Mining

Operating environment

Open-pit and remote extraction sites in Sweden, Finland, and the wider Arctic — often beyond reliable terrestrial coverage, with autonomous or remote-operated haul fleets and strict safety envelopes.

Mission requirements

• Low-latency command paths for vehicle supervision where autonomy is active
• Independent failover before safety-critical single-path postures
• Orbital-class diversity so one constellation outage does not halt the fleet
• Modeled Signature evidence for readiness docs — not procurement bidding

Connectivity challenges

• Safety-critical + autonomous + single provider triggers hard score caps in Model v0.4
• Pit geometry and berms can obstruct sky-view similarly to forestry canopy
• Failover often exists on paper but is not automated or drilled
• GEO links may serve camp offices while being unsuitable for pit primary paths above ~70°N

Technology options

• Dual LEO (broadband + polar narrowband) as a common research pattern
• Edge autonomy with satellite for supervisory override rather than continuous teleoperation
• Documented switching procedures with modeled failover latency bands
• Mission priorities (uptime, redundancy, latency) to re-rank options without changing Signature score

Provider considerations

• LEO broadband for haul telemetry and cameras under open sky
• Polar narrowband for resilient control and distress
• GEO/VSAT only as tertiary or camp-side, not sole Arctic pit primary
• Catalog confidence is assessment basis — not an SLA or commercial endorsement

Architecture framing

Mining research scenarios typically favour multi-orbit redundancy when autonomy is safety-critical: a broadband LEO primary plus an independent polar path, with Signature caps enforcing honesty about single-path setups.