Industrial IoT Security Powered by Intel
Navigate standards, simplify device management, and help secure IT/OT-converged devices while maximizing your value from Industry 4.0 deployments.
Help Secure Your Critical Industrial Infrastructure
Intel brings an extensive history in scaling edge deployments with built-in security features. To date, hundreds of Intel® market ready solutions (Intel® MRS) are available to empower your industrial efficiency and output, even in the face of more-sophisticated security threats and rising global demands.
Help Secure Converged Networks
IT/OT convergence for critical infrastructure opens new attack vectors from off-site sources. Intel® technologies can help you keep data processing local, private, and secure with hardware-based security capabilities at the edge.
Simplify Standards Compliance
With global cyberattacks increasing, governments are heightening cybersecurity regulations. Intel-based solutions support the platform attestation required to help meet ISO/IEC standards.
Enable Zero Trust Device Management
Cybersecurity only gets more complex as you add more devices and sensors. Intel® IIoT security solutions leverage zero trust network policies to quickly onboard and authenticate devices as you scale your edge networks.
Enhanced Security Starts at the Silicon Level
Specific Intel® technologies in your 5G and private edge networks can help secure devices, data, and intellectual property (IP) for your most critical IIoT infrastructure.
Intel® QuickAssist Technology (Intel® QAT)
Accelerate data encryption in edge networks and free up CPU cycles for other important work.
Intel® Virtualization Technology (Intel® VT)
Streamline security workloads by transforming them into virtualized functions.
Intel® Total Memory Encryption (Intel® TME)
Encrypt all memory data passing to and from the CPU with a single transient key to help protect against hardware attacks.
Accelerate Your IIoT Deployments with Security-Prioritized Platforms
Hardware and software expertise comes together in expansive, scalable, and capable Intel-powered platforms, built with device security top of mind.
Enhance Trust in Edge Environments
Intel® Trusted Edge Platform is an emerging framework that combines device configurations, security virtualization APIs, microservice libraries for capabilities such as remote attestation or disk encryption, and much more.
Transition to Software-Defined Control Systems
Intel® Edge Controls for Industrial is a software reference platform with compatible hardware that leverages built-in security features to support authentication and confidentiality from chip to cloud.
Automate Device Onboarding
The next iteration of Intel® Secure Device Onboard (Intel® SDO) builds on Intel contributions to the FIDO specification. Intel® FIDO Device Onboard (Intel® FDO) automates attestation and initialization when adding new devices to an industrial network.
Combat Cryptojacking and Ransomware
Intel® Threat Detection Technology (Intel® TDT) AI software can profile malware as it attempts to execute on the CPU microarchitecture. The solution offloads compute-intensive security workloads, such as accelerated memory scanning and AI, from the CPU to the Intel® integrated GPU for an improved user experience.
Browse the Intel® Solutions Marketplace
Find Intel-based market ready solutions for industrial edge security use cases from a trusted provider.
Explore How Businesses Succeed with IIoT Security
Related Resources for Industry 4.0 Security
Continue your edge network security journey with more solutions and knowledge from Intel.
Intel 2022 Product Security Report
Product security assurance at Intel is an investment in people, processes, and tools extending from initial product development to the end of the product life cycle. Learn how we approach proactively finding and mitigating vulnerabilities.
FAQs
Frequently Asked Questions
Industrial IoT security, or industrial edge security, refers to the combination of hardware and software features used to prevent cyberattacks from affecting edge devices.
The operational technology (OT) that controls devices in factory floors and industrial settings has converged with the information technology (IT) that workers use to move data around enterprise networks. This process, known as IT/OT convergence, has boosted efficiency and productivity across industrial organizations but has also made OT devices more vulnerable to new attack vectors from internet and cloud-based sources.
IIoT leaders and decision-makers are most concerned with securing their industrial edge networks from cyberattacks that traditionally impacted IT networks, meeting higher standards and regulatory requirements that have arisen from this new wave of cyberattacks, and managing the complexity of adding more devices to an already device-rich edge network environment, which increases the network’s attack surface.