and where investors keep losing it.
EMAG2 gives you global magnetic anomaly data for free. Here's how we use it at GeoMine AI to scout mineral targets across Pakistan before spending a rupee.
An honest breakdown of when aeromagnetic surveys are worth the money for Pakistani mining projects — and when satellite data is enough.
How we read SRTM DEM data at GeoMine AI to spot faults, shear zones, and structural traps before anyone hits the ground in Pakistan.
How radar interferometry tracks millimeter-level ground movement across mining sites — and why we built it into GeoMine AI's workflow.
How we actually use Sentinel-1 SAR data to map minerals in Pakistan — what works, what doesn't, and why radar matters when optical fails.
Why SAR radar finds geological structures that Sentinel-2 and ASTER miss entirely — from a founder who's tested both across Pakistan.
A working breakdown of hyperspectral and multispectral imaging for mineral exploration — what each one finds, what each one misses, and what we use at GeoM
A Pakistani founder's honest take on whether Landsat still has a place in mineral exploration, or if Sentinel-2 has made it obsolete.
A practical breakdown of ASTER satellite data for mineral exploration — what works, what doesn't, and how we use it at GeoMine AI.
A founder's breakdown of what each Sentinel-2 band actually shows you when hunting for minerals — no textbook jargon, just field reality.
Spectral imaging is rewriting how mineral prospecting works in Pakistan. Here's what I've learned running GeoMine AI and 15 mines in GB.
Learn how SRTM DEM and digital elevation models reveal fault lines, lineaments, and geological structures linked to mineralization in Pakistan.
Founder of GeoMine AI shares firsthand experience with gold mining in Gilgit Baltistan, gold deposits in northern Pakistan, and modern exploration methods.
How SAR remote sensing works through clouds and vegetation to support mineral exploration in Pakistan. Real examples from Gilgit Baltistan and beyond.
Real case study showing how GeoMine AI used satellite data to identify copper anomalies in Balochistan, near known Reko Diq copper deposits.
Learn how to read a satellite-generated geological report for mining investments. A practical mineral exploration report guide from GeoMine AI's founder.
Founder of GeoMine AI compares ASTER, Sentinel-2, and SAR satellite data for mineral exploration. Real examples from Pakistan mining projects.
How GeoMine AI uses satellite imagery and AI to identify high-potential lithium deposits in Pakistan, from Nagarparkar to Gilgit Baltistan.
Learn how GeoMine AI uses Sentinel-2 satellite data for gold exploration. A practical guide covering band ratios, alteration zones, and real Pakistan examp
Pakistan has $6T in mineral reserves but most stay underground. Sufyan explains the real reasons why and how satellite AI is changing exploration.
Pakistan has $6 trillion in untapped minerals. Here's how satellite intelligence and AI are replacing outdated exploration methods across the country.