What to expect at the 2015 Information Assurance for Forum

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CentraComm

Discover the range of topics at the 2015 IA Forum held at Winebrenner Seminar on the University of Findlay campus.

Technology

The Internet of Things
Jay Yeater - CentraComm
Are You Secure?

Past Topics include
• Big Data: Who’s Watching You
• Cyber Security: Understand the threats in my own world
• BYOD: The Consumerization of IT
Topics are driven by guest feedback

• Student & Faculty Presentations
• Defining the Internet of Things
• Attack of the Things
• IoT and Business
• Manufacturing and Connected Devices
• Automotive, Security & Trust
• The Power of Data Analytics
2015 IAForum Agenda

Speaker: Tiffany Miracle
Partner and Senior Developer
• High level look at the Internet of Things

Speaker: Michael Morabito
Senior Security Architect
• How cyber attacks change with a more connected society

Speaker: Daniel Behrens
Consulting Systems Engineer
• How the IoT is encouraging innovation and optimization

Speaker: Mark Cosiano
Value Stream Manager
• The IoT in the wild
Speaker: Brandon Evans
Manufacturing Systems Lead

Speaker: Jack Varney
Regional Channel Manager
• How the IoT will impact the automotive industry

Speaker: Chris Ladd
Technical Sales Engineer
• Big solutions coming from big data

Register Today
www.iaforum.net
$35 Chamber Members | $45 Non-Chamber Members
Breakfast and Lunch Provided
Wednesday October 28th 9:00am – 5:00pm
Winebrenner Auditorium on U of Findlay Campus

This document summarizes a presentation about building secure digital services. It discusses evaluating current IT infrastructure and processes to meet the needs of a changing sector. It also covers planning a robust infrastructure to build secure digital services and addressing security questions from regulatory compliance requirements. Specific topics discussed include digital services, security considerations, current IT infrastructure, planning future developments, and compliance considerations. The presentation concludes with an overview of NetDef's approach to security and some recent consultancy examples.

Cybersecurity-Real World Approach FINAL 2-24-16

James Rutt

The document provides an overview of cybersecurity strategy and recommendations for implementation from Jim Rutt, CTO of the Dana Foundation. It discusses that defense in depth alone is not enough given cloud computing and smartphones. It recommends justifying investments with metrics, focusing on user education, and preparing for tools that will be available in 1-3 years. Broad types of security incidents and why cybersecurity is more than an IT problem are outlined. A strategy for program management includes reviewing legislation, gaining executive support, choosing a framework, organizing implementation, risk assessment, and defensive measures and training.

Mobile Security in 2013

Troy C. Fulton

The document discusses mobile security priorities and strategies for 2013. It covers concerns around bring your own devices entering corporate networks, and the need for mobile device management frameworks to securely handle access to network resources and applications. Specific priorities discussed include data loss prevention, application and data containerization on devices, and best practices for security policies, technology solutions, and IT leadership approaches to address mobile security challenges.

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BYOD: D for Device or D for Disaster?

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This document summarizes a webinar on Bring Your Own Device (BYOD) policies. The webinar discusses the benefits and challenges of BYOD programs, including security risks from uncontrolled personal devices accessing corporate networks and balancing employee privacy. It also covers alternatives like Choose Your Own Device (CYOD) programs where the enterprise provides approved devices. The speaker recommends having proper access management, security solutions, and clear policies to minimize risks of BYOD. Resources for IT asset management training and certification are also listed.

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This document discusses the history and evolution of the Internet of Things (IoT) for smart environments. It outlines key characteristics of IoT including sensing, processing, connectivity, and intelligence. The document presents three case studies from 2003 to 2017 that demonstrate challenges in early IoT development and how those challenges have been addressed over time. These include issues with standards, tools, scalability, and user customization. Finally, the document discusses future directions for IoT, including architectures, artificial intelligence, privacy, commercialization, and applications in smart homes, robotics, and mixed reality.

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? Gerald Faulhaber Professor Emeritus, Business Economics & Public Policy, Wharton School https://www.cablelabs.com/informed/

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An attack to an Industrial Internet of Things (IIoT) system typically starts with an attack on one or more endpoints. As defined by the Industrial Internet Consortium (IIC), an endpoint is a component that has an interface for network communication and it can be of various types, including a device endpoint or an endpoint that provides cloud connectivity. Endpoints are the only place in an IIoT system where execution code is stored, started and updated and data is stored, modified or applied. In many cases, an attacker will, therefore, try to access the execution code and attack the weakest point in the devices’ security implementation, then modify or replace the execution code with malicious intent. The IIC has recently presented an endpoint protection/security model and policy in its Industry Internet Security Framework (IISF) document. The technical report is an in-depth cross-industry-focused security framework reflecting thousands of hours of knowledge and experiences from security experts, collected, researched and evaluated for the benefit of all IIoT system deployments.

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Vandana Verma

The CHARIOT project aims to develop a secure and safe cognitive IoT architecture and platform for industrial applications. The project will specify a methodological framework for designing secure IoT applications that address system safety. It will also develop an open cognitive IoT architecture called the CHARIOT Platform that exhibits intelligent safety behavior. Additionally, the project will create a runtime privacy, security and safety supervision engine to monitor IoT systems. The new architecture and tools will be tested and validated in three living labs focused on different industrial sectors.

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Argelich Networks

This document discusses legal perspectives on how digital technology and the Internet of Things (IoT) are shaping the future. It outlines several key challenges for managing IoT devices, including ubiquitous data collection, unexpected data uses, and security risks if devices are easily compromised. The document also discusses the roles and responsibilities of various stakeholders in ensuring data privacy and security for IoT, including manufacturers, sellers, consumers, and regulators. It analyzes considerations for cybersecurity, data minimization, and the types of questions consumers should ask before purchasing IoT devices to help manage risks.

Introduction to the Internet of Things

Ismail Al Kamal

This document provides an introduction to the Internet of Things (IoT). It defines IoT as using internet-connected devices to solve specific problems. It notes that experts predict 20 billion IoT devices will be in use by 2020. The document discusses the IoT ecosystem involving data collection, aggregation, analysis and insights/actions. It provides examples of using IoT for driving habits monitoring and road planning. It also outlines other IoT applications and discusses major players and the evolution of IoT technology. The document concludes by offering tips for successful IoT implementation and considerations around security and privacy when working with IoT.

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Mobile security blunders and what you can do about them

Ben Rothke

The document discusses mobile security issues organizations face and recommendations to address them. It notes that mobile devices are increasingly prevalent in businesses but many lack adequate security practices and tools. Common problems include loss/theft of devices, malware infections, and intellectual property losses. The document recommends organizations implement mobile device management, extend security policies to mobile devices, conduct security audits, and use encryption and other best practices. It also provides an overview of security tools and trends organizations should consider.

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The road to resilient cities, and on a broader basis, the road to a resilient society is an aspiration, but one that we should all be thinking about now. To contemplate this, we need to go back a few years. Early on, the Internet of Things discussion centered mainly around how smart products were becoming smart connected products. For example, the programmable thermostat gave way to Nest or other smart connected thermostats. Around 2013 and 2014, IoT became the new new thing. Everyone was talking about it. We were a “Networked Society” or a part of the “Internet of Everything.” But as often happens, the hype of the new trends give way to maturity and deeper insights required to go from the cool new thing to mainstream adoption. In late 2014, Michael Porter of Harvard and Jim Heppelmann of PTC co-authored a paper in the Harvard Business Review about the progression of IoT. They spoke about the move from “Products” to “Smart Products,” “Smart Connected Products,” “Products Systems,” and ultimately “Systems of Systems.”

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Vikash Lalsing (CITP)

This document discusses design considerations for mobile application security. It covers mobile platforms, enterprise usage of mobile devices, security threats to enterprise mobile applications, application architecture approaches like service-oriented architecture (SOA), and best practices for enterprise mobile security. Specific topics covered include authentication, authorization, encryption, firewall policies, controlling third-party apps, data protection, access control, and remote wiping of lost or stolen devices.

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The document discusses mobile device security concerns for enterprises and proposes a solution using Good Technology's mobile device management platform. It outlines key security risks like protecting confidential data and access. The proposed solution would allow centralized management of various mobile platforms through Good while leveraging existing Exchange and Blackberry investments. It compares the costs and architecture of Good Technology to the existing Blackberry Enterprise Server solution, finding Good Technology more cost effective. The document also discusses business, legal and privacy considerations of the proposed employee-owned mobile device policy.

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IoT Devices Expanding Your Digital Footprint

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This document discusses the expanding risks associated with the growing number of internet of things (IoT) devices. It notes that buildings now have numerous networked devices that are often not properly secured, expanding organizations' digital footprints. These devices fall into categories like home automation, energy, security, and IT/mobile. The interconnectivity of these devices in smart buildings captures detailed data. While only half of sensitive data is currently protected, the number of unsecured IoT devices provides opportunities for cybercriminals to launch distributed denial of service attacks and create botnets like Mirai. The document recommends that organizations clearly define ownership of IoT devices, establish policies for managing them, inventory all software and devices, use security solutions to monitor for

BYOD: Bring Your Own Device Implementation and Security Issues

Harsh Kishore Mishra

This document discusses Bring Your Own Device (BYOD) implementation and security issues. It begins with defining BYOD as a trend of allowing employees to use their personal mobile devices for work purposes. Some advantages of BYOD include increased productivity, lower costs for companies, and attracting talent. However, there are also security, privacy, infrastructure support, and device control issues that need to be addressed. The document recommends automating access policies, detecting threats, unifying security policies, and protecting infrastructure to implement BYOD securely. It concludes that BYOD improves productivity and costs but requires enforceable security policies.

IoT and the art of entrepreneurship

Antti Vihavainen

My speech at the CeBIT Global Conferences in 2015. It is based on our observations caused by the disruptive force of the Internet of Things. We describe a self-reinforcing virtuous cycle and how various industry players can take advantage of it. The presentation also contains market research findings that describe the great potential to be captured by transforming traditional home automation market to a modern approach where customers connect their smart devices and automate their actions.

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Consumerization and mobility in the enterprise – and our daily lives – is not only here to stay, but its footprint and influence is expanding. What does the broader consumerization and mobile environment look like? How do you assess the drivers for adoption and the cost/benefit of a mobile-enabled organization? Join us for this session to get an understanding of how a large state government agency took a proactive approach to enablement that ultimately set them ahead of the security challenges, rather than behind.

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This document discusses digital security and the challenges of securing systems in a changing technological landscape. It notes that terminology around information, cyber, and digital security can be confusing, and that security requirements need to be defined on a case-by-case basis. It emphasizes that security risks will continue to increase as digitalization accelerates, and that security professionals must adapt to embrace changes like cloud computing, IoT, and new technologies. The document concludes that data and trust are key currencies, that security enables digitalization when done well, and that effective security requires balancing risks with opportunities through good design principles and lifelong learning.

Embracing the IT Consumerization Imperitive

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Barry Caplin, CISO of the MN Dept. of Human Services, discusses embracing consumerization and the security challenges of tablets and smartphones. He outlines five stages of adjusting to these new technologies ("tablet grief"), and addresses issues like exposure of data, malware, vetting third-party apps, privacy policies, and bringing personal devices into the workplace. Caplin provides an overview of potential security solutions like syncing to networks, virtual desktop infrastructure, containerization, data classification, and pre-internet encryption. He advocates a holistic approach considering policy, technical, and financial aspects to make these technologies secure while also enabling flexibility.

BYOD (Bring Your Own Device)

Michael W. Chitwa

BYOD is an acronym that stands for bring your own device. It has been defined as an IT policy that facilitates for employees to utilize their personal mobile devices such as smart phones and tablets at work (Singh, 2012). Bring your own device can be viewed as a policy because any organization planning to adopt it needs to specify rules and regulations for the introduction and use of personal mobile devices at the workplace. It can also be defined as an emerging trend that involves employees carrying their personal mobile devices to work for usage and connectivity to an enterprise network (Ravindra & Sadana, 2013). A trend can be defined as a novel (new) and fashionable way of doing something. In this context, a bring your own device trend can be viewed as a new cost effective and convenient way or method used by organizations to enable employees access the company infrastructure.

PECB Webinar: The Internet of Things

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Summary: The Internet of Things has been touted as the centerpiece of many innovative devices as it grows to encompass nearly every type of product imaginable. Already, appliances, cars and even buildings are being equipped with the capability to access Wi-Fi and wired networks. This has led to new efficiencies and data-driven opportunities for enterprises across the board. When you hear “the next big thing,” do you think they’re thinking big enough? Attend this webinar to find out more. Presenter: This webinar will be presented by Arthur Donkens, the managing partner of ITSX. Arthur has been active in information security since 1986, by advising, auditing and collaborating with more than 30 top class companies. Through his rich experience, he has been issued with credible certificates in information security, and has contributed in this sector by writing articles and whitepapers that are available. His moto is “Balancing security and business goals through well designed security architectures.”

Overcoming the cybersecurity challenges of smart cities

Saeed Al Dhaheri

1) Smart cities face significant cybersecurity challenges due to increased connectivity and use of technologies like IoT devices, which are often insecure. 2) Key cybersecurity risks to smart cities include hacking of critical infrastructure, medical devices, autonomous vehicles, and financial systems. Recent cyber attacks have impacted city services. 3) Securing smart cities requires addressing challenges like insecure IoT devices, lack of cybersecurity governance and standards, skills shortages, and legal/regulatory issues. The UAE has established initiatives like Dubai Electronic Security Center to enhance cybersecurity.

Cyber Security in Manufacturing

CentraComm

The document discusses Internet of Things (IoT) and cybersecurity challenges in manufacturing. It provides an overview of the evolving threat landscape, including common hacking techniques like spearphishing and malware. The presentation emphasizes the importance of cyber hygiene practices for manufacturers such as updating software, using strong unique passwords, training employees on security basics, and not browsing as an administrator. It promotes attending an upcoming cybersecurity forum to learn more on topics that will help protect manufacturing organizations from emerging threats.

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The document summarizes several presentations on cybersecurity and the Internet of Things (IoT). It discusses the risks posed by IoT devices, including potential data breaches and network vulnerabilities. It provides examples of past IoT hacks, such as a 2014 incident where a Jeep's systems were remotely hacked. The document also outlines recommendations for securing IoT technologies, such as only collecting necessary data and maintaining strong access controls and encryption. Presenters emphasized that securing numerous diverse IoT devices poses major challenges that may require new security approaches from those used in traditional information technology.

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Nonprofits often struggle with how to secure their network and IT resources. During this webinar, Steve Longenecker, Project Manager, and Mark Kraemer, Network Administrator, shared IT security best practices, both from a strategic, planning perspective and also in terms of dealing with day-to-day IT issues. Some of the questions addressed during the webinar include: 1. What kind of policies does your organization need in terms of IT security? 2. What are the risks? What threats should you be most concerned about? 3. What type of training does your staff need? 4. What are some best practices in terms of upgrading hardware and updating software? 5. What are some ways to prevent virus and malware attacks?

Internet threats- How to protect the Africa consumer

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This document discusses cybersecurity challenges in West Africa and recommendations to address them. It finds that while technology is important, it alone cannot combat cyber threats given client-side vulnerabilities and cybercriminals exploiting the path of least resistance. It recommends taking a threat intelligence approach using internal and external sources as well as dark web monitoring. Big data analytics moving faster than criminals is also suggested. Establishing public-private partnerships for security-as-a-service and inter-operable legal frameworks with continuous education are presented as ways to better protect Africa consumers and organizations from internet threats.

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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.

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Ed Adams discusses addressing the cybersecurity skills shortage and diversity imbalance. He outlines that there will be 3.5 million unfilled cybersecurity jobs by 2021 according to a Cybersecurity Ventures report. However, PCI standards have been influential in improving security and could help address these issues. If more groups like minorities and women are trained through PCI certification programs, it could help fill many open jobs. Diversity in the workplace also provides cultural and business benefits, with research showing diverse teams outperform less diverse peers. Speakers provide tips on successful diversity initiatives like mentorship programs, partnering with universities, and ensuring all groups feel included and supported in technical fields.

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