Unplanned machine downtime can disrupt operations, diminish employee productivity, and generate high costs for emergency repairs. IIoT devices offer an effective solution by transmitting data on temperature, vibration, friction, and other factors, enabling you to detect potential failures ahead of time and repair or replace equipment proactively.
Join Primitive Logic’s Harish Raju and Evan Votta on Thursday, June 7 to learn:
- How predictive maintenance helps minimize unplanned machine downtime
- How IIoT reduces the need for on-site maintenance checks
- How to make the most of your IIoT investment by integrating device management onto a single platform
- How one of our clients leveraged IIoT devices to reduce the need for on-site maintenance, resulting in significant time and cost savings
Internet of Things devices are built with cost & convenience in mind, not security. This makes them easy targets for cybercriminals looking to exploit their vulnerabilities and infiltrate your systems. With IoT adoption on the rise, organizations are looking for ways to improve security at all levels and limit the damage IoT-powered cyber attacks can cause. The stakes are even higher for the Industrial Internet of Things (IIoT).
Join this interactive Q&A panel with top security experts across the ecosystem to learn more about:
- IoT as a gateway to your systems
- Key factors for building a successful security strategy encompassing the IoT & IIoT
- Threats targeting the IoT / IIoT
- Industrial threat detection and response
- Recommendations for improving security
- Mark Weatherford, Chief Cybersecurity Strategist, vArmour
- Robert M. Lee, CEO, Dragos
- Jennifer Minella, VP of Engineering and Security, Carolina Advanced Digital
Connectivity: The Key to IoT Data Communications
Unlocking Interoperability via the Industrial Internet Connectivity Framework
From a practical viewpoint, IIoT components and subsystems are built at different times, by different teams, and in different places. In order to interoperate, they need to be able to communicate meaningfully. In order to communicate, the underlying connectivity infrastructure must facilitate the exchange of information between the participants.
The Industrial Internet Connectivity Framework (IICF) is a comprehensive resource for understanding Industrial Internet of Things (IIoT) connectivity considerations. Developed by international connectivity experts, the IICF defines the minimum expectations required to build next generation IIoT systems with syntactic interoperability between components and subsystems.
An ACG Analysis, Research Brief and Webinar Developed in Partnership with RCR Wireless. Concurrent innovations in 5G radio access and in network control and application delivery using virtualization and the cloud at multiple layers of the ‘stack’ will bring services to market not feasible in the past. This fortunate combination makes the arrival of 5G especially inspiring. Evaluating several of the more impactful new radio access innovations, the way they benefit from virtualization and the cloud in managing the network and and delivering new applications, and examining the benefits these enhancements bring to stakeholders in the 5G and IIoT ecosystems is the focus of this research.
One area of innovations in 5G and IIoT is to support a massive scale of connectivity for ‘things’ for commercial and industrial use. In many cases use of low power access technologies such as LoRa is integral to supporting new applications at scale. In other cases innovative data distribution mechanisms such as Coordinated Multi-Point communications (or CoMP) to support the use of diverse types of end-stations are crucial to bringing the versatility, efficiency and scale to IIoT that some applications need. In parallel support for highly reliable and ultra-low latency communication for applications in transportation, health care, public safety and other vertical sectors will harness new frequency bands and transmission management techniques to accomplish their functions.
This research brief and webinar from ACG Research will examine the symbiosis between 5G radio access innovations and the technologies of virtualization and the cloud for delivering IIoT at scale in ways that have not been possible in the past.
What is your first line of defense against cyberattacks? Secure endpoints! Endpoints are everywhere in the IIoT landscape. Without proper security, Industrial Internet of Things (IIoT) systems are not trustworthy, putting organizations, their missions and the greater public at increased risk. The viability of the IIoT depends on proper implementation of security to counter the growing and ever changing threats that are emerging.
On February 22, 2017, editors of the IISF and security experts from the Industrial Internet Consortium will discuss the endpoint protection/security model and policy in its Industrial Internet Security Framework (IISF) document and present a real-world customer use case for an approach taken to secure an industrial system.
Industrial Internet Security in Action --
Interoperable IIoT Security Event Monitoring
(Inlcuding a preview of security interop demo at Hannover Messe)
With the rise of the Industrial Internet of Things and Industrie 4.0, manufacturers are adding more connected devices and sharing operation data with IT systems within their own factories and businesses, and they are extending information exchange across their entire value chain. This increased digitization offers a host of benefits to businesses, partners, suppliers and customers. But such connectivity must not itself put sensitive equipment at risk. Security is important within a single manufacturers’ plants, and across every participant in the value chain. Since there is no single, homogeneous security environment, multiple companies and systems that need to work together.
JOIN THE WEBINAR TO LEARN:
-How a strong Identity and Root-of-Trust forms the foundation of IoT Security
-How to securely connect systems from the operational domain (OT), to become more accessible to the information technology (IT) domain.
-How to implement end-to-end security from device to cloud
-How 24 IIC Members will demonstrate secure, interoperable IIoT event monitoring at Hannover Messe
When working with sensor data, many organizations have to wait weeks for Programmable Logic Controllers (PLCs) to be reprogrammed. What if you could run quick Proof-of-Concepts using commoditized sensors for ad-hoc monitoring to determine telemetry impacts from environmental changes such as light, moisture, temperature, and wind speed among others? Then once more information has been collected, process changes can be identified providing solid operational solutions based on factual data to issues at hand.
Integrationworx's Machine 360 offers exactly that. Machine 360 provides real-time equipment performance monitoring and downstream analytics based on sensor data.
Join us to learn more about Machine 360.
Find out how top leaders from Government and IT/OT companies are securing our critical infrastructure from cyber threats from Nation State level attacks and individual malicious actors.
In this discussion you will learn about a new and resilient approach to cybersecurity to defend against threats to our Water, Energy and Transportation Grids. By using identity and authentication, you can block zero-day attacks from unidentified and unauthorized traffic, enable defense automation, and enable analytics integration for a closed loop system, addressing insider threats.
Michael Murray of BlackRidge will host a panel of industry experts, including:
- Josh Corman, Chief Security Officer and SVP of PTC
- Robert Lentz, the first DoD CISO, and CEO Cyber Security Strategies
- Chris Rezendes, Chief Business Officer at Context Labs
Today's computing infrastructure is changing dramatically to support new requirements in design and structure. This is no more evident than in the Internet of Things, where new types of machines driven by vast, complex industrial, distributed systems, can’t operate without connectivity. These new machines will transform our infrastructure into smart freeways, distributed power generation and autonomous driving cars, etc., revolutionizing the workplace and our lives for years to come.
These new IoT systems need data-centric technology that directly addresses real-time systems to explicitly manage the communications “data model.” No matter what application – from financial trading platforms, to medical devices, to smart electrical grids, to exploration and production and to transportation – industries need solutions to find right data then communicates it to its intended destination in a reliable, flexible, fast, and secure manner.
To learn more about the proven standard for data-connectivity in mission- and business-critical systems join OMG's webinar featuring experts from the leading DDS middleware vendors; PrismTech, RTI and Twin Oaks Computing
This new SANS survey looks closely at the emergence and rapid growth of Industrial IoT (IIoT) systems, including broad-scale connectivity across industry and how well automation, critical control systems, digital/physical infrastructure and accompanying operations are protected against cybersecurity threats.
Attendees will learn how security practitioners are safeguarding systems and assuring greater reliability, operational integrity, efficiency and productivity in these complex systems. Attendees also will learn about perceived threats
Manufacturers estimate that 50% of their products will be smart and connected by 2020. Are you one of them? Follow our webinar and hear Emmanuel Bricard, CIO of e.l.m. leblanc (Bosch Group) share his success story on connected boilers and Markus Meukel, VP IoT at McKinsey&Company highlight the key IoT trends in the manufacturing sector.
The discussion will be introduced and moderated by Werner Reuss, Head of Industrial IoT at Orange Business Services.
- How connected products can power new business models and increase revenue?
- What are the challenges in launching an industrial IoT project?
- How to move from monitoring products to implementing predictive Maintenance models?
- What are the best practices in IIoT transformations?
This presentation presents recent survey data from 451 Research [VOTE product] on trends in Digitization of the Factory from the perspective of Operational Technologists. Top use cases for the Industrial Internet of Things (IIoT) and the current project focus of IT/OT teams will be discussed. Followed by a discussion of how to protect your technology investment in non-traditional environments, including extending the network onto the factory floor, the wireless overlay, and the addition of compute and storage resources on the site (edge computing).Read more >
Interoperability at all levels of the IIoT stack is key for the success of industrial IoT projects that require both OT and IT systems to work together. Interoperability, like security, cannot be an afterthought, it needs to be architected in the IIoT solution from the start.
In the webinar we will address key concepts of Interoperability from the device level to the business process application.
"Data Gravity" is a term used to describe the phenomenon in which the quantity and the speed at which services and applications are attracted to data, increases as the mass of that data also increases.
Field Service is a major consumer of company master data but also is increasingly a major provider of new data - a trend which is having a profoundly positive impact on other departments such as R&D, sales and finance.
In this session we will discuss new research from Vanson Bourne and examples of companies from the power industry through to medical device manufacturers who are pioneering when it comes to digital transformation and adoption of the IIoT.
The Industrial Internet Business Strategy & Innovation Framework
The competitive landscape is changing in ways which have yet to become completely clear. Collaboration and mastery of new skills, such as those within IIoT, will be essential to business success. An organized, disciplined approach to moving forward with IIoT is essential to that success. The Business Strategy and Innovation framework offers this approach with guidance and best practices derived from industry experts within the Industrial Internet Consortium membership.
IoT Industrial Cloud systems are rapidly maturing as packaged systems that can sense, collect, analyze, and action on edge devices. However, the software-based device security and manual/proprietary provisioning methods delivered by platform providers are preventing deployments from scaling.
In this webinar, we decompose the industrial data pipeline and demonstrate where device management security services instrumented for hardware security can be applied to build a connected security model that attests, provisions, updates, and manages devices. Automated secure device provisioning without human intervention is the key scaling element to place more devices into service to accelerate value from the Industrial Cloud.
Trusted Platform Module (TPM) technology is designed to provide hardware-based, security-related functions. A TPM chip is a secure crypto-processor that includes multiple physical security mechanisms to make it tamper resistant, and malicious software is unable to tamper with the security functions of the TPM. This session will cover how Mocana enables the use TPM certified keys to secure Docker containers, LinuX Containers (LXCs) and VMs on industrial IoT gateways and endpoints.Read more >
Today, industrial markets are reactive in approaches and digital transformation will help organizations become predictive and preventative. Organizations run the risk of becoming harmful latency enterprises, which means customers will predict issues that will happen and prevent them from happening in the first place.
• Learn about the significant industrial shifts and enabling technologies driving customer journeys
• Engage internally and externally, as digital is not about technology implementation but change and culture management
• Identify customer segments you need to target, based on their digital maturity
• Discover digital growth opportunities
Learn about IIC’s Smart Manufacturing testbed using machine learning for predictive maintenance to minimize unplanned down-times, optimize high volume manufacturing and increase productivity.Read more >
The advent of connected devices and platforms are driving the digitization of manufacturing. Although systems and production facilities have long been automated and connected, today’s Smart Factory is adept, can learn from data and adjust in real time. The industry has evolved by bringing together the physical and digital world, creating torrents of data. In order to unlock the full potential, you’ll need architectures, frameworks and implementation plans. This webinar will give you an overview of available tools and guidance on getting started.Read more >
Incremental improvements in supply chain operations are no longer enough in the competitive aerospace marketplace. Advanced analytics are key to enabling step-level changes, but developing and implementing those analytics requires an organization that can develop, implement, interpret and act on the same. This session will explore the challenges involved and how to address them. Discussion points include understanding what drives the need for analytics, what gets in the way and critical success factors. We'll also examine case studies on what can happen with 13 weeks, a motivated team and a value proposition.Read more >
Modern day industrial operations often span complex IT (information technology) and OT (operational technology) infrastructures. In a very standard environment, thousands of devices exist and are increasingly being connected via the Industrial Internet of Things (IIoT). This creates new challenges in securing industrial environments specifically by making cyber-security threats even more difficult to detect, investigate and remediate.Read more >
Security is an important aspect of IoT and especially Industrial IoT systems (short: IIoT). It is not yet fully championed as shown by a number of incidences which became publicly known.
One particular facet of the IIoT security challenge is given by the fact that widely used security solutions from the IT domain cannot be just copied-and-pasted to IIoT – due to differences in given constraints and needs.
Join this webinar presentation to learn more about:
- The IIoT security challenge
- In-depth look into the architectural approaches to IIoT Security
- Emerging solutions, as well as standards for IIoT security
About the Speaker:
Oliver Pfaff is a Principal Key Expert at Siemens, serving the technology field IT-Security at Corporate Technology. Oliver’s work concerns security in distributed systems. Oliver‘s current projects address the security-enabling of Industrial Internet-of-Things as well as Operational Technology systems and products.
Uptime and operational efficiency is critical to the digital economy where IT security teams face off daily with hackers. With the rise of Industry 4.0, which uses IIoT and cloud to boost industrial output, cyberthreat concerns are now bleeding over into the operational domain where data breaches are on the rise.Read more >