Author: Rick Echevarria, vice president of Intel Platform Software and Services Group, general manager of the security sector
Today's cybersecurity landscape is evolving with emerging threats, which means we must be vigilant when providing solutions that protect customers and their data. Considering that hardware is the foundation of innovation and the foundation of trust, the cybersecurity axiom of Intel, Intel has long been committed to promoting security innovation from chip to application and from client devices to the edge to the cloud.
In the past year alone, we have partnered with industry leaders to help improve future security-based applications such as confidential computing and blockchain, and we have introduced Intel® Secure Device Onboard for IoT devices. Recently, we also highlighted the measures we are taking to embed security into the hardware for the side channel security risks disclosed in early January.
Today, we are moving forward to announce two new technologies: Intel® Threat Detection Technology (Intel® TDT), a set of chip-level features that will help ecosystems detect new threat categories; Intel® Security EssenTIals, one capable An architecture that standardizes built-in security features across Intel processors. We also announced an enhanced academic collaboration with Purdue University to help accelerate the development and development of cybersecurity talent.
Launched Intel Threat Detection Technology
Intel Threat Detection Technology leverages chip-level sensing technology and capabilities to help our industry partners improve detection of advanced cyber threats and potential attacks. Today, we announced the launch of the first two Intel Threat Detection Technology features, including Microsoft* and Cisco* installations.
The first feature configuration is to speed up memory scanning. Current scanning technology can detect network-level network attacks, but it can affect CPU performance. By accelerating memory scans, scans are handled by Intel's integrated graphics processor to support more scans while reducing performance and power consumption. CPU utilization dropped from 20% to 2%, based on early benchmark data from Intel's test system.
Microsoft has accelerated the integration of memory scanning into Microsoft Windows Defender Advanced Threat ProtecTIon's (ATP) * anti-virus feature, which is now available.
The second Intel threat detection technology is Intel Advanced Platform Sensing. Intel Advanced Platform Sensing combines platform sensing with machine learning algorithms to improve detection of advanced threats while reducing false positives and minimizing performance impact. The Cisco TetraTIon* platform, which provides data center security and cloud workload protection, will be Cisco's first integrated Intel advanced platform sensing product.
I am excited about the progress we have made, and together with our key partners, we are pioneering innovation in the field of chips and software to help protect our customers from emerging threats.
Intel Security EssenTIals: Built-in security foundation
Today, we will also introduce Intel Security Essentials, which ensures that Intel® CoreTM, Intel Xeon and Intel Atom® processors have a consistent set of critical hardware trust root security features. These functional configurations include: platform integrity techniques for secure boot, hardware protection (for data, keys, and other digital assets), accelerated encryption, and trusted execution areas that protect applications at runtime.
This standard set of features will accelerate trusted computing when customers build solutions that originate from hardware protection. In addition, these feature configurations are directly integrated into Intel chips to increase computing security, reduce the cost of deploying security solutions, and minimize the impact of security on performance.
Strengthening academic cooperation with Purdue University
Intel is committed to being an active partner in the security ecosystem. The network security talents in the technology industry are extremely scarce. In order to meet today's cybersecurity challenges, we need industry and academia to accelerate the development and development of the next generation of security-conscious professionals.
To this end, we are strengthening cooperation with academia in cybersecurity to promote industry research and begin to narrow the talent gap in the industry. Today, Purdue University announced the launch of a security badge design program for students and professionals, which is working with Intel.
Other partners will announce the news at the RSA conference this week, so I encourage participants to visit our booth (No. 3435 North Hall) for more information.
Starting with the security foundation at the chip level, Intel is committed to helping protect the digital world. We will continue to spare no effort to protect our customers and their data with industry partners – and a commitment to safety first.
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