Building trust and Enabling innivation for voice enabled IOT
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Voice enabled technology provides developers with great innovation opportunities as well as risks. The Voice Privacy Alliance created a set of 39 Agile security stories specifically for voice enabled IoT products as part of the Voice Privacy Innovation Toolkit. These security stories help product owners and security developer focals bake security into their voice enabled products to save time, money and decrease incidents and reputation damage. This is a very practical, hands-on tool for developers that the Voice Privacy Alliance believes is needed to secure voice enabled technologies and promote innovation. (Source: Black Hat USA 2016, Las Vegas)
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THUMBS ON – ACCESS ALL YOUR ACCOUNTS SAME WAY, SAFEST WAY
The Thumb Access is a software technology that aims at improving phone security and contributing to global crime control. If you are looking for that software that eases mental stress while ensuring information protection, then Thumb Access is what you need.
Thumb Access links you to all your accounts whether on SNS, Chat Messengers, E-mail or with your Bank through one medium – your thumbprint. Like is widely known, only the human thumbprint is unique to every individual as no two persons have the same finger-print features. This makes Thumb Access far safer than passwords which are prone to hacking, formatting or can even be forgotten.
Thumb Access works in a way that specifically eliminates any fears of intrusion to one’s protected information. All that protection comes without cramming or writing passwords; it simply demands registering your thumbprint with every account you own. Now you can be sure that your next mail, tweet, chat message or even bank transaction is just a thumbprint away
How does it work?
The software comes pre-loaded on mobile phones that operate touch-capabilities, i.e. touchscreens, as part of the System Software. Once purchased and ready to use, the user is required to register his or her thumbprint (preferably the right thumb) as part of the start-up procedures.
The user also is required to register his or her SNS, Chat Messenger, E-mail as well as Bank accounts with the thumbprint as an access code. Once this stage is completed, regular settings will follow. As a result, the thumbprint will also serve as the phone code covering the various codes that can be used on mobile phones.
So when you need to unlock your phone, view your mails, access your SNS or chat, your thumbprint will be requested for as your pre-registered access code. No password required! Now you can open as many accounts you want on the variety of sites as you won’t need to rack your brain over a forgotten password.
Also, the thumbprint is saved on a central database along with your phone details for retrieval and phone security purposes.
Can I change settings on my Thumb Access?
Sure enough, the application is absolutely user-friendly permitting controlled changes in settings for customer satisfaction. Any change in settings will demand the pre-registered thumbprint so as to prevent intrusion. With this and more, you have it all the more secure.
How does the App improve security?
As a user, your accounts are safe against unwanted intrusions while your phone accessibility is controlled. You also get to track and find the location of your phone if lost or stolen thus going a long way in helping Police Investigations.
Since your phone will demand access code every two hours and for every attempt at unlocking (Preset), any unauthorized use through theft leaves the suspect without any means of using or changing any settings. This technology will also curb phone theft as stealing an access-protected phone will be unappealing. THANK YOU
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THUMBS ON – ACCESS ALL YOUR ACCOUNTS SAME WAY, SAFEST WAY
The Thumb Access is a software technology that aims at improving phone security and contributing to global crime control. If you are looking for that software that eases mental stress while ensuring information protection, then Thumb Access is what you need.
Thumb Access links you to all your accounts whether on SNS, Chat Messengers, E-mail or with your Bank through one medium – your thumbprint. Like is widely known, only the human thumbprint is unique to every individual as no two persons have the same finger-print features. This makes Thumb Access far safer than passwords which are prone to hacking, formatting or can even be forgotten.
Thumb Access works in a way that specifically eliminates any fears of intrusion to one’s protected information. All that protection comes without cramming or writing passwords; it simply demands registering your thumbprint with every account you own. Now you can be sure that your next mail, tweet, chat message or even bank transaction is just a thumbprint away
How does it work?
The software comes pre-loaded on mobile phones that operate touch-capabilities, i.e. touchscreens, as part of the System Software. Once purchased and ready to use, the user is required to register his or her thumbprint (preferably the right thumb) as part of the start-up procedures.
The user also is required to register his or her SNS, Chat Messenger, E-mail as well as Bank accounts with the thumbprint as an access code. Once this stage is completed, regular settings will follow. As a result, the thumbprint will also serve as the phone code covering the various codes that can be used on mobile phones.
So when you need to unlock your phone, view your mails, access your SNS or chat, your thumbprint will be requested for as your pre-registered access code. No password required! Now you can open as many accounts you want on the variety of sites as you won’t need to rack your brain over a forgotten password.
Also, the thumbprint is saved on a central database along with your phone details for retrieval and phone security purposes.
Can I change settings on my Thumb Access?
Sure enough, the application is absolutely user-friendly permitting controlled changes in settings for customer satisfaction. Any change in settings will demand the pre-registered thumbprint so as to prevent intrusion. With this and more, you have it all the more secure.
How does the App improve security?
As a user, your accounts are safe against unwanted intrusions while your phone accessibility is controlled. You also get to track and find the location of your phone if lost or stolen thus going a long way in helping Police Investigations.
Since your phone will demand access code every two hours and for every attempt at unlocking (Preset), any unauthorized use through theft leaves the suspect without any means of using or changing any settings. This technology will also curb phone theft as stealing an access-protected phone will be unappealing. THANK YOU
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1) More surveillance cameras, access controls, and sensors are connecting to IP networks which allows for features like priority tagging, automatic device discovery, and network access control.
2) HD video and video analytics software are improving surveillance capabilities like facial recognition while reducing bandwidth needs.
3) Building access controls are integrating with IP networks to automate policies and incident response.
4) Open standards are promoting interoperability between physical security systems and other communication technologies.
Tsensors San Diego Sandhi Bhide - Nov 12-13 - Final
The document discusses security challenges for internet of things (IoT) devices, particularly sensors. It notes that sensor nodes are the most vulnerable part of the IoT value chain. It outlines several security threats including malware, denial of service attacks, and physical threats. The document proposes addressing these threats by creating context around sensors using soft sensors and preferences to enhance security of sensor data from source to storage and communication. Physical protection of sensors is also discussed.
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BehavioSec Web Summit START slideshare
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The document discusses mobile security tips for smartphones. It recommends enabling a password on one's phone, installing anti-virus software, keeping the operating system updated, only downloading apps from official app stores, being cautious on public WiFi networks, turning off Bluetooth when not in use, and backing up one's data regularly. Following these tips can help protect a smartphone from cyber threats and data loss.
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(2) A brief history and current status of using AI for the InfoSec (5 mins).
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To Get this projects Call : 9566355386 / 99625 88976
Web : http://www.lemenizinfotech.com
Web : http://www.ieeemaster.com
Mail : projects@lemenizinfotech.com
Blog : http://ieeeprojectspondicherry.weebly.com
Blog : http://www.ieeeprojectsinpondicherry.blogspot.in/
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(Source: Black Hat USA 2016, Las Vegas)
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This document provides an overview of digital watermarking. It begins with an introduction that defines digital watermarking as hiding information in digital media like images and video. The document then discusses the history of watermarking, which dates back over 700 years. It also covers the different types of watermarks, techniques, applications, and attributes of watermarking. In conclusion, it notes that watermarking technology has become widely used since the 1990s for purposes like copy prevention and data security.
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The document discusses strong authentication solutions from Gemalto for enterprises. It describes Gemalto's secure personal devices that are used by billions of individuals worldwide, including SIM cards, credit cards, and e-passports. It then discusses the evolution of the authentication market towards mobility and cloud computing. The document promotes Gemalto's Protiva strong authentication service, which provides a flexible authentication solution that can be deployed both on-premise or as a hosted cloud service. It describes features such as user on-boarding, device fulfillment, and easy billing models.
Internet of Things: Identity & Security with Open Standards
While the Internet of Things (IoT) is growing significantly in the number of devices and capabilities, there is little thought given to security by the manufacturers and software developers for these devices. This talk will explore one mechanism, using open standards, to add a layer of security and convenience for devices connecting to a personal cloud including the challenges that exist to make it a reality.
Public wifi
This report summarizes research analyzing vulnerabilities when users connect to unsecured public Wi-Fi networks. The researchers collected data by creating their own rogue access points and monitoring existing public networks. They found over 2500 domains visited by 270 users, with many sites only using HTTPS for login leaving other traffic unencrypted. Successful attacks like traffic monitoring, HTTP request/response modification, and session hijacking were possible. A survey found most users aware of risks but not taking precautions. The researchers conclude that while encryption can help, users also need to be cautious on unsecured networks.
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CIS 2015-Putting Control Back in the Users’ Hands- David Pollington
With the growing threat and public concern around the use of legacy username/password mechanisms for authentication and authorisation, many are now turning to the mobile phone as a way of providing solutions that are convenient and provide peace of mind for the user as well as meeting the security requirements and expectations of both Service Providers and Government/Regulatory Bodies keen to protect the interests of citizens. We’ll look at the role the mobile phone (and mobile operator) can play in supporting a wide range of different use cases bringing together industry initiatives such as GSMA Mobile Connect and the FIDO Alliance.
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This talk focuses on how AI can be leveraged to solve some of the subproblems in cybersecurity. The talk will start with a discussion on why there is a surge in data breaches, and cybersecurity attacks? Then I will discuss some of the use cases, data pipeline, and architectural details of AI solutions for the cybersecurity. Here is a detailed plan for the talk:
(1) The current state of Information security and tools (5 mins).
(2) A brief history and current status of using AI for the InfoSec (5 mins).
Currently, security data science tools primarily process raw data from multiple data sources such as network flows, authentication logs, firewall logs, endpoints, and detect anomalous events. These tools generate a large number of false positives, and they need to be further investigated by security analysts. Specifically, I will address the following questions:
- What is the foundation of current security data science tools?
- What are the pros and cons of existing tools?
(3) AI use cases, data pipeline, architecture, and data experiments (15 mins): Following questions will be addressed:
- What are the different use cases that can be enabled by AI?
- How would it transform the incident response?
What's a typical data pipeline and architecture of cybersecurity AI solution?
Demo 1: PowerShell Obfuscation Detection using Deep Learning Neural Networks
Demo 2: Malicious URL Detection using Recurrent Neural Networks
(4) Challenges and limitations of using AI alone for cybersecurity (5 mins)
- AI generates too many false positives
- Enterprises can investigate only 2-5% of alerts due to the limited number of security analysts
Need for an automated response, not just detection
(5) Our approach: fuse deception with AI (10 mins):
A key objective of the deception is to deceive the inside-network attacks and threats to detect, engage, trap, and remediate them. Deception provides high fidelity alerts, and AI delivers an ability to construct context about the alert. By fusing deception and data science, security analysts can do proactive defense. We shall demonstrate our approach with specific case studies:
- Demo 3- Detecting and Inferring threats in a high interaction decoy using AI engine
(6) Q&A (5 mins)
Sxsw ppt voice-1
A superset of the slides I presented on voice biometrics at SxSW Interactive. The session (in conjunction with CSIdentity was to raise awareness VB as a physical and behavioral biometric.
Sbvlc secure barcode based visible light communication for smartphones
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Do Your Projects With Technology Experts
To Get this projects Call : 9566355386 / 99625 88976
Web : http://www.lemenizinfotech.com
Web : http://www.ieeemaster.com
Mail : projects@lemenizinfotech.com
Blog : http://ieeeprojectspondicherry.weebly.com
Blog : http://www.ieeeprojectsinpondicherry.blogspot.in/
Youtube:https://www.youtube.com/watch?v=eesBNUnKvws
A survey in privacy and security in Internet of Things IOT
A survey in privacy and security in Internet of Things IOTUniversity of Ontario Institute of Technology (UOIT)
Helpful survey for researchers and students who are intended to investigate in the Internet of things field in term of security and privacy side. This survey has general overview in security issues with the solutions addressed these issues.Will Internet of Things (IoT) be secure enough?
Internet of Things (IoT) is an emerging platform for human interaction. As such it needs enough security and privacy guarantees to make it an attractive platform for people to come onboard.
Wayfs and Strays - Jonathan Richardson
The document discusses authentication and access to online resources from mobile devices within universities. It notes challenges around securely authenticating users and controlling access across different systems and networks. The document proposes a single sign-on model using OpenAthens as an identity provider to authenticate users through their university credentials. This would provide a consistent user experience while giving institutions more control over security and the ability to determine user roles and access levels based on identity attributes. The model aims to streamline access to institutional resources from any device while maintaining security.
SmartCard Forum 2010 - Enterprise authentication
Entrust IdentityGuard is a versatile authentication platform that supports a wide range of authentication methods including IP geolocation, machine authentication, digital certificates, mobile authentication with soft tokens and transaction notifications, knowledge-based authentication, grid authentication, and mutual authentication. It provides centralized policy management and can be deployed based on considerations of risk, usability, and cost.
Sbvlc secure barcode based visible light communication for smartphones
This document summarizes a research paper that proposes SBVLC, a secure system for barcode-based visible light communication between smartphones. It analyzes the security of transmitting barcode streams between device screens and cameras. Three secure data exchange schemes are developed to encode information in barcode streams. The system achieves high security and throughput comparable to NFC. It can enable private information sharing, secure device pairing and contactless payments. Rigorous geometric models were used to examine the system's security, making it the first work to formally study security of VLC and barcode communication between smartphones.
Trinity Profile 001
Trinity Future-In Pvt. Ltd. is a technology company based in Bangalore, India that was founded by three inventors and an experienced entrepreneur. The company has developed a new digital security technology and holds 12 patent applications. Their core technology blocks intrusion and unauthorized copying of digital files. They have tested and certified their first product, the Trinfin eS-Vault USB device, which protects enterprise and entertainment software from counterfeiting. Trinity aims to become experts in solving various digital security needs for organizations and individuals.
What's hot (20)
IoT Security, Threats and Challenges By V.P.Prabhakaran
IoT Security, Threats and Challenges By V.P.Prabhakaran
ciphertet presentation given at TADHack-mini Orlando
ciphertet presentation given at TADHack-mini Orlando
SmartCard Forum 2011 - Evolution of authentication market
SmartCard Forum 2011 - Evolution of authentication market
Internet of Things: Identity & Security with Open Standards
Internet of Things: Identity & Security with Open Standards
CIS 2015-Putting Control Back in the Users’ Hands- David Pollington
CIS 2015-Putting Control Back in the Users’ Hands- David Pollington
Sbvlc secure barcode based visible light communication for smartphones
Sbvlc secure barcode based visible light communication for smartphones
A survey in privacy and security in Internet of Things IOT
A survey in privacy and security in Internet of Things IOT
Sbvlc secure barcode based visible light communication for smartphones
Sbvlc secure barcode based visible light communication for smartphones
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Breaking Kernal address space layout rendomization: KASLAR with Intel TSX
Kernel hardening has been an important topic, as many applications and security mechanisms often consider the kernel their Trusted Computing Base (TCB). Among various hardening techniques, kernel address space layout randomization (KASLR) is the most effective and widely adopted technique that can practically mitigate various memory corruption vulnerabilities, such as buffer overflow and use-after-free. In principle, KASLR is secure as long as no memory disclosure vulnerability exists and high randomness is ensured. In this talk, we present a novel timing side-channel attack against KASLR, called DrK (De-randomizing Kernel address space), which can accurately, silently, and rapidly de-randomize the kernel memory layout by identifying page properties: unmapped, executable, or non-executable pages. DrK is based on a new hardware feature, Intel Transactional Synchronization Extension (TSX), which allows us to execute a transaction without interrupting the underlying operating system even when the transaction is aborted due to errors, such as access violation and page faults. In DrK, we turned this property into a timing channel that can accurately distinguish the mapping status (i.e., mapped versus unmapped) and execution status (i.e., executable versus non-executable) of the privileged address space. In addition to its surprising accuracy and precision, the DrK attack is not only universally applicable to all OSes, even under a virtualized environment, but also has no visible footprint, making it nearly impossible to be detected in practice. We demonstrate that DrK breaks the KASLR of all major OSes, including Windows, Linux, and OS X with near-perfect accuracy in a few seconds. Finally, we propose potential hardware modifications that can prevent or mitigate the DrK attack.
(Source: Black Hat USA 2016, Las Vegas)
Samsung pay: tokenized numbers flaws and issues
Salvador Mendoza presented on Samsung Pay and tokenized card numbers. He discussed terminology related to NFC, MST, tokens and tokenization. He analyzed the format of tokenized numbers and how they emulate physical cards. Mendoza described flaws in Samsung Pay's token generation and storage processes that could enable attacks like jamming MST signals, reversing encryption, or guessing future tokens. He demonstrated a tool that can jam MST signals and discussed potential social engineering attacks.
Breaking hardware enforced security with hypervisors
"Hardware-Enforced Security is touted as the panacea solution to many modern computer security challenges. While certainly adding robust options to the defenders toolset, they are not without their own weaknesses. In this talk we will demonstrate how low-level technologies such as hypervisors can be used to subvert the claims of security made by these mechanisms. Specifically, we will show how a hypervisor rootkit can bypass Intel's Trusted Execution Environment (TXT) DRTM (dynamic root of trust measurement) and capture keys from Intel's AES-NI instructions. These attacks against TXT and AES-NI have never been published before. Trusted computing has had a varied history, to include technologies such as Trusted Execution Technology (TXT), ARM TrustZone, and now Microsoft Isolated User Mode and Intel SGX. All of these technologies attempt to protect user data from privileged processes snooping or controlling execution. These technologies claim that no elevated process, whether kernel based, System Management Mode (SMM) based, or hypervisor based will be able to compromise the user's data and execution.
This presentation will highlight the age-old problem of misconfiguration of Intel TXT by exploiting a machine through the use of another Intel technology, the Type-1 hypervisor (VT-x). Problems with these technologies have surfaced not as design issues but during implementation. Whether there remains a hardware weakness where attestation keys can be compromised, or a software and hardware combination, such as exposed DMA that permits exfiltration, and sometimes modification, of user process memory. This presentation will highlight one of these implementation flaws as exhibited by the open source tBoot project and the underlying Intel TXT technology. Summation will offer defenses against all too often pitfalls when deploying these systems, including proper deployment design using sealed storage, remote attestation, and hardware hardening."
(Source: Black Hat USA 2016, Las Vegas)
Demystifying Secure enclave processor
"The secure enclave processor (SEP) was introduced by Apple as part of the A7 SOC with the release of the iPhone 5S, most notably to support their fingerprint technology, Touch ID. SEP is designed as a security circuit configured to perform secure services for the rest of the SOC, with with no direct access from the main processor. In fact, the secure enclave processor runs it own fully functional operating system - dubbed SEPOS - with its own kernel, drivers, services, and applications. This isolated hardware design prevents an attacker from easily recovering sensitive data (such as fingerprint information and cryptographic keys) from an otherwise fully compromised device.
Despite almost three years have passed since its inception, little is still known about the inner workings of the SEP and its applications. The lack of public scrutiny in this space has consequently led to a number of misconceptions and false claims about the SEP.
In this presentation, we aim to shed some light on the secure enclave processor and SEPOS. In particular, we look at the hardware design and boot process of the secure enclave processor, as well as the SEPOS architecture itself. We also detail how the iOS kernel and the SEP exchange data using an elaborate mailbox mechanism, and how this data is handled by SEPOS and relayed to its services and applications. Last, but not least, we evaluate the SEP attack surface and highlight some of the findings of our research, including potential attack vectors."
(Source: Black Hat USA 2016, Las Vegas)
Keynote Session : Using Behavioral Psychology and Science of Habit to Change ...
Is Awareness Enough To Change Human Behavior?
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How To Change A Habit?
Keynote Session : Kill The Password
New Era Of Authentication
Password Based Attacks
How Strong is Your Password?
Validation Failure
Password Patterns
Keynote Session : Emerging Healthcare Tech & Future Security Impact
Data Science
Virtual Reality
Augmented Reality
Fibretronics
Internet of Things
Block Chain
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Keynote Session : The Non - Evolution of Security
Critical Exploitable Vulnerabilities
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Keynote Session : Internet Of Things (IOT) Security Taskforce
The document discusses the activities of TiE IoT Forum to address security issues in the growing Internet of Things (IoT) market in India. It outlines the IoT Security Taskforce's plans to examine use cases in personal medical devices and public transportation, develop model architectures, and explore both traditional and non-traditional security approaches to meet the unique needs of resource-constrained IoT devices. The Taskforce aims to help secure the projected 12 billion Indian IoT market.
Intra process memory protection for applications on ARM and x86
Sections are types, linking is policy
This document discusses using the ELF ABI to enforce intra-process memory protection policies. It proposes designing policies based on relationships between code and data sections, as sections represent types and linking represents intended access policies. The approach maps sections to memory permissions to block unintended execution. Case studies show how this can isolate parsers and enforce intended access policies for OpenSSH.
Keynote Session : NIST - Cyber Security Framework Measuring Security
What is the NIST Cybersecurity Framework?
Why YOU should care?
How would I apply it?
How would I measure my effectiveness?
Timing attacks have never been so practical: Advance cross site search attacks
Cross-site search (XS-search) is a practical timing side-channel attack that allows the extraction of sensitive information from web-services. The attack exploits inflation techniques to efficiently distinguish between search requests that yield results and requests that do not. This work focuses on the response inflation technique that increases the size of the response; as the difference in the sizes of the responses increases, it becomes easier to distinguish between them. We begin with browser-based XS-search attack and demonstrate its use in extracting users' private data from Gmail and Facebook. The browser-based XS-search attack exploits the differences in the sizes of HTTP responses, and works even when significant inflation of the response is impossible. This part also involves algorithmic improvements compared to previous work. When there is no leakage of information via the timing side channel it is possible to use second-order (SO) XS-search, a novel type of attack that allows the attacker to significantly increase the difference in the sizes of the responses by planting maliciously crafted record into the storage. SO XS-search attacks can be used to extract sensitive information such as email content of Gmail and Yahoo! users, and search history of Bing users.
(Source: Black Hat USA 2016, Las Vegas)
1000 ways to die in mobile oauth
"OAuth has become a highly influential protocol due to its swift and wide adoption in the industry. The initial objective of the protocol was specific: it serves the authorization needs for websites. However, the protocol has been significantly repurposed and re-targeted over the years: (1) all major identity providers, e.g., Facebook, Google and Microsoft, have re-purposed OAuth for user authentication; (2) developers have re-targeted OAuth to the mobile platforms, in addition to the traditional web platform. Therefore, we believe that it is necessary and timely to conduct an in-depth study to demystify OAuth for mobile application developers.
Our work consists of two pillars: (1) an in-house study of the OAuth protocol documentation that aims to identify what might be ambiguous or unspecified for mobile developers; (2) a field-study of over 600 popular mobile applications that highlights how well developers fulfill the authentication and authorization goals in practice. The result is really worrisome: among the 149 applications that use OAuth, 89 of them (59.7%) were incorrectly implemented and thus vulnerable. In the paper, we pinpoint the key portions in each OAuth protocol flow that are security critical, but are confusing or unspecified for mobile application developers. We then show several representative cases to concretely explain how real implementations fell into these pitfalls. Our findings have been communicated to vendors of the vulnerable applications. Most vendors positively confirmed the issues, and some have applied fixes. We summarize lessons learned from the study, hoping to provoke further thoughts about clear guidelines for OAuth usage in mobile applications"
(Source: Black Hat USA 2016, Las Vegas)
Memory forensics using VMI for cloud computing
The relocation of systems and services into cloud environments is on the rise. Because of this trend users lose direct control over their machines and depend on the offered services from cloud providers. These services are especially in the field of digital forensics very rudimentary. The possibilities for users to analyze their virtual machines with forensic methods are very limited. In the underlying research of this talk a practical approach has been developed that gives the user additional capabilities in the field of forensic investigations. The solution focuses on a memory forensic service offering. To reach this goal, a management solution for cloud environments has been extended with memory forensic services. Self-developed memory forensic services, which are installed on each cloud node and are managed through the cloud management component, are the basis for this solution. Forensic data is gained via virtual machine introspection techniques. Compared to other approaches it is possible to get trustworthy data without influencing the running system. Additionally, a general overview about the underlying technologies is provided and the pros and cons are discussed. The solution approach is discussed in a generic way and practically implemented in a prototype. In this prototype OpenNebula is used for managing the cloud infrastructure in combination with Xen as virtualization component, LibVMI as Virtual Machine Introspection library and Volatility as forensic tool.
(Source: Black Hat USA 2016, Las Vegas)
Bad for Enterprise: Attacking BYOD enterprise mobility security solutions
"The global market for Bring Your Own Device (BYOD) and enterprise mobility is expected to quadruple in size over the next four years, hitting $284 billion by 2019. BYOD software is used by some of the largest organizations and governments around the world. Barclays, Walmart, AT&T, Vodafone, United States Department of Homeland Security, United States Army, Australian Department of Environment and numerous other organizations, big and small, all over the world. Enterprise Mobile Security (EMS) is a component of BYOD solutions that promises data, device and communications security for enterprises. Amongst others, it aims to solve Data Loss, Network Privacy and jailbreaking/rooting of devices.
Using the Good Technology EMS suite as an example, my talk will show that EMS solutions are largely ineffective and in some cases can even expose an organization to unexpected risks. I will show attacks against EMS protected apps on jailbroken and non-jailbroken devices, putting to rest the rebuttal that CxOs and solution vendors often give penetration testers, ""We do not support jailbroken devices."" I will also introduce a groundbreaking tool, Swizzler, to help penetration testers confronted with apps wrapped into EMS protections. The tool conveniently automates a large amount of attacks that allows pen-testers to bypass each of the protections that Good and similar solutions implement. In a live demonstration of Swizzler I will show how to disable tampering detection mechanisms and application locks, intercept & decrypt encrypted data, and route ""secure"" HTTP requests through BURP into established Good VPN tunnels to attack servers on an organization's internal network. Swizzler will be released to the world along with my talk at Blackhat USA. Whether you are a CxO, administrator or user, you can't afford not to understand the risks associated with BYOD."
(Source: Black Hat USA 2016, Las Vegas)
HEIST: HTTP encrypted information can be stolen through TCP windows
Over the last few years, a worryingly number of attacks against SSL/TLS and other secure channels have been discovered. Fortunately, at least from a defenders perspective, these attacks require an adversary capable of observing or manipulating network traffic. This prevented a wide and easy exploitation of these vulnerabilities. In contrast, we introduce HEIST, a set of techniques that allows us to carry out attacks against SSL/TLS purely in the browser. More generally, and surprisingly, with HEIST it becomes possible to exploit certain flaws in network protocols without having to sniff actual traffic. HEIST abuses weaknesses and subtleties in the browser, and the underlying HTTP, SSL/TLS, and TCP layers. Most importantly, we discover a side-channel attack that leaks the exact size of any cross-origin response. This side-channel abuses the way responses are sent at the TCP level. Combined with the fact that SSL/TLS lacks length-hiding capabilities, HEIST can directly infer the length of the plaintext message. Concretely, this means that compression-based attacks such as CRIME and BREACH can now be performed purely in the browser, by any malicious website or script, without requiring network access. Moreover, we also show that our length-exposing attacks can be used to obtain sensitive information from unwitting victims by abusing services on popular websites. Finally, we explore the reach and feasibility of exploiting HEIST. We show that attacks can be performed on virtually every web service, even when HTTP/2 is used. In fact, HTTP/2 allows for more damaging attack techniques, further increasing the impact of HEIST. In short, HEIST is a set of novel attack techniques that brings network-level attacks to the browser, posing an imminent threat to our online security and privacy.
(Source: Black Hat USA 2016, Las Vegas)
Behind the scenes with IOS security
"With over a billion active devices and in-depth security protections spanning every layer from silicon to software, Apple works to advance the state of the art in mobile security with every release of iOS. We will discuss three iOS security mechanisms in unprecedented technical detail, offering the first public discussion of one of them new to iOS 10
HomeKit, Auto Unlock and iCloud Keychain are three Apple technologies that handle exceptionally sensitive user data – controlling devices (including locks) in the user's home, the ability to unlock a user's Mac from an Apple Watch, and the user's passwords and credit card information, respectively. We will discuss the cryptographic design and implementation of our novel secure synchronization fabric which moves confidential data between devices without exposing it to Apple, while affording the user the ability to recover data in case of device loss.
Data Protection is the cryptographic system protecting user data on all iOS devices. We will discuss the Secure Enclave Processor present in iPhone 5S and later devices and explain how it enabled a new approach to Data Protection key derivation and brute force rate limiting within a small TCB, making no intermediate or derived keys available to the normal Application Processor.
Traditional browser-based vulnerabilities are becoming harder to exploit due to increasingly sophisticated mitigation techniques. We will discuss a unique JIT hardening mechanism in iOS 10 that makes the iOS Safari JIT a more difficult target."
(Source: Black Hat USA 2016, Las Vegas)
A lightbulb worm
"Could a worm spread through a smart light network? This talk explores the idea, and in particular dives into the internals of the Philips Hue smart light system, and details what security has been deployed to prevent this.
Examples of hacking various aspects of the system are presented, including how to bypass encrypted bootloaders to read sensitive information. Details on the firmware in multiple versions of the Philips Hue smart lamps and bridges are discussed. This talk concentrates on examples of advanced techniques used in attacking IoT/embedded hardware devices."
(Source: Black Hat USA 2016, Las Vegas)
Applied Machine learning for data exfiltration and other fun topics
The goal of this presentation is to help researchers, analyst, and security enthusiast get their hands dirty applying machine learning to security problems. We will walk the entire pipeline from idea to functioning tool on several diverse security related problems, including offensive and defensive use cases for machine learning. Through these examples and demonstrations, we will be able to explain in a very concrete fashion every step involved to tie in machine learning to the specified problem. In addition, we will be releasing every tool built, along with source code and related datasets, to enable those in attendance to reproduce the research and examples on their own. Machine learning based tools that will be released with this talk include an advanced obfuscation tool for data exfiltration, a network mapper, and command and control panel identification module.
(Source: Black Hat USA 2016, Las Vegas)
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Breaking Kernal address space layout rendomization: KASLAR with Intel TSX
Breaking Kernal address space layout rendomization: KASLAR with Intel TSX
Breaking hardware enforced security with hypervisors
Breaking hardware enforced security with hypervisors
Keynote Session : Using Behavioral Psychology and Science of Habit to Change ...
Keynote Session : Using Behavioral Psychology and Science of Habit to Change ...
Keynote Session : Emerging Healthcare Tech & Future Security Impact
Keynote Session : Emerging Healthcare Tech & Future Security Impact
Security Strategy and Tactic with Cyber Threat Intelligence (CTI)
Security Strategy and Tactic with Cyber Threat Intelligence (CTI)
Keynote Session : Internet Of Things (IOT) Security Taskforce
Keynote Session : Internet Of Things (IOT) Security Taskforce
Intra process memory protection for applications on ARM and x86
Intra process memory protection for applications on ARM and x86
Keynote Session : NIST - Cyber Security Framework Measuring Security
Keynote Session : NIST - Cyber Security Framework Measuring Security
Timing attacks have never been so practical: Advance cross site search attacks
Timing attacks have never been so practical: Advance cross site search attacks
Bad for Enterprise: Attacking BYOD enterprise mobility security solutions
Bad for Enterprise: Attacking BYOD enterprise mobility security solutions
HEIST: HTTP encrypted information can be stolen through TCP windows
HEIST: HTTP encrypted information can be stolen through TCP windows
Applied Machine learning for data exfiltration and other fun topics
Applied Machine learning for data exfiltration and other fun topics
Similar to Building trust and Enabling innivation for voice enabled IOT
Building security into the internetofthings
The document provides guidance for companies designing and marketing Internet of Things products to consider security. It recommends (1) building security into products from the start through practices like "security by design" and defense-in-depth, (2) leveraging existing security knowledge by implementing standard encryption and authentication techniques, and (3) testing products thoroughly before launch to identify vulnerabilities. The goal is to ensure connected devices and networks are protected from threats.
Center for Identity Webcast: The Internet of Things
On Oct. 22, the University of Texas at Austin's Center for Identity presented “The Internet of Things,” a webcast focused on providing actionable tips for navigating an increasingly connected world. John Danaher, President of TransUnion Interactive, discussed the latest advances in connected technology, the challenges they pose to our personally identifiable information (PII), and ways we can safeguard our PII while remaining connected.
Answer lab best practices in research and design for voice user interfaces
The document discusses research conducted on smart speaker owners to understand usage patterns and opportunities for improvement. Some key findings include:
- Most owners are satisfied with their devices but many have experienced technical issues or frustrations.
- Third-party applications are confusing for many users and a significant portion have encountered problems.
- Brands need to ensure they deliver high-quality voice experiences or risk damaging their reputation.
- Best practices for voice application design include focusing on tasks that leverage voice strengths and reducing complexity.
Securing corporate assets_with_2_fa
Two-factor authentication provides a more secure method of authentication than simple passwords alone. It adds a second factor of authentication, such as a one-time password (OTP) generated on a user's device, in addition to a username and password. The white paper explores how OTPs delivered via software or text message can provide two-factor authentication without hardware tokens. It also discusses standards-based OTP generation algorithms and integrating two-factor authentication with remote access systems.
Cyber security
The basic fundamental of cybersecurity and how can it be used for unethical purposes.
For this type of presentations (customised), you can contact me here : rishav.sadhu11@gmail.com
Protecting Intellectual Property in the Age of WikiLeaks
WikiLeaks stands as a warning for all of us responsible for protecting the digital assets and intellectual property (IP) of our organizations.
It is tempting to think that WikiLeaks, and the explosion of similar whistleblower and vigilante sites, as only interested in information from government, military, or political organizations. But a recent Forbes interview with WikiLeaks founder Julian Assange has a warning for us all.
5 Enterprise Mobility Management nightmares
The document discusses 5 potential enterprise mobility management nightmares: 1) managing the growing number of employee devices, 2) losing sensitive corporate data when employees leave, 3) losing devices and the data on them, 4) hackers gaining access to corporate systems through insecure apps on employee devices, and 5) backing up personal employee data along with corporate data. It provides solutions for each nightmare, emphasizing the need for mobile device management, mobile application management, and secure workspaces to separate corporate and personal data.
Cyber Security
This document provides information about an e-learning cyber security induction course for Axiata employees. The course aims to promote information security awareness around topics like introduction to security, social engineering, malware, mobile security, and responsible browsing. It serves as an induction for new employees and a refresher for existing employees. The course objectives are to understand information security and how to protect it, recognize social engineering techniques, be aware of malware types and prevention methods, understand mobile security risks and defenses, and learn responsible browsing practices. The course content will cover these topics through modules on introduction to security, social engineering, mobile security and social media, responsible browsing, and malware. Upon completing the course, participants will understand these cyber security concepts and
Pete Wassell (Augmate Corportation) Security in the Enterprise Smart Glasses
While companies have made significant strides with mobile device security software on smart phones and tablets, the wearables category is a different story. Personal data, customer data, and sensitive corporate information is at risk with data leaks exposed at multiple end points. There are a number of factors contributing to this situation that we will look at in this presentation as well as best practices to address them. The miniaturization of sensors and cameras and unprecedented connectivity have created a scenario where data can be captured and stored very easily, and at times unwittingly, by users. Lack of policies and careless use of enterprise wearables can be more of a security risk than cyber criminals. The trend of this problem will likely get worse, market forecasts show that IoT devices and wearables will surpass volumes of mobile devices over the next few years. The great promise and benefits of these devices coupled with privacy and security concerns make this technology a double edge sword.
Augmented World Expo (AWE) is back for its seventh year in our largest conference and expo featuring technologies giving us superpowers: augmented reality (AR), virtual reality (VR) and wearable tech. Join over 4,000 attendees from all over the world including a mix of CEOs, CTOs, designers, developers, creative agencies, futurists, analysts, investors, and top press in a fantastic opportunity to learn, inspire, partner, and experience first hand the most exciting industry of our times. See more at http://AugmentedWorldExpo.com
Cyber security awareness presentation nepal
This document is a summary of a webinar on cyber security and digital safety. It discusses various types of hackers, defines cyber crimes, and covers topics like social media security, mental health and cyber security, and how to protect websites from hacking. It provides scopes in the cyber security field and lists some dedicated cyber security companies in Nepal. The webinar aims to educate normal users on filing the cyber space safely.
iPads on your network? Take Control with Unified Policy and Management
Employee's are bringing tablets and smartphones onto corporate networks, increasing IT workload without adding resources. See how the Cisco Identity Services Engine and Cisco Prime Network Control System will help IT take control of the onslaught of mobile devices entering the network. Learn more: http://cisco.com/go/wireless
Introduction to the Current Threat Landscape
Do you know what threats are lurking in the shadows? Have you been compromised without even knowing about it? Most companies don't even know if their business has been subjected to attacks and even worse, may have lost sensitive data without knowing about it until it’s too late.
The latest vulnerabilities highlight the extent and depth that hackers are adopting to steal your content or destroy trust in your brand. Our industry experts joining us for the presentation have a wealth of experience in robust security strategies and will be discussing the current online threat landscape, the most prominent approaches to security breaches and what you need to consider to protect your online presence from any potential malicious attacks.
About Melbourne IT:
Melbourne IT Enterprise Services designs, builds and operates custom cloud solutions for Australia’s leading enterprises. Its expert staff help enterprises solve business challenges and build cultures that enable organisations to use technology investments efficiently to improve long-term value. With more than 15 years’ experience in delivering managed outcomes to Australian enterprises, Melbourne IT has been long associated with enabling success. Its certified cloud, consulting, and security experts repeatedly deliver results. Many of the brands you already know and trust rely on Melbourne IT. For more information, visit www.melbourneitenterprise.com.au
Joint Presentation on The State of Cybersecurity ('15-'16) & Third Party Cyb...
Presentation on the 2015-2016 State of Cybersecurity and Third Party Vendor Risk Management, presented by Matt Pascussi and Rishi Singh.
This presentation was sponsored by TekSystems.
Personal data breaches and securing IoT devices· By Damon Culber.docx
Personal data breaches and securing IoT devices
· By Damon Culbert (2019)
The Internet of Things (IoT) is taking the world by storm as interconnected devices fill workplaces and homes across the US. While the intention of these devices is always to make our lives easier, their ability to connect to the internet turns them into ticking time bombs, lying in wait until their weaknesses can be exploited by opportunistic hackers.
Personal data breaches are skyrocketing in America, increasing by 60% in the last year and by 157 percent since 2015. As our interconnectivity grows, so do the opportunities that our technology will be hacked. Since every IoT device is connected to the internet, each one is vulnerable to external access if not secured properly. In the rush to manufacture these devices and get them onto the market, security has been an afterthought which needs to be urgently addressed if the number of yearly data breaches is to be tackled.
Not only is the actual security of IoT devices under constant debate but recent news stories surrounding both the Amazon Alexa and Google Home products -- central machines to most home IoT set-ups -- show that even when used properly, the security implications of these devices can be suspect.
Though many expect IoT to revolutionize our everyday lives, the potential holes they open up in our security infrastructures could become an insurmountable problem if not dealt with soon.
Workplace IoT
IoT in the workplace can range from integrated systems such as air conditioning and security systems to Wi-Fi enabled coffee machines. But every point of access in a system has potential for weakness, meaning the more connected devices there are the harder it is to protect. Many believe that blockchain technology has the answer for IoT security issues due to its decentralized nature and the ability to timestamp and identify each connected device, allowing for more accurate access records and a more stable network where no central point is vulnerable.
The other key issue with workplace IoT is the necessity of regular updates to keep all devices secured. In working environments where machines are working 24/7, there is no time to take machines out of service to complete updates, meaning identified weaknesses can be left unresolved. This allows hackers multiple opportunities to exploit the insecurities in an individual device and gain access to the central network from there.
Creators of IoT devices will need to address the concerns of their consumers in order to create products which can be routinely secured and hold a high base standard of security.
Integrated homes
With an explosion of interconnected devices for the home comes a unique challenge that consumers are often completely oblivious to. Some IoT devices have no way to securely store the Wi-Fi password which connects them, meaning that a hacker who is able to gain access to this device can find the Wi-Fi password and exploit the entire network, risking data su.
Mobile security
Mobile security involves protecting mobile devices and data from threats like malware, theft, and unauthorized access. Application security aims to prevent apps from stealing or hijacking data or code through measures like preventing vulnerabilities. End users are the first line of defense against threats like phishing scams. Common mobile security threats include data leakage from apps sending personal data to servers, network spoofing through fake Wi-Fi connections, social engineering tricks, malicious apps, and improper handling of sessions between mobile apps and backend servers.
Securing Your Intellectual Property: Preventing Business IP Leaks
Let us delve into strategies to safeguard your business's intellectual property (IP) and avoid leaks. Explore how Confiex's Virtual Data Room acts as a fortress against unauthorized access, ensuring your sensitive data and valuable IP remain protected at all times.
Source- https://confiexdataroom.com/blog/data-room/virtual-data-room/how-to-avoid-business-ip-leaks/
Part 1 Vulnerability AssessmentNambo FrancisN.docx
Part 1: Vulnerability Assessment
Nambo Francis
Network Security
October 3, 2016
Introduction
Every computer network is a target for attack by virtue of being on. It is therefore necessary that every organization understand where it stands on matters of network security. A vulnerability assessment is done to provide an organization with the state of its network components. The assessment also identifies potential points of weakness within the network infrastructure and the extent to which those vulnerabilities could be exploited. While some attacks on an organization can be targeted specifically to it, others could be as a result of a vulnerability that was identified by attackers after scouring for vulnerable networks. Any exploitable vulnerability in a network no matter how small can cause significant damage to the network. This necessitates the vulnerability assessment that should be a regular activity. A vulnerability assessment will enable the organization to rank the gravity of the danger posed by all vulnerabilities and allocate the appropriate resources to its handling.
Network Vulnerability Assessment
• Network backdoors – a backdoor within a system is an access point whose existence is unknown by a network administrator and users of that system. A backdoor can be implemented on a software running in the network or even to hardware devices that are connected to the network. A hacker then uses that backdoor to access the network and collect data without the knowledge anyone involved with the network. A backdoor can grant the hacker administrator level access privileges and as such their activities within the network can go unnoticed [1].
• Security loopholes in software and hardware components – while the above backdoors are usually created by a hacker, security loopholes are as a result of the manufacturer delivering unpatched components. A piece of software or hardware equipment could have been developed and shipped to users without being checked for those loopholes. These unpatched loopholes can then be exploited by hackers to enter a network [1].
• Distributed denial of service attacks – networks are made to handle a certain amount of requests to function properly. A hacker the above attacks will exploit by presenting the network with a large number of illegitimate requests. In a bid to service these requests, the network resources will be overwhelmed to the point of the network shutting down after failing to do so. This attack will then lock out legitimate users and their requests. [1]
• Mobile and non-firm devices – a lot more companies are implementing a program where employees get to bring their devices to work. The firms are also issuing their employees with mobile devices like tablets and smartphones for conducting their tasks. Bringing personal devices to do work on present a potential vulnerability. As these are personal devices, they are secured the same way as other company devices. They could be used .
Cyber safety
This presentation was made by collecting all publicly available materials and it is purely for educational purpose. Author wants to thank each and every contributor of pictures, video, text in this presentation.
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- 1. Building Trust & Enabling Innovation for Voice Enabled IoT Lynn Terwoerds
- 2. From the Keyboard to the Microphone • 1952 – first voice recognition device recognized single digits • 2016 • Siri, Cortana, Echo, Google Home, Hello Barbie, Sony SmartWatch 3, Samsung Smart TV, Honeywell thermostat, GirlTech Password Journal, Skully Smart Helmet, Dragon Dictation – just to name a few • USD $6.4 billion IoT business (projected to be USD $2 trillion in 20201) Source = Jim Tully, VP & lead IoT researcher for Gartner, 2015
- 3. Opportunity • Development community has an opportunity to innovate and fundamentally change the way we interact with technology • Customers naturally will speak to their devices, developers will not need to teach new habits • Significant opportunity to embed voice even more into IoT and capture valuable data • Voice can be used for many things • Recognition (already widely applied) • Biometrics • Converge with other emerging tech such as AI, data analytics, block chain, avatars
- 4. Risk • Voice is deeply personal and unique • Customers have already reacted with the fear their device is always “listening” • Voice is easy to capture (maybe unintentionally) • A new attack vector, plus the same old weaknesses • Customers can change their password, get a replacement credit card, even get a new social security number, but they cannot change their voice
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- 6. The Power of Industry Collaboration • Thought leadership • Enable innovation • Save time, money, reputations • Tangible deliverables • Toolkit for developers • Legal thought leadership through “Legal Pad Notes” • Consumer infographics • Open to everyone – men and women • To join, email voiceprivacy@ewf-usa.com • Follow @voiceprivacy
- 7. VPA Innovation Toolkit http://www.ewf- usa.com/voiceprivacy • Specifically for developers, peer reviewed by developers • 40 Agile security stories • Can be adapted for any development methodology • Focuses on voice IoT specific considerations • Toolkit is open source, meant to be adapted, modified • Next revision scheduled for Jan/Feb 2017 • Join the Voice Privacy Alliance and improve the toolkit! voiceprivacy@ewf-usa.com
- 8. From the VPA Toolkit Security Story Guidance Customers and the press have concerns the device is "always listening" and this makes them uncomfortable, especially if the device is in a home. Allow customers the ability to "mute" when a device or application is always listening, even if it's just listening for a wake word. This could ease fears of someone always listening. You might also consider being transparent with customers how much you buffer when in listen mode. For example, your device might have a 30 second buffer as it listens for a wake word. After 30 seconds the buffer is cleared and the cycle repeats until the customer uses the wake word. Being transparent may alter customer perceptions and mitigate this fear.
- 9. From the VPA Toolkit Security Story Guidance Customers fear what they say will live on forever. Their concerns might be expressed as, "If you record something I say, can I delete it? What if I said something I'm ashamed of or embarrassed by? Since your device lives in my home or is something I wear, it's possible you'll record something very personal or potentially embarrassing." If you are storing customer voice data, give them control over their own data. Allow customers the abiity to delete their voice data, even if there are UX implications to the product. You may also want to inform the customer how deleting their voice data could negatively impact their user experience.
- 10. From the VPA Toolkit Security Story Guidance Customers understand that companies share customer data with 3rd parties. Sharing voice data, especially an actual voice recording may cause concern and mistrust. If you authenticate a customer to a 3rd party service, do so securely and make sure the customer is aware they have crossed over a trust boundary. Again there is a fundamental difference between lower risk voice recognition scenarios where a customer might request a stock quote, you convert that request to text, send it to a third party and the customer gets a response to their request. If you are sending voice data to a 3rd party to analyze, maybe parse and store, then you should consider securing that communication.
- 11. From the VPA Toolkit Security Story Guidance Can my voice enabled device just respond to me? In my home and with my wearables, I live in a dynamic environment and I wonder if my device could respond to someone else's command. Verify if a single user should have a unique session connection with your product or if multiple sessions are allowed. For example, Hello Barbie may have several people interact with her, but the doll is associated with a child and that child's authorizing adult. Consider if there are use cases where it would be appropriate to reject sessions not initiated by the authorized user. Amazon Echo is the opposite, designed to respond to anyone who invokes the wake word
- 12. From the VPA Toolkit Security Story Guidance Customers want to know you are keeping up with current threats. Rogue wireless networks are a known threat and many customers lack the knowledge to protect themselves against this problem. Ensure your device can verify it’s communicating with legitimate devices or networks. It's possible you can be fooled into connecting to a rogue wireless network or your customer can be fooled.
- 13. From the VPA Toolkit Security Story Guidance Am I still secure even if my device is lost or stolen? Consider physical tampering scenarios. Wearables and IoT devices are shrinking in size. Developers must consider physical threats against lost or stolen devices
- 14. From the VPA Toolkit Security Story Guidance If your device communicates with the customer, how will your customer know it's your device talking and not some interloper like a hacker? Develop use case scenarios where an attacker might intercept the conversation between a customer and their device, potentially compromising the confidentiality and integrity of the conversation. For example, a voice enabled children's toy is made to say something wholly inappropriate to a child because the communication channel has been compromised.
- 15. Final Thoughts • Let’s not repeat old mistakes • Embed security early in the development lifecycle to save time, money, churn • Industry can demonstrate leadership ahead of • Regulation • Litigation • FUD • Download the toolkit http://www.ewf-usa.com/voiceprivacy