StratoVex launches AI satellites that predict minerals, climate risks, and supply chain disruptions directly from orbit using NVIDIA Jetson edge compute and hyperspectral imaging.
Traditional exploration relies on sparse ground surveys and delayed lab analysis, which is slow and expensive for mining and infrastructure projects.
Most AI still runs in data centers on old data, not at the edge where events actually happen.
Governments and operators need continuous, global, high-resolution insight instead of static maps.
Mining companies and exploration teams that need to find new deposits faster and with fewer drill holes, while cutting cost and environmental impact.
Governments and regulators that must monitor mines, water stress, land use, and climate risks around critical infrastructure in near real time.
Infrastructure and insurance operators who need continuous, objective satellite insight on pipelines, rail, ports, and high-value assets to manage risk and premiums.
Generate drill-ready target maps by combining hyperspectral signatures with Aeon's multi-agent analysis, helping geologists focus on the most promising zones instead of blanket drilling.
Provide early-warning risk maps for floods, landslides, subsidence, and tailings dam issues so operators can intervene before failures that cause billion-dollar losses and community damage.
Deliver ongoing ESG and compliance monitoring—vegetation health, surface chemistry changes, and land disturbance—so mining and energy companies can prove they're meeting environmental and social standards.
Demand for critical minerals and low-carbon metals is exploding, but traditional exploration is slow, expensive, and environmentally heavy; hyperspectral imaging and AI are finally mature enough to make exploration faster and more targeted.
Orbital edge computing is taking off, letting satellites process data on-board and send down only decisions or compressed insights, which slashes latency and bandwidth costs compared with raw imagery.
Aeon's multi-agent cognitive mesh architecture maps perfectly onto this moment: specialised models can live on each satellite, collaborate on complex scenes, and continuously learn from outcomes, giving StratoVex a software-first advantage in a hardware-heavy market.
A network of specialised models for mineral detection, anomaly spotting, and risk scoring that collaborate like a swarm instead of one giant model.
Radiation-tolerant Jetson Orin NX modules deliver up to ~100 TOPS of AI performance on only tens of watts, so each satellite can process data in real time without relying on ground data centers.
Hundreds of spectral bands and emerging quantum-grade sensors reveal the chemical fingerprints of minerals and stress signatures that normal cameras miss.
StratoVex was founded to give emerging markets access to cutting-edge orbital AI for resources and climate resilience. Built from South Africa, the company is pioneering a new generation of space-based intelligence that democratizes access to critical Earth observation capabilities.
Our mission is to leverage quantum-enhanced satellite technology and edge AI to help nations and organizations in the Global South compete on equal footing with traditional space powers, unlocking economic opportunity and environmental protection through advanced orbital intelligence.
Defining the product vision and strategy, lead technology and product development.
Leading technology strategy and information systems architecture for StratoVex's orbital intelligence platform.
We invite mining companies, energy companies, and governments to join early design and pilot programs. VCs and strategic partners interested in space-based AI infrastructure are also welcome to connect.