Approaches to Security and Privacy when developing new Internet of Things (IoT) and Big Data Analytics products presented at WaveFront Summits, Ottawa, 2015
The document discusses the new version of ForgeRock's Identity Platform and how it addresses data privacy and consent issues. It implements the User-Managed Access (UMA) standard, which gives individuals centralized control over authorizing access to their digital data and services from various sources like cloud, mobile, and IoT devices. This approach is needed as regulations tighten around data privacy, the number of connected devices grows rapidly through IoT, and businesses increasingly rely on digital services. UMA allows for flexible, fine-grained consent over how data is shared and accessed.
We did not predict the Internet, the Web, social networking, Facebook, Twitter, millions of apps for smart-phones, etc. New research problems arise due to the large scale of devices, the connection of the physical and cyber worlds, the openness of the systems of systems, and continuing problems of privacy and security. It is hoped that there is more cooperation between the research communities in order to solve the myriad of problems sooner as well as to avoid re-inventing the wheel when a particular community solves a problem.
Internet of things are exploding. This whitepaper would help product developers to understand the Security and Privacy issues, their impact and a recommendation for embedding the best practices during PDLC.
IoT Security Imperative: Stop your Fridge from Sending you SpamAmit Rohatgi
The document discusses the security challenges posed by the growing Internet of Things (IoT). It notes that consumer devices like refrigerators and TVs have already been hacked and used to send spam. The speaker discusses how incorrect perceptions of security and privacy risks could undermine planning for the IoT. Examples are given showing how compromised devices were used in the Target data breach to steal credit card numbers. The need for standardized security practices across the diverse array of IoT devices and systems is discussed.
This document contains contact information for two individuals at Automatski Corp, an Internet of Things company. It then discusses 18 types of personal identifiers that should be removed from data to de-identify individuals. Next, it explains how re-identification can still occur even after de-identification based on combinations of data like zip code, birthdate and sex. Finally, it lists some methods for de-identification and anonymization including access control, statistical disclosure control, and computational disclosure control.
The document discusses the new version of ForgeRock's Identity Platform and how it addresses data privacy and consent issues. It implements the User-Managed Access (UMA) standard, which gives individuals centralized control over authorizing access to their digital data and services from various sources like cloud, mobile, and IoT devices. This approach is needed as regulations tighten around data privacy, the number of connected devices grows rapidly through IoT, and businesses increasingly rely on digital services. UMA allows for flexible, fine-grained consent over how data is shared and accessed.
We did not predict the Internet, the Web, social networking, Facebook, Twitter, millions of apps for smart-phones, etc. New research problems arise due to the large scale of devices, the connection of the physical and cyber worlds, the openness of the systems of systems, and continuing problems of privacy and security. It is hoped that there is more cooperation between the research communities in order to solve the myriad of problems sooner as well as to avoid re-inventing the wheel when a particular community solves a problem.
Internet of things are exploding. This whitepaper would help product developers to understand the Security and Privacy issues, their impact and a recommendation for embedding the best practices during PDLC.
IoT Security Imperative: Stop your Fridge from Sending you SpamAmit Rohatgi
The document discusses the security challenges posed by the growing Internet of Things (IoT). It notes that consumer devices like refrigerators and TVs have already been hacked and used to send spam. The speaker discusses how incorrect perceptions of security and privacy risks could undermine planning for the IoT. Examples are given showing how compromised devices were used in the Target data breach to steal credit card numbers. The need for standardized security practices across the diverse array of IoT devices and systems is discussed.
This document contains contact information for two individuals at Automatski Corp, an Internet of Things company. It then discusses 18 types of personal identifiers that should be removed from data to de-identify individuals. Next, it explains how re-identification can still occur even after de-identification based on combinations of data like zip code, birthdate and sex. Finally, it lists some methods for de-identification and anonymization including access control, statistical disclosure control, and computational disclosure control.
The document discusses security issues with IoT devices. It defines IoT as interconnected devices that transfer data over a network without human interaction. It outlines risks like a lack of authentication, encryption, and vulnerabilities that could allow unauthorized access to personal data or critical infrastructure. The document also notes that IoT devices are increasingly being used in cyber attacks and that security standards need to evolve as more things become connected.
Internet of Things means every household or handy device which is used to make our world easy and better and connected with IP which transmit some data.
This slide covers IOT description, OWASP Top 10 2014 & its recommendations.
Privacy and Security in the Internet of ThingsJeff Katz
Jeff Katz from KIWI discusses topics relating to Privacy and Security in the Internet of Things. What you should do, what you should never do, and what to avoid becoming. From the IoT Conference September 2015 in Berlin
ON THE SECURITY AND PRIVACY OF INTERNET OF THINGS ARCHITECTURESManisha Luthra
This document compares and discusses four Internet of Things (IoT) architectures - IoT-A, BeTaaS, OpenIoT, and IoT@Work - in terms of their approaches to security and privacy. It identifies common security requirements for IoT systems, including network security, identity management, privacy, trust, and resilience. It rates each architecture on how well it addresses these requirements. While each architecture focuses on a different domain, IoT-A and BeTaaS provide reference models that fulfill most of the security requirements. However, the document notes that privacy and trust are not fully addressed across architectures and that future work is needed on mechanisms like accountability and transitive trust to realize the full potential of an
Internet of Things (IoT) Security and Privacy Recommendations by Jason Living...CableLabs
As IoT insecurity creates vulnerabilities, policymakers become concerned about the health of the Internet. How can public policy address these concerns in a smart way, targeting their efforts to improve IoT security without imposing unnecessary costs across the Internet ecosystem or creating unintended effects? What is the role of government versus industry?
Jason Livingood
Vice President, Technology Policy & Standards, Comcast
https://www.cablelabs.com/informed/
The document discusses internet of things (IoT) security. It begins by defining IoT and its security issues, including privacy, access control, policy enforcement, trust, mobile security, secure middleware, authentication and confidentiality. Examples of security breaches are provided. Recommendations for IoT security include designing for security, making devices more user-friendly, emphasizing technical knowledge, and re-evaluating business structures. Security principles like the Australian Privacy Principles and OWASP principles are covered. Predictions for the future of IoT security include more devices and DDoS attacks, the rise of smart cities, more use of artificial intelligence, more secure routers, use of software defined networking, and an end-to
IoT Security Middleware: evaluating the threats and protecting against themNick Allott
Brief introduction to the security threats relating to Internet of Things (IOT) and some techniques pot protect against them.
Presented at SetSquared event: The Internet of Threats: start-up opportunities in IoT security 7/10/2015
Security Fundamental for IoT Devices; Creating the Internet of Secure ThingsDesign World
In this webinar we will discuss the state of security for IoT devices, the threats that exists for IoT devices and the challenges for building secure IoT devices. We will also discuss the technologies available to ensure your IoT device is secure.
In developing for IoT, security is not often the highest priority: APIs exposed without care and devices deployed with default passwords become gateways to your network and your data. Many best practices can be used to thwart attacks on your devices, but they have to be thought through from the first architectural design. This session covers many recent IoT attacks, their consequences, and how they could have been prevented. It also explores the many security levels one device can have, from totally exposed to completely secured against physical tampering and identity theft.
IoT based on cyber security in defense industry and critical infrastructuresUITSEC Teknoloji A.Ş.
This document discusses cyber security issues related to IoT implementation in critical infrastructure and defense industries. It notes that as more systems become internet-connected, cyber security threats are increasing significantly. Cyber attacks targeting IoT networks can cause major physical and economic damage. The document analyzes common IoT vulnerabilities and threats, such as DDoS attacks, phishing, malware, and discusses how to improve IoT security through measures like authentication, access control, encryption, and threat monitoring.
IoT security and privacy: main challenges and how ISOC-OTA address themRadouane Mrabet
Internet Society (ISOC) aims are:
make security an integrated function of connected objects and encourages IoT device and service providers for consumers to adopt the Online Trust Alliance (OTA) security and privacy principles ;
increase the consumer demand for security and privacy in the IoT devices they purchase;
create government policies and regulations that promote better security and privacy features in IoT devices.
The document discusses the Mirai botnet attacks of 2016 and subsequent variants. It provides details on:
1) The 2016 Mirai attack that took down major websites by exploiting vulnerabilities in IoT devices like IP cameras and routers.
2) How Mirai and other botnets work by compromising internet-connected devices into a botnet that can be used to launch DDoS attacks.
3) Updates on the evolution of Mirai variants that target new devices and architectures, incorporating more sophisticated techniques.
Cybersecurity: A Manufacturers Guide by ClearnetworkClearnetwork
The document provides a guide for improving cybersecurity in the manufacturing industry. It begins by noting that nearly half of all manufacturers have experienced a cyberattack. An effective defensive strategy includes 1) creating continuity and recoverability through reliable backups and disaster recovery plans, 2) protecting critical data through inventory, access control, and encryption, 3) improving system and network security hygiene such as network segmentation and patching outdated systems, 4) not overlooking security for industrial control systems and IoT devices, and 5) improving communication about cyber threats. Insider threats are also a risk that can be mitigated using security information and event management systems to monitor employee activity.
This document discusses internet of things (IoT) security. It begins with an introduction of the speaker and their certifications. It then defines IoT as the networking of physical devices embedded with sensors. There will be over 8 billion connected devices in use in 2017. Cyber threats to IoT come from criminals, governments, and include DDoS attacks, botnets, and weak security perimeters. Recent vulnerabilities discussed include the massive 2016 DDoS attack from Mirai malware and over 65,000 unsecured IoT devices found online. Securing IoT involves addressing the top 10 risks identified by OWASP such as insecure interfaces, authentication, encryption, and software/firmware.
This document discusses Internet of Things (IoT) security. It defines IoT as interconnecting physical devices via communication technologies. It categorizes IoT devices and lists common technology vendors. It then describes why IoT devices are vulnerable in terms of cost, processing power, history of neglecting security, proprietary technologies, and inability to update. Examples of IoT attacks are also provided such as using webcams for DDoS attacks and hacking home routers and cars. The document concludes with recommended countermeasures like leveraging existing frameworks, segmentation, not relying on users, and building in automatic updates.
Presented at Internet of Things Stream Conference 2015 in San Francisco by Mark Benson on April 2nd, 2015.
ABSTRACT: The growth of IoT is occurring at an incredible rate, justly raising alarms about security and privacy issues as we become increasingly reliant on these intelligent, interconnected devices in our lives and businesses. How are we to protect billions of devices from attacks and intrusions that could compromise our personal privacy, public safety, or business viability? Building an IoT solution involves securing sensors, devices, networks, cloud platforms, web applications, and mobile applications for diverse industries. This presentation examines the landscape of emerging security challenges posed by connected devices and offers a catalog of security deployment patterns that have been successfully used by some of the world’s most well known OEMs to deploy connected product fleets.
Dissecting internet of things by avinash sinhaAvinash Sinha
Advanced Attacks on Internet of Things -Major threat to your Personal and Business Sensitive data. Tools to attack IoT Devices such as Home automation systems
This document discusses security and privacy concerns regarding IoT technologies. It identifies six key privacy challenges: lack of user control, quality of consent, inference and repurposing of data, intrusive user profiling, limits on anonymity, and security risks. The document recommends five strategies for companies to integrate security and privacy: appoint a data protection officer, perform privacy impact assessments, implement privacy by design, make user privacy the top priority, and include privacy in new product development. It concludes by noting actuators in IoT present different challenges than sensors.
The document discusses several IoT security and privacy considerations, including using privacy by design principles to embed privacy into systems from the start, establishing accountability standards and open technology standards to build trust, and addressing common problems like lack of developer security experience, insecure communication protocols, and ensuring secure firmware updates throughout the lifecycle of IoT devices.
The document discusses security issues with IoT devices. It defines IoT as interconnected devices that transfer data over a network without human interaction. It outlines risks like a lack of authentication, encryption, and vulnerabilities that could allow unauthorized access to personal data or critical infrastructure. The document also notes that IoT devices are increasingly being used in cyber attacks and that security standards need to evolve as more things become connected.
Internet of Things means every household or handy device which is used to make our world easy and better and connected with IP which transmit some data.
This slide covers IOT description, OWASP Top 10 2014 & its recommendations.
Privacy and Security in the Internet of ThingsJeff Katz
Jeff Katz from KIWI discusses topics relating to Privacy and Security in the Internet of Things. What you should do, what you should never do, and what to avoid becoming. From the IoT Conference September 2015 in Berlin
ON THE SECURITY AND PRIVACY OF INTERNET OF THINGS ARCHITECTURESManisha Luthra
This document compares and discusses four Internet of Things (IoT) architectures - IoT-A, BeTaaS, OpenIoT, and IoT@Work - in terms of their approaches to security and privacy. It identifies common security requirements for IoT systems, including network security, identity management, privacy, trust, and resilience. It rates each architecture on how well it addresses these requirements. While each architecture focuses on a different domain, IoT-A and BeTaaS provide reference models that fulfill most of the security requirements. However, the document notes that privacy and trust are not fully addressed across architectures and that future work is needed on mechanisms like accountability and transitive trust to realize the full potential of an
Internet of Things (IoT) Security and Privacy Recommendations by Jason Living...CableLabs
As IoT insecurity creates vulnerabilities, policymakers become concerned about the health of the Internet. How can public policy address these concerns in a smart way, targeting their efforts to improve IoT security without imposing unnecessary costs across the Internet ecosystem or creating unintended effects? What is the role of government versus industry?
Jason Livingood
Vice President, Technology Policy & Standards, Comcast
https://www.cablelabs.com/informed/
The document discusses internet of things (IoT) security. It begins by defining IoT and its security issues, including privacy, access control, policy enforcement, trust, mobile security, secure middleware, authentication and confidentiality. Examples of security breaches are provided. Recommendations for IoT security include designing for security, making devices more user-friendly, emphasizing technical knowledge, and re-evaluating business structures. Security principles like the Australian Privacy Principles and OWASP principles are covered. Predictions for the future of IoT security include more devices and DDoS attacks, the rise of smart cities, more use of artificial intelligence, more secure routers, use of software defined networking, and an end-to
IoT Security Middleware: evaluating the threats and protecting against themNick Allott
Brief introduction to the security threats relating to Internet of Things (IOT) and some techniques pot protect against them.
Presented at SetSquared event: The Internet of Threats: start-up opportunities in IoT security 7/10/2015
Security Fundamental for IoT Devices; Creating the Internet of Secure ThingsDesign World
In this webinar we will discuss the state of security for IoT devices, the threats that exists for IoT devices and the challenges for building secure IoT devices. We will also discuss the technologies available to ensure your IoT device is secure.
In developing for IoT, security is not often the highest priority: APIs exposed without care and devices deployed with default passwords become gateways to your network and your data. Many best practices can be used to thwart attacks on your devices, but they have to be thought through from the first architectural design. This session covers many recent IoT attacks, their consequences, and how they could have been prevented. It also explores the many security levels one device can have, from totally exposed to completely secured against physical tampering and identity theft.
IoT based on cyber security in defense industry and critical infrastructuresUITSEC Teknoloji A.Ş.
This document discusses cyber security issues related to IoT implementation in critical infrastructure and defense industries. It notes that as more systems become internet-connected, cyber security threats are increasing significantly. Cyber attacks targeting IoT networks can cause major physical and economic damage. The document analyzes common IoT vulnerabilities and threats, such as DDoS attacks, phishing, malware, and discusses how to improve IoT security through measures like authentication, access control, encryption, and threat monitoring.
IoT security and privacy: main challenges and how ISOC-OTA address themRadouane Mrabet
Internet Society (ISOC) aims are:
make security an integrated function of connected objects and encourages IoT device and service providers for consumers to adopt the Online Trust Alliance (OTA) security and privacy principles ;
increase the consumer demand for security and privacy in the IoT devices they purchase;
create government policies and regulations that promote better security and privacy features in IoT devices.
The document discusses the Mirai botnet attacks of 2016 and subsequent variants. It provides details on:
1) The 2016 Mirai attack that took down major websites by exploiting vulnerabilities in IoT devices like IP cameras and routers.
2) How Mirai and other botnets work by compromising internet-connected devices into a botnet that can be used to launch DDoS attacks.
3) Updates on the evolution of Mirai variants that target new devices and architectures, incorporating more sophisticated techniques.
Cybersecurity: A Manufacturers Guide by ClearnetworkClearnetwork
The document provides a guide for improving cybersecurity in the manufacturing industry. It begins by noting that nearly half of all manufacturers have experienced a cyberattack. An effective defensive strategy includes 1) creating continuity and recoverability through reliable backups and disaster recovery plans, 2) protecting critical data through inventory, access control, and encryption, 3) improving system and network security hygiene such as network segmentation and patching outdated systems, 4) not overlooking security for industrial control systems and IoT devices, and 5) improving communication about cyber threats. Insider threats are also a risk that can be mitigated using security information and event management systems to monitor employee activity.
This document discusses internet of things (IoT) security. It begins with an introduction of the speaker and their certifications. It then defines IoT as the networking of physical devices embedded with sensors. There will be over 8 billion connected devices in use in 2017. Cyber threats to IoT come from criminals, governments, and include DDoS attacks, botnets, and weak security perimeters. Recent vulnerabilities discussed include the massive 2016 DDoS attack from Mirai malware and over 65,000 unsecured IoT devices found online. Securing IoT involves addressing the top 10 risks identified by OWASP such as insecure interfaces, authentication, encryption, and software/firmware.
This document discusses Internet of Things (IoT) security. It defines IoT as interconnecting physical devices via communication technologies. It categorizes IoT devices and lists common technology vendors. It then describes why IoT devices are vulnerable in terms of cost, processing power, history of neglecting security, proprietary technologies, and inability to update. Examples of IoT attacks are also provided such as using webcams for DDoS attacks and hacking home routers and cars. The document concludes with recommended countermeasures like leveraging existing frameworks, segmentation, not relying on users, and building in automatic updates.
Presented at Internet of Things Stream Conference 2015 in San Francisco by Mark Benson on April 2nd, 2015.
ABSTRACT: The growth of IoT is occurring at an incredible rate, justly raising alarms about security and privacy issues as we become increasingly reliant on these intelligent, interconnected devices in our lives and businesses. How are we to protect billions of devices from attacks and intrusions that could compromise our personal privacy, public safety, or business viability? Building an IoT solution involves securing sensors, devices, networks, cloud platforms, web applications, and mobile applications for diverse industries. This presentation examines the landscape of emerging security challenges posed by connected devices and offers a catalog of security deployment patterns that have been successfully used by some of the world’s most well known OEMs to deploy connected product fleets.
Dissecting internet of things by avinash sinhaAvinash Sinha
Advanced Attacks on Internet of Things -Major threat to your Personal and Business Sensitive data. Tools to attack IoT Devices such as Home automation systems
This document discusses security and privacy concerns regarding IoT technologies. It identifies six key privacy challenges: lack of user control, quality of consent, inference and repurposing of data, intrusive user profiling, limits on anonymity, and security risks. The document recommends five strategies for companies to integrate security and privacy: appoint a data protection officer, perform privacy impact assessments, implement privacy by design, make user privacy the top priority, and include privacy in new product development. It concludes by noting actuators in IoT present different challenges than sensors.
The document discusses several IoT security and privacy considerations, including using privacy by design principles to embed privacy into systems from the start, establishing accountability standards and open technology standards to build trust, and addressing common problems like lack of developer security experience, insecure communication protocols, and ensuring secure firmware updates throughout the lifecycle of IoT devices.
This document discusses privacy issues related to drones, IoT, and cross-border data regulations. It provides an overview of privacy laws and approaches in the US, EU, and Canada. The US takes a sectoral approach to privacy while the EU uses a comprehensive approach. Drones pose new privacy challenges regarding reasonable expectations of privacy. IoT devices increase risks of malfunctions, hacking, and privacy/security breaches. Risk from IoT will be greatest for first-generation devices. The document recommends identifying and minimizing privacy risks through measures like privacy impact assessments.
The document discusses privacy and security issues related to the Internet of Things. It defines the IoT as a network of interconnected objects that can collect and process data. This introduces privacy concerns as objects can reveal personal information about individuals. There are also security concerns as objects are small and vulnerable. The document examines the data protection challenges this poses and the requirements needed to ensure privacy and security, such as privacy by design. It outlines ENISA's work supporting stakeholders in translating legal requirements into technical solutions for the IoT.
IEEE CS Keynote at 20th Annual Conference on Advanced Computing and Communications (ADCOM 2014), Bangaluru, India, September 19, 2014 by Prof. Raj Jain. The talk covers What are Things?, Internet of Things, Sample IoT Applications, What’s Smart?, 4 Levels of Smartness, Internet of Brains, Why IoT Now?, Funding, Google Trends, Research Funding for IoT, Business Opportunities, Venture Activities in IoT, Recent IoT Products, IoT Research Challenges, Internet of Harmful Things, Beacons, Power per MB, Datalink Issues, Ant-Sized IoT Passive Radios, Networking Issues, Last 100m Protocols, Recent Protocols for IoT, Legacy IoT Protocols, Standardization, Fog Computing, Micro-Clouds on Cell-Towers, The Problem Statement, Services in a Cloud of Clouds.
Internet of Things (IoT) will enable dramatic society transformation. This seminar presents an introduction to the IoT and explains why IoT Security is important.
Then it presents security issues in wireless sensor networks that constitute a main ingredient of IoT.
Seminar given at Centre Tecnològic de Telecomunicacions de Catalunya (CTTC) on 28 January 2015.
This document discusses securing industrial IoT applications. It begins by outlining the opportunities and risks of digital transformation and Industry 4.0. Specifically, it notes that while IoT can accelerate processes, its use in industrial systems also introduces new security threats. The document then discusses several industrial cyber attacks and outlines differences in securing IoT compared to traditional IT. It advocates for a holistic lifecycle approach to IoT security. The remainder of the document provides examples of technologies and approaches for achieving trustworthy and secure industrial IoT solutions.
Web 3.0 – From Buzzword to Security with Schellmansaastr
Douglas Barbin, Managing Principal & Chief Growth Officer @ Schellman
Avani Desai, CEO @ Schellman
Blockchain, Cryptocurrency, NFTs, DigitalID, etc. There are lots of topics out there that capture the public’s
attention and technology professionals at the same time. The goal of this presentation is to provide a basic
understanding of core web 3.0 technologies including blockchain(s) and the role of identity management in
a more decentralized computing environment. No buzzwords, no long-winded explanations, just real use-
cases and perspectives on where SaaS providers should focus their attention in this emerging space.
The Convergence of IT, Operational Technology and the Internet of Things (IoT)Jackson Shaw
Did you know that today, there are over 30 billion connected IoT devices? And that in 2020, that number will double? Do you know how these devices connect to the internet? To each other? To their manufacturer? How many IoT devices are used within your company? If you’re a security professional you’ll need to be able to answer these questions and more. In this session, Jackson Shaw (Dell) will discuss the convergence (collision?) of IoT with IT and OT, what it means to him as a consumer and what it means to us as identity and IT security professionals.
Keynote presentation at European Identity Conference 2015, Munich, Germany.
https://www.id-conf.com/eic2015
[Webinar] Why Security Certification is Crucial for IoT SuccessElectric Imp
[View the Webinar] - https://electrici.mp/2v1fQlI
Electric Imp CEO, Hugo Fiennes, and UL’s Director of Connected Technologies, Rachna Stegall discuss the unique demands of helping to secure the IoT — and why independent certification is even more critical in the fast-evolving world.
Join us to hear Fiennes & Stegall share candid insights into why establishing an IoT Security Benchmark, such as UL 2900-2-2 Cybersecurity Certification, is critical for due diligence of edge to enterprise technologies — and the future of commercial, industrial and consumer IoT overall.
How the evolution of technology enables innovation with the Internet of Things, market opportunity, what does the development cycle looks like and what are the considerations for innovators when building IoT products. Presented at Watermark's Innovation Conference 2016.
Cisco io t for vietnam cio community 2 apr 2015 - splitPhuc (Peter) Huynh
The document discusses opportunities, business models, and applications/use cases related to the Internet of Things (IoT). It provides examples of sensors that can be connected in IoT applications. These include gesture recognition, accelerometer, gyroscope, and sensors that detect light, temperature, humidity, and other environmental factors. The document also discusses how IoT can transform industries and businesses by connecting people, processes, data and things to create new opportunities and efficiencies. Key drivers of IoT adoption include declining technology costs and the ability to gain insights from analyzing large amounts of data collected through connected devices.
Cisco IoT for Vietnam CIO Community - 2 Apr 2015 - splitSon Phan
Với tiến hóa của Internet sang Internet của sự vật- Internet of Thing cùng với các xu hướng Social, Mobility, Analytics/ Big Data, Cloud đang phát triển với tốc độ chưa từng có hướng đến viễn cảnh Internet of Everything cùng với các cơ hội lớn đối với cá nhân, doanh nghiệp, tổ chức, quốc gia, khu vực cũng như toàn cầu.
Không thể phủ nhận được rằng chuyển hóa sang Internet của Vạn vật đang thay đổi thế giới của chúng ta. Phương thức làm việc trong một vài năm tới rất khác so với cách chúng ta đang làm hôm nay. Tốc độ thay đổi cũng sẽ diễn ra nhanh hơn nhiều so với những gì chúng ta thấy trong hơn 15 năm vừa qua từ khi Internet bắt đầu xuất hiện tại Việt Nam. Hàng chục triệu người Việt Nam cùng nhiều dữ liệu, quá trình và sự vận vẫn chưa được kết nối. Chúng ta mới chỉ bắt đầu cuộc hành trình tiếp theo để kết nối những gì chưa được kết nối tại Việt Nam.Trong những thập kỷ tới đây, trên thế giới hàng tỷ người và sự vật sẽ tham gia vào Mạng Internet của Vạn vật. Nếu chúng ta hoạch định tốt ngay từ bậy giờ mọi thứ trong cuộc sống của chúng ta cũng sẽ thay đổi hướng đến những giá trị tốt đẹp và bền vững hơn với việc tận dụng tối đa các cơ hội của Internet của Vạn vật.Hiện nay thế giới mới chỉ có khoảng 13 tỷ sự vật được kết nối và dự kiến tới năm 2020 sẽ có 56 tỷ sự vật/ thiết bị sẽ kết nối tới mạng Internet. Khi đó:
- Điều gì xảy ra khi xe hơi được kết nối với Internet?
- Mạng Internet của vạn vật sẽ thay đổi chuỗi cung ứng như thế nào?
- Chúng ta có thể làm việc, sử dụng dịch vụ ngân hàng, mua sắm theo cách riêng của mình như thế nào khi được kết nối với Internet?
Cộng đồng CIO thân mời anh/ chị và các bạn tham dự Takshow lần thứ 46 với chủ đề “INTERNET OF EVERYTHING: CƠ HỘI, MÔ HÌNH KINH DOANH, ƯNG DỤNG, GIẢI PHÁP TRONG THỰC TẾ” xoay quanh các nội dung do Ông Phan Thanh Sơn- Chuyên gia CNTT-TT, người đã có 22 năm kinh nghiệm về Công nghệ thông tin- Truyền thông trong nhiều lĩnh vực như Ngân hàng, Chính phủ, Nhà cung cấp dịch vụ, Dầu khí, Sản xuất, Bất động sản/ Xây dựng, Quân sự.
- IoT đang phát triển và được ứng dụng mức nào trên thế giới và Việt nam?
- Giá trị IOT mang lại cũng như ứng dụng trong cuộc sống
- Một số thực tế triển khai IoT
Thời gian: 17h30 đến 19h30, thứ 5 ngày 2 tháng 4 năm 2015
Địa điểm: Ân Nam Restaurant & Cafe, 52A Trương Định, Phường 7, Qu
THE INTERNET OF THINGS AND HOW TO CONNECT IT
This presentation, delivered to the Denver Google Developer's Group on April 28 by Laurie Lamberth, has three parts.
A. IoT Overview. What it is, how it's connected, how big is the market, how fast is it growing
B. Not Your Father's Network. Overview of the new generation of machine-ceentric networks coming to market, why they are needed, what they look like and how they perform. Plus profiles of three new IOT networks (SIGFOX, LoRa, Weightless-N)
C. Not Your Father's Platform. Overview of the new generation of platforms cfour oming to market that blur the previous "bright line" between device and application management platforms. Plus profiles of three new IOT platforms (machineshop.io, Xively, Kii, ThingWorx)
Connecting devices to the internet of thingsBernard Kufluk
Connecting devices to IBM's Internet of Things Foundation. The foundation is a PaaS service allowing you to get devices connected quicker than ever before.
Introduction to ibm internet of things foundationBernard Kufluk
The document provides an introduction to IBM's Internet of Things Foundation. It discusses the growth of the IoT and forecasts billions of connected devices. IBM's IoT Foundation allows users to easily connect and manage devices, collect and analyze sensor data, and build applications. It offers APIs, data visualization, and device management. The presentation highlights case studies and recommends next steps for learning about and using the IoT Foundation to develop IoT solutions.
This document discusses smart city solutions and enterprise-grade IoT frameworks. It begins with an overview of the growth of IoT spending and adoption globally. It then discusses challenges of IoT at enterprise scale, including data orchestration, security, connectivity, and device management. The presentation introduces VMware's IoT platform and solutions to address these challenges, including tools for data orchestration, operational analytics, security, and device management. It emphasizes the need for IT and OT to converge at the edge to securely manage diverse IoT systems and simplify deployment and scaling of IoT use cases.
Best Practices for Cloud-Based IoT SecuritySatyaKVivek
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Duration : 68 min
Date & Time : Sep 20 2018 8:00 am
Timezone : United States - New York
Webcast URL : https://www.brighttalk.com/webinar/what-is-a-secure-enterprise-architecture-roadmap
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1. THE INTERNET OF THINGS
SECURITY AT SCALE
WAVEFRONT SUMMITS 2015
Winston Morton
2. Nuviser Inc
Nuviser provides Cloud Advisory Services including Assessment, Strategy,
Program Management and New Product Introduction to Enterprise Clients and
Service Providers. All engagements are led by cloud industry leaders and follow
our cloud acceleration framework.
About Me
BSc. Electrical Engineering, UNB
Large Scale Cloud Infrastructures
Security and Privacy Strategy
IoT/Wireless Architectures
Telecommunications
WINSTON MORTON
CEO, Nuviser Inc
Winston.Morton@Nuviser.com
Twitter: @WinstonMorton
3. Won’t be
Cheap
FAST
To Market
CHEAP
To Produce
SECURE
Infrastructure
Won’t be
Fast
Won’t be
Secure
GOOD, FAST,
OR CHEAP.
PICK TWO.
The delicate balance of speed to
market and the appropriate level
of security.
70% of the time
we’ll always get it right
4. The MECHANISMS to
protect data assets
Security
The nature of the DATA and
how it relates to a person or
business.
Privacy
SECURITY
AND
PRIVACY
ARE VERY
DIFFERENT
(ALTHOUGH SOMETIMES
LINKED)
Examples of Private Data:
Health Records
Phone Records
Bank Records
Home Address
Private Communications
and Files
Example Mechanisms:
Corporate Security Policies
Encrypted Communications
Intrusion Prevention Systems
Virtual Private Networks
Firewalls
5. What is Private Data
Canadian privacy laws apply to any data that can uniquely
identify an individual. This can be via direct or indirect means.
Requires explicit consent specifically for intended use
Just because people have become accustom to giving away
private data doesn’t mean corporations don’t have a legal
obligation to protect it.
Companies have a obligation to extend private data protection
to include 3rd parties.
6. WHAT MARKET DO WE SERVE.
• Do we serve the business or consumer market
• Do we REALLY need the data we are collecting
WHAT DATA DO WE COLLECT.
Location Information
Personal Details
WHAT DATA DO WE CREATE.
• Are we correlating difference sources of data
• Are we mining the data for personal features
WHERE DO WE COLLECT AND STORE DATA.
• Where and how are we acquiring the data
• Where and how is the data stored
• Do we share the data with anyone else
• How long are we keeping the data
BIG DATA PRIVACY
Defining the Privacy Profile
8. Most IoT innovation from Startups
Most “Next Generation” IoT frameworks
are open-source and undergoing rapid
development themselves
Large players investing heavily in IoT
and Wireless Innovation
Consolidation on horizon
Some excellent proven development
frameworks
Sometimes developers miss the
“Plumbing”
9. Design/ Build Measure
.
Code
Deploy Code
Data
Measure results and test
hypothesis.
Ideas
Customer Discover
THE LEAN STARTUP MOVEMENT
The Lean Startup allows for rapid iteration of corporate alignment with
product and market fit. This experimental approach creates a nimble,
customer driven process but can have drastic changes in product
function or target markets.
THE “PIVOT” CHALLENGE
Security /Privacy are Contextual
and take into account product
and the respective market.
Learn
Customer Validation
- Do we create Different Data?
- Do we serve a Different Market?
- Is the data in a Different Location?
Pivot
10. Wireless Network
• 802.11 Client or Access Point Mode
• Full Security Stack (WPA2, EAP, TLS,etc)
• Hardware Based Encryption
• Full TCP/IP Stack
• 802.11 B/G/N
Rapid Development
• More Than 500 Open Source IP Projects and GROWING
• Full Tool Chain Dev Environment
• Arduino Project Compatible
• Node.js Real Time Application Services
• MTQQ Message Client
Embedded Processor
• Integrated low power 32-bit CPU
• Standby power consumption of less than 1.0mW
• Integrated Temperature Sensor
• Up to 16 Digital I/O ports
Game Changers
Ultra-Low Cost Wireless SOC Platforms
• Wi-Fi position system beacons
• Wi-Fi location-aware devices
• Industrial wireless control
• Smart power plugs
• Home automation
• Mesh network
• Baby monitors
• IP Cameras
• Sensor networks
• Wearable electronics
• Security ID tags
$3
ESP 8266 Wi-Fi SOC
11. INTERNET FACING API’s
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
2007 2008 2009 2010 2011 2012 2013 2014
API Calls are the
new “Web Hits” of
high tech growthMachine to Machine connections are exploding. These API’s are
generally open to Internet based communication and many have
not been thoroughly tested for protocol security
Whole new marketplace for API brokers
Development environments with “Pre-Built”
API’s such as IBM BlueMix, Microsoft Azure IoT
Suite
Value Added API Abstraction Services
IFTTT.Com “IF my car comes within 1Km of
home THEN open garage door”
Emergence of IoT
and API Aggregators
Source:www.programmableweb.com
12. TOP 10 IoT SECURITY CHALLENGES
1. Insecure Web Interface
2. Insufficient Authentication/Authorization
3. Insecure Network Services
4. Lack of Transport Encryption
5. Privacy Concerns
6. Insecure Cloud Interface
7. Insecure Mobile Interface
8. Insufficient Security Configurability
9. Insecure Software/Firmware
10. Poor Physical Security
IoT Security
The OWASP Internet of Things (IoT)
Top 10 is a project designed to help
vendors who are interested in making
common appliances and gadgets
network/Internet accessible.
https://www.owasp.org/index.php/OWASP_Internet_of_Things_Top_Ten_Project
13. Hackers are also
extremely Innovative
Security is increasingly challenging as we expose
more data, more interfaces, more mobile devices
that can be compromised.
MONETIZED ACTIVITY ESTABLISHED INDUSTRY
• $400B+ Market
• High returns with low risk
• High value targets
• International cyber programs
• Open source hacking tools
• Hacker groups collaborate at
amazing speed.
Source: PWC-The Global State of Information Security® Survey 2015
Security Incident Growth
Source: Symantec 2015 Internet
Security Threat Report
14. LEVERAGE TECHNOLOGY
Security tools are getting
much better. Security best
practices are well defined.
2
KNOW YOUR CUSTOMER
The nature of the
customer creates Context
for your security program.
1
KNOW YOUR DATA
Data is most likely your
primary advantage. Learn
to protect it.
3
Balanced Approach
to IoT Security
Privacy and Secure are
fundamental components of your
product design