Name: Panel: Why is Device Trust important for IoT Data?
Start: 2021-10-14T18:00:00Z
End: 2021-10-14T18:46:22.000Z
Location: BrightTALK
Rating: 5

Device Authority provides solutions to address the challenges of Identity and Access Management for the Internet of Things (IoT) without human intervention. We help our customers and partners simplify the process of establishing trust for the IoT, enabling end-to-end security architecture and scale for the IoT through our innovative technology platform: KeyScaler.

IoT brings new security challenges introduced by the scale and pace of adoption, as well as the physical consequences of compromised security. These challenges cannot be effectively addressed by traditional Information Technology (IT) security solutions. KeyScaler is purpose-built to address these challenges through automated device provisioning, authentication, credential management, policy based end-to-end data security/encryption and secure updates.

During this webinar VP of Technical Operations, Ben Benson & VP of Product Marketing and Strategic Alliances, Tyler Gannon, will discuss the benefits of Enterprise KSaaS and why it is the flexible, affordable answer to your device security challenges.

Why KeyScaler as a Service is the Answer to Your Device Security Challenges

With the number of active IoT devices expected to grow to 21.5 billion over the next few years, securing the IoT and provisioning those devices with certificate based identity is a necessity. Even more critical becomes the management of those machine identities. Join us for this webinar where we will take a look at some of the challenges around securing the IoT, discuss how to mitigate those issues, and how together, Entrust and Device Authority can provide device trust, data trust and automation at IoT scale.

Securing IoT and Managing the Identity of Machines

David Ihrie, CTO at the Virginia Innovation Partnership Authority, joins Tyler Gannon of Device Authority to lift the lid on the Virginia Smart Community Testbed, its mission, live projects and the blueprint for IoT security best practice.

Inside the Stafford Testbed

We take a look at the current state of cybersecurity readiness and explore the latest standards and regulations that could influence future rate of adoption. (Please note this is a change to the original date of March 30th due to new speaker line up)

The state of cybersecurity & role of standards for accelerating adoption

Device Authority and Jitsuin look into Biden't Executive Order and the Software Bill of Materials - what does it entail, what do you need to do to comply and how will it bring trust and transparency to all digital infrastructure

SBOMs, Zero Trust Things and the Executive Order - What Does It All Mean?

There are many challenges facing the manufacturing industry. A major hurdle is that enacting design changes in the production line is often difficult and time consuming. Factory layouts need to be more flexible to meet customer expectations of faster delivery and more customized products. This session will focus on how businesses worldwide are leveraging the power of connected/IoT devices to create operational visibility, increase productivity, and improve overall operations within Smart Factories.

The Promise of IoT for Agile Factories of the Future

Learn how our managed service platform, KSaaS, can secure your IoT ecosystem without the burden of infrastructure of dedicated resources. Our KeyScaler-as-a-Service platform is evolving. Discover how KSaaS is the simplest, quickest, and most efficient way to implement industry-leading IoT device security without the initial outlay for complex infrastructure and specialised resources. KSaaS offers the full power of the KeyScaler platform and solutions, simply providing the intuitive interfaces you need to focus on what matters to you - device trust. Plus - a sneak preview of some of our roadmap developments, and how KSaaS can harness the power of Machine Learning with industry-wide device data to make your platform more intelligent, and more secure.

Your Quickest and Safest Route to IoT Device Trust

From fleet to industrial equipment, smart meters, healthcare applications, and more, all types of industries can achieve substantial improvements using eSIM as part of their IoT ecosystem. With eSIM technology, you can leverage embedded connectivity that provides global coverage right out of the box and advanced auto-provisioning capabilities that ensure it’s always on the right network for your service needs.

Join us as we discuss how you can install one SIM, one time – and enjoy coverage wherever it’s needed and connectivity that lasts the entire device lifecycle and take advantage of new IoT SAFE - Chip to Cloud security.

How eSIM Helps to Keep the IoT SAFE

Hear about 3 real customer use cases where significant ROI was delivered by implementing an automated, secure IoT strategy.

How to achieve compelling ROI in real IoT customer use cases

As businesses strive to become more sustainable and environmentally friendly, deployment of Internet of Things (IoT) technologies will increase within industrial and enterprise environments. Automation improvements and Artificial Intelligence (AI) will rely on IoT devices to monitor and report the state of farms, crops, factories, and livestock in real-time. The addition of all these internet-connected devices will create a considerable cybersecurity threat that most organizations are unprepared to handle or do not even know will become an issue.  
 
Investing in technology is step one to ensure cybersecurity resilience, but where should businesses invest first? Indeed, what updates to existing technology platforms are needed to improve organizational resilience? 
 
With the new Infrastructure Bill set to pass in the US Congress, an influx of money will enable organizations to strengthen, upgrade, and future-proof cybersecurity, whilst in Europe, ENISA has published guidelines for securing IoT. In the UK, the National Cyber Security Centre (NCSC) and the National Farmers Union (NFU) recently issued guidelines to help farmers combat cybersecurity in the agriculture sector. Regulations are helpful to create a common language, but often organizations are left with "where do we start" or "I don't know how to spend my budget effectively."  
 
In this webinar, Robert Dobson from Device Authority and Kristin Demoranville from BSI will get together for an informal conversation focusing on the new cybersecurity challenges faced for Industry 4.0, in particular, taking a look at food and agricultural organizations worldwide examining the need for security controls covering people, process and technologies.

Who's Playing with Your Food: Real-world IoT Threats to Food and Agriculture

During this session, speakers from Entrust and Device Authority will outline how to secure your data, comply with regulatory and industry standards, and protect your organization’s reputation using best-in-class approaches for Key Management in the Automotive industry. We'll take a look at a customer, their challenges and how the solutions to overcome them.

Bring Your Own (Connected Car) Key: Security in the Automotive Industry

The IIoT consists of internet-connected machinery and the advanced analytics platforms that process the data they produce. IIoT devices range from tiny environmental sensors to complex industrial robots. While the word “industrial” may call to mind warehouses, shipyards and factory floors, IIoT technologies hold a lot of promise for a diverse range of industries, including agriculture, healthcare, financial services, retail and advertising. During this session we'll take a look at how Industrial IoT is changing, what the latest use cases are and what challenges organisations are facing - with tips for how to solve or avoid them.

The current state of the Industrial IoT (IIoT) and Cybersecurity

Zero day is a flaw in software, hardware or firmware that is unknown to the party or parties responsible for patching or otherwise fixing the flaw. Weakness can reside in the architecture at the device or system level, the implementation, the provisioning, the lifecycle management, the device or system administration. Learn how to prevent zero day attacks with technologies such as AI, utilising anomaly detection in IoT and other techniques.

The role of AI in IoT security for preventing zero day attacks

President Biden's Executive Order to improve cybersecurity directly relates to the trustworthiness and transparency in ALL digital infrastructure (IT, OT, IoT, IIoT). Anything that runs software is in scope – cloud services, on-prem application servers and connected things. Rogue or malfunctioning software is difficult to spot, and often stems from the lack of transparency in development of commercial software. A one-shot security evaluation or pentest is not enough – proof of security and safety must accompany any software throughout its useful lifespan. The Executive Order calls to equip federal users with a new defense that will deliver trust through transparency: the SBOM. This session will outline what an SBOM is and how it helps organisations to manage risk.

Stop worrying and love SBOM – What is it? Why? How does it help you manage risk?

In this session Trusted Objects and Device Authority will discuss the alternatives for providing Root of Trust (RoT) on devices which don’t have MCUs with TF-M (TrustZone) nor a TPM or Secure Element chip. Alongside this the speakers will be discussing how coupling a software RoT with security automation makes Edge to Cloud possible for large scale IoT, including legacy IoT devices.

How to ensure Trust & Security for MCUs without TF-M, TPM or Secure Element chip

Join this fireside chat with InVMA and Device Authority to learn about the real world challenges facing organisations on their IoT journey today. Find out about real insights and learn about potential solutions to improve your IoT project success and deliver ROI faster.

Challenges in the IoT journey and 5 easy steps to solve them

Today, the onboarding process for IoT devices is usually done manually by a technician – a process that is slow, expensive, and insecure. Industry sources have said that it is not uncommon for the cost of installation and setup to exceed the cost of the device itself. Although multiple companies have worked to automate the onboarding process, there wasn’t a widely accepted industry standard. Also, many proprietary solutions that do exist require that the end customer be known at the time of the device manufacture so that the device can be pre-configured. This creates friction and cost in the supply chain. 

The FIDO Alliance stepped up in the summer of 2019 to address this industry challenge. With its broad membership of leading cloud service providers, semiconductor companies and security companies, the Alliance is well positioned to bring together those that create and supply the technologies in the IoT ecosystem. The FIDO Alliance formed its IoT Technical Working Group (IoT TWG) with these stakeholders to define a new standard for automated, secure IoT onboarding. Less than 2 years after the working group formed, the FIDO Alliance released to the industry the FIDO Device Onboarding (FDO) specification.

Join this session to understand:
- What FDO is
- Why it has been developed
- Who are the ecosystem vendors and key implementers
- How Device Authority has implemented FDO in our KeyScaler platform

Driving IoT security standards with FIDO Device Onboarding (FDO)

A snapshot into the unique challenges of Smart Cities and how to secure them

IoT and Cyber Insurance: why is it important and what are the challenges?

Kubernetes at the Edge of Manufacturing

What is the IoT edge and why is security important?

An analyst insight into the current IoT IAM market

Introduction to the IoT Security Summit: Edge to Enterprise

Device Authority - Edge to Enterprise

Join this interactive panel session with special guests Julie Roberts from Armored Things and Rob Curtin from Microsoft. The session will be moderated by Khalil Yazdi of Crossroad Innovation Group and include topics such as: 
- New business models and capabilities within IoT
- The importance of device trust for data trust
- Unique challenges for harnessing information from disparate devices
- Looking at IoT initiatives like smart cities, including large venues and university campuses
- Considerations about personal data collection and how it’s used

Panel: Why is Device Trust important for IoT Data?

Cloud Adoption

Cloud Security

Cyber Security

data trust

device trust

IoT Security

Security

Smart Cities

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Panel: Why is Device Trust important for IoT Data?

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