BISTel Previews Semiconductor Industry’s First AI Knowledge Sharing Fab Models for Chip Manufacturing

BISTel | July 21, 2020

BISTel Previews Semiconductor Industry’s First AI Knowledge Sharing Fab Models for Chip Manufacturing
An aging workforce, tribal knowledge and an highly siloed manufacturing organization continues to hinder progress toward achieving the fab of the future and industry 4.0. says BISTel, the world leader in engineering equipment systems and AI applications for semiconductor manufacturing. CEO, W.K. Choi, says BISTel plans to address these long-standing challenges by previewing an AI based platform that creates a first of its kind collaborative knowledge sharing fab model at this year’s 50th Semicon West, a virtual tradeshow, July 20-22. BISTel will demonstrate the new DSS on the Semiconductor Digest Webcast at 2 pm, July 21 during the annual Semicon West tradeshow.

Cloud, AI, Edge, Big Data and IoT technologies have improved fortunes for semiconductor manufacturers. Many of these improvements are still limited to an individual task, equipment or process. In addition, BISTel says speedier adoption of these technologies and a collaborative approach is key to realizing long-term continuous improvement in manufacturing and sustained profitability

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Sandvik invests in the leading provider of AI-powered production software, Oqton

prnewswire | January 15, 2021

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53% of manufacturing organisations say that cyber attacks are vulnerable to operational technology.

prnewswire | November 17, 2020

TrapX Security, the worldwide pioneer in Deception-based digital guard arrangements, has today delivered discoveries of an exploration review in organization with the Enterprise Strategy Group (ESG). The overview asked 150 digital and IT experts legitimately associated with security methodology, control and activities inside assembling associations about their current and future concerns. The exploration discoveries highlight an industry whose security groups are seeing the data innovation (IT) and operational innovation (OT) conditions meeting at a fast movement. However fabricating associations are battling to shield OT resources as they are utilizing similar devices to defend their IT framework as they are for OT. Therefore, IT groups can't stay aware of developing volumes of security information or the expanding number of security alarms. They do not have the correct degree of perceivability and danger insight examination and don't have the correct staff and abilities to deal with the cybersecurity outstanding task at hand. Subsequently, business tasks are being disturbed and digital danger is expanding as the greater part of the assembling associations studied have encountered some kind of cybersecurity episode on their OT frameworks over the most recent a year taking weeks or months to remediate. IT and OT Convergence Best Practice for Manufacturers Assembling associations have enormous and developing interests in IT and OT innovation, helping them accomplish more spry business measures. As the exploration uncovers, IT and OT mix is quick turning into a best practice. Almost half (49%) of associations state that IT and OT framework are firmly coordinated while another 45% case that there is some reconciliation. This reconciliation will just increment as 77% of respondents expect further IT and OT framework intermingling later on. Nonetheless, just 41% percent of associations utilize an IT security group with committed OT authorities, while 32% depend on their IT security group alone to ensure OT resources. 58% use network innovation strategies like IP reaches, VLANs, or microsegmentation to section IT and OT network traffic. Just about one-quarter (24%) of associations basically utilize one regular organization for IT and OT interchanges, diminishing the perceivability and reaction needed for OT-centered assaults. Regular devices and staff may bode well, however conveying a plenty of IT security advances to get ready for the particular dangers of OT leaves IT groups ill-equipped and powerless against assault. As outlined through this exploration, IT groups are consistently overpowered by the developing volumes of security information, perceivability holes, and an absence of staff and aptitudes. Groups Overwhelmed by Volumes of Security Data Security groups are tested by the developing volumes of security information, and the expanding number of security cautions. 53% accept that their security tasks outstanding burden surpasses staff limit. furthermore, 37% conceded they should improve their capacity to change security controls. The greater part of studied associations (58%) concurred that danger location and reaction has developed more troublesome. When requested to give extra detail on the particular idea of that developing unpredictability, almost half (45%) state they are gathering and preparing greater security telemetry and 43% state that the volume of security alarms has expanded. Makers are as yet working in obscurity however with simply under half (44%) refering to developing and changing dangers as making danger location and reaction more troublesome, especially evident as danger entertainers exploit the "mist" of COVID-19. "The research illustrates a potentially dangerous imbalance between existing security controls and staff capabilities, and a need for more specialized and effective safeguards," said Jon Oltsik, ESG Senior Principal Analyst and Fellow. "Manufacturing organizations are consolidating their IT and OT environments to achieve economies of scale and enable new types of business processes. Unfortunately, this advancement carries the growing risk of disruptive cyber-attacks. While organizations have deployed numerous technologies for threat detection and response, the data indicates that they are overwhelmed by growing volumes of security data, visibility gaps, and a lack of staff and skills. Since they can't address these challenges with more tools or staff, CISOs really need to seek out more creative approaches for threat detection and response." OT Is the New Threat Vector As the IT/OT assault surface develops, security groups are spread more slender as they attempt to stay up with activities undertakings, for example, danger location, examination, episode reaction, and danger moderation. 53% concurred that their association's OT framework is powerless against some kind of digital assault, while a similar number expressed that they had just endured some sort of digital assault or other security episode in the last 12 two years that affected their OT foundation. At the point when approached what amount of time it commonly requires for their firm to recuperate from a digital assault, 47% of respondents said between multi week and one month, bringing about huge and conceivably exorbitant vacation for basic frameworks. Assembling associations come up short on the perceivability required for powerful danger recognition and reaction – particularly with respect to OT resources. Therefore, extra security multifaceted nature is unsuitable – any new speculations they make must assist them with disentangling security measures and get more out of existing devices and staff. 37% said they should improve their capacity to see vindictive OT action, 36% state they should improve their capacity to comprehend OT-centered danger knowledge and 35% accept they should improve their capacity to viably fix weak OT resources. 44% of respondents featured Deception innovation's important part in assisting with danger research (44%), and 56% said that Deception innovation can be utilized for danger discovery purposes. The greater part of the assembling associations (55%) studied use Deception innovation today, yet 44% have not made the association between Deception innovation and expanded assault perceivability. "This exploration shows that assembling associations are encountering genuine difficulties with regards to danger discovery and reaction, especially for specific OT resources that are basic for business tasks," said Ori Bach, CEO of TrapX Security. "This information, and our own experience working with trend-setters in all areas of assembling, exhibit there is a reasonable requirement for arrangements like Deception, which can improve digital guards and diminish vacation without the need to introduce specialists or upset existing security frameworks and activities." "This research shows that manufacturing organizations are experiencing real challenges when it comes to threat detection and response, particularly for specialized OT assets that are critical for business operations," said Ori Bach, CEO of TrapX Security. "This data, and our own experience working with innovators in all sectors of manufacturing, demonstrate there is a clear need for solutions like Deception, which can improve cyber defenses and reduce downtime without the need to install agents or disrupt existing security systems and operations." For additional experiences into the discoveries, download the full white paper, composed by Jon Oltsik, ESG Senior Principal Analyst. About TrapX Security TrapX Security is a pioneer and global leader in cyber Deception technology TrapX DeceptionGrid rapidly detects, deceives, and defeats advanced real-time cyber-attacks and human attackers in real-time. The DeceptionGrid provides automated, highly accurate insight into malicious activity unseen by other forms of cybersecurity. By deploying DeceptionGrid, users can create proactive security to fundamentally halt the progression of an attack. This strategy shifts the economics of cyberattacks to cost the attacker instead of the victim. TrapX Research Labs clients include several Forbes Fortune 500 commercial and government customers worldwide. Sectors include defense, healthcare, finance, energy, consumer products, and other key industries.

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In the New 2021 Production Model, Xpeng partners with Livox to deploy Lidar Technology

businesswire | December 31, 2020

Xpeng In, a main Chinese keen electric vehicle ("Smart EV") organization, has teamed up with Livox, a main lidar creator, to send its car grade lidar innovation in Xpeng's new creation model in 2021. Livox is Xpeng's first accomplice in lidar innovation. Livox has tweaked its Horiz sensor (the car grade rendition of its Livox Horizon) for Xpeng, meeting car grade prerequisites as well as conveying cost effectiveness and dependability for creation models. The usage of lidar in XPILOT engineering - Xpeng's self-ruling driving framework - will additionally improve XPILOT's security just as the capacity to cover an extensive scope of driving situations. Xpeng's new 2021 creation model will be the world's first mass-delivered shrewd EVs outfitted with lidar, hardening Xpeng's bleeding edge position in the keen EV innovation. Since its establishing in 2016, Livox has zeroed in its R&D endeavors on empowering cost-proficient large scale manufacturing of lidar arrangements, expecting to beat the three bottlenecks in the lidar business: value, versatility and unwavering quality. Livox's car grade arrangement brags a reach industry-driving guidelines as far as identification range, FOV (Field of View) and point cloud thickness. Livox is upgrading the recognition scope of its Horiz sensor to 150m (for objects at 10% reflectivity), empowering Xpeng's XPILOT framework to effectively recognize any far off deterrent while on parkways and metropolitan streets. Livox's modified answer for Xpeng likewise incorporates another "ultra FPS" (Frames Per Second) lidar innovation idea. Through a keenly planned pivoting mirror innovation, the items inside the lidar's ROI (Region of Interest) will procure a 20Hz point cloud information when the entire framework is working at a casing pace of 10Hz. The new ROI point cloud thickness is consequently expanded to 144 lines comparable at 0.1 second without the requirement for additional laser transmitters. The expanded point cloud thickness empowers the quicker discovery of small items out and about surface, including walkers, bikes or even traffic cones. The level FOV of Horiz has likewise arrived at 120°. This significantly improves the keen driving experience by settling numerous industrious difficulties looked by drivers, remembering the expulsion of vulnerable sides against cut-for vehicles. Xpeng focused on creating exhaustive and more secure independent driving arrangements, advancing the entrance of keen EVs Xpeng has created industry driving independent driving design with different modules for large scale manufacturing vehicles: insight, conduct arranging, conduct/movement expectation and guide combination. The execution of lidar further improves XPILOT's discernment ability. The expansion of lidar adequately improves the vehicle's high-exactness acknowledgment execution, fundamentally upgrading the whole vehicle's discernment capacities, especially the precision and spatial goal in the level and vertical tomahawks, improving the capacity to evade walkers and static impediments. Combined with lidar's capacity to screen little obstructions paying little mind to encompassing light levels, this can give more prominent wellbeing repetition to ADAS capacities. Xpeng's independent driving stage as of now coordinates camera, millimeter-wave radar, ultrasonic and different sensors. The expansion of lidar won't just give a more noteworthy degree of wellbeing repetition, by permitting more exact imaging of the street circumstance, however will likewise upgrade target location, estimation exactness, execution in low surrounding light and other testing discernment conditions, and will altogether improve the general execution of NGP (Navigation Guided Pilot), AEB (Autonomous Emergency Braking) and different capacities. About Xpeng Xpeng Inc. is a leading Chinese smart electric vehicle company that designs, develops, manufactures, and markets Smart EVs that appeal to the large and growing base of technology-savvy middle-class consumers in China. Its mission is to drive Smart EV transformation with technology and data, shaping the mobility experience of the future. In order to optimize its customers’ mobility experience, Xpeng develops in-house its full-stack autonomous driving technology and in-car intelligent operating system, as well as core vehicle systems including powertrain and the electrification/electronic architecture. Xpeng is headquartered in Guangzhou, China, with offices in Beijing, Shanghai, Silicon Valley, and San Diego. The Company’s Smart EVs are manufactured at plants in Zhaoqing and Zhengzhou, located in Guangdong and Henan provinces, respectively.

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