Mobile (in)security? @ Mobile Edge '14
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The document discusses mobile security and insecurity. It notes that in 2014, 84.7% of mobile devices shipped ran on Android. It also discusses the main security concerns of enterprises, which include loss or theft of devices, insecure apps, and lack of device security controls. Examples of major data breaches in 2014 at companies like eBay, JP Morgan Chase, Home Depot and Target are provided to illustrate security horror stories. The document outlines various attack vectors against mobile devices, networks and servers, and provides examples for each. It suggests approaches to improving mobile security such as mobile device management, mobile application management, and endpoint security tools.
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As an active security researcher with immense professional expertise in application security, Jason Haddix joins us to explain the common attack vectors that face today’s mobile applications -- from a hacker’s perspective.
ISACA CACS 2012 - Mobile Device Security and Privacy
This document discusses trends in social media and mobile security. It notes that mobility and use of personal devices for work is increasing rapidly, bringing new security challenges. Mobile devices face security risks at the network, hardware, operating system and application layers. The document outlines common types of malicious mobile applications and vulnerabilities they may exploit, including monitoring user activity and stealing private data. It emphasizes the importance of securing sensitive data through encryption and access controls on mobile devices and applications. The document recommends organizations form mobility councils to develop mobile security policies and consider mobile device management solutions to help address security risks from increased mobility.
Three Secrets to Becoming a Mobile Security Superhero
View recorded webinar here - http://hubs.ly/H03W-Ns0
Learn the secrets of one mobile security superhero as he details his journey to defend his organization, the 2nd largest beverage distributor, against mobile threats.
IRJET- Android Device Attacks and Threats
This document discusses security threats to Android devices. It begins by providing background on the growth of mobile technology and its integration into daily life and the workplace. This has increased security risks as mobile devices now store and access large amounts of personal and corporate data. The document then discusses some specific threats to Android devices, including data breaches, social engineering, Wi-Fi interference, out-of-date devices, cryptojacking attacks, and poor password hygiene. It emphasizes that Android devices, like other mobile technologies, are vulnerable to these online and physical attacks that can result in compromised data and device access. Strong mobile security practices are needed to protect against the threats.
Mobile Payments: Protecting Apps and Data from Emerging Risks
This document summarizes a presentation about protecting mobile payments applications and data from security risks. It discusses the growing mobile payments landscape and threats from criminals attacking mobile apps. It then outlines techniques used by criminals to easily attack mobile banking apps, particularly focusing on reverse engineering apps to steal crypto keys and sensitive data. The presentation concludes by describing comprehensive protection techniques including application hardening, obfuscation, tamper detection, and cryptographic key protection like white-box cryptography.
Security Requirements in IoT Architecture
Security Requirements in IoT Architecture - Security in Enabling Technologies - Security Concerns in IoT Applications. Security Architecture in the Internet of Things - Security Requirements in IoT - Insufficient Authentication/Authorization - Insecure Access Control - Threats to Access Control, Privacy, and Availability - Attacks Specific to IoT. Vulnerabilities – Secrecy and Secret-Key Capacity - Authentication/Authorization for Smart Devices - Transport Encryption
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Mobile devices store significant amounts of sensitive personal and work data, making them targets for theft and hacking. While Android includes some security features like encryption and password storage, it lacks a secure way to store other sensitive data locally. The document proposes a Secure Storage application that allows users to selectively encrypt important files and texts on their Android device for local storage, without relying on cloud services or making the entire file system encrypted. The application uses a password-based encryption standard to securely generate encryption keys and encrypt the sensitive data files and texts. This provides a flexible and secure way for Android users to store sensitive local data without compromising the entire device or needing internet access.
How to Predict, Detect and Protect Against Mobile Cyber Attacks
Watch webinar recording: http://hubs.ly/H01l56L0
Join Brian Katz, director of mobile strategy at VMware, and Varun Kohli, vice president at Skycure, discuss how to:
- Get visibility into ALL mobile threats, vulnerabilities and attacks impacting your organization today
- Integrate Skycure with AirWatch to predict, detect, and protect against mobile cyber attacks
- Stop attacks before they make it to the enterprise by profiling good and bad device, app and user behaviors by leveraging crowd wisdom
White paper surveillancepointmarket
The document discusses the security and surveillance marketplace for the SurveillancePoint service. It analyzes the current marketplace, trends, competitors, market size, and opportunities. SurveillancePoint is a global video surveillance, alarm, monitoring and tracking management system that can be accessed over the internet or private network from various devices. It integrates security equipment and provides remote access and monitoring capabilities, addressing a need in the market.
C0c0n 2011 mobile security presentation v1.2
Mobile phone security has been a hot topic for debate in recent times. The top mobile manufacturers seem to claim that their mobiles and applications are secure, but recent news on mobile hacking and malware suggest otherwise.
One of the key challenges in mobile security is the diverse platforms and multitude of operating systems (both open and proprietary) in the market. This makes it almost impossible to devise a generic catch-all strategy for mobile application security. Every platform whether it is iOS, Android, Blackberry, Windows Mobile, Symbian etc. is unique and requires a specialized treatment.
In this talk, we will demystify mobile and related application security. We will understand the architectures of various mobile operating systems and the native security support provided by the manufacturers and operating system vendors. Then we will look at how hackers have come up with different techniques and tools to break mobile security, and what mobile companies are doing to mitigate these attacks.
Finally, we will look at secure practices for mobile deployment in the Enterprise using policy files and other technology solutions, We will also outline best practices for business users and road warriors, on how to ensure your company data is protected while still continuing to enjoy the flexibility provided by mobile phones.
Bolstering the security of iiot applications – how to go about it
The document discusses securing industrial IoT (IIoT) applications and devices. It identifies three main attack surfaces: the application, the device, and the network. To secure the application, it recommends using secure APIs, complex passwords, limiting API calls, and continuous deployment. For devices, it suggests securing the SIM card, physical device, and device software through measures like embedded SIMs, firmware updates, and remote management. Finally, it advises limiting voice, SMS, and data services on networks to reduce vulnerabilities. Overall, the document stresses the importance of prioritizing security for IIoT given the increasing threats to connected industrial systems.
Appaloosa & AppDome: deploy & protect mobile applications
Appaloosa & AppDome partner to deliver Mobile Application Management + Mobile Application Protection & Enhancement.
Key takeaways for both solutions:
- Deploy mobile apps privately to employees & partners
- Add Appaloosa's SDK in minutes with no code change
- Protect your apps from additional threats
Learn more from https://www.appaloosa-store.com/mobile_app_protection
The sonic wall clean vpn approach for the mobile work force
A Clean VPN approach delivers layered defense-in-depth protection for the core elements of
business communications.
Mojave Networks Webinar: A Three-Pronged Approach to Mobile Security
Mobile devices are always on the move, switching from network to network and place to place constantly. The best way to keep your company's information safe is through a unified approach securing at the device, app and network levels.
Similar to Mobile (in)security? @ Mobile Edge '14 (20)
2010: Mobile Security - WHYMCA Developer Conference
2010: Mobile Security - WHYMCA Developer Conference
Make Mobilization Work - Properly Implementing Mobile Security
Make Mobilization Work - Properly Implementing Mobile Security
Mobile Application Security Threats through the Eyes of the Attacker
Mobile Application Security Threats through the Eyes of the Attacker
ISACA CACS 2012 - Mobile Device Security and Privacy
ISACA CACS 2012 - Mobile Device Security and Privacy
Three Secrets to Becoming a Mobile Security Superhero
Three Secrets to Becoming a Mobile Security Superhero
Mobile Payments: Protecting Apps and Data from Emerging Risks
Mobile Payments: Protecting Apps and Data from Emerging Risks
How to Predict, Detect and Protect Against Mobile Cyber Attacks
How to Predict, Detect and Protect Against Mobile Cyber Attacks
Bolstering the security of iiot applications – how to go about it
Bolstering the security of iiot applications – how to go about it
Appaloosa & AppDome: deploy & protect mobile applications
Appaloosa & AppDome: deploy & protect mobile applications
The sonic wall clean vpn approach for the mobile work force
The sonic wall clean vpn approach for the mobile work force
Mojave Networks Webinar: A Three-Pronged Approach to Mobile Security
Mojave Networks Webinar: A Three-Pronged Approach to Mobile Security
Mobile (in)security? @ Mobile Edge '14
- 1. /// Mobile (in)security ? Cláudio André / ca@integrity.pt
- 2. 2 /// MOBILE (IN)SECURITY ? WHOAMI • Pentester at Integrity S.A. • Web applications, Mobile Applications and Infrastructure • BSc in Management Information Technology • Offensive Security Certified Professional
- 3. 301.3 million shipments 3 /// MOBILE (IN)SECURITY ? MOBILE EQUIPMENTS 2014Q2 http://www.idc.com/prodserv/smartphone-os-market-share.jsp
- 4. 4 /// MOBILE (IN)SECURITY ? 2014Q2 MARKETSHARE 2.5% 0.5% 0.7% 84.7% 11.7% Android iOS Windows Phone BlackBerry OS Others http://www.idc.com/prodserv/smartphone-os-market-share.jsp
- 5. 5 /// MOBILE (IN)SECURITY ? MOBILE PLATFORMS ON ENTERPRISE BYOD & Mobile Security 2013 Survey Linkedin Information Security Group
- 6. 6 /// MOBILE (IN)SECURITY ? ENTERPRISES MAIN SECURITY CONCERNS BYOD & Mobile Security 2013 Survey Linkedin Information Security Group
- 7. 7 /// MOBILE (IN)SECURITY ? ENTERPRISES MAIN SECURITY CONCERNS I'm not a Hacker. Just a silly guy with a ski mask on. Don't know what I'm doing.
- 8. 8 /// MOBILE (IN)SECURITY ? SECURITY HORROR STORIES 2014 (SO FAR...) Ebay - 145 million users and encrypted email address. JP Morgan Chase - Customer information of 76 million households and 7 million business. Home Depot - 56 million debit and credit cards. Target - 40 million credit and debit cards. Community Health Systems - Personal data of 4.5 million patients.
- 9. 9 /// MOBILE (IN)SECURITY ? ATTACK VECTORS
- 10. 10 /// MOBILE (IN)SECURITY ? ATTACK VECTORS Device Network Server
- 11. 11 /// MOBILE (IN)SECURITY ? ATTACK VECTORS • Browser • System • Phone / SMS • Apps • Malware • ... Device
- 12. 12 /// MOBILE (IN)SECURITY ? ATTACK VECTORS Tech details in: http://security.claudio.pt
- 13. 13 /// MOBILE (IN)SECURITY ? ATTACK VECTORS Network • Packet Sniffing • Man-In-The-Middle (MITM) • Rogue Access Point • ...
- 14. 14 /// MOBILE (IN)SECURITY ? ATTACK VECTORS Server • Brute Force Attacks • SQL Injections • OS Command Execution • ...
- 15. 15 /// MOBILE (IN)SECURITY ? A WAY TO... Mobile Device Management; Mobile Application Management; Endpoint Security Tools; Network Access Control (NAC) Endpoint Malware Protections; …..
- 16. 16 /// MOBILE (IN)SECURITY ? MOBILE DEVICE MANAGEMENT - Focus on the Device - Provisioning - Security Policies Enforcement - Reporting and Monitoring - Software Distribution
- 17. 17 /// MOBILE (IN)SECURITY ? MOBILE APPLICATION MANAGEMENT - Focus on the Applications - Same as previous but applied to the applications. - Corporate App Store (wrapping)
- 18. 18 /// MOBILE (IN)SECURITY ? WHICH ONE TO CHOOSE ? - Depends on your objectives - Mixed solution
- 19. 19 /// MOBILE (IN)SECURITY ? NOT ONLY *WARE APPROACH - Defense-In-Depth - Raise User Awareness - Secure Development Best Practises (OWASP) - Threat Modeling - Continuous Penetration Testing
- 20. Thank you. 20