01
Readiness
Operational availability across mission profiles and theatres.
Integrated Logistics Support
Applied Integrated Logistics Support with Opus Suite
Achieve required operational readiness at optimized lifecycle cost. With Opus Suite, programme managers and logistics engineers integrate Logistics Support Analysis, maintenance planning, sparing optimisation, and lifecycle cost modelling within a single, data-driven environment aligned to defence and NATO standards.
Key info
Used by
Defence, aerospace & rail
Standards
ASD S3000L, NATO aligned
Lifecycle phase
Concept → Sustainment
What it is
A lifecycle-driven approach to sustaining complex assets
Applied Integrated Logistics Support is a structured, lifecycle-driven approach to designing, managing and optimising the support system required to sustain complex technical assets. It is widely adopted across defence, aerospace and other mission-critical sectors.
ILS ensures that systems are not only delivered on time, but remain operationally available and cost-effective throughout their service life from early programme definition through fielding and long-term sustainment.
THE FOUR LEVERS
Balancing readiness against cost
02
Reliability
Failure rates, redundancy strategy, growth modelling.
03
Maintainability
Repair times, manpower, tooling and test equipment.
04
Lifecycle cost
Acquisition, operation, sustainment and disposal.
HOW OPUS SUITE DELIVERS
Replace fragmented spreadsheets with a unified data model
Opus Suite provides a comprehensive digital environment for managing ILS programmes. Model support strategies, integrate technical and support-system data, manage suppliers, and produce standardised deliverables within a controlled framework — ensuring transparency, traceability and collaboration across engineering, procurement and sustainment teams.
✓ Configuration-controlled data shared across stakeholders
✓ Multi-system, multi-echelon, multi-indenture modelling
✓ Supplier coordination and structured data exchange
✓ What-if analysis within an integrated, governed model