Framework
Framework 14 — Performance-Based Procurement
How outcome-driven government procurement can accelerate commercial space infrastructure
Overview
Government procurement has played a central role in shaping the space industry. Traditionally, many government space programs have relied on detailed technical specifications, with agencies defining system architectures and contractors developing hardware to meet those requirements.
A different procurement approach is gaining importance: defining the required performance while allowing industry greater flexibility in how that performance is delivered.
This shift can change how commercial capabilities enter government space infrastructure and how public investment supports the development of broader industrial capacity.
From Defined Architectures to Performance Requirements
In architecture-driven procurement, governments often specify not only the capabilities they need but also important elements of the systems used to deliver them.
Performance-based procurement places greater emphasis on measurable outcomes.
Rather than prescribing every technical component, a government may define requirements such as coverage, capacity, responsiveness, reliability and operational availability.
Industry can then propose different architectures capable of meeting those requirements.
This approach does not eliminate government oversight or technical constraints. Security, interoperability, verification and mission assurance remain essential, particularly for national security systems.
However, it can create greater flexibility for commercial companies to apply existing technologies, manufacturing capabilities and network architectures.
The Economic Mechanism
The significance extends beyond procurement efficiency.
When governments define performance requirements rather than prescribing complete architectures, commercial companies may gain greater opportunities to influence how strategic infrastructure is developed.
Established production systems, satellite platforms, communications technologies and constellation capabilities can potentially be adapted to government requirements instead of being redesigned entirely around a predefined architecture.
This creates several possible economic effects:
• Lower development barriers: Existing commercial technologies may reduce the need for entirely new systems.
• Faster deployment: Mature production and operational capabilities can shorten development timelines.
• Greater industrial participation: More companies may compete through different technical solutions.
• Scalable infrastructure: Capabilities developed for government missions may support wider commercial applications.
These outcomes are not automatic. Their realization depends on procurement design, competitive conditions, integration requirements and the maturity of available commercial technologies.
The Framework
Strategic Need → Performance Requirements → Commercial Capability → Government Infrastructure
The framework describes four connected stages.
1. Strategic Need
A government identifies an operational requirement, such as persistent satellite coverage, secure communications or faster access to space-based information.
2. Performance Requirements
The requirement is translated into measurable performance objectives, establishing what the infrastructure must achieve without necessarily prescribing every architectural decision.
3. Commercial Capability
Companies apply their technologies, manufacturing capacity, operational experience and system designs to meet those objectives.
4. Government Infrastructure
Selected capabilities are integrated into government systems, potentially creating new infrastructure while supporting the development of commercial industrial capacity.
The central mechanism is the movement from government-defined technical solutions toward government-defined outcomes supported by industry-designed solutions.
Connection to the Space Economy Index (SEI)
Performance-based procurement is particularly relevant to two ETEMION SEI data pools.
Investment: Government-funded development programs may contribute to space-economy investment when they finance qualifying new long-term capabilities, infrastructure or development capacity. Routine service procurement and operating expenditures are not automatically counted.
Space Competition: Procurement strategies can influence commercial competition, industrial participation and national space capabilities. New performance-based programs may signal changes in how governments develop and secure strategic infrastructure.
The framework therefore helps explain a structural mechanism behind developments that may appear in both SEI pools, without treating procurement announcements themselves as direct evidence of economic growth.
Strategic Implication
Performance-based procurement does not mean governments withdraw from infrastructure development.
It means their role can evolve.
Governments continue to define strategic objectives, fund capabilities and establish operational requirements, while commercial companies receive greater flexibility to determine how those objectives are achieved.
Over time, this approach could strengthen the relationship between public demand and commercial innovation, allowing government programs to benefit from industrial capabilities that are already developing across the space economy.
The broader shift is from governments specifying what must be built toward governments defining what must be achieved.
For the space economy, that distinction matters: it can influence who participates, how infrastructure is developed and how commercial capabilities become part of strategic systems.