1. © RHEINMETALL DEFENCE 2014 Systems Engineering at Rheinmetall Air Defence Dr. Marc Honikel

2. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Contents  Rheinmetall Air Defence  Products  Systems Engineering – Capabilities and Specialities  Safety and Security – Safety – Security – Safety and Security  Summary

3. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Rheinmetall AG A Company on Two Pillars DEFENCE – SECURITY AUTOMOTIVE – MOBILITY RHEINMETALL AG Combat Platforms C OMBAT S YSTEMS Weapon and Munition Propulsion Systems Air Defence & Naval Systems E LECTRONIC S OLUTIONS Mission Equipment Simulation and Training Logistic Vehicles W HEELED V EHICLES Tactical Vehicles Customer Service Protection Systems Technical Publications

4. © RHEINMETALL AIR DEFENCE AG 2014 | COMPANY PROFILE | 25. AUGUST 2014 Air Defence and Naval Systems 4 Air Defence and Naval Products Worldwide Successfully in operation in more than 44 countries

5. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Air Defence and Naval Systems Product Lines and Solution Providers

6. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Systems Engineering @RAD Systems Engineering Systems Engineering Software Engineering Software Engineering Hardware Engineering Hardware Engineering Mechanical Engineering Mechanical Engineering Quality Engineering Quality Engineering Logistics Engineering Logistics Engineering Electrical Engineering Electrical Engineering Products Projects Innovation Fire Control Radar and Sensors Fire Control Systems Command and Control

7. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Some Specialities

8. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence An Everyday Job?

9. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Hacker machen Autos zu ferngesteuerten Geschossen Nach Auto-Hack: Fiat Chrysler ruft 1,4 Millionen SUV zurück Siemens: Stuxnet worm hit industrial systems

10. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence IT Security Content of activity  Preservation of confidentiality, integrity, reliability and availability of information for products and customers. Threats, e.g.:  Eavesdropping.  Confidentiality breaching.  Sabotage. Challenge  Ever increasing system intelligence.

11. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Content of activity  Protection against failure, damage, error or accidents of products and customers. Hazards, e.g.:  Technical failure.  Friend protection.  Collateral damage. Challenge  Increasing complexity of systems. Safety

12. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Safety and Security  RAD offers systems according to customer Safety and Security requirements.  Increasing need for safe and secure systems.  Generally a top down engineering approach.  Continuous challenge during a product’s life cycle.  There is no 100% solution.

13. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Some Experiences Safety and Security… – requirements are very high level at the beginning of a project. – are very customer dependent. – get more complex with increasing 3 rd party workshare/subsystems. – have to be treated as system features. – pose a risk to most projects. – professionals are hardly available. – …  …must be integrated in the System Engineering Process.

14. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Security, Safety and Systems  Safety and Security are today handled largely separately from each other.  Exploiting the combined vulnerabilities offers maximum probability of success.  System Engineering shall consider combined Safety and Security.  Safety aims to protect the system against unintentional actions.  Security aims to protect the system against intentional actions.  System Engineering shall give system integrity priority over intention.  Combined Safety and Security protection may add additional complexity.  A system is assumed to have fewer vulnerabilities than the sum of Safety hazards and Security threats.  System Engineering shall identify, analyze and control vulnerabilities.

15. © RHEINMETALL DEFENCE 2014 | SwissED2015 | September 2015 System Engineering @ Rheinmetall Air Defence Summary  Rheinmetall Air Defence offers products ranging from conventional military air defence applications to systems specially designed for protecting high-value civilian assets – both on land and at sea.  The System Engineering department develops, manages and maintains these systems. System Engineers contribute with their specialized skills to this effort.  With ever increasing system complexity, IT security and safety require high System Engineering attention, not only separately but also integrated combined.  An integrated approach requires the analysis of system vulnerabilities- rather than threats- and the implementation of protection and control means.

16. © RHEINMETALL DEFENCE 2014 Questions? RHEINMETALL Air Defence