5 Steps Manufacturers Can Take to Combat Cyber Attacks

IndustryWeek | October 03, 2019

5 Steps Manufacturers Can Take to Combat Cyber Attacks
It’s not far-fetched to claim that the current cybersecurity landscape is rather tumultuous, and that’s true in every industry from retail to finance. Cyber attacks are on the rise, especially in the manufacturing sector. One of the major reasons why manufacturing has come under fire is because cyber threats have grown much more sophisticated in recent years. Things have progressed beyond just a software standpoint to hardware - processor vulnerabilities being a prime example. In fact, a recent security report from SonicWall Capture Labs revealed there were over 74,000 never-before-seen complex attacks in 2019. They were so fresh that many were without even a signature at the time of discovery.

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Molex's proprietary designs and manufacturing processes allow us to encapsulate both passive and active electronics into durable and functional interconnect assemblies. These extremely durable cable assemblies are used in patient wearable monitoring devices.

Spotlight

Molex's proprietary designs and manufacturing processes allow us to encapsulate both passive and active electronics into durable and functional interconnect assemblies. These extremely durable cable assemblies are used in patient wearable monitoring devices.

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Fetch Robotics Introduces Full Conformance with R15.08, the First Safety Standard for Industrial Mobile Robots

Fetch Robotics | May 03, 2021

Fetch Robotics reported today that its full set-up of autonomous mobile robots (AMRs) adjusts with ANSI/RIA R15.08, the new wellbeing standard for mechanical mobile robots. This most recent achievement guarantees that Fetch's AMRs can be securely used in all current use cases all through stockrooms, industrial facilities, appropriation focuses and satisfaction focuses. Delivered on Dec 25th, 2020 by the RIA (Robotics Industry Association), R15.08 is the new wellbeing standard for modern mobile robots. As of late, a developing number of assembling, appropriation, and satisfaction focuses have started utilizing mobile robots for an assortment of material taking care of assignments, from getting bundles between workstations to shipping beds across a distribution center. Preceding R15.08, nonetheless, there was no security standard explicitly intended for AMRs, which move autonomously through offices and regularly need to keep away from snags like large equipment and human laborers. R15.08 gives specialized prerequisites to the plan and joining of AMRs, guaranteeing that AMRs shield office administrators and laborers from wounds that can bring about common and criminal liabilities, administrative fines, and higher protection costs. "The distribution of R15.08 is a turning point for the AMR business," said Melonee Wise, CEO at Fetch Robotics. "Though past wellbeing norms were intended for modern arms or mechanized guided vehicles, R15.08 is explicitly intended to deliver security concerns interesting to completely autonomous robots. This new standard will set the establishment for more secure working environment conditions by and large." The new standard gives a complete structure to evaluate the wellbeing of AMR frameworks, which are characterized as both the AMR base and any extra frill. R15.08 indicates that if the first producer or an outsider adds a connection to an AMR (making an AMR framework), it is viewed as a framework maker and consequently is liable for the accreditation and wellbeing of that gadget. Accordingly, the standard covers a wide number of assembling courses of action, for example, when an AMR producer offers the mechanical base to an integrator who at that point adds a connection (like a rack, truck, receptacle, or arm) so the robot can finish work processes. The standard likewise covers integrators that add connections and stations to move things like beds on or off of an AMR base. Indicating the inclusion of R15.08 for both the AMR itself and the total AMR framework mitigates hazard for end clients, who preceding R15.08 may have been utilizing an AMR that adjusted to R15.08 with a connection that didn't adjust to R15.08. As the maker of the two its AMR bases and its AMR extras, Fetch Robotics can guarantee that its AMR frameworks adjust with the new security guidelines, giving clients significant serenity while conveying the innovation. "Wellbeing is our main concern in choosing and conveying mechanization arrangements in our assembling and warehousing offices," said Harry Chase, Director of Advanced Materials at GE Appliances, a Haier organization. "Fetch Robotics is our principle supplier of autonomous mobile robots. The way that their AMRs adjust to R15.08 gives us the certainty that they improve representative security just as assist us with accomplishing our effectiveness objectives." This declaration goes ahead with the impact points of Fetch's arrival of its freshest AMR, the PalletTransport1500, which supports cross-docking, returns, and case picking work processes for contactless bed transport in dispersion places. About Fetch Robotics Fetch Robotics is an award-winning intralogistics mechanization organization settled in Silicon Valley. By joining autonomous mobile robotics with the force of the cloud, the Fetch Cloud Robotics Platform gives on-request mechanization answers for material taking care of and stock administration, with the ability to discover, track, and move nearly anything in any office. Fetch Robotics' answers and administrations are sent in driving dispersion, satisfaction, and assembling revolves throughout the planet, expanding labor forces to drive expanded effectiveness and profitability.

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Fishbone Recyclable Can Carrier System Announces Atlantic Packaging

prnewswire | December 07, 2020

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Pharmaceutical Giant Pfizer Begins Manufacturing Hundreds of Thousands of Doses of COVID-19 Vaccine

Pfizer | October 19, 2020

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