Pixxel

Hyperspectral imaging to reveal early, subtle signals of change in Earth's ecosystems, resources and atmosphere so decision-makers can act before problems escalate.

Satellites capture data across 250+ VNIR and SWIR spectral bands at 5-metre spatial resolution with a 40-kilometre swath and daily revisit frequency.

Aurora turns raw hyperspectral and open-source satellite data into actionable insights via a no-code, cloud-native platform with AI-powered tools and API access.

Early stress detection, crop species classification, crop yield prediction, soil nutrient analysis.

Oil spill detection, pipeline monitoring, vessel tracking, hydrocarbon estimation.

Urban infrastructure planning, road network mapping, natural disaster response, natural resource planning; includes national-security customers such as the US National Reconnaissance Office.

Habitat mapping, pollution and stress-level quantification, carbon sequestration, vegetation detection.

Tree species classification, early vegetation stress detection, above-ground biomass estimation, forest fire detection.

Mineral detection, mine site closure monitoring, illegal mining prevention, environmental compliance.

Free trial of the Aurora platform, no credit card or software install required.

Enterprises, non-profits and governments served in part through Pixxel's global partner ecosystem.

Multi-year direct contracts with government and defense agencies, e.g. a 5-year NRO contract.

Cloud-native, browser-accessible Earth Observation Studio with API support; free trial with no credit card and no software install.

A global network of geospatial resellers and solution partners across 30 countries that distribute and integrate Pixxel's hyperspectral data and Aurora platform.

Direct contracting with government and defense agencies, e.g. the US National Reconnaissance Office and NASA.

In-house design and manufacture of hyperspectral imaging satellites (Firefly constellation) at the Megapixxel manufacturing and integration facility in Bengaluru.

Operating the Firefly constellation of six commercial hyperspectral satellites, all launched and in orbit as of 2025.

Building Aurora, an AI-powered no-code Earth Observation Studio for analysing hyperspectral and open-source satellite data.

In-house proprietary sensor design delivering 250+ VNIR/SWIR spectral bands at 5-metre resolution.

Six commercial-grade hyperspectral satellites, all launched and operating in orbit as of 2025.

Satellite manufacturing and integration facility in Bengaluru, opened January 2024.

In-house Earth Observation Studio combining open-source EO datasets, ready-to-use models/indices and Pixxel's own hyperspectral imagery.

Second, larger satellite manufacturing facility designed to scale production up to 100 units per year; being built to support the Pathfinder orbital data-centre satellite with Sarvam.

5-year contract with the NRO Commercial Systems Program Office for the Strategic Commercial Enhancements for Commercial Hyperspectral Capabilities program.

Part of NASA's Commercial SmallSat Data Acquisition (CSDA) program to supply hyperspectral data for Earth science research.

Launch provider for Pixxel's demonstration and commercial Firefly satellites.

Partnership to expand hyperspectral Earth observation capabilities in Saudi Arabia.

Partnership to advance space debris removal.

MoU to introduce hyperspectral satellite data capabilities in South Korea.

Selling hyperspectral satellite imagery and data via an order-imagery storefront.

Priced per km² for analysis and insight generation on the Aurora Earth Observation Studio.

Multi-year contracts and grants from agencies such as the US National Reconnaissance Office, NASA, and India's iDEX/DIU programs.

Full-spectrum satellite manufacturing services, from small satellites to advanced imaging payloads, for other organisations and governments.

Lightweight satellite design keeps manufacturing and launch expenditure down while maximising performance, versus heavier conventional imaging satellites.