RESEARCH DOMAIN
Space &
Satellites
Research on satellite services, launch systems, ground infrastructure and the commercial foundations of the space economy.
Explore Our Research
THE SPACE ECONOMY
Space capability, assessed from the ground
Noreste studies the space economy through the relationship between orbital assets, ground infrastructure and the services they enable. Our research examines satellite applications, launch access, manufacturing capacity and operating economics to understand where technical capability can support dependable, commercially useful services.
We connect mission design with customer requirements, supply dependencies and the practical conditions for sustained operation.
SATELLITES IN USE
Research begins with the mission
Communications & connectivity
We examine satellite communications across remote access, mobility and enterprise networks, assessing how coverage, capacity and service quality align with the needs of intended users.
- Application context
- Remote broadband, maritime and aviation connectivity, and communications continuity.
- Research emphasis
- Terminal affordability, network integration, bandwidth demand and the economics of delivering a usable connection.
Earth observation & intelligence
We study how satellite observations become useful information for organisations, connecting sensor capabilities with data processing, interpretation and the decisions that customers need to make.
- Application context
- Agriculture, infrastructure monitoring, environmental assessment and disaster response.
- Research emphasis
- Resolution, revisit frequency, delivery time and the ability to integrate observations into operational workflows.
Positioning, navigation & timing
We examine the use of satellite-based location and timing services, with attention to accuracy requirements, signal availability and the resilience of systems that depend on them.
- Application context
- Transport, logistics, precision operations and the synchronisation of infrastructure.
- Research emphasis
- Receiver integration, service continuity, interference exposure and the availability of complementary systems.
BEHIND THE SERVICE
The infrastructure a mission depends on
Building & deploying capacity
- Satellite manufacturing: components, payload integration, testing and the ability to deliver repeatable production.
- Launch access: vehicle availability, mission compatibility, scheduling and deployment constraints.
- Ground systems: gateways, control facilities, user equipment and links to terrestrial networks.
Maintaining operational continuity
- Access & coordination: spectrum arrangements, orbital requirements and permissions relevant to the intended service.
- Asset resilience: equipment reliability, cyber exposure, collision risk and recovery planning.
- Lifecycle responsibility: replacement requirements, end-of-life planning and the management of orbital debris.
COMMERCIAL VIABILITY
From demonstrated capability to sustained demand
We assess service economics over the operating life of a mission, including development expenditure, deployment costs, customer acquisition, utilisation and the capital required to maintain or replace capacity.
Our research distinguishes technical milestones from evidence of repeat use, customer retention and a sustainable operating model.
Discuss our space economy research
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