Services
Safety, reliability and asset decisions, made by one team
Most providers give you one piece: a safety consultancy hands you a report, a drone company hands you data, an asset specialist hands you a plan. Invictus CSA keeps those disciplines in one team — so the inspection informs the reliability analysis, the reliability analysis informs the safety case, and every output feeds one picture of your asset.
Pillar 01
System Safety
Safety work that holds up under challenge — at the design review, at the assurance gate, in front of the regulator.
We manage the system safety lifecycle for hardware and software systems to MIL-STD-882E, IEC 61508, ISO 13849, IEC 61511 and IEC 62061, from hazard identification through to safety case reports that survive scrutiny.
Safety in Design (SiD)
Hazard identification and mitigation built into the design phase, not bolted on after.
Safety case development and management
Preparation and management of workshops, safety case reports, and System Safety Working Groups (SSWGs).
Functional safety
FS-engineered assessment for Machinery and Safety Instrumented Systems.
Explosive Atmospheres and Dangerous Goods
Classification, design and inspection of electrical equipment in hazardous areas, and facility classification under Defence Explosive Ordnance Publication 101.
Safety-critical software
Development support and Software Management Plans for software that has to meet safety and regulatory standards.
Defence aviation
Organisational support under the Defence Aviation Safety Regulation (DASR) for maintenance and aviation software.
Risk assessments and incident investigation
Operations and support risk assessments, and ICAM-led incident investigation, including for insurance claims.
Pillar 02
Reliability, Availability, Maintainability
Knowing an asset works today isn’t the question. The question is how it behaves over years of service — how often it fails, how long repairs take, and what that does to your operations and your budget.
We analyse product and system RAM so those answers exist before they’re expensive, and feed them into tenders, design decisions and support planning.
RAM analysis
Reliability, Availability and Maintainability assessment across the asset lifecycle.
Failure analysis and modelling
Modelling of system operation and failure using Digital Risk Twins.
Model Based Systems Engineering (MBSE)
Systems engineering that keeps design, operation and failure understanding in one model.
Supportability input
RAM input to tenders, gate reviews and in-service support decisions.
Pillar 03
Asset Management
Engineering support that keeps equipment, facilities and infrastructure doing their job across their whole life — specified correctly, maintained sensibly, and retired before they become a liability.
Ground Support Equipment (GSE)
Lifecycle support, regulatory and equipment management, and health and safety program management for aviation GSE.
Power systems and transformers
Distribution, power and special transformer specification, FAT witnessing and power systems engineering.
Hydrocarbon management systems
Design of bulk storage and dispensing fuel, lubricants, and petroleum product systems.
Special facilities
Specification and design of facilities with unusual demands, from aircraft bays to specialised painting facilities.
Hazardous-area equipment
Classification, design, installation, maintenance and inspection of electrical equipment in explosive atmospheres.
UAV corridor
UAV asset inspection and survey
Inspect the structures you’d rather not send people up, into or onto. Invictus CSA operates under a CASA ReOC with certified RePL remote pilots, delivering inspection and survey data engineered for decisions — avoiding working-at-height exposure.
What we capture
Asset inspections
Powerlines, substations, towers, roofs and hard-to-access structures, captured safely and repeatably.
Aerial LiDAR and survey
High-density point clouds, orthomosaic imagery, and digital terrain and surface models suitable for engineering design.
Thermal inspection
Radiometric thermal imaging for electrical, mechanical and building-envelope fault detection.
3D models and Digital Twins
Engineering-grade models supporting maintenance planning and lifecycle decisions.
Operating proof
- CASA ReOC certified operator (CASA.ReOC.9771)
- Certified RePL remote pilots
What you get back
Verified, QA-controlled survey products — classified datasets, CAD deliverables and inspection reports — accurate enough to be defensible and repeatable enough to trend.
The difference
Most drone providers stop at capture. Our UAV work sits inside an engineering team that reads the data against asset condition, reliability and safety — so an inspection can answer a maintenance question, support a safety case, or feed a RAM model.
Inspection data that feeds the same asset-integrity picture as our safety, reliability and asset management work — one team, one picture of your asset.
Specialist support
Supporting capabilities
Specialist support that sits alongside the pillars — there when the job needs exactly one of them.
- Systems integration across the platform lifecycle
- Project management, from scheduling and procurement to delivery and commissioning
- Engineering management using a systems engineering approach
- Project engineering across all design lifecycle phases
- Engineering support for HF communications systems and facilities
- Product development and rapid prototyping
Engagement
How an engagement works
A conversation
You tell us the gate, tender, backlog or problem. We tell you plainly whether we’re the right fit.
A scoped proposal
Bounded work, named deliverables, a schedule you can hold us to.
Delivery
By the engineers you spoke to, working to the standards named above.
Outputs that stand up
Reports and data built to survive scrutiny by regulators, primes and auditors.
Bring us the specific problem
The safety case that's due, the tender that needs RAM input, the structure nobody wants to climb.