This document discusses mobile malware threats facing enterprises. It begins by providing background on the rise of BYOD policies and the security challenges they pose. It then discusses the growing risk of mobile malware, citing statistics on its rapid growth rate and prevalence in apps. The document outlines common types of mobile malware like adware, spyware, and phishing. It explains how these threats can compromise enterprise data and infect networks through BYOD devices. It emphasizes the need for enterprises to adopt comprehensive security solutions to protect corporate data on personal mobile devices.
In 2013, targeted attacks increased, with spear-phishing attacks rising 91% over 2012. Watering hole attacks utilizing unpatched website vulnerabilities and zero-day exploits also grew. Eight data breaches exposed over 10 million identities each, termed "mega breaches". A total of 552 million identities were breached in 2013, over 5 times more than the 93 million in 2012. Web attacks blocked per day rose 23% from 2012. 78% of websites had vulnerabilities, and 16% had critical vulnerabilities that could be easily exploited by attackers.
A Joint Study by National University of Singapore and IDCMicrosoft Asia
This document summarizes the key findings of a study on the link between pirated software and cybersecurity breaches:
1) The study found that consumers and enterprises have a 33% chance of encountering malware when obtaining pirated software or buying a PC with pirated software pre-installed. A forensic analysis of 203 PCs found 61% were infected with malware.
2) Consumers will spend $25 billion dealing with security issues caused by malware on pirated software in 2014. Enterprises will spend $491 billion, with $315 billion resulting from criminal organizations' activities.
3) Asia Pacific will incur over 40% of worldwide consumer losses and over 45% of enterprise losses from malware on pir
The document is a report from IBM analyzing cyber attack data from 2014. Some key findings include:
- Unauthorized access incidents nearly doubled from 2013 and accounted for 37% of all incidents in 2014, likely due to vulnerabilities like Shellshock and Heartbleed.
- Over 62% of incidents targeted just three industries: finance/insurance, information/communications, and retail.
- More than half of all attacks came from internal sources like employees or contractors, though most internal breaches were unintentional.
- The US was both the most attacked country and the origin of over half of all attacks due to its large size and internet infrastructure.
This document discusses implementing security on Android applications. It begins with an introduction to the Android operating system and its open source nature. It then discusses some security issues with Android OS, cellular networks, and telephone networks that could allow unauthorized access to sensitive data.
The document proposes a model for developing a secure Android application to encrypt phone call logs. It describes creating an application that isolates each app in a sandbox, packages the app in an .apk file, and uses encryption/decryption to secure call log data from potential hackers or if a phone is lost or stolen. Screenshots of the app design are provided, including a welcome screen, login screen, call log home screen, and screens for viewing and selecting call logs to encrypt
Symantec's Internet Security Threat Report for the Government SectorSymantec
Symantec has established the most comprehensive source of Internet threat data in the world through the Symantec Global Intelligence Network, which is made up of more than 41.5 million attack sensors and records thousands of events per second. This network monitors threat activity in over 157 countries and territories through a combination of Symantec products and services such as Symantec DeepSight Threat Management System, Symantec Managed Security Services, Norton consumer products, and other third-party data sources.
In addition, Symantec maintains one of the world’s most comprehensive vulnerability databases, currently consisting of more than 60,000 recorded vulnerabilities (spanning more than two decades) from over 19,000 vendors representing over 54,000 products.
Spam, phishing, and malware data is captured through a variety of sources including the Symantec Probe Network, a system of more than 5 million decoy accounts, Symantec.cloud, and a number of other Symantec security technologies. Skeptic, the Symantec.cloud proprietary heuristic technology, is able to detect new and sophisticated targeted threats before they reach customers’ networks. Over 8.4 billion email messages are processed each month and more than 1.7 billion web requests filtered each day across 14 data centers. Symantec also gathers phishing information through an extensive anti-fraud community of enterprises, security vendors, and more than 50 million consumers.
Symantec Trust Services provides 100 percent availability and processes over 6 billion Online Certificate Status Protocol (OCSP) look-ups per day, which are used for obtaining the revocation status of X.509 digital certificates around the world. These resources give Symantec analysts unparalleled sources of data with which to identify, analyze, and provide informed commentary on emerging trends in attacks, malicious code activity, phishing, and spam. The result is the annual Symantec Internet Security Threat Report, which gives enterprises, small businesses, and consumers essential information to secure their system effectively now and into the future.
Symantec Internet Security Threat Report 2014 - Volume 19Symantec
The 2014 Internet Security Threat Report gives an overview of global threat activity for the past year based on data from Symantec’s Global Intelligence Network.
The document discusses the growing security challenges faced by organizations and the need to close the gap between security (SecOps) and IT operations teams. It notes that the volume and complexity of cyberattacks have increased significantly. However, current security tools, processes, and teams are often unable to keep up due to a lack of integration and coordination between security and operations groups. This results in security vulnerabilities not being addressed quickly enough, leading to potential data breaches and other security incidents. The document argues that automating security and operations workflows can help eliminate inefficiencies and prioritize the remediation of the most critical issues.
In 2013, targeted attacks increased, with spear-phishing attacks rising 91% over 2012. Watering hole attacks utilizing unpatched website vulnerabilities and zero-day exploits also grew. Eight data breaches exposed over 10 million identities each, termed "mega breaches". A total of 552 million identities were breached in 2013, over 5 times more than the 93 million in 2012. Web attacks blocked per day rose 23% from 2012. 78% of websites had vulnerabilities, and 16% had critical vulnerabilities that could be easily exploited by attackers.
A Joint Study by National University of Singapore and IDCMicrosoft Asia
This document summarizes the key findings of a study on the link between pirated software and cybersecurity breaches:
1) The study found that consumers and enterprises have a 33% chance of encountering malware when obtaining pirated software or buying a PC with pirated software pre-installed. A forensic analysis of 203 PCs found 61% were infected with malware.
2) Consumers will spend $25 billion dealing with security issues caused by malware on pirated software in 2014. Enterprises will spend $491 billion, with $315 billion resulting from criminal organizations' activities.
3) Asia Pacific will incur over 40% of worldwide consumer losses and over 45% of enterprise losses from malware on pir
The document is a report from IBM analyzing cyber attack data from 2014. Some key findings include:
- Unauthorized access incidents nearly doubled from 2013 and accounted for 37% of all incidents in 2014, likely due to vulnerabilities like Shellshock and Heartbleed.
- Over 62% of incidents targeted just three industries: finance/insurance, information/communications, and retail.
- More than half of all attacks came from internal sources like employees or contractors, though most internal breaches were unintentional.
- The US was both the most attacked country and the origin of over half of all attacks due to its large size and internet infrastructure.
This document discusses implementing security on Android applications. It begins with an introduction to the Android operating system and its open source nature. It then discusses some security issues with Android OS, cellular networks, and telephone networks that could allow unauthorized access to sensitive data.
The document proposes a model for developing a secure Android application to encrypt phone call logs. It describes creating an application that isolates each app in a sandbox, packages the app in an .apk file, and uses encryption/decryption to secure call log data from potential hackers or if a phone is lost or stolen. Screenshots of the app design are provided, including a welcome screen, login screen, call log home screen, and screens for viewing and selecting call logs to encrypt
Symantec's Internet Security Threat Report for the Government SectorSymantec
Symantec has established the most comprehensive source of Internet threat data in the world through the Symantec Global Intelligence Network, which is made up of more than 41.5 million attack sensors and records thousands of events per second. This network monitors threat activity in over 157 countries and territories through a combination of Symantec products and services such as Symantec DeepSight Threat Management System, Symantec Managed Security Services, Norton consumer products, and other third-party data sources.
In addition, Symantec maintains one of the world’s most comprehensive vulnerability databases, currently consisting of more than 60,000 recorded vulnerabilities (spanning more than two decades) from over 19,000 vendors representing over 54,000 products.
Spam, phishing, and malware data is captured through a variety of sources including the Symantec Probe Network, a system of more than 5 million decoy accounts, Symantec.cloud, and a number of other Symantec security technologies. Skeptic, the Symantec.cloud proprietary heuristic technology, is able to detect new and sophisticated targeted threats before they reach customers’ networks. Over 8.4 billion email messages are processed each month and more than 1.7 billion web requests filtered each day across 14 data centers. Symantec also gathers phishing information through an extensive anti-fraud community of enterprises, security vendors, and more than 50 million consumers.
Symantec Trust Services provides 100 percent availability and processes over 6 billion Online Certificate Status Protocol (OCSP) look-ups per day, which are used for obtaining the revocation status of X.509 digital certificates around the world. These resources give Symantec analysts unparalleled sources of data with which to identify, analyze, and provide informed commentary on emerging trends in attacks, malicious code activity, phishing, and spam. The result is the annual Symantec Internet Security Threat Report, which gives enterprises, small businesses, and consumers essential information to secure their system effectively now and into the future.
Symantec Internet Security Threat Report 2014 - Volume 19Symantec
The 2014 Internet Security Threat Report gives an overview of global threat activity for the past year based on data from Symantec’s Global Intelligence Network.
The document discusses the growing security challenges faced by organizations and the need to close the gap between security (SecOps) and IT operations teams. It notes that the volume and complexity of cyberattacks have increased significantly. However, current security tools, processes, and teams are often unable to keep up due to a lack of integration and coordination between security and operations groups. This results in security vulnerabilities not being addressed quickly enough, leading to potential data breaches and other security incidents. The document argues that automating security and operations workflows can help eliminate inefficiencies and prioritize the remediation of the most critical issues.
Preparing today for tomorrow’s threats.
When companies hear the word “security,” what concepts come to mind
— safety, protection or perhaps comfort? To the average IT administrator,
security conjures up images of locked-down networks and virus-free devices.
An attacker, state-sponsored agent or hactivist, meanwhile, may view security
as a way to demonstrate expertise by infiltrating and bringing down corporate
or government networks for profit, military goals, political gain — or even fun.
We live in a world in which cybercrime is on the rise. A quick scan of the
timeline of major incidents (See Figure 1, Page 9) shows the increasing
frequency and severity of security breaches — a pattern that is likely
to continue for years to come. Few if any organizations are safe from
cybercriminals, to say nothing of national security. In fact, experts even
exposed authentication and encryption vulnerabilities in the U.S. Federal
Aviation Administration’s new state-of-the-art multibillion-dollar air
traffic control system
This document discusses the visibility gap in cybersecurity and how threats now originate outside traditional network perimeters. It notes that most attacks start through email, social media, and mobile devices rather than within networks. Without visibility into these channels, organizations are missing most attacks and only see threats late in the attack cycle after attackers are already inside systems. The document argues organizations need to expand their view beyond networks to properly protect against modern cyber attacks.
Updated Cyber Security and Fraud Prevention Tools TacticsBen Graybar
Nine people have been sentenced for their involvement in a $2.6 million income tax refund fraud scheme. The scheme involved using stolen identities to file fraudulent tax returns and collect refunds. Over 700,000 IRS files were breached, putting many people at risk of identity theft. Cybersecurity experts warn that cyberattacks now affect nearly every company, but many are not taking a proactive approach to prevention. Internal access controls are also challenging due to the rise of mobile devices and remote access.
Securing mobile devices_in_the_business_environmentK Singh
This document discusses securing mobile devices in the business environment. It notes that mobile devices are increasingly being used for both personal and work purposes. While this brings advantages like increased productivity, it also poses security risks if not properly addressed. The document outlines various security threats to mobile devices like loss/theft, malware, spam, phishing, and issues with Bluetooth/Wi-Fi. It recommends developing a mobile security strategy that addresses data access, platform support, management, and best practices. The strategy should apply controls across identity/access, data protection, applications, and other areas based on IBM's security framework.
Symantec Internet Security Threat Report 2011 Trends Volume 17 April 2012Symantec
Symantec's 2011 Internet Security Threat Report, Volume 17 shows that while the number of vulnerabilities decreased by 20 percent, the number of malicious attacks continued to skyrocket by 81 percent. In addition, the report highlights that advanced targeted attacks are spreading to organizations of all sizes and variety of personnel, data breaches are increasing, and that attackers are focusing on mobile threats.
Why is cyber security a disruption in the digital economyMark Albala
As we enter the digital economy, companies will quickly realize that the differentiator in the digital economy is information and information being a valuable resource is subject to theft, hacking, phishing and a host of other issues which compromise a company’s ability to participate in the digital economy. Cybersecurity misfires compromise the trust of buyers and partners necessary to participate in the digital economy. It is up to every company to ensure that the information shared with them is protected to the best of their ability and proactively notify persons and organizations who entrust their information necessary to transact business (any personal identity information including but not limited to addresses, credit card information, social security numbers, account information, credit information, medical records, etc.) with any potential compromises which can yield harm to them by that information either being used maliciously or shared with others.
The digital economy is different than other versions of commerce because in the digital economy, information is the lifeblood of digital commerce that passes through the hands of many platforms involved in a digital event. Each of these platforms are an opportunity to wreak havoc on your well-intended but incomplete intents to protect the information contained within the network you control. In the digital economy, it is not only the network you control, but the platforms that touch the personal data entrusted to you as a means of enabling digital commerce, and several techniques have begun to emerge to protect personal information contained within your information domain and the domain of platforms participating in digital commerce.
Because the life blood of the digital economy is information, information hacked in the digital economy is akin to shrinkage in the legacy economy. Both are means to directly attack your bottom line, whether it is redirecting customers elsewhere because they don’t trust your privacy program, ransomware which makes your site or one of your partner platform sites dangerous to use or some other reason which challenges your ability to participate in the digital economy. Shrinking the potential market share because of information safety and security challenges is a disruption, making cyber-security a disruptive activity, particularly if it is not dealt with swiftly.
If your cyber-security program is focused entirely on protecting the information housed in your four walls, you have exposed yourself to problems you will have difficulty in identifying both the source and the entry point of these issues.
Welcome to the May edition of the Symantec Intelligence report. Symantec Intelligence aims to provide the latest analysis of cyber security threats, trends, and insights concerning malware, spam, and other potentially harmful business risks.
Symantec has established the most comprehensive source of Internet threat data in the world through the Symantec Global Intelligence Network, which is made up of more than 57.6 million attack sensors and records thousands of events per second. This network monitors threat activity in over 157 countries and territories through a combination of Symantec products and services such as Symantec DeepSight Intelligence, Symantec Managed Security Services, Norton consumer products, and other third-party data sources.
The Future of Security in Australia: a Think Tank Report by BlackBerry. This white paper from BlackBerry, the mobile-native software and services company dedicated to securing the Enterprise of Things, features the analysis and thoughts from a 10-expert roundtable late last year looking at trends in cyber and mobile security.
The Internet Is a Dog-Eat-Dog World, and Your App Is Clad in Milk-Bone UnderwearBob Wall
Presentation at the 2016 Big Sky Developers' Conference.
Overview of the dismal state of security on the Web, some suggestions for better app development processes to mitigate problems.
This document provides a summary of a presentation on cybersecurity evolution and awareness. It discusses emerging technology trends like the internet of things, big data, and predictive analytics. It also covers social media risks and security services to reduce risk through a five step approach of identifying, protecting, detecting, responding to, and recovering from cyber attacks. The presentation aims to prepare organizations for future cybersecurity challenges through education and implementing best practices.
As telcos go digital, cybersecurity risks intensify by pwcMert Akın
globalaviationairospace.com
Cyber security for telecommunications companies
The rewards and risks of the cloud, devices, and data
The fastest growing sources of security incidents, increase over 2013
Security strategies for evolving technologies
Strategic initiatives to improve cybersecurity
This document analyzes the mobile threat landscape and user behavior that drives mobile threats. Key findings include:
- Mobile threats are currently mischiefware focused on scams, spam and phishing rather than breaking devices.
- Pornography sites pose high risks, with nearly 3 times the chance of malicious content than other sites.
- Malnets, which drove most desktop threats in 2012, are now targeting mobile users, originating 40% of blocked mobile malware.
- User behavior like visiting shortened links and expecting different mobile sites increases risks of deception.
While mobile malware exists, it remains relatively rare compared to malware on computers. There are several reasons for this, including that mobile users typically do not have administrator privileges, most download apps only from official app stores that monitor for malware, and mobile phones contain less sensitive data than computers. However, as mobile phones take on more functions like mobile payments, they may become more appealing targets for cybercriminals. Companies need to focus more on changing employee security behaviors than worrying only about the technical risks of mobile malware.
2014 GRC Conference in West Palm Beach-Moderated by Sonia LunaAviva Spectrum™
Slides from the 2014 GRC Conference Presented by:
Jeff Spivey, CRISC, CPP
Vice President of Strategy, RiskIQ, Inc.
President, Security Risk Management, Inc
Adair Barton, CPA, CISA
Vice President of Internal Audit
Dycom Industries, Inc.
and
David A. Less, CISA, CISM
CIO & SVP
Sunteck, Inc.
Public Relations Campaign for SecureWorks for IMC 618: PR Concepts & Strategy. Campaign is focused on increasing brand awareness among both big and small businesses as well as potential investors.
B istr main-report_v18_2012_21291018.en-usКомсс Файквэе
The document summarizes key internet security trends from 2012, as analyzed by Symantec Corporation in their Internet Security Threat Report. Some of the top trends include:
1) Small businesses were increasingly targeted by attackers, with 50% of attacks aimed at businesses with less than 2,500 employees. Small businesses are seen as having weaker security defenses.
2) Malware authors sought to steal users' private information through spying on computers, mobile devices, and social networks, in order to profit through identity theft and banking fraud. Targeted attacks involved extensive profiling of victims.
3) The rise of mobile malware continued significantly, with a 58% increase in mobile malware families compared to 2011. However, mobile
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
EasyonHOTELTM is a product that turns tablets into communication solutions for hotels. It allows guests to access hotel services, request room service, contact staff, and access WiFi and maps. It provides benefits like increased revenue through promotions, feedback from guests, and reduced costs from digital replacements for printed materials. The platform collects anonymous guest data that is valuable for tourism authorities and partnerships.
Preparing today for tomorrow’s threats.
When companies hear the word “security,” what concepts come to mind
— safety, protection or perhaps comfort? To the average IT administrator,
security conjures up images of locked-down networks and virus-free devices.
An attacker, state-sponsored agent or hactivist, meanwhile, may view security
as a way to demonstrate expertise by infiltrating and bringing down corporate
or government networks for profit, military goals, political gain — or even fun.
We live in a world in which cybercrime is on the rise. A quick scan of the
timeline of major incidents (See Figure 1, Page 9) shows the increasing
frequency and severity of security breaches — a pattern that is likely
to continue for years to come. Few if any organizations are safe from
cybercriminals, to say nothing of national security. In fact, experts even
exposed authentication and encryption vulnerabilities in the U.S. Federal
Aviation Administration’s new state-of-the-art multibillion-dollar air
traffic control system
This document discusses the visibility gap in cybersecurity and how threats now originate outside traditional network perimeters. It notes that most attacks start through email, social media, and mobile devices rather than within networks. Without visibility into these channels, organizations are missing most attacks and only see threats late in the attack cycle after attackers are already inside systems. The document argues organizations need to expand their view beyond networks to properly protect against modern cyber attacks.
Updated Cyber Security and Fraud Prevention Tools TacticsBen Graybar
Nine people have been sentenced for their involvement in a $2.6 million income tax refund fraud scheme. The scheme involved using stolen identities to file fraudulent tax returns and collect refunds. Over 700,000 IRS files were breached, putting many people at risk of identity theft. Cybersecurity experts warn that cyberattacks now affect nearly every company, but many are not taking a proactive approach to prevention. Internal access controls are also challenging due to the rise of mobile devices and remote access.
Securing mobile devices_in_the_business_environmentK Singh
This document discusses securing mobile devices in the business environment. It notes that mobile devices are increasingly being used for both personal and work purposes. While this brings advantages like increased productivity, it also poses security risks if not properly addressed. The document outlines various security threats to mobile devices like loss/theft, malware, spam, phishing, and issues with Bluetooth/Wi-Fi. It recommends developing a mobile security strategy that addresses data access, platform support, management, and best practices. The strategy should apply controls across identity/access, data protection, applications, and other areas based on IBM's security framework.
Symantec Internet Security Threat Report 2011 Trends Volume 17 April 2012Symantec
Symantec's 2011 Internet Security Threat Report, Volume 17 shows that while the number of vulnerabilities decreased by 20 percent, the number of malicious attacks continued to skyrocket by 81 percent. In addition, the report highlights that advanced targeted attacks are spreading to organizations of all sizes and variety of personnel, data breaches are increasing, and that attackers are focusing on mobile threats.
Why is cyber security a disruption in the digital economyMark Albala
As we enter the digital economy, companies will quickly realize that the differentiator in the digital economy is information and information being a valuable resource is subject to theft, hacking, phishing and a host of other issues which compromise a company’s ability to participate in the digital economy. Cybersecurity misfires compromise the trust of buyers and partners necessary to participate in the digital economy. It is up to every company to ensure that the information shared with them is protected to the best of their ability and proactively notify persons and organizations who entrust their information necessary to transact business (any personal identity information including but not limited to addresses, credit card information, social security numbers, account information, credit information, medical records, etc.) with any potential compromises which can yield harm to them by that information either being used maliciously or shared with others.
The digital economy is different than other versions of commerce because in the digital economy, information is the lifeblood of digital commerce that passes through the hands of many platforms involved in a digital event. Each of these platforms are an opportunity to wreak havoc on your well-intended but incomplete intents to protect the information contained within the network you control. In the digital economy, it is not only the network you control, but the platforms that touch the personal data entrusted to you as a means of enabling digital commerce, and several techniques have begun to emerge to protect personal information contained within your information domain and the domain of platforms participating in digital commerce.
Because the life blood of the digital economy is information, information hacked in the digital economy is akin to shrinkage in the legacy economy. Both are means to directly attack your bottom line, whether it is redirecting customers elsewhere because they don’t trust your privacy program, ransomware which makes your site or one of your partner platform sites dangerous to use or some other reason which challenges your ability to participate in the digital economy. Shrinking the potential market share because of information safety and security challenges is a disruption, making cyber-security a disruptive activity, particularly if it is not dealt with swiftly.
If your cyber-security program is focused entirely on protecting the information housed in your four walls, you have exposed yourself to problems you will have difficulty in identifying both the source and the entry point of these issues.
Welcome to the May edition of the Symantec Intelligence report. Symantec Intelligence aims to provide the latest analysis of cyber security threats, trends, and insights concerning malware, spam, and other potentially harmful business risks.
Symantec has established the most comprehensive source of Internet threat data in the world through the Symantec Global Intelligence Network, which is made up of more than 57.6 million attack sensors and records thousands of events per second. This network monitors threat activity in over 157 countries and territories through a combination of Symantec products and services such as Symantec DeepSight Intelligence, Symantec Managed Security Services, Norton consumer products, and other third-party data sources.
The Future of Security in Australia: a Think Tank Report by BlackBerry. This white paper from BlackBerry, the mobile-native software and services company dedicated to securing the Enterprise of Things, features the analysis and thoughts from a 10-expert roundtable late last year looking at trends in cyber and mobile security.
The Internet Is a Dog-Eat-Dog World, and Your App Is Clad in Milk-Bone UnderwearBob Wall
Presentation at the 2016 Big Sky Developers' Conference.
Overview of the dismal state of security on the Web, some suggestions for better app development processes to mitigate problems.
This document provides a summary of a presentation on cybersecurity evolution and awareness. It discusses emerging technology trends like the internet of things, big data, and predictive analytics. It also covers social media risks and security services to reduce risk through a five step approach of identifying, protecting, detecting, responding to, and recovering from cyber attacks. The presentation aims to prepare organizations for future cybersecurity challenges through education and implementing best practices.
As telcos go digital, cybersecurity risks intensify by pwcMert Akın
globalaviationairospace.com
Cyber security for telecommunications companies
The rewards and risks of the cloud, devices, and data
The fastest growing sources of security incidents, increase over 2013
Security strategies for evolving technologies
Strategic initiatives to improve cybersecurity
This document analyzes the mobile threat landscape and user behavior that drives mobile threats. Key findings include:
- Mobile threats are currently mischiefware focused on scams, spam and phishing rather than breaking devices.
- Pornography sites pose high risks, with nearly 3 times the chance of malicious content than other sites.
- Malnets, which drove most desktop threats in 2012, are now targeting mobile users, originating 40% of blocked mobile malware.
- User behavior like visiting shortened links and expecting different mobile sites increases risks of deception.
While mobile malware exists, it remains relatively rare compared to malware on computers. There are several reasons for this, including that mobile users typically do not have administrator privileges, most download apps only from official app stores that monitor for malware, and mobile phones contain less sensitive data than computers. However, as mobile phones take on more functions like mobile payments, they may become more appealing targets for cybercriminals. Companies need to focus more on changing employee security behaviors than worrying only about the technical risks of mobile malware.
2014 GRC Conference in West Palm Beach-Moderated by Sonia LunaAviva Spectrum™
Slides from the 2014 GRC Conference Presented by:
Jeff Spivey, CRISC, CPP
Vice President of Strategy, RiskIQ, Inc.
President, Security Risk Management, Inc
Adair Barton, CPA, CISA
Vice President of Internal Audit
Dycom Industries, Inc.
and
David A. Less, CISA, CISM
CIO & SVP
Sunteck, Inc.
Public Relations Campaign for SecureWorks for IMC 618: PR Concepts & Strategy. Campaign is focused on increasing brand awareness among both big and small businesses as well as potential investors.
B istr main-report_v18_2012_21291018.en-usКомсс Файквэе
The document summarizes key internet security trends from 2012, as analyzed by Symantec Corporation in their Internet Security Threat Report. Some of the top trends include:
1) Small businesses were increasingly targeted by attackers, with 50% of attacks aimed at businesses with less than 2,500 employees. Small businesses are seen as having weaker security defenses.
2) Malware authors sought to steal users' private information through spying on computers, mobile devices, and social networks, in order to profit through identity theft and banking fraud. Targeted attacks involved extensive profiling of victims.
3) The rise of mobile malware continued significantly, with a 58% increase in mobile malware families compared to 2011. However, mobile
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
EasyonHOTELTM is a product that turns tablets into communication solutions for hotels. It allows guests to access hotel services, request room service, contact staff, and access WiFi and maps. It provides benefits like increased revenue through promotions, feedback from guests, and reduced costs from digital replacements for printed materials. The platform collects anonymous guest data that is valuable for tourism authorities and partnerships.
This document provides details about a villa development project called VJS Supreme City located in Guduvancherry, including specifications for an 800 square foot villa unit. It lists amenities like a borewell, compound wall, and landscaping. It also provides prices for plots ranging from 900 to 2000 square feet starting at Rs. 1350 per square foot. The document outlines costs for registration, construction, and loans available for purchasing land and/or constructing a villa on the site.
White paper balance between embedded operating system security features and a...Javier Gonzalez
The document discusses the results of a survey conducted by IDG Connect on behalf of Samsung regarding Android security features. Some key findings of the survey include:
- In 55% of organizations surveyed, over half of employees use Android devices for work purposes.
- Most organizations rely on the default Android security options rather than third-party applications or services.
- The top security improvements identified were encryption of data at rest and in transit, secure mobile boot, and two-factor authentication.
- Application and data security was considered the most important factor influencing decisions about deploying Android devices for business use.
The document describes an RFID tag based proximity warning and alert system called Vigil Sitesafe. It provides details on the components, features, and applications of the system which uses active RFID technology to detect tags on workers and alert equipment operators if they come within a certain distance. The system includes tags, antennas, a control unit, buzzer, software for monitoring and downloading logs, and is designed for construction site safety to help achieve zero accidents.
Samsung's mobile security platform Knox provides several layers of security for Android devices beyond what is available in the basic Android platform or with Google's Android for Work. Knox implements security measures from the hardware level through software including secure boot processes, integrity checks of the operating system and apps, and real-time monitoring of the kernel to detect any unauthorized modifications. It also allows enterprises to verify that devices have not been compromised through an attestation process. These defenses combined with Samsung's control over the manufacturing process provide enterprises with highly secure Android devices out of the box.
A cloud-based EMM solution called KNOX Premium provides a secure work container on devices along with easy management capabilities. As an EMM solution with a low-cost license fee that does not require dedicated infrastructure, KNOX Premium addresses budget and security issues for enterprises. It offers multi-layered security including a work container tightly integrated with the underlying KNOX platform, as well as flexible features such as cross-platform support and integration with Active Directory.
El turista digital revoluciona la industria de los viajesJavier Gonzalez
El documento describe cómo el turista digital está revolucionando la industria de los viajes a través del uso de la tecnología y las aplicaciones móviles. Los turistas ahora planifican, reservan y comparten experiencias de viaje en línea y a través de aplicaciones, lo que obliga a la industria a adaptarse ofreciendo experiencias más personalizadas y centradas en la tecnología móvil. El futuro del sector depende de aprovechar las oportunidades que brindan las aplicaciones, los datos masivos y la conectividad para mejorar la experiencia
An overview of the samsung knox platform v1 14Javier Gonzalez
The document provides an overview of the Samsung KNOX platform, which aims to provide strong security for enterprise data on mobile devices. Key aspects of the KNOX platform include a hardware-rooted trusted environment using hardware keys, secure boot, and TrustZone-based integrity measurement. The KNOX Workspace isolates and protects work data through encryption and management tools. The platform also offers application security through a container approach and mobile device management integration.
Product Specs Vigil Sitesafe TBPWAS SCH B ComplianceNabeel Khan
This document provides product specifications for an RFID tag based proximity warning and alert system. The system uses active RFID tags with a detection range of up to 15 meters to identify when personnel get too close to hazardous equipment. When a tag is detected within range, the control unit sounds an audible alarm. The system includes software to monitor detections, set parameters like detection range, and download activity logs. It is designed to provide safety alerts for personnel working near heavy machinery.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against developing mental illness and improve symptoms for those who already have a condition.
Vertical offering with knox customization v1.0Javier Gonzalez
Knox provides customization tools and services to tailor software for various industries. Their solutions allow airlines to improve in-flight experiences, transportation companies to enhance in-transit entertainment, factories to remotely control machinery through tablets, schools to limit student distractions on educational tablets, and retailers to engage customers with product information on tablets. Knox understands the changing needs of clients in different sectors.
El American National Standards Institute (ANSI) es una organización estadounidense sin fines de lucro que desarrolla y aprueba estándares técnicos y de calidad en los Estados Unidos. ANSI participó en la creación de muchas normas de Internet actuales y representa a más de 125,000 empresas y 3.5 millones de profesionales. Su misión es mejorar la competitividad de las empresas estadounidenses y la calidad de vida promoviendo normas voluntarias de consenso.
CASE STUDY There is a new phenomenon in the cybersecurity domain ca.pdfkostikjaylonshaewe47
CASE STUDY: There is a new phenomenon in the cybersecurity domain called: “Bring Your
Own Device (BYOD)” where employees can bring their personal devices at work and connect
using the Wi-Fi to the organization’s network. Many employers are allowing their employees to
use their personal mobile device for enterprise functions such as corporate email, work
applications, etc. While this may save the company costs, the organization’s network remains
vulnerable. A company can only monitor so much that’s on an employee personal device;
Assess the threats, the vulnerabilities, and the impacts on an organization’s information systems
posed by the use of mobile devices at work. What can be done to fix it at the policy level,
technology level, and infrastructure level?
Solution
Employees aren\'t just bringing their mobile devices to the workplace — they\'re living on them.
A 2015 study by Bank of America found that 55 percent of respondents sleep with their
smartphones on their nightstands to avoid missing a call, text message or other update during the
night. The devices are also the first thing on their minds in the morning: while 10 percent
reported thinking of their significant other, 35 percent reserved their first thought of the day for
their smartphone.
As smartphones and tablets become constant companions, cyber attackers are using every avenue
available to break into them. Many people expect that iPhone or Android devices are secure by
default, when in reality it is up to the user to make security configuration changes. With the right
(inexpensive) equipment, hackers can gain access to a nearby mobile device in less than 30
seconds and either mirror the device and see everything on it, or install malware that will enable
them to siphon data from it at their leisure.
The nature and types of cyber attacks are evolving rapidly, and mobile devices have become a
critical part of enterprise cyber-security efforts with good reason. Analysts predict that by 2018,
25 percent of corporate data will completely bypass perimeter security and flow directly from
mobile devices to the cloud.
Chief information security officers (CISOs) and other security executives are finding that the
proliferation of mobile devices and cloud services present a significant barrier to effective breach
response. In order to secure the corporate data passing through or residing on mobile devices, it
is imperative to fully understand the issues they present.
5 Security Risks and a Surprising Challenge
The threat and attack vectors for mobile devices are largely composed of retargeted versions of
attacks aimed at other endpoint devices. These risks can be categorized into five areas.
1. Physical access
Mobile devices are small, easily portable and extremely lightweight. While their diminutive size
makes them ideal travel companions, it also makes them easy to steal or leave behind in airports,
airplanes or taxicabs. As with more traditional devices, physical access to a mobile devi.
Mobile security has become more important as people use personal smartphones for both personal and business purposes. There are many security risks to mobile devices, including malware, lost or stolen devices, and open WiFi networks. Android devices are especially vulnerable due to having the largest market share, which motivates malware authors. It is important for both personal users and businesses to implement security measures like strong passwords, remote wiping, and only downloading apps from trusted sources in order to protect sensitive data on mobile devices.
Hi :) Aeturnist#2 Issued. My article on “Mobile Security” is published in this issue :) This article covered brief history of mobile security, Vulnerability Analysis, Why Malware Attacks? Why on Android? How to Protect Your Device and Importance of Mobile Data Security. Hope you guys enjoy reading… :)
2021 Cybersecurity Recap: How Did We Fare Last Year? XNSPY
Cyberattacks, as it seems, are growing almost exponentially every year. the state of online attacks, c, and security flaws seem to be never-ending, and individuals and businesses have had to adopt regularly to combat these issues. the year 2021 has seen its fair share of cyberattacks and spying but, as the tech industry makes contingency plans to deal with them, we ought to know what the greater picture looked like and how to prepare in the new year.
Top 10 Cybersecurity Trends to Watch Out For in 2022ManviShukla4
With the Digital revolution around all businesses, small or large, corporates, organizations and even governments are relying on computerized systems to manage their day-to-day activities and thus making cybersecurity a primary goal to safeguard data from various online attacks or any unauthorized access. Continuous change in technologies also implies a parallel shift in cybersecurity trends as news of data breach, ransomware and hacks become the norms. Here are the top cybersecurity trends for 2022.
This white paper discusses cyber security predictions and trends for the next 18 months. It outlines 5 trends: 1) major mobile exploits due to increased mobility and devices, 2) open source vulnerabilities as adversaries target these, 3) supply chain attacks remaining critical as vendors are easier targets, 4) increased industry-specific attacks and malware, and 5) greater privacy legislation in response to public concerns about data collection. The paper recommends organizations assess their use of open source software, supply chain security policies, industry-specific defenses, and data privacy practices to address these evolving threats.
The document outlines 11 statistics that demonstrate the severity of security risks posed by mobile devices and the importance of mobile security for businesses. Some key points include: 92% of popular Android apps carry security or privacy risks; mobile malware increased 33% in 2013; 35% of online adults have lost or had their mobile device stolen; only 20% of emails sent were legitimate as spam increased to 76% of email traffic; and the average cost of a data breach is $5.5 million. The document emphasizes that mobile devices now pose one of the largest threats to enterprise data security and strict security policies and employee training are needed.
The SolarWinds hack, first detected in December 2020 and referred to as “the largest and most sophisticated attack the world has ever seen” by the president of Microsoft, was a watershed moment in cybersecurity. Hundreds of organizations, including Fortune 500 companies and government agencies, were affected, with sensitive data compromised. A year on, a major study conducted by Splunk has found that 78% of companies expect the same thing to happen again.
This document discusses securing mobile devices in the business environment. It explores how companies can safely introduce employee-owned mobile devices while managing security risks. Key points include:
- Mobile devices increase productivity but also security risks if not properly secured. A range of platforms need support, and personal and work data coexist on devices.
- Common security threats include loss/theft, malware, spam, phishing via Bluetooth/Wi-Fi. The document outlines techniques to mitigate these risks, such as encryption, remote wiping, and antimalware software.
- The document recommends companies establish mobile security strategies and policies to identify allowed resources/platforms and assign management responsibilities according to a security framework covering identity, data protection, applications,
SHOLOVE WebSecurity is a cloud-based security solution that protects employees and enables compliance from threats across devices and locations. It uses the CYREN GlobalView Cloud infrastructure and its analysis of over 13 billion daily transactions to provide advanced protection from malware, phishing, and botnets. The solution offers mobile coverage, low latency experience, and simple management through an intuitive interface.
This document discusses the evolution of hidden mobile threats and why organizations need multi-level security solutions. It outlines six common mobile threats: vulnerable legitimate apps, jailbreaking, outdated operating systems, malware/malicious apps, compromised Wi-Fi hotspots, and phishing. The document recommends a predictive, multi-level approach to mobile security to address threats, protect corporate data on devices, and educate users on risks.
The document discusses the growing risks of mobile security as more employees work remotely. It identifies common myths about mobile security, such as believing existing security programs are sufficient or that do-it-yourself security is better than outsourcing. The document recommends establishing a solid mobile security strategy by selecting a managed security provider to gain expertise, remain up-to-date on evolving threats, and help organizations comply with increasing regulations on data protection.
The document discusses the growing issue of mobile security as more employees work remotely. It addresses common myths about mobile security, including that existing security programs are sufficient, do-it-yourself security is better than outsourcing, and in-house staff are always up to date on threats. It argues organizations need visibility into all endpoints, policies to protect sensitive data, and expertise from outsourcing providers to address this increasing challenge.
This document appears to be the table of contents for an issue of the magazine "PRACTICAL PROTECTION IT SECURITY MAGAZINE". It lists the editor in chief and editorial board members. It then outlines the various sections in the issue, including articles on mobile malware trends, smartphone security and privacy, defending cell phones and PDAs, and a trip report from the RSA security conference. It provides authors for each of the articles. The document also includes brief descriptions of some of the articles.
The Top Five Cybersecurity Trends In 2023Bernard Marr
Cybersecurity is a fast-evolving area. Here, we look at the most important trends to watch out for in 2023, including the increased threats from connected IoT devices, hybrid working, and state-sponsored attacks.
The document discusses mobile security risks and trends. It outlines the anatomy of a mobile attack, including infection vectors, installing backdoors, and exfiltrating data. Key findings include the challenge of BYOD, lack of security in mobile apps, and employees unwittingly introducing threats via personal devices. The OWASP Mobile Top 10 risks framework classifies common vulnerabilities such as improper platform usage, insecure data storage, weak authentication, and code tampering. Overall, the growth of mobile devices and lack of awareness regarding mobile security hygiene has introduced significant risks that organizations must address.
IRJET- Android Device Attacks and ThreatsIRJET Journal
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.
Holiday-inspired infographic illustrates the relationship between holiday spending, payment card transactions, online, offline and mobile commerce, cyber-crime and remotely exploitable vulnerabilities.
The whitepaper describes Samsung's KNOX security platform. Key features include a hardware-rooted trusted environment providing platform security through mechanisms like secure boot and TrustZone. The KNOX workspace isolates and protects work data. Management tools are also provided. Application security is enhanced through policies enforced by Security Enhancements for Android. Integrity Measurement Architecture uses TrustZone to monitor the kernel and prevent tampering. Certifications and the company overview are also covered.
Samsung KNOX is a mobile security solution from Samsung that is well-suited for use by government and public sector organizations. It leverages hardware security capabilities to provide multiple layers of protection for the operating system and applications. The key features of KNOX include trusted boot, ARM TrustZone-based integrity and security services, and enhancements to the secure element for Android. These features allow it to meet the stringent requirements for handling official and official-sensitive data as defined in the UK government's End User Devices security framework.
Samsung KNOX is a mobile security solution designed to address challenges with securing enterprise data and applications on Android devices. It builds a hardware-rooted trusted execution environment using ARM TrustZone technology. KNOX establishes trust at startup through secure boot and signing of firmware components. It then maintains trust through runtime protections and proves trust with attestation. KNOX also provides enterprise applications and data protection with a secure workspace, device encryption, and device management utilities. The goal is to deliver a comprehensively secure and manageable mobile solution for enterprises.
The document provides an in-depth comparison of capabilities between Samsung KNOX and Android for Work. It discusses their abilities around silent installation of apps, application configuration, secure app installation, privacy for self-hosted apps, VPN configuration, and protection against malicious app downloads. Both platforms aim to provide secure containers and management of work apps on devices.
Samsung's KNOX security platform provides multiple layers of defense for Android devices throughout the design, manufacturing, boot, loading, runtime, and update processes. KNOX utilizes hardware and software mechanisms like a trusted execution environment, secure boot, verified boot, and kernel protections to maximize Android security for enterprise users.
MyKNOX es una aplicación de Samsung que permite a los usuarios acceder de forma segura a su correo electrónico y aplicaciones de trabajo en sus dispositivos móviles sin necesidad de intervención del departamento de TI. La aplicación crea un área de trabajo independiente en el dispositivo para conectar el correo electrónico y aplicaciones de trabajo y permite a los usuarios gestionar el dispositivo de forma remota a través de un portal web, incluyendo la búsqueda, borrado y bloqueo del dispositivo.
Knox Workspace es una solución de seguridad móvil de Samsung diseñada para empresas y gobiernos que necesitan gestionar dispositivos móviles de manera segura. Ofrece la separación de datos personales y corporativos a través de dos contenedores por dispositivo, y protege los datos desde el inicio del sistema operativo mediante varias capas de seguridad hardware y de aplicaciones. Además, permite a los usuarios cambiar fácilmente entre el contenedor protegido y las aplicaciones personales, e integrase con soluciones existentes de gestión
KNOX Shared Device permite que organizaciones compartan teléfonos móviles y tabletas entre sus empleados para que se mantengan conectados y productivos de manera rentable. Los empleados pueden acceder de forma individual a los dispositivos a través de la autenticación de Active Directory y los administradores pueden gestionar políticas de seguridad e instalar aplicaciones para restringir el uso a fines laborales.
KNOX Premium es una solución de gestión de movilidad que permite a los administradores de TI gestionar dispositivos Android e iOS a través de una consola en la nube y un espacio de trabajo seguro en el dispositivo. Los administradores pueden implementar políticas de seguridad sin comprometer la privacidad de los empleados, ya sea en dispositivos propios de los empleados o propiedad de la empresa. KNOX Premium también proporciona protección de varias capas para los dispositivos, incluida la protección del kernel en tiempo real,
Knox Express es una solución de seguridad gratuita basada en la nube de Samsung para pequeñas y medianas empresas que necesitan gestionar dispositivos Android e iOS de forma sencilla y sin infraestructura. Combina las soluciones Knox Workspace y Knox de gestión de dispositivos para ofrecer protección de datos, separación de datos personales y corporativos, y gestión remota de dispositivos de forma escalable desde la nube.
Singularity Innovation estuvo presente en el stand de Samsung en el Mobile World Congress de Barcelona, donde mostró cuatro soluciones verticales basadas en su plataforma EasyonPAD para la hostelería, eventos, automoción y destinos inteligentes. Actualmente, Samsung es el principal proveedor de dispositivos para las soluciones de EasyonPAD, representando el 80% de las implementaciones de EasyonHOTEL y EasyonCAR. La solución EasyonHOTEL para la hostelería fue bien recibida, con nuevos canales que incluyen dispositivos en la habitación, conectiv
EasyonPAD's connected car solution provides smart mobility services through tablets that offer connectivity, custom routes, event information, translation services, communication with the car rental office, destination details, tickets and vouchers. The solution helps car rental businesses track fleet location, communicate with customers, provide safe routes and analytics to improve performance and generate extra income through sponsorships on the devices. The rugged tablets are supplied by Samsung and come with 3G/4G connectivity at no property costs to the business.
El documento describe la plataforma EasyonPAD, una solución para hacer que los hogares sean inteligentes. La plataforma permite crear aplicaciones y soluciones para ciudades inteligentes, eficiencia energética, gobierno electrónico, atención a personas mayores y salud electrónica. EasyonHOME es un proyecto basado en EasyonPAD para proporcionar comunicación entre administradores y residentes de edificios. La solución incluye un dispositivo instalado que permite notificaciones masivas, domótica y monetiz
El documento describe la plataforma EasyonPAD, una plataforma como servicio diseñada para crear aplicaciones y soluciones basadas en software como servicio. Ofrece módulos y características para diferentes industrias como turismo, educación, salud y gobierno. Incluye características como estadísticas, geolocalización, personalización y reportes. También describe cómo puede usarse para crear experiencias en museos, parques temáticos y otros lugares a través de audio y video guías, realidad aumentada y más.
La plataforma EasyonPAD® es una plataforma basada en la nube diseñada para proporcionar contenido y servicios a través de tabletas y otros dispositivos. Los visitantes reciben tabletas en los puntos de información turística que les proporcionan información sobre el destino, actividades, transporte y más. La plataforma recopila datos anónimos sobre el uso para analizar hábitos de los visitantes y mejorar la experiencia turística.
EasyonPAD es una plataforma como servicio que ofrece módulos y características para crear soluciones de software como servicio para negocios. La plataforma se ha implementado en 40 lugares y actualmente hay 468 implementaciones en proceso, ofreciendo oportunidades de negocio como alquiler de tabletas, promoción de destinos, y más.
This document provides an overview of the Samsung Galaxy S7 and S7 Edge smartphones targeted towards businesses. It highlights the key features in three areas: security, productivity, and manageability. On security, it discusses the defense-grade Knox platform, various security certifications, and monthly security updates. On productivity, it covers the microSD card slot, improved battery life, dust/water resistance, and enterprise email/scheduling functions. On manageability, it outlines the enterprise device program with purchase assurance and support, as well as differentiated device management capabilities for IT administrators. The document also includes product specifications and comparisons to previous Galaxy models.
Case study cabture and samsung collaborate to improve taxi servicesJavier Gonzalez
A taxi company in Amsterdam wanted to improve the passenger experience and fleet management. Cabture implemented an interactive tablet solution using Samsung Galaxy Tab 4 devices with Knox Customization. This provided passengers clear fare and route information while generating new advertising revenue. Drivers benefited from fewer distractions and easier logging, while the customized tablets ensured a stable and secure environment tailored for each role.
Samsung knox customization transform samsung devices into purpose built appli...Javier Gonzalez
The document discusses Samsung's KNOX Customization service, which allows customizing Samsung devices for specific business needs. It offers several customization options including rebranded software, professional kiosk mode, UX optimization, and advanced device configuration. These customizations can transform Samsung devices into purpose-built appliances for industries like aviation, education, manufacturing, and retail. The customization is offered through the Custom Toolkit and Custom Services, with the latter providing more in-depth customization and technical support.
Samsung knox the most secure android solutionJavier Gonzalez
1) Samsung's KNOX platform provides defense-grade mobile security for Android devices, including features like real-time protection, an isolated workspace container, and management solutions.
2) KNOX 2.6 includes new features for increased productivity, improved support for Android for Work, an expanded partner ecosystem, and advanced security capabilities.
3) KNOX works across many Samsung devices and integrates with leading MDM vendors to enable secure deployment and management in enterprises.
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1. May2015
Enterprise Mobility Solutions
Samsung Electronics Co.,Ltd.
White Paper: Mobile Malware and Enterprise Security
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
2. Contents
Managing the moving target of BYOD
Smartphones and apps — is your corporate data at risk?
Security incidents on the rise: What are the numbers?
Mobile malware is a new playground for hackers
What can mobile malware do?
Adware and spyware
Compromised cell towers
Email phishing
Malicious websites
Man-in-the-middle attacks
Root exploits
Trojans
Viruses and worms
Samsung KNOXTM
Securitysolution
Endnotes
About Samsung Electronics Co.,Ltd.
2
3
4
5
6
6
6
7
7
8
8
9
10
11
12
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Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
3. BYOD Bring Your OwnDevice
COPE Corporate Owned PersonallyEnabled
DAR Data-at-Rest
DIT Data-in-Transit
DIU Data-in-Use
DoS Denial ofService
MDM MobileDevice Management
MitM Man-in-the-Middle
SE for Android Security Enhancements forAndroid
TIMA TrustZone-based Integrity Measurement Architecture
USRP Universal Software RadioPeripheral
VPN Virtual PrivateNetwork
Acronyms
WhitePaper
Mobile Malware and Enterprise Security
1
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
4. WhitePaper
Mobile Malware and EnterpriseSecurity
To understand the immediate need for enterprise security solutions, reviewing the
history of Bring Your Own Device (BYOD) helps to tell the story of why security is no
longer optional.
It was only eight years ago that smartphones entered the market. Employees were
already bringing their personal phones to work, but smartphones suddenly allowed
access to corporate email, making it easier to respond to work-related demands after
work or during business travel. Document sharing was faster and easier, and smartphone
calendars made meeting reminders mobile. The BYOD evolution started slowly, then
accelerated with the proliferation of apps for every business and personal need.
However, IT admins were blindsided with the new and growing problem of protecting
corporate intellectual property from the avalanche of unprotected personal property
employees brought towork.
The security model used by IT departments was originally designed to protect an
enterprise network and company-issued PCs, not the personal smartphones and
tablets employees are bringing into the workplace today. With BYOD and cyber attacks
both increasing, enterprises must address security with tools to thwart the massive
vulnerabilities enterprises facetoday.
Managing the moving target of BYOD
2
Many enterprises are still not acknowledging
the security risks and burdens of IT admins
until after the company is hit with a major cyber
attack and data is compromised. Malware is
familiar territory to IT admins managing an
enterprise network, but trying to manage
personal smartphones and tablets is an entirely
new battleground, and it's an expensiveone.
Ponemon and Norse, published a joint report,
Live Threat Intelligence Impact Report 2013, a
study of 378 enterprises with 708 participants.
Of the key findings, money tops the list. $10
million is the average amount spent in the past
12 months to resolve the impact of exploits.1
Live threat intelligence is defined in the
Ponemon and Norse report as having access
to the most immediate threat intelligence
available.2
IT admins must know how to identify
threats, what to look for, and to monitor a
network for the unexpected. Sixty percent
of respondents said their enterprises were
unable to stop threats because of outdated
or insufficient threat intelligence.3
If threat
intelligence for monitoring networks is
insufficient, where do enterprises stand with
monitoring mobile devices that contain
sensitive corporatedata?
$10 million
is the average
amount spent in
12 months to
resolve the impact
of exploits.
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
5. WhitePaper
Mobile Malware and EnterpriseSecurity
Smartphones and apps — is your corporate data at risk?
Portability and connectivity have made smart
phones and tablets the devices of choice for
social media, streaming videos, and online
shopping. Consumers have devices with
them 24/7, and use them wherever they are.
This always connected trend moved into the
workforce as well with the advent of BYOD. One
device for work and play is what employees
prefer. The trend is here to stay, and continues
torise.
Employees download apps for work and play,
but not all apps are regulated. Some third-party
apps are known to be designed for malicious
use. They can introduce spam, Man-in-the-
Middle attacks, and phishing emails. But, it
gets worse when you add in unsecured Wi-Fi
networks and Trojans that can steal sensitive
corporatedata.
Smartphone owners spend eighty-six percent
of their time using apps versus the mobile web
according to the Nielsen February 2014 report,
The Digital Consumer4
. That was eighty-six
percent last year, and smartphone ownership is
growing, as well as the number of apps available.
For enterprises using BYOD or a Corporate
Owned Personally Enabled (COPE) solution for
employees, but with no security solution in
place, eighty-six percent of time spent using
apps should be an alarming percentage.
IT admins already know the risks that plague
corporate PCs and networks, but hackers have
designated smartphones as the new frontier to
conquer. With so many security risks to juggle,
enterprises must adopt a security plan that
covers all thebases.
"Smartphone owners spend
eighty-six percent of their time
using apps versus the mobile
web."
In addition to malware, employees can
accidently leak data. Consider another finding
from the Nielsen report. Eighty-four percent of
smartphone and tablet users say they use their
devices as second-screens while watching TV5
.
This spells distraction disaster for employees
using their smartphones and tablets for work
and play. An employee can send an email or
urgently needed sensitive document to the
wrong recipient. It's happened many times.
Verizon's 2014 Data Breach Investigations
Report says,"Misdelivery (sending paper
documents or emails to the wrong recipient) is
the most frequently seen error resulting in data
disclosure."6
"Eighty-four percent of smartphone
and tablet users say they use their
devices as second-screens while
watching TV."
3
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
6. WhitePaper
Mobile Malware and EnterpriseSecurity
Security incidents on the rise:
What are the numbers?
Major news stories caught our attention
with well-known enterprise names, but
the number and types of attacks are
staggering. Verizon's 2014 Data Breach
Investigations Report listed 63, 437
security incidents in 2013, and 1,367
confirmed data breaches in 95 countries
around theworld.7
The Juniper Networks Mobile Threat
Center, a global research facility on
mobile security, released its third annual
Mobile Threats Report in June 2013 from
data collected from March 2012 through
March 2013. They found mobile malware
threats growing at a rapid rate of 614
percent to 276,259 total malicious apps,
demonstrating an exponentially higher
cyber criminal interest in exploiting
mobiledevices.8
With the rising risk of apps designed for malicious intent, and employees demanding
BYOD policies, enterprises must adopt a secure end-to-end security solution. IT
admins working to protect a network are over-burdened with managing hundreds
or thousands of personal mobile devices. Multiply the number of employees by
a guess at how many apps reside on each phone, then factor in the 86 percent
of time smartphone owners are using apps. But the equation doesn't stop there.
Smartphone users are multi-tasking with enterprise data on their personal mobile
devices used as a second screen while watching television. Multiply human error
by distraction, and add a guess at how many employees are technically aware of
how to use their devices and apps. What about Wi-Fi security, third-party vendors,
insider threats, and lost devices? The list goes on and on. Managing BYOD by
increasing IT resources without a security solution is a stop-gap method at best.
The bottom line is that BYOD is a runaway train that can't be stopped. Every
unsecured mobile device connecting to your enterprise is welcoming beacon of light
for attackers leading them to all the unlocked doors to your enterprise data.
Mobile malware is
growing at a
rapid rate of
614%
276,259 maliciousapps
63,437 securityincidents
1,367 confirmeddata
breaches
4
In 2013 and 2014, the news of malicious attacks on businesses saw hacked Twitter
accounts including the Associated Press, The Guardian, The Financial Times, CNN, The
Washington Post, Time Magazine, The New York Times, New York Post, and Social Flow.
We also saw attacks on other familiar businesses including Target, Neiman Marcus,
Facebook, Evernote, Living Social, Drupal, the Washington State Administrative Office
of the Courts, the Federal Reserve internal site, Adobe, Home Depot, JP Morgan Chase, a
White House unclassified network, and the one no onewill forget—Sony.
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7. WhitePaper
Mobile Malware and EnterpriseSecurity
Mobile malware is a new playground for hackers
5
For BYOD enterprises, there's no way to know how many personal apps each employee
has downloaded, but more apps on a device means the likelihood of app malware is
higher. Aspect Security, application security experts, did a random sample of hundreds
of applications from organizations including financial, banking, government, defense,
ecommerce, transportation, and more. If you weren't worried about apps before now,
digest the main message from the 2013 Global Application Security Risk Report.
98% percent of applications
presented at least one application
security risk, while the average
application registered 22.4 risks.9
The report identified, "Authentication and Session Management risks affect 93% of
applications and comprise 34% of application vulnerabilities, by far the most prevalent
application security risk."10
What are the types malware posing threats to smartphones and tablets? The names
aren't new. They've been around for a long time threatening PCs and enterprise
networks. The ammunition cyber criminals use to attack smartphones include names
you've heard before: Man-in-the-middle attacks, Trojans, Viruses, Worms, Spyware,
Adware, Botnets, Phishing emails and SMS, Denial of Service (DoS) attacks, Root exploits,
and compromised celltowers.
Any BYOD or COPE device that falls prey to cyber criminals and then connects to the
enterprise network, can potentially pass on the problem. IT admins know serial numbers
of PCs and which employee is assigned to that PC. Without a plan to integrate BYOD
devices into your security system, these smartphones and tablets are unidentified and
unaccounted for devices connecting to your network.
In addition, data breaches can also occur from accidental errors, insider misuse and lost
or stolendevices.
What employees do with their personal devices is personal. Enterprises allowing BYOD
cannot control what apps they use, or when they use them. But because smartphones
and apps are highly targeted by cyber criminals, it's wise to at least know how devices are
beingused.
Malware, short for malicious software, comes is many forms, and is used to gain access
to private computer systems and networks to steal sensitive information. Mobile
devices are also vulnerable and can be used to steal resources (CPU, disk, bandwidth) to
distribute more malware or illegalgoods.
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8. WhitePaper
Mobile Malware and EnterpriseSecurity
What can mobile malware do?
The most common source of mobile malware comes from third-party apps users download.
Many are unregulated, and contain malware to hijack the phone. Depending on the type of
malware, the results caninclude:
y Hack youremail
y Send spam to all yourcontacts
y Delete files
y Delete images
y Take over use of thecamera
y Lock thephone
y Steal data, passwords, PIN numbers
y Listen to phone conversations
Spam sent to your contacts may be the biggest problem of all. These can be phishing emails
which look like they are from a trusted contact. But, they direct users to a website that
collects information such as usernames, passwords, PIN numbers and other information to
gain access to personal information used to steal money or data.
Even the most advanced users aware of security risks can be lured into being fooled by
phishingemails.
Adware and spyware
Adware is often bundled with free software and is usually removed if the software is
purchased. The advertising constantly running is irritating, but usually not malicious.
Spyware is designed to do just what the name suggests—spy on the device user. On a mobile
device, the most common way spyware gains access is through downloaded apps. Online
browsing can be tracked, as well as phone usage. Spyware can steal sensitive information
such as bank account and credit card information, user logins, and is often difficult to detect.
The KNOX Workspace container separates enterprise data from personal data, and app
whitelisting gives IT Admins control over which apps can be downloaded.
Compromised cell towers
Universal Software Radio Peripheral (USRP) radios can be used to intercept cell phone signals.
An attacker hijacks a cell phone call, tampers with the routing of the call, and appears to be
a legitimate cell phone carrier. When smartphones connect to them, the attacker can listen
to phone calls, read text messages, and launch exploits targeting the baseband radio chip on
thephone.
A USRP can be used in place of a real cell tower. The attacker must be physically close to the
victim to intercept a call. If they want the calls to be correctly routed back to a real tower,
the attacker can simply relay them to a real tower that is nearby. All the equipment needed,
including the USRP radio, is small enough that the attacker can easily carry it in a car. Not
only can they listen to your calls, they can actually answer your outgoing calls.
6
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9. WhitePaper
Mobile Malware and EnterpriseSecurity
Email phishing
Phishing i s way for hackers to
gain access to sensitive data. The
attacker is truly a wolf in sheep's
clothing, pretending to be a trusted
person, a website, or app requesting
information. The attacker can send
an email or SMS messages containing
a link to a malicious website that
looks like a trusted site, such as a
bank or social networking site. Once
the user goes to the fake website, the
attacker can infect their device with
malware to collect information. Most
phishing is done to collect money or
sensitive enterprise data or to gain
login credentials for other reasons.
The number of phishing attempts has
increased in the pastfew years. Very
high-profile cases of phishing show that even users with knowledge of malware can
become victims. Hackers create website replicas that look extremely convincing.
Enterprises can end up losing sensitive data with just one employee clicking on a fake
website. But, hackers can also use that employee's email to find other email addresses
within the enterprise to send more phishing emails and gain access to the enterprise
network.
Malicious websites
The internet is an integral part of everyday life. Many people use websites for banking,
shopping, listening to music, watching videos, watching television, playing games,
sharing photos and stories on social media, reading the news, and the list goes on.
The more time we spend online makes the job of cybercriminals easier. They make
their living stealing data and money. More websites and more people online equals
more financial gain. There are several methods used to get web users to visit
malicious websites. Phishing and spam emails entice users to visit what appears to
be a legitimate website. Just recently, an email offered a coupon for a free pizza from
Pizza Hut because the company was celebrating its 55th anniversary. But clicking on
the link delivered malwareinstead.
Another method is a drive-by threat, sometimes called a drive-by download.
Cybercriminals infect a legitimate website, then redirect users to a malicious site that
appears to be okay while downloadingmalware in the background.
Enterprises small, medium and large protect their networks, but too often overlook
the smartphones and tablets which have enterprise data left unsecured. This ups the
ante for cybercriminals with hundreds or even thousands of devices left with doors
wideopen.
7
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10. WhitePaper
Mobile Malware and EnterpriseSecurity
Man-in-the-middle attacks
Man-in-the-middle (MitM) attacks happen when the MitM, the attacker, intercepts a
client and server during the exchange of a public key. The MitM sends his private key
instead, and pretends to be the intended client and intended server. For example,
Bob, a smartphone user (the client) wants to check company email while traveling.
He unknowingly connects to an unencrypted Wi-Fi wireless access point and logs
on to his email. Secure Socket Layer (SSL) is always used to make sure the client
and server connections trust that they are who they say they are. They must each
send a certificate to the other verifying their identity. However, the MitM intercepts
between the client and server. He sends his certificate to the server, which accepts
it. Then, he sends the client forged proof that he, the MitM, appears to be the server.
Now, all Data in Transit (DIT) intended to go between the client Bob and the email
server, is actually going from Bob to the MitM to the server. He can eavesdrop on
Bob and see if there's data he's interested in. If so, he can steal the data, and then
reconnect the actual Bob and the email server. The whole process goes undetected.
Apps often ignore bad certificates and continue to communicate with untrusted
servers. The KNOX VPN protects against this by providing a verified encrypted
channel to a remote server even over unsecured Wi-Fi networks. KNOX Client
Certificate Manager (CCM), located inside TrustZone, protects certificates on a
device. SSL is another protection designed to protect communication on
unencrypted accesspoints.
Root exploits
A rootkit is used maliciously by hackers to maintain root access to a computer or
smartphone. Root access is the highest level of control or Administrator access. To
understand this type of access, think of when you allowed an IT Admin to take over
your computer to fix a problem. You temporarily gave control to the Admin, and
watched the actions on the screen. Once a hacker gains root privileges, they usually
install a rootkit to maintain these privileges and hide activities from the user. These
rootkits usually enable the attacker to run malicious payloads, monitoring the user's
activities (such as with a keylogger) or using their mobile device to launch further
attacks on the enterprisenetwork.
An especially insidious payload enabled by some rootkits involves remote access
functionality. By listening for commands from the network, legions of infected
devices can be turned into a botnet. These botnets can be used for many malicious
purposes, sometimes literally being rented to the highest bidder. The information
contained on the devices in the botnet, and the access they enjoy, is part of the
package.
8
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11. WhitePaper
Mobile Malware and EnterpriseSecurity
Trojans
Trojans (Trojan horses) are a type
of malware that look safe or even
helpful, but contain malware. A
common example is fake anti-virus
software. The site looks real, but is
actually installingmalware.
The name Trojan horse comes
from Greek mythology where
the Greeks won the Trojan war by
sending a gift horse to the Trojans
that actually had soldiers hiding
inside. The Trojan priest warned
to beware of Greeks bearing
gifts. Downloaded apps may
also bear malware gifts, and are
rarely detected. A Trojan can take
remote control of a computer or
smart device and can downloador
upload files, delete files, modify files, encrypt files, and steal data and passwords.
Once files are encrypted, a hacker offers to unencrypt the files for a ransomware
fee. Apps are the most common way Trojans are introduced to mobile devices. Re-
packaged apps that appear to be a familiar app have turned out to be Trojans on
smartphones anddevices.
In 2007, the Trojan Zeus was discovered after compromising online banking, social
networks and email accounts. There are many well-known variations of Zeus that
have been found on mobile devices.
9
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
12. WhitePaper
Mobile Malware and EnterpriseSecurity
Viruses and worms
Viruses and worms are both malware that attach to software programs and can
reproduce and spread each time the software is used. For example, a virus or worm
can attach to a spreadsheet program. They are often introduced by email, and can
spread to other devices through the list of email contacts.
The term worm comes from the way the malware spreads through holes found in
security networks. Worms differ from viruses because they don't have to attach to
software programs. Worms can encrypt files, delete files, or send email attachments.
The ultimate goal is to spread to as many other devices as possible.
One of the most famous worms, Stuxnet, was discovered in 2010, and has been
called one of the most sophisticated exploits in history. The worm started by
infecting a system via a USB stick with fake digital certificates that appeared
legitimate. Stuxnet then checked for PCs running a control system made by Siemens
which ran high-speed centrifuges in Iranian nuclear plants. When those were found,
Stuxnet connected to the internet and downloaded new versions of itself. The worm
then exploited zero-day software attacks to take control of the system and learned
how to make the centrifuges spin until they failed. It was also able to send false
information to controllers, so that no one could figure out what was causing the
failure.
There are analogous viruses that have been found on smartphones that read
contacts and send text messages to them. The messages contain a link to an exploit,
which then sends the same message to all the contacts found in each device. This
quickly replicates and spreads to many devices. However, with the KNOX container,
business contacts cannot be exploited when the MDM policy to share contacts is
turnedoff.
10
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421
13. WhitePaper
Mobile Malware and EnterpriseSecurity
Samsung KNOXTM
Security solution
Looking at all the types of mobile malware sheds light on the many problems enterprises
face. But more important is finding a solution to protecting your enterprise. Samsung
KNOX entered the market in 2013 and continues to evolve to protect enterprises and
their data, while providing employees with the productivity needs ofBYOD.
The Samsung KNOX security solution is designed to be the most comprehensively
secure and manageable mobile device solution for enterprises large and small. The
foundation of KNOX is device security rooted in fixed hardware mechanisms. This
foundation is based on the principles of trusted computing, a set of methods for making
devices that can prove to enterprises that they are running the correct security software,
and can raise alerts in the event that tampering is detected.
On top of this trusted foundation, KNOX builds a Workspace environment to protect
enterprise apps and their data, a robust set of Data-at-Rest protections, and a large suite
of enterprise security tools, including a highly configurable Virtual Private Network (VPN)
and Mobile Device Management (MDM)interfaces.
KNOX Workspace offers a defense-grade, dual-persona container product designed
to separate, isolate, encrypt, and protect work data from attackers. This work/play
environment ensures work data and personal data are separated and that only the work
container can be managed by the enterprise. Personal information such as photos and
messages are not managed or controlled by the IT department. Once activated, the
KNOX Workspace product is tightly integrated into the KNOX platform.
For detailed information on the KNOX Security Solution, see the whitepaper Samsung
KNOXTM
Security Solution and An Overview of the Samsung KNOXTM
Platform. Both
whitepapers are available on the KNOX website:www.samsung.com/knox.
11
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14. WhitePaper
Mobile Malware and EnterpriseSecurity
1
Ponemon Institute, 2013 Cost of Cyber Crime Study: United States, October 2013, p. 4. http://media.
scmagazine.com/documents/54/2013_us_ccc_report_final_6-1_13455.pdf
2
Ibid, 12.
3
Ibid,4.
4
Nielsen, The Digital Consumer, October 2013, p. 8. http://www.nielsen.com/content/dam/corporate/us/
en/reports-downloads/2014%20Reports/the-digital-consumer-report-feb-2014.pdf
5
Ibid,14.
6
Verizon, “2014 Data Breach Investigations Report," p. 29. https://dti.delaware.gov/pdfs/rp_Verizon-
DBIR-2014_en_xg.pdf
7
Ibid,2.
8
Juniper Networks, “Juniper Networks Third Annual Mobile Threats Report, March 2012 through March
2013," p. 4-6. http://www.juniper.net/us/en/local/pdf/additional-resources/jnpr-2012-mobile-threats-report.
pdf
9
Aspect Security, Inc., “2013 Global Application Security Risk Report," p. 1. http://cdn2.hubspot.net/
hub/315719/file-681702349-pdf/presentations/Aspect-2013-Global-AppSec-Risk-Report.pdf
10
Ibid.
Endnotes
12
Javier Hernán González Carrillo mailto:j.hergonca@gmail.com – http://www.linkedin.com/in/JavierHernanGonzalezCarrillo - +34 673 403 421