1. Josh Alcorn Larry Brachfeld An in depth review of ad hoc mobile network & cloud security concerns

2.  Overview of Ad Hoc Mobile and Cloud Networks– Josh  Overview of Security Concerns– Larry  Attack Methods & Vulnerabilities- Josh  Overview of Specific Security Proposals– Larry  Future Work - Josh 2

3.  Self-configuring infrastructureless network of clouds/mobile devices connected by wireless links.  The emergence of cloud-based computing, where storage and CPU are outsourced to multiple 3 rd parties across the globe, implies large collections of highly distributed and continuously evolving data points. 3

4.  Ensure the infrastructure is secure and the clients’ data and applications are protected. While the customer must ensure that the provider has taken the proper security measures to protect their information. 4

5. 5

6.  Because mobile ad hoc networks have many more vulnerabilities than a traditional wired network, security is much more of a challenge in the mobile ad hoc network environment.  On a wireless network, an adversary is able to eavesdrop on all messages within the emission area, by operating in promiscuous mode and using a packet sniffer 6

7.  Furthermore, due to the limitations of the medium, communications can easily be perturbed; the intruder can perform this attack by keeping the medium busy sending its own messages, or just by jamming communications with noise. 7

8.  Vulnerabilities: ◦ Lack of Secure Boundaries ◦ Compromised Nodes ◦ Lack of Centralized Management/Standards ◦ Restricted Power Supply* ◦ Scalability  Attack Methods ◦ DoS ◦ Impersonation ◦ Eavesdropping ◦ Attacks Against Routing 8

9.  CloudSEC proposes a new architecture for composing collaborative security-related services in clouds, such as correlated intrusion analysis, anti-spam, anti-DDOS, automated malware detection and containment.  CloudSEC is modeled as a dynamic peer-to- peer overlay hierarchy with three types of top-down architectural components. 9

10.  Based on this architecture, both data distribution and task scheduling overlays can be simultaneously implemented in a loosely coupled fashion, which can efficiently retrieve data resources from heterogeneous network security facilities, and harness distributed collection of computational resources to process data-intensive tasks. 10

11. 11

12. 12

13. 13

14. 14

15. 15

16.  Collaborative Mobile Environment  Better Network Mapping/Utilization Tools  Jurisdiction & Provider Integrity 16

17. 17