Airborne ISR Architectures
Persistent, survivable ISR is central to modern air operations. VARSOM helps clients design ISR
architectures that combine multiple layers of assets:
- Mix of crewed ISR aircraft and UAVs for different altitude and endurance profiles.
- Sensor suites spanning EO/IR, radar, EW and other deep-tech payloads.
- Multi-tier ISR concepts linking tactical, operational and strategic levels.
- Integration of space-based ISR inputs into airborne mission systems.
Manned–Unmanned Teaming (MUM‑T)
The interaction between crewed and uncrewed air assets is a key area of development. VARSOM supports:
- Concepts of employment for MUM‑T in ISR, strike support and special operations.
- Data links, C2 constructs and autonomy behaviours for teamed operations.
- Integration of MUM‑T constructs into existing doctrine and training.
- Experimentation and trials to validate new concepts and configurations.
Air C2 & Datalink Integration
Robust C2 and information exchange are essential for effective air operations, especially when
integrating multiple platforms and domains. VARSOM works on:
- Integration of airborne platforms into joint and combined C2 structures.
- Datalink architectures for ISR dissemination and command execution.
- Resilience and redundancy planning for contested electromagnetic environments.
- Interfaces between airborne C2 nodes and space-enabled services.
Support to Joint & Multi-domain Operations
Air capabilities rarely act alone. VARSOM helps frame how air assets contribute to wider joint and
multi-domain concepts:
- Air support to maritime and land missions, including ISR and C2 relay.
- Integration of air and space assets for theatre-level awareness.
- Contribution of air capabilities to the Defence Technology Corridor concept.
- Alignment with national and NATO multi-domain frameworks.
Air Domain Programmes & Capability Development
From concept exploration to programme execution, VARSOM supports air domain stakeholders in structuring
and delivering realistic capability pathways:
Concept & Requirements
- Definition of air ISR and C2 concepts tailored to national context.
- Operational and technical requirement refinement for new capabilities.
- Identification of integration and interoperability challenges from the outset.
Industry & Technology Assessment
- Evaluation of platform, sensor and system options against mission needs.
- Assessment of integration risks, maturity and industrial fit.
- Support to RFI/RFQ processes and industry engagement.
Trials, IOC & FOC
- Design and execution of airborne trials and experimentation campaigns.
- Planning for initial operational capability (IOC) and doctrine/training updates.
- Transition to full operational capability (FOC) and sustainment considerations.
