IN Brief:
- The seven-year award covers sustainment and modernisation of the Space Weather Analysis and Forecast System.
- Peraton will migrate legacy functions while maintaining operations and strengthening cybersecurity.
- Initial operations and research funding has been obligated, with total completion scheduled for February 2033.
Peraton has received a $109.1 million US Space Force contract to sustain and modernise the Space Weather Analysis and Forecast System. The programme combines ongoing maintenance with migration from legacy technology, operational enhancements, and cybersecurity work, and is scheduled to continue until February 2033.
The hybrid contract was awarded on a sole-source basis by Space Systems Command. Work will be performed in Colorado Springs, Colorado. At award, the government obligated $3.8 million in fiscal 2026 operations and maintenance funding and $1.1 million in research, development, test, and evaluation funding, leaving the remainder to be funded through later tasking and budget periods.
Space weather covers changes in the near-Earth environment driven by solar activity. Charged particles, radiation, and disturbances in the ionosphere can affect satellite operations, communications, navigation, radar performance, and other systems that depend on predictable propagation or electronic behaviour. Military users therefore need more than a general forecast; they require analysis tied to operational systems, locations, and observed anomalies.
The Space Weather Analysis and Forecast System brings data and analytical tools together so operators can evaluate conditions and distinguish environmental effects from equipment faults or deliberate interference. Peraton has previously described an updated, cloud-based version of the platform that supports investigation of on-orbit anomalies, communications interference, and misleading radar returns. The new contract extends that work into a long-duration sustainment and migration programme.
Legacy migration is difficult because the existing service cannot simply be switched off while a replacement is built. Data feeds, analytical models, user accounts, interfaces, alerts, and archived information must be mapped into a new environment without breaking operational continuity. Successful migration depends as much on the absence of disruption as on the delivery of new features.
Cybersecurity is embedded in the scope rather than added as a separate compliance exercise. Space-weather systems process data from several sources and distribute assessments to users across operational networks. That creates requirements around identity, access control, data integrity, software supply, monitoring, and configuration management, particularly where a false or delayed assessment could be mistaken for a real environmental event.
The hybrid structure allows different categories of work to use more than one pricing arrangement, although the published notice does not provide the breakdown. Routine sustainment can be relatively predictable, while migration and enhancement work may depend on discoveries made during implementation. The $109.1 million value is a contract ceiling, not a simple annual service fee multiplied across seven years.
The sole-source award preserves continuity with Peraton’s existing knowledge of the system architecture and user requirements. That can reduce migration risk, while placing responsibility on the contractor to demonstrate measurable operational and cyber improvements. The notice does not identify the planned cloud environment, software-release cadence, number of users, or legacy components to be retired.
The February 2033 completion date gives the programme a long horizon, yet space and cyber technology will change considerably during that period. New sensors, commercial data sources, orbital architectures, and security requirements are likely to emerge. The contract must therefore sustain today’s service while creating enough flexibility to absorb changes that cannot be specified in detail at the outset.
Operational availability, successful migration, and analytical usefulness will determine programme performance. Peraton has a funded starting point and a seven-year contract under which to keep the existing system running while replacing components that have become difficult to maintain. The work is incremental and intricate because the service must remain available throughout the transition.
Data quality will remain as important as software architecture. Forecasting and anomaly analysis depend on timely observations, consistent metadata, and models that make their uncertainty visible to operators. Migrating a legacy service can expose differences in formats or assumptions that have accumulated over years. The contract does not say which data sources or models will change, but sustaining operational confidence will require Peraton to validate outputs through the transition rather than treating a technically successful data transfer as sufficient.
Sustainment will continue while migration work is under way, so operational changes cannot wait for a final replacement release. Vulnerability fixes, data-source changes, user requirements, and infrastructure updates will have to enter controlled builds throughout the contract. That creates a moving baseline: Peraton must preserve service availability while ensuring that interim changes do not make the eventual migration harder to verify or maintain.
