Self-reliance in critical minerals is very essential for us too. Be it the energy sector, industry sector, defence sector or any other technology sector
Hon'ble PM Narendra Modi | Aug 15, 2025
Why Now?
India's Push for Self-Reliance
India's Push for Self-Reliance
India's Push for Self-Reliance
PM Modi placed Critical Minerals at the centre of India’s growth strategy, with exploration active at 1,200+ locations under the NCMM.
Exploding Global Demand
India's Push for Self-Reliance
India's Push for Self-Reliance
From EV batteries to renewable energy, semiconductors, and defence — global demand for lithium, REEs, cobalt, is surging.
Tremendous Govt Support
India's Push for Self-Reliance
Tremendous Govt Support
With the government providing policy support, financial incentives, and geopolitical backing, now is the time to invest.
What VMF Delivers
Complete Volumetric 3D Insight before Drilling.
Weeks, not Years. Monetize your Assets Fast.
Weeks, not Years. Monetize your Assets Fast.
Actionable 3D subsurface models reveal location, depth, and relative concentration—so your first field rupee is spent in the right place.
Weeks, not Years. Monetize your Assets Fast.
Weeks, not Years. Monetize your Assets Fast.
Weeks, not Years. Monetize your Assets Fast.
Rapid hotspot triage across vast areas enables faster, stronger bid decisions and prioritised exploration programs.
Remote, Non-invasive, Terrain-Agnostic.
Weeks, not Years. Monetize your Assets Fast.
Remote, Non-invasive, Terrain-Agnostic.
From deserts to dense forests and ultradeep water, VMF operates fully remotely, removing logistics and seasonality from your critical path.
How VMF Detects Subsurface Critical Minerals?
- Every element in the Earth subsurface interacts with electromagnetic (EM) radiation in its own unique way. Each atom absorbs and reflects specific wavelengths from the EM spectrum — creating a distinct spectral signature, much like a fingerprint.
- VMF Technology harnesses multispectral satellite imaging combined with proprietary spinor–mathematical algorithms to isolate and analyze these signatures. Instead of looking for rock formations or indirect geological clues, VMF directly identifies lithium, cobalt, nickel, rare earths, and other critical minerals based on their unique electromagnetic response.
- This process transforms raw satellite data into actionable exploration intelligence, enabling us to map not just where these minerals exist, but also their depth, geometry, and concentration — all without ever setting foot on the ground.
Stage 1: 2D Spectral Survey
Spot the Hotspots
- Satellite multispectral imagery is filtered to capture only the spectral signals of target minerals.
- Enables rapid screening of greenfield and auction blocks in weeks.
Key Deliverables:
- Location accuracy: ±3 m
- Detection depth: up to 8,000 m
- Turnaround: 2–3 months
- Clear mineral intensity mapping to prioritize high-potential zones
Stage 2: 3D Volumetric Analysis
From Hotspots to 3D Models
- Using multi-angle satellite imagery, VMF triangulates signals to calculate depth and volume.
- Creates a 3D block model of the deposit body with slicing every 1.5 m.
Key Deliverables:
- Reserve volume estimates with >75% accuracy
- 3D geometry and depth of mineral bodies
- Grade / purity levels for metallic minerals
- x, y, z coordinates of high-concentration zones
- Drilling reference points for extraction planning
Our Global Partners
