Cisco is taking aim at better controlling the performance and development of core applications with a new AppDynamics cloud service and open-source development tools.AppDynamics Cloud is a cloud-native service designed to let enterprises observe applications and take action to remediate performance problems.
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Available by the end of June, the service is built to observe distributed and dynamic cloud-native applications at scale, wrote chief marketing officer of Cisco AppDynamics, Eric Schou in a blog about the new offering.To read this article in full, please click here
Cisco is taking aim at better controlling the performance and development of core applications with a new AppDynamics cloud service and open-source development tools.AppDynamics Cloud is a cloud-native service designed to let enterprises observe applications and take action to remediate performance problems.
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Available by the end of June, the service is built to observe distributed and dynamic cloud-native applications at scale, wrote chief marketing officer of Cisco AppDynamics, Eric Schou in a blog about the new offering.To read this article in full, please click here
Cisco is taking a big step toward cloud-management of both its Catalyst campus and Nexus data-center equipment.At the Cisco Live customer event this week, the company rolled out two cloud-based management services that provide more options for enterprises to support hybrid workforces.
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Catalyst management in the cloud
The first service, Cloud Management for Cisco Catalyst, lets customers manage and troubleshoot Catalyst 9000 switching and wireless campus and branch devices from the company’s cloud-based Meraki dashboard, which can manage and troubleshoot a wide variety of devices and networks from a single screen. According to Cisco, Catalyst customers can run a CLI command with information about their organization, and it will move management of that device over to the Meraki cloud.To read this article in full, please click here
Cisco is taking a big step toward cloud-management of both its Catalyst campus and Nexus data-center equipment.At the Cisco Live customer event this week, the company rolled out two cloud-based management services that provide more options for enterprises to support hybrid workforces.
[ Get regularly scheduled insights by signing up for Network World newsletters. ]
Catalyst management in the cloud
The first service, Cloud Management for Cisco Catalyst, lets customers manage and troubleshoot Catalyst 9000 switching and wireless campus and branch devices from the company’s cloud-based Meraki dashboard, which can manage and troubleshoot a wide variety of devices and networks from a single screen. According to Cisco, Catalyst customers can run a CLI command with information about their organization, and it will move management of that device over to the Meraki cloud.To read this article in full, please click here
Intel has introduced a reference design it says can enable accelerator cards for security workloads including secure access service edge (SASE), IPsec, and SSL/TLS.The upside of the server cards would be offloading some application processing from CPUs, effectively increasing server performance without requiring additional server rack space, according to Intel.
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The announcement was made at RSA Conference 2022, and details were published in a blog post by Bob Ghaffardi, Intel vice president and general manager of the Enterprise and Cloud Division.To read this article in full, please click here
Intel has introduced a reference design it says can enable accelerator cards for security workloads including secure access service edge (SASE), IPsec, and SSL/TLS.The upside of the server cards would be offloading some application processing from CPUs, effectively increasing server performance without requiring additional server rack space, according to Intel.
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The announcement was made at RSA Conference 2022, and details were published in a blog post by Bob Ghaffardi, Intel vice president and general manager of the Enterprise and Cloud Division.To read this article in full, please click here
Cisco made a variety of security upgrades at the RSA Conference designed to move security operation to the cloud, improve its Secure Access Service Edge offering and offer new simplified security end point control.The biggest piece of the Cisco roll out was a new overarching security platform called the Cisco Security Cloud will include unified management and policies, and offer open APIs to help grow a multivendor security ecosystem. Cisco defines the Security Cloud as a “multi-year strategic vision for the future of security.” It is an ongoing journey that began several years ago and Cisco will continue delivering upon the key tenets of this vision with a consistent roadmap. The cloud will be made up of existing products like Umbrella and offerings from Duo, other features will be developed in the future.To read this article in full, please click here
Cisco made a variety of security upgrades at the RSA Conference designed to move security operation to the cloud, improve its Secure Access Service Edge offering and offer new simplified security end point control.The biggest piece of the Cisco roll out was a new overarching security platform called the Cisco Security Cloud will include unified management and policies, and offer open APIs to help grow a multivendor security ecosystem. Cisco defines the Security Cloud as a “multi-year strategic vision for the future of security.” It is an ongoing journey that began several years ago and Cisco will continue delivering upon the key tenets of this vision with a consistent roadmap. The cloud will be made up of existing products like Umbrella and offerings from Duo, other features will be developed in the future.To read this article in full, please click here
Enterprise interest in Zero Trust Network Access (ZTNA) has soared over the past two years among organizations trying to enable secure anywhere, anytime, any device access to IT resources for employees, contractors and third parties.Much of this interest has stemmed from organizations looking to replace VPNs as the primary remote access mechanism to their networks and data. But it is also being driven by organizations seeking to bolster security in an environment where enterprise data is scattered across on-premises and multi-cloud environments, and being accessed in more ways than ever before.To read this article in full, please click here
The last few years have seen an explosion of interest in Zero Trust Network Access (ZTNA). The zero trust approach replaces the perimeter defense model with a "least privilege" framework where users authenticate to access specific data and applications, and their activities are continuously monitored.ZTNA gained a boost in the wake of the COVID-19 pandemic, with more employees working remotely. The old perimeter defense model, exemplified by VPNs, provides a secured internet connection that gives remote users privileges as if they were on an internal private network. This doesn't match up with a zero trust mindset; and to make things worse, many organizations found that their infrastructure couldn't handle the traffic loads created by large numbers of remote workers connecting via VPN. To read this article in full, please click here
Arriving at a consensus on when 6G wireless will be widely available commercially is all but impossible, as this small sample size shows:
Northeastern University researchers: More than five years, but probably not long after
Nokia CEO Pekka Lundmark: Definitely by 2030
ABI Research: Sometime in the 2030s
A magic 8-ball I found in my basement: Reply hazy, try again
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Then there is this intriguing quatrain by 16th century French physician, astrologer and renowned seer Nostradamus:To read this article in full, please click here
The pandemic has accelerated the development of better ways to serve and secure remote workers, which make it a good time to rexamine VPNS.Recently VPNs have received technical boosts with the addition of protocol options that improve functionality far ahead of where they were when first invented. At the same time, new security architectures zero trust network access (ZTNA), secure access service edge (SASE), and security service edge (SSE) are making inroads into what had been the domain of remote-access VPNs.To read this article in full, please click here
Malware targeting Linux environments has increased massively in the past year, with threat actors using a variety of techniques to carry out operations.
While elevated privilege attacks remain a critical security concern when using Microsoft products, a new report says that the raw number of vulnerabilities is dropping.
HYAS Confront uses domain expertise and proprietary machine learning to monitor and detect anomalies in production network environments and improve visibility as applications move to the cloud.
Secure access service edge (SASE) has generated a buzz over the last couple of years, particularly in light of the pandemic and its associated surge in remote employees. But SASE hasn’t quite materialized in the way Gartner – which first coined the term in a 2019 white paper – initially expected. In particular, there’s been pushback around the idea that SASE should be delivered by a single vendor, as a single integrated cloud service at the network edge.The SASE model combines network security functions with WAN capabilities, delivering the security elements in the cloud and using SD-WAN at the edge or in the cloud. Key security functions include secure web gateway (SWG), zero trust network access (ZTNA), firewall as a service (FWaaS), and cloud access security broker (CASB).To read this article in full, please click here