Zero One delivers broadband connectivity via a Low Earth Orbit (LEO) satellite constellation consisting of 600+ satellites operating at approximately 1,200 km altitude across 12 synchronised orbital planes.

The constellation architecture enables:

• Reduced propagation delay compared to GEO systems

• Continuous global coverage through orbital handoff

• Multi-beam spot coverage with frequency reuse

• Dynamic traffic routing through terrestrial gateway infrastructure

The system integrates into global fibre backbone networks via strategically positioned ground gateway stations.

Typical Service Profiles (Enterprise Grade):

• Downlink throughput: 150–195 Mbps per terminal (service tier dependent)

• Uplink throughput: up to 30 Mbps

• Round-trip latency: <70 ms (typical)

• Network availability: ≥99.9% (subject to SLA tier)

• Total system capacity: >1.1 Tbps aggregate

Low latency enables support for:

• SD-WAN environments

• Real-time cloud applications

• VoIP and unified communications

• Secure VPN and encrypted tunnels

• Remote operations and telemetry

Customer-premises equipment (CPE) typically includes:

• Electronically steered or mechanically aligned satellite terminal

• Integrated modem/router unit

• Power supply (AC or solar-compatible configurations)

• Optional edge firewall or secure gateway appliance

Terminals support Ethernet handoff for integration with:

• Enterprise LAN/WAN

• Mobile network backhaul equipment

• Government network infrastructure

• Private MPLS or SD-WAN deployments

The system supports high-capacity satellite backhaul for:

• 3G/4G/5G mobile base stations

• Rural and remote telecom towers

• Redundant failover for fibre infrastructure

• Mining and energy site connectivity

Bandwidth allocation can be provisioned as:

• Dedicated CIR (Committed Information Rate)

• Shared capacity pools

• Tiered enterprise service plans

Traffic prioritisation and QoS policies are configurable per deployment.

The network incorporates:

• Multi-layer encryption

• Secure gateway routing

• Authentication-based access controls

• Segmented traffic management

• Compatibility with enterprise firewall and zero-trust architectures

Suitable for:

• Government deployments

• Defence-related applications (subject to regulatory clearance)

• Enterprise-grade secure environments

The LEO satellite network is designed for interoperability with:

• Fibre backbone networks

• Microwave backhaul systems

• Mobile core networks

• Cloud infrastructure providers

Hybrid deployments enable:

• Fibre-primary / satellite-backup architectures

• Satellite-primary / fibre-secondary redundancy

• SD-WAN load balancing

Supports fixed and mobility use cases, including:

• Maritime broadband

• Aviation connectivity

• Remote land mobility

• Temporary emergency deployments

Rapid deployment capability enables installation in environments where terrestrial infrastructure is unavailable or compromised.

• Minimal ground infrastructure footprint

• No trenching or tower construction required

• Rapid installation (hours, not months)

• Weather tolerance within operational thresholds