Talking IoT Cybersecurity

Join this open session with Keyfactor IoT cybersecurity experts who will discuss different aspects of implementing strong security into IoT & IIoT systems.

Agenda:
• Introduction to the EMEA IoT Tech Talks, what to expect from this monthly series
• Why Digital Identities are critical for IoT
• Where to start and how to think with an overall system approach to IoT cybersecurity
• Open Q&A with the panel members

There is no doubt that Cybersecurity is one major building Block for the Road to success of Industrial IoT. Confidentiality, integrity and authenticity are the necessary ingredients for establishing a trustworthy operational environment.

One of the essential building blocks for that are digital identities and the corresponding certificates.

Learn about the role of X.509 certificates in IIoT, for example in standard protocols such as MQTT, OPC-

Without digital identities, our modern IT would not be at the point where we are today. Particularly in the IoT, it is essential that the communication partners know and trust each other at all times. Whether it is the fitness tracker with the cloud service or the farm tractor with the central telemetry and management center.

Learn the essential aspects of digital identities in the IoT and recognize the potential for new innovations and business ideas.

In this webinar we will give you an outlook on what can be expected from a security point of view and how you can prepare for the upcoming threads for 2023.

In the last few years, we have seen a tremendous increase in the number of IoT devices. With this trend, it is only natural that the attack surface also increases. How do we deal with it?

We’ll also walk you through the new EU regulations mean in practice evaluating what companies like yours need to do now.

Join us for an outlook on what to expect this year and what to consider.

Earn 1 CPE credit on this webinar. Keyfactor is an approved (ISC)2 CPE Submitter, partner.

Join our upcoming webinar, "Open Industrial PKI OiPKI - Securing the Connected Factory," to learn how to ensure secure data exchange in the digitalization of your factory. During this session, we will discuss the importance of x.509 certificates in facilitating essential cybersecurity mechanisms for reliable communication, both on the web and on the factory floor. Whether for device identification or safeguarding data communication with TLS, x.509 certificates are the foundation for a secure digital future. However, many factories face the challenge of not having a PKI infrastructure to issue and manage certificates. That's why we are excited to introduce the Open Industrial PKI (OiPKI), a free service for issuing and managing x.509 certificates that makes it easy for you to get started. Don't miss this opportunity to learn how OiPKI can help secure your factory's digitalization efforts. 

In this webinar, we will cover:

- The role of x.509 certificates in securing data exchange in the digitalization of the factory
- The challenges of not having a PKI infrastructure to issue and manage certificatesHow the
- Open Industrial PKI (OiPKI) can help you get started with secure digitalization efforts in your factory.

Earn 1 CPE credit on this webinar. Keyfactor is an approved (ISC)2 CPE Submitter, partner.

In this upcoming webinar, Keyfactor IoT expert Andreas Philipp will provide a comprehensive overview of Public Key Infrastructure's (PKI) significance in the industrial cybersecurity space. With a focus on industry standard requirements, protocols, and concepts today and predictions for future developments. Andreas will give a detailed overview of where and why X.509 Certificates are used in industrial cybersecurity.

Join us to explore:
• Automating identity lifecycle in industrial environments
• Global cybersecurity legislation impacting the industrial sector
• The importance of X.509 certificates in the industrial cybersecurity market

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .5 CPE credit by viewing this webinar.

IoT devices are built around microcontrollers, microprocessors and a root of trust (RoT), which can be a secure element.

What does a car have in common with a factory programmable logic controller, a smart meter or a smart home thermostat? All of these machines and devices secure their interactions with their remote peers and services with the help of X.509 certificates.

Although certificate formats constantly evolve with new extensions and key sizes, the hardware that stores them has a much longer lifecycle, forcing chip vendors to compress certificates to fit into limited memory.

In this live webinar, join Keyfactor IoT expert Guillaume Crinon, to:

• Discuss important factors that OEMs should consider when designing a connected device.
• Examine the constraints limited hardware memory can have on certificate storage.
• Discover how Keyfactor EJBCA can issue certificates, regardless of how constrained your hardware may be.

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .75 CPE credit by viewing this webinar.

Digital trust is essential to the security of every connected thing, from connected pacemakers and printers to transportation and critical infrastructure. Keyfactor and Vanson Bourne have partnered together to uncover trends in IoT security with the new report: Digital Trust in a Connected World: Navigating the State of IoT Security. The report draws insights from 1,200 survey responses from two unique perspectives – those who design and manufacture connected devices/products (OEMs) and those who deploy and operate connected devices/products within their organization.

In this session, Ellen Boehm, SVP of IoT Strategy and Operations, and Mitch Mershon, Product Manager for Emerging Markets, will discuss:

• The findings of the Navigating the State of IoT Security 2023 report
• Trends in IoT device identity and management
• The prevalence and impact of security breaches
• The impact of industry standards on product development

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .75 CPE credit by viewing this webinar.

Node-RED is a popular open-source visual programming tool for wiring together devices, APIs, and online services. It is often used in industrial settings to facilitate the development of IoT (Internet of Things) applications, automate processes, and monitor equipment. Especially when it comes to issuing and managing certificates and device identities, processes are an essential part. Here Node-RED can support with its basic functionality.

Join IoT experts Andreas Philipp, Keyfactor and Florian Handke, Campus Schwarzwald, for this live webinar to discover:
• An introduction to Node-RED and the benefits of the tool for IoT manufacturers
• How public key infrastructure (PKI) and certificate management aligns with Node-RED
• Where Keyfactor EJBCA integrates into Node-RED and the opportunities to automate workflows

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .75 CPE credit by viewing this webinar.

Are you and your company facing the challenges of the digitalization process? Are you expanding your existing product range with cloud-based offerings? Cyber security should be a top priority for your industrial company, not only because of the increasing threat of cyber-attacks but also because compliance with security regulations such as NIS2 is more important than ever.

During this live webinar, we will walk through how certificate management and public key infrastructure provides you with an essential building block for implementing and complying with cybersecurity regulations.

Watch this session to gain insight into PKI and certificate management as a foundation for your company’s cybersecurity.

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .25 CPE credit by viewing this webinar.

Join us for a webinar diving deep into the critical role of SSL/TLS certificates in safeguarding sensitive data amidst the dynamic cybersecurity landscape, especially within the industrial sector's digital transformation. Learn how these certificates form the bedrock of secure connections, ensuring the confidentiality of online information.

During this live webinar with experts Andreas Philipp and Florian Handke, we will explore:
• The implications of certificate failures
• Strategies for mitigating certificate outages
• Resolving challenges with self-signed certificates

Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .25 CPE credit by viewing this webinar.

With the CRA now in effect in Europe, securing the life cycle of devices has become a critical focus. In this webinar, we will demonstrate how the Mender.io platform and Keyfactor products work together to create a secure and trustworthy over-the-air (OTA) update process. We will cover the use of digital signatures to ensure secure artifacts and provide a practical guide on configuring the Mender toolchain extension by integrating the Keyfactor Sign Server.
Join us to learn about enhancing your device security with these powerful tools.
Keyfactor is an approved (ISC)2 CPE Submitter partner. Earn .5 CPE credit by viewing this webinar.

The need for rapid and reliable production of customized products is paramount in today's dynamic manufacturing landscape. Achieving this requires smart production systems that communicate within highly agile environments, ensuring fast manufacturing processes and adherence to tight delivery schedules. However, integrating heterogeneous machinery and IT applications often complicates digital transformation efforts.

Standards such as OPC UA simplify this process by enabling quick and easy connections between various machines and existing IT environments. One of the significant benefits of OPC UA is its robust security standards, which ensure secure data transmission both locally and over the Internet.

But how do these advancements intersect with PKI services and certificate management systems? Join us for an in-depth webinar where we explore the current status of OPC UA standardization, the integration challenges, and the solutions from a PKI manufacturer’s perspective. Learn how PKI can enhance security and efficiency in OT networks.