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Exam Code: 300-910 Practice test 2022 by team
300-910 Implementing DevOps Solutions and Practices using Cisco Platforms (DEVOPS)

300-910 DEVOPS
Certifications: Cisco Certified DevNet Professional, Cisco Certified DevNet Specialist - DevOps
Duration: 90 minutes

Exam Description
The Implementing DevOps Solutions and Practices Using Cisco Platforms v1.0 (DEVOPS 300-910) test is a 90-minute test associated with the Cisco Certified DevNet Professional and Cisco Certified DevNet Specialist - DevOps certifications. This test tests a candidate's knowledge of DevOps practices as it pertains to deployment automation that enables automated configuration, management, and scalability of cloud microservices and infrastructure processes on Cisco platforms. The course, Implementing DevOps Solutions and Practices Using Cisco Platforms, helps candidates prepare for this exam.

20% 1.0 CI/CD Pipeline
1.1 Describe characteristics and concepts of build /deploy tools such as Jenkins, Drone, or Travis CI
1.2 Identify the sequence, components, and integrations to implement a CI/CD pipeline for a given scenario
1.3 Troubleshoot issues with a CI/CD pipeline such as code-based failures, pipeline issues, and tool incompatibility
1.4 Identify tests to integrate into a CI/CD pipeline for a given scenario
1.5 Identify release deployment strategy (canary, rollbacks, and blue/green) for a given scenario
1.6 Diagnose code dependency management issues including API, tool chain, and libraries
15% 2.0 Packaging and Delivery of Applications
2.1 Identify the steps to containerize an application
2.2 Identify steps to deploy multiple microservice applications
2.3 Evaluate microservices and container architecture diagrams based on technical and business requirements (security, performance, stability, and cost)
2.4 Identify safe handling practices for configuration items, application parameters, and secrets
2.5 Construct a Docker file to address application specifications
2.6 Describe the usage of golden images to deploy applications
20% 3.0 Automating Infrastructure
3.1 Describe how to integrate DevOps practices into an existing organization structure
3.2 Describe the use of configuration management tools to automate infrastructure services such as Ansible, Puppet, Terraform, and Chef
3.3 Construct an Ansible playbook to automate an application deployment of infrastructure services
3.4 Construct a Terraform configuration to automate an application deployment of infrastructure services
3.5 Describe the practice and benefits of Infrastructure as Code
3.6 Design a pre-check validation of the network state in a CI/CD pipeline for a given scenario
3.7 Design a pre-check validation of the application infrastructure in a CI/CD pipeline for a given scenario
3.8 Describe the concepts of extending DevOps practices to the network for NetDevOps
3.9 Identify the requirements such as memory, disk I/O, network, and CPU needed to scale the application or service
15% 4.0 Cloud and Multicloud
4.1 Describe the concepts and objects of Kubernetes
4.2 Deploy applications to a Kubernetes cluster
4.3 Utilize objects of Kubernetes to build a deployment to meet requirements
4.4 Interpret the pipeline for continuous delivery of a Drone configuration file
4.5 Validate the success of an application deployment on Kubernetes
4.6 Describe method and considerations to deploy an application to multiple environments such as multiple cloud providers, high availability configurations, disaster recovery configurations, and testing cloud portability
4.7 Describe the process of tracking and projecting costs when consuming public cloud
4.8 Describe benefits of infrastructure as code for repeatable public cloud consumption
4.9 Compare cloud services strategies (build versus buy)
20% 5.0 Logging, Monitoring, and Metrics
5.1 Identify the elements of log and metric systems to facilitate application troubleshooting such as performance issues and streaming telemetry logs
5.2 Implement a log collection and reporting system for applications
5.2.a aggregate logs from multiple related applications
5.2.b search capabilities
5.2.c reporting capabilities
5.3 Troubleshoot a distributed application using AppDyanmics with Application Performance Monitoring
5.4 Describe the principles of chaos engineering
5.5 Construct Python scripts that use APIs to accomplish these tasks
5.5.a build a monitoring dashboard
5.5.b notify Webex Teams space
5.5.c responding to alerts and outages
5.5.d creating notifications
5.5.e health check monitoring
5.5.f opening and closing incidents
5.6 Identify additional application requirements to provide visibility into application health and performance
5.7 Describe Kubernetes capabilities related to logging, monitoring, and metrics
5.8 Describe the integration of logging, monitoring and alerting in a CI/CD pipeline design
10% 6.0 Security
6.1 Identify methods to secure an application and infrastructure during production and testing in a CI/CD pipeline
6.2 Identify methods to implement a secure software development life cycle

Implementing DevOps Solutions and Practices using Cisco Platforms (DEVOPS)
Cisco Implementing study help
Killexams : Cisco Implementing study help - BingNews Search results Killexams : Cisco Implementing study help - BingNews Killexams : Conexant and Cisco sign deal to swap IP for chip sets

Conexant and Cisco sign deal to swap IP for chip sets
By Loring Wirbel, EE Times
October 18, 2000 (7:51 p.m. EST)

NEWPORT BEACH, Calif. — Conexant Systems Inc. signed a pact with Cisco Systems Inc. this week that will provide Conexant access to intellectual property related to Cisco's Dynamic Packet Transport (DPT) technology, while Cisco receives a supply of chip sets that support DPT.

The work leading to the pact was critical in allowing Conexant to trial the CX29950 ring processor unit, a controller that supports the new Resilient Packet Ring architecture.

Cisco's DPT technology is one proposal in front of a new IEEE study group on resilient rings. The study group is slated to become Working Group 802.17 at IEEE's 802 plenary meeting in November. Conexant is following Cisco's general model of providing protection switching at the routing layer but is calling its implementation the Spatial Reuse Protocol, since DPT refers to Cisco's specific implementation.

The RPR study group entails many pr oposals for building counter-rotating fiber rings for metropolitan-area networks, borrowing concepts from Sonet, Gigabit Ethernet and the Fiber Distributed Data Interface. Cisco's DPT uses Layer 3 restoration, Nortel Networks is proposing a combined Layer 1/Layer 3 concept called InterWAN Packet Transport, Luminous Networks Inc. is including protection switching in a modified medium access control chip at Layer 2, and Lantern Communications Inc. is using Sonet Digital Wrapper technology.

"We saw a lot of merit in the proposals from the smaller companies," said Lauren Schlicht, product line manager for broadband internetworking solutions at Conexant's Boulder, Colo., group. "But at the end of the day, we took the attitude that whatever Cisco implements will probably get adopted by the industry.

"Still, the RPU architecture is flexible enough to follow where the IEEE study group goes."

The concepts embodied in resilient packet rings are so new themselves that only a handful of equipment companies t hus far have taken up the RPR banner. Conexant is the first semiconductor company to make public its intent to provide RPR controllers.

Conexant used a design for a ring-based packet controller, developed in the Boulder WAN operations and originally called the RAC-24. But in designing the CX29550, Conexant not only listened to Cisco's overall DPT strategy but consulted with other, new Conexant groups for an optimal design. Consulting operations included the Maker Communications unit, in Massachusetts, which will produce network coprocessors to be used with the RPU, and Israel-based Novanet Inc., which has sampled OC-48 CMOS Sonet framers that can operate in a Sonet-less fiber ring alongside the CX29550.

Conexant program manager Vince Eberhard said RPRs allow nodes to be added to or deleted from a metro fiber ring without requiring that the ring be brought down or reconfigured. The RPR proposals share the philosophy that rings should not require a master controller, nor should they require a token, li ke token ring or FDDI. Any node on the network should help recover from fiber cuts or single-node failures by automatically initiating a ring wrap around the failure.

The ring described its conditions to member nodes through the dynamic combination of control packets and data packets being sent. When a packet arrives at a node, it can be received, forwarded, received and forwarded for multicast traffic, stripped to check for error conditions, or examined for special cases such as ring wraps and pass-through modes. Every packet must be examined, so the ring operates totally in store-and-forward modes, with no cut-through operations.

Some of the trickiest elements in getting such rings to operate efficiently are the need to implement fairness so that one node cannot hog all the bandwidth; the need to have guaranteed protection switching that can operate within Sonet's 50-ms constraints; and the need to perform automated topology discovery to recognize new nodes on the ring.

Fairness is implemented through a series of transit buffers, which help carry out the Spatial Reuse Protocol at the heart of the Cisco approach. Ordinarily, Eberhard said, nodes must automatically set traffic-engineering constraints based on four traffic types: high-priority transit packets moving through a node, high-priority transmit packets being originated by a node, and low-priority versions of both transit and transmit packets. When a ring nears congestion, the nodes must perform both a global fairness check, to make sure the ring is operating optimally and fairly as a whole, and local optimization, to make sure that local subgroups are sharing bandwidth among themselves equitably. That is performed by having the low-priority transit buffer send congestion messages to other nodes on the ring.

Intelligent Protection Switching (IPS) operates with constraints identical to those of Sonet's Automatic Protection Switching, but without reserving extra bandwidth, as Sonet requires. Auto-notification of rings is sent out as a Laye r 3 message from any RPR node.

Finally, topology discovery messages are sent out on both fiber rings, and nodes respond by appending medium access control address information, using a 6-byte MAC field.

The first generation of RPU from Conexant has dual OC-48 (2.5-Gbit/second) MACs, and Conexant is designing an OC-192 (10-Gbit) follow-on for release in 2001. The controller supports packet address lookup, multicasting, priority processing, fairness implementation, topology discovery, protection switching and rate limitation. The chip interfaces to external SRAM to implement an external transit buffer of either 500-kbyte or 1-Mbyte density. There are also packet-over-Sonet Physical Layer 3 interfaces to both external Sonet framers and network processors.

"We have to continue to look at the partitioning of the controller over time," Schlicht said. "Do you throw the framer on-chip, or does that reduce flexibility? Are two MACs optimal? What's the best transit buffer size? We may want to offer differe nt devices over time, as packet rings are used more widely."

Conexant also is leaving bets open as to what kinds of network equipment OEMs will leap on the RPR bandwagon. Some may be opportunistic companies that develop specialized nodes for existing Cisco networks, she said. Others will develop a range of dedicated RPR nodes, RPR/10-Gbit Ethernet nodes, RPR/Sonet nodes, or some other hybrid that has yet to be defined. Even a server could turn into an RPR node.

And if Cisco's early success in cable TV hybrid fiber/coax networks is any indication, Schlicht said, the cable headend or wireless basestation could become a node for an RPR network, perhaps even earlier than traditional telco switches or routers.

Sun, 26 Jun 2022 12:00:00 -0500 en text/html
Killexams : 40% of manufacturing security professionals have no formal security strategy

In its 90-page 2017 Midyear Cybersecurity Report, Cisco raised a warning flag because of the accelerating pace and rising level of sophistication in the global cyber threat landscape. Focusing on manufacturing, the report said that the combination of connected devices on outdated machines might be “ripe for exploitation.” But even more concerning is what might be viewed as a muted response by companies to potential security breaches.

“A written security policy can provide a framework for improvements, yet according to the Cisco survey, 40 percent of the manufacturing security professionals said they do not have a formal security strategy, nor do they follow standardized information security policy practices such as ISO 27001 or NIST 800-53,” the report stated.

Percentage of manufacturers that use solutions from 6 or more security vendors

Source: Cisco 2017 Security Capabilities Benchmark Study

Key Concerns for Manufacturing

According to a Bloomberg study cited in the report, 80% of US factories are more than 20 years old and could be more vulnerable to attacks since systems are phased out gradually over time. Another potential issue is the use of a relatively large number of security vendors which could create a more complex and confusing picture as IT and OT personnel work together on security challenges, along with the number of personnel dedicated to security.

The report went on to state that, according to a study by the Global Center for Digital Business Transformation, “four out of 10 manufacturers will suffer market disruption over the next 5 years, in part because they do not modernize to meet offerings from more advanced competitors. Security plays a key role in competitive advantage because it can help maintain brand reputation and avoid revenue and customer losses.”

Number of trained security personnel in manufacturing organizations

Source: Cisco 2017 Security Capabilities Benchmark Study

Key Report Findings

The report, in general, has a goal of keeping businesses apprised of cyber threats and vulnerabilities, and the steps companies can take to Improve security and cyber-resiliency.  Two dynamics are making the challenge for companies more difficult: the escalating impact of security breaches and the pace of technological change.

Tactics being deployed by attackers is also a problem, so the report provides a comprehensive view of new developments in malware, attack methods, spam and unwanted applications such as spyware and business email compromise (BEC).

Cisco said it has been publishing annual and midyear cybersecurity reports for nearly a decade to alert security teams and businesses of known and emerging threats and vulnerabilities. But the diversity of content that threat researchers and technology partners presented in this latest report reflects the complexity of the modern threat landscape.

The expectation is that defenders will struggle to maintain ground as the IoT continues to expand and the prospect of new types of attacks in the future. In response, the security community “needs to expand its thinking and dialogue about how to create an open ecosystem that will allow customers to implement security solutions that will work best for their organization and make the most of existing investments.”

View the complete report here.

Wed, 22 Jun 2022 12:00:00 -0500 en text/html
Killexams : Integrated tech to boost your organisation's security A few days ago, a news article caught my eye – the CEO of a global company was talking about how unsuccessful he has been in getting his employees back into the office at pre-pandemic levels. One thing that the pandemic has taught us is that the hybrid world of work is here to stay. In fact, in a survey conducted by Cisco, an overwhelming 64% of employees said that the ability to work from anywhere is a big factor in their decision to stay at a job. It is no wonder that 80% of the Indian organizations surveyed by Forrester plan to adopt a hybrid work model over the next 12-24 months. Moreover, the pandemic has also accelerated the adoption of cloud to unprecedented levels. Gartner forecasts in India, more than half of enterprise IT spending in key market segments will shift to the cloud by 2025.

These two trends combined present an interesting conundrum – users and devices distributed across locations, accessing applications hosted on the public cloud, connected over the public internet – a nightmare scenario for any cybersecurity professional. India's Computer Emergency Response Team (CERT) reported more than 2.12 lakh cybersecurity incidents in 2022. And the most vulnerable to such cyber breaches were the small and medium businesses (SMBs). A Cisco study highlighted that three out of four SMB owners suffered a cyber incident in the last two years. And most importantly, around 97% of SMBs said the difficulty in integrating too many technologies they used was one of the prime reasons for not detecting and preventing such cyber breaches.

Technology integration holds the key to a robust cybersecurity architecture

What compounds this scenario is the evolving sophistication of the threat landscape. It is no longer sufficient to think about security as a bolt-on capability. It must be ubiquitous and integrated with the technology stack at the design stage itself. When everything is connected, businesses need to adopt a new security strategy that moves away from siloed protection and instead builds resilience through a focus on detection, response, and recovery.

To start with, personal identity has become the perimeter of security in this hybrid world and, therefore, the first line of defence. Taking a Zero Trust Approach (ZTA) to device and user security is crucial to be able to scale your endpoint protection. This means technologies like user access, device protection, and Secure Access Service Edge (SASE) need to work together, acting as a team, learning from each other, listening, and responding as a coordinated unit. This combination provides automated, always-on security that works everywhere your users go.

Applications are the lifeblood of all businesses today. Modern applications are distributed across public clouds and on-premises infrastructure. Across all these environments, it is critical that network, workload, and application security seamlessly work together to respond to threats in real-time.

It's all about simplicity and ease of operation

Against an increasingly complex cybersecurity environment, a lack of integration and orchestration between technologies across multiple vendors can prove to be debilitating in the face of a sophisticated, well-coordinated attack. In contrast, with an integrated approach to security, organisations can build intelligent automation that not only saves cost but also reduces response time to cyberattacks apart from incident analysis and remedial measures. As per a Cisco study, companies with well-integrated security technologies were seven times more likely to achieve high levels of automation that enable effective monitoring of cybersecurity threats. In addition, a single dashboard that provides unified visibility, intuitive automation, insights, and context across the entire security portfolio can allow organizations to detect, respond, and recover faster.

Most often, companies that want to build a robust security architecture do so by purchasing platforms and solutions from integrated solution providers rather than building them in-house. This approach saves both time and cost. Moreover, it is always desirable to build the cybersecurity architecture using a platform approach rather than implementing point solutions. Against this backdrop, CIOs and CISOs should review RFP (request for proposal) responses from technology vendors to ensure integration with the company's current security stack. Moreover, as the world moves to the cloud, cloud-based security solutions are a must to mitigate the ever-evolving threat landscape. With security teams stretched thin and threats looming, having a well-integrated security tech stack is a critical step for increasing efficacy, efficiency, and productivity in the cloud-first world.

Integration is a key aspect of digital transformation, and in the security realm, it can mean the difference between an intrusion attempt and a data breach. However, integration has to mean more than simple co-existence. True integration will Improve workflows, productivity, and security outcomes. Tightly integrated products help better secure users, networks, workloads, and applications.

The author is Anand Patil, Senior Director, Systems Engineering, Cisco India & SAARC

Sun, 19 Jun 2022 15:21:00 -0500 en text/html
Killexams : 30-Plus Certifications to Advance Your Networking Career

Aruba Networks certifications

Aruba Certified Switching Professional (ACSP)

Aruba Certified Mobility Associate (ACMA)

Aruba Certified Mobility Professional (ACMP)

Established program with various learning tracks and a range of certifications.

Certifications identify technical knowledge and skills, design, deployment, and management in complex settings. 

BICSI certifications

BICSI Technician (TECH)

Focused on supporting information technology systems, BICSI is a professional association with more than 26,000 members in approximately 100 countries.

The TECH credential is a midlevel certification targeting those with 1-3 years of documented industry experience.

The credential identifies professionals who understand and can apply installation-specific information, lead installation teams, perform testing and troubleshooting on copper and optical fiber installations, evaluate applications of cabling installation, make recommendations regarding codes and standards, and perform retrofits and upgrades for existing infrastructures.

Cisco certifications

Cisco Certified Network Associate Routing and Switching (CCNA)

Cisco Certified Network Professional Enterprise Certification and Training (CCNP Enterprise)

CCIE Enterprise Infrastructure Certification and Training

CCIE Enterprise Wireless Certification and Training

Cisco has a well-known and highly developed certification portfolio.

Certifications in this category are aimed at candidates interested in building careers in wired and wireless networking techniques and technologies, network design, or routing and switching technologies.

Certification paths range from entry level to expert.

Certifications are targeted to network specialists, administrators, support engineers and design engineers. 

CIW (Certified Internet Web Professional) 

CIW Network Technology Associate

Entry-level certification developed by CIW (formerly called Certification Partners).

The target audience includes technical sales, support engineers, network administrators, product managers and engineers.

Content focuses on mastering the basics of networking and exploring key concepts, skills and core terms to prepare candidates for job readiness in networking, internet protocols, network security, and more.

CompTIA certifications

CompTIA Network+

This is one of the most popular general networking certifications in the world.

It targets candidates seeking careers as network administrators, technicians or installers, help desk technicians, and IT cable installers.

Recognized or required by the Department of Defense, Dell, HP, Ricoh, Sharp and Xerox. Also required for Apple Consultants Network membership.

Certified Wireless Network Professional (CWNP)

Certified Wireless Network Administrator (CWNA)

Certified Wireless Design Professional (CWDP)

Certified Wireless Analysis Professional (CWAP)

Certified Wireless Network Expert (CWNE)

Established certification program offering a full complement of certifications ranging from entry-level to professional career certifications.

Certifications focus on enterprise Wi-Fi skills.

CWNP also offers Certified Wireless Security Professional (CWSP) and Certified Wireless Network Trainer (CWNT) credentials.

Electronics Technicians Association (ETA) International certifications

Computer Service Technician (CST)

Information Technology Security (ITS)

Network Computer Technician (NCT)

Network Systems Technician (NST)

Wireless Network Technician (WNT)

ETA offers more than 90 certifications targeting electronics professionals.

ETA is accredited by the International Certification Accreditation Council and has issued more than 180,000 certifications.

Extreme Networks certifications

Extreme Networks Certified Specialist (ECS)

Extreme Networks Sales Specialist (ESS)

​​Extreme Networks Design Specialist (EDS)

These technical certifications focus on practical, hands-on training to support and optimize an organization’s networks.

Multiple concentrations are available.

Hurricane Electric Internet Services certifications

Hurricane Electric IPv6 Certification

This free online certification project validates skills in basic IPv6 concepts.

Certification test includes IP address format, reverse DNS, localhost address, default routing, documentation prefix, link-local prefix, multicast prefix, traceroute, and IPv6 server configuration.

IPv6 Forum certifications

IPv6 Forum Silver or Gold Certified Engineer

The IPv6 Education Certification Logo Program promotes IPv6 education and helps candidates build skills to foster swifter adoption of IPv6.

Courses focus on practical application and consist of both instructor-led and hands-on lab instruction.

Juniper Networks certifications

Juniper Networks Certified Specialist Enterprise Routing and Switching (JNCIS-ENT)

Juniper Networks Certified Professional Enterprise Routing and Switching (JNCIP-ENT)

Juniper Networks Certified Expert Enterprise Routing and Switching (JNCIE-ENT)

JNCIS-ENT, JNCIP-ENT and JNCIE-ENT are vendor-specific credentials that address installation and support of LAN/WAN routers and switches in Juniper Networks’ technology-based networks.

Credential holders possess skills necessary to support large enterprise environments.

Nokia certifications

Nokia Network Routing Specialist II (NRS II)

This certification is for intermediate network professionals experienced with IP and Ethernet technologies.

NRS II certification recognizes advanced networking and service offerings that build on core aspects of Nokia service routing. The certification covers internet routing protocols, IP/MPLS networks, and implementing Nokia Layer 2 and Layer 3 services.

Note that Alcatel-Lucent operates as part of the Nokia Group. This certification was known as the Alcatel-Lucent Network Routing Specialist II (NRS II), and some study guides still refer to it as such.

Oracle certifications

Oracle Certified Expert, Oracle Solaris 11 Network Administrator 

Oracle has a well-established vendor-specific certification program. This certification validates the technical skills of system administrators who work with LANs and the Oracle Solaris operating system (Oracle Solaris OS).

The credential was formerly Sun Certified Network Administrator (SCNA).

Palo Alto certifications

Palo Alto Networks Certified Network Security Engineer (PCNSE)

PCNSE credential holders possess knowledge and technical skills necessary to install, configure and implement Palo Alto Networks technologies at the advanced engineering level.

The credential is targeted to partners, system engineers, system integrators, support engineers, pre-sales system engineers, support staff or anyone using Palo Alto Network technologies.

Riverbed Professional Services (RPS) certifications

Riverbed Certified Performance Engineering (RCPE)

The Riverbed Certified Performance Engineering (RCPE) program has several tracks, including WAN optimization, network and infrastructure visibility, network configuration, and more. Courses span foundational, associate and professional levels. 

RPS changed its education program from product-focused how-tos to a learning environment that teaches how to consider business needs, obstacles and solutions.

SolarWinds certifications

SolarWinds Certified Professional (SCP)

Credential validates skills in networking management fundamentals, network management planning, network management operations, network fault and performance troubleshooting, and Orion NPM administration.

The SCP is an accredited certification.

Wireshark certifications

WCNA Certification

Vendor-specific credential for professionals who use Wireshark to analyze network traffic and then use that information to troubleshoot, optimize and secure networks.

Wireshark is considered the de facto open-source product for network protocol analysis, with more than 400,000 downloads per month.

The WCNA test was certified by the U.S. Army in 2009 and covers Wireshark functionality, TCP/IP network communications, and network troubleshooting and security.

Tue, 28 Jun 2022 12:00:00 -0500 en text/html
Killexams : Finding solutions to evolving manufacturing challenges

Not only is the entire landscape of the manufacturing industry changing, but it’s changing at a rate not seen for over a generation. A mere glance reveals a vastly different looking sector compared to just two years ago, before the pandemic.

Here, Wes Sylvester, Vice President, Cisco Industry Solutions Group, explains the manufacturing challenges that this change has created and how the company provides solutions for its manufacturing customers.

There are few sectors or companies that have emerged unscathed from the upheaval of the previous two years; indeed, many companies are still dusting themselves off and dealing with the fallout of events such as COVID-19 and Brexit. In addition, the current geopolitical unrest in Ukraine has placed added pressure on already strained supply chains and has caused energy costs to skyrocket. And that’s before we consider the need for all manufacturers to reduce their impact on the environment.

A plethora of current challenges

The current conflict in Eastern Europe has also seen a rise in cyber attacks, which were already exponentially increasing with ever more sophisticated malicious attack vectors. One drawback of embracing technology, IoT, connectivity, and the drive towards digital transformation, is by increasing the number of connected devices within a business, plant, or factory, the more you increase the area of vulnerability to attack.

Networks are now more complex than they’ve ever been. They are especially complex on the factory floor where manufacturers are looking to bring legacy equipment onto networks which they were never designed to operate. Couple this with new hybrid-work environments, which expand the digital footprint of the manufacturer beyond the four walls of the factory, and you have potentially hundreds of access points for bad actors. And of course, when the pandemic hit, manufacturers had almost no time to implement new security solutions or collaboration tools, and connect legacy devices from the factory floor to the network. “There is no greater threat to a manufacturer than cyber threats,” Wes comments. “The attack surface is on the manufacturing floor and goes all the way to the employee and the machine.

cisco worker
Hybrid-work environments have expanded the digital footprint of the manufacturer beyond the four walls of the factory

“Manufacturers are more cyber vulnerable now than at any other point in time. Solutions that have increased production efficiency can also serve as a gateway for bad actors into the network, if not properly protected. All it takes is one weak link to let a bad actor in. If a manufacturer doesn’t have robust security, it isn’t a case of if they’ll experience a breach, it is when.”

Linked to the increase in digitisation is the massive influx of data within manufacturing operations; a key component of Industry 4.0. Metrics and data at manufacturers’ fingers tips can now provide them insight into the efficiencies and inefficiencies of their production lines.

However, merely having access to this data is not enough. A common phrase mentioned when discussing data is that it is ‘the new oil’. This belief is slightly erroneous. When oil is stored and sitting idle it still has an intrinsic value – data does not. Data only has a worth when it is put to use. “The challenge is what do manufacturers do with that information? And how can they leverage it to make real-time decisions that reduce downtime?” Wes adds. In addition, manufacturers cannot afford to overlook the importance of having the right skills in order to exploit the data that is available and reap the benefits.

The skills challenge

On the subject of skills, the manufacturing workforce is older now than at any other point in time since the industrial revolution. Baby boomers are retiring, the average age of a manufacturing operative in the UK is now over 50, and there aren’t enough skill-based workers from younger generations in the manufacturing industry to replace them.

Since the pandemic, we’ve also seen the great resignation with younger skill-based workers leaving jobs for alternative employments. Simply put, there are more jobs available in the manufacturing sector than there are skilled workers to fill them. Wes continues: “Data shows that nearly three and a half million manufacturing jobs will be needed to be filled over the next decade. Two million of them won’t be. And that is why Cisco is investing in higher education programmes that take action to train the next generation of skilled workers.”

Cisco skills
There are more jobs available in the manufacturing sector than there are skilled workers to fill them

Another huge challenge for manufacturers right now is of course, sustainability. There are new regulatory requirements that are forcing manufacturers to minimise their carbon footprint. Collaboration tools are a great solution here. A May 2020 Cisco Sweden study showed that transitioning 15-30% of external meetings to a virtual form would translate into an estimated $2.4-4.7bn per year and a reduction of carbon emissions of 550,000 tonnes.

Finally, time pressures are more acute for manufacturers today than they have ever been. Not only are they having to deal with the aforementioned challenges around supply chains, availability of materials, and energy costs, the profile of B2B customers has also shifted and is starting to mirror the B2C model. There are now expectations around same day delivery, real-time order tracking, customisation options, convenient return logistics and a seamless experience across mobile, web and in-store – all factors that were once the sole preserve of the consumer.

Therefore, costly downtime is always going to be a major challenge facing manufacturers. Time is money and for every second, minute, or hour that a production line is offline, it can ultimately cost the manufacturer millions. “We already know about the reduced workforce, and this means manufacturers need to do more with less by leveraging a secure network infrastructure to deliver solutions like analytics to the plant floor to help drive higher plant performance,” adds Wes.

With manufacturing teams and sites now dispersed throughout the world, how vital is it that communication channels/platforms are clear, flexible, reliable, and secure?

One of the outcomes of the COVID-19 pandemic has seen manufacturing teams spread and dispersed across the globe. Restrictions on travel meant that video calls calls replaced flights and site visits, dramatically changing how organisations communicated; not only with their customers and suppliers, but internally as well.

In some cases, teams and departments are operating completely separately and so manufacturers need to be utilising collaboration solutions that not just enable, but actively foster a culture of co-creativity and communication.

Leng d’Or, for instance, is a global snack food manufacturer based in Spain. Following the COVID-19 outbreak and the cessation of travel, the company required a solution that would allow them to establish a new production line in New Jersey (from their base in Europe). “They used Webex Expert on Demand, which is a collaboration solution that leverages augmented reality headsets from technology partners, like RealWear or Google Glass,” says Wes. “Factory floor workers in New Jersey would wear these headsets, enabled with a camera, and collaborate with designers and engineers in Barcelona by showing them exactly what they were seeing. Together they could create a solution. Now that travel has started again, Leng d’Or estimates their total travel is still down 30-40% because of this solution.”

What are the key benefits of the tools available from Cisco?

Wes explains that there are a broad range of products available, however, essentially there are three key areas that manufacturers should be paying attention to:

Networking: Digitisation cannot happen without a strong network infrastructure in place. This is what will ultimately enable video and mobility on the factory floor, collect and analyse data to drive decision making, and Improve equipment utilisation to reduce operating costs. This can include Cisco Meraki technology there is a broad portfolio of solutions available that includes switches, routers, private 5G, SD-WAN and more.

Collaboration: These are the tools that keep workers connected to each other. These solutions include Webex, and Webex Expert on Demand which leverage the RealWear headsets from Cisco’s technology partners. Ultimately these solutions ensure continuity of business operations, Improve worker productivity, and can reduce response and repair times.

Security: Last but certainly not least, is security. Manufacturing is usually in the top five most attacked industries. A robust security solution is necessary to protect critical business, customer and provider data, and maintain strong regulatory compliance. The Cisco portfolio of security solutions drives complete visibility over the networking, to include OT assets and legacy equipment, embeds security into factory workflows and operations, and allows the creation of segmentation across factories down to the macro level to protect individual zones, lines, equipment and devices.

What are the advantages for manufacturers who partner with Cisco?

“Cisco has been serving as a trusted advisor to global manufacturers for more than two decades,” continues Wes. “We have a comprehensive approach to manufacturing, from work cell to the cloud, or the factory to the carpeted floor spaces. Together with our ecosystem of solution partners, we help manufacturers put the right network infrastructure in place that allows them to leverage key data metrics, empower their workforce, and safeguard their operations.

“We don’t look at all manufacturers the same. We know that they are all different and have different challenges. We tailor programmes and solutions to meet manufacturers wherever they are in their digital transformation, solving their business challenges. If they’re ready for artificial intelligence and machine learning, then that’s what we will empower them with. If they’re just getting going in their digital journey, needing foundational network infrastructure, then that’s where we’ll start.

“Not all manufacturers are in the same place of their digital transformation – some are clear digital natives and are ready for artificial intelligence and advanced analytics. Others are testing the waters and need help developing a secure network that enables some of the critical solutions in the modern manufacturing industry, such as collaboration tools. We work with manufacturers across that spectrum, helping them to be more agile and resilient.”

Wed, 22 Jun 2022 21:02:00 -0500 en-GB text/html
Killexams : Software defined networking Market to receive overwhelming hike in Revenues by 2022-2030

The MarketWatch News Department was not involved in the creation of this content.

Jul 11, 2022 (Alliance News via COMTEX) -- Key Companies Covered in the Software defined networking Market Research are Arista Networks Inc., Broadcom Inc., Cisco Systems, Inc., Citrix Systems, Inc., Dell Technologies, Inc., Extreme Networks, Inc., Hewlett Packard Enterprise Development LP, International Business Machines Corporation, Juniper Networks, Inc., and NEC Corporation. and other key market players.

Software-defined networking is a networking approach that enables network to be centrally and intelligently controlled or programmed with the help of software-based controllers or application programming interfaces (APIs) to make a network easier and flexible to manage. It optimizes the network resources and quickly adapts networks to changing applications, business needs, and data traffic.

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In addition, it delivers a wide range of business benefits such as enhanced ability to respond quickly to the issues and outages for improved network availability, increased flexibility & acceleration of time-to-market for new applications, and programmability for making networking simple for organizations to automate their network functions and reduce operating costs.

Increase in adoption of cloud computing, surge in investments in software-defined networking/network function virtualization to reduce capital expenditures (CAPEX) and operating expenses (OPEX), and increase in need for mobility services are the major factors that drive the growth of the global software-defined networking market. Cloud computing and virtualization are enabling organizations to upgrade their networks with technologies such as software-defined networking to become flexible to respond varying IT and business requirements.

To keep pace in the competitive environment, various companies are deploying software-defined networking technology to revolutionize their network operations and design. In addition, the outbreak of the COVID-19 pandemic has led to increase in bandwidth usage, which is increasing the adoption and upgrades of software-defined networking technologies. However, legacy network equipment issues and security risks due to centralized nature of data plane may hinder the market growth.

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On the contrary, rise in the implementation of IoT applications and intelligent edge and coordination of these advanced technology/applications with software-defined networking are anticipated to provide remunerative opportunities for the growth of the global market. In addition, rise in demand for software-defined networking due to the emergence of 5G network is expected to be opportunistic for software-defined networking the expansion of the market during the forecast period.

The global software-defined networking market is segmented into component, organization size, end user, industry vertical, and region. On the basis of component, the market is categorized into solutions and services. The solution segment is further segregated into physical network infrastructure, virtualization & control software, and SDN applications. The services segment is subsegmented into professional services and managed services. By organization size, the market is classified into large enterprises and small- & medium-sized enterprises.

Depending on end user, it is fragmented into telecommunication service providers, cloud service providers, and enterprises. According to industry vertical, it is differentiated into IT, consumer goods & retail, BFSI, defense, telecom, healthcare, and others (media & entertainment, energy & power, and manufacturing). Region wise, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

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– The study provides an in-depth analysis of the software-defined networking market along with current trends and future estimations to elucidate imminent investment pockets.
– Information about key drivers, restrains, and opportunities and their impact analysis on the market size is provided in the report.
– Porter’s five forces analysis illustrates the potency of buyers and suppliers operating in the industry.
– The quantitative analysis of software-defined networking market for the period 2020-2027 is provided to determine the market potential.

– Solutions
o Physical Network Infrastructure
o Virtualization & Control Software
o Software-defined Networking Applications
– Services
o Professional Services
o Managed Services

– Large Enterprises
– Small- & Medium-sized Enterprises


– Telecommunication Service Providers
– Cloud Service Providers
– Enterprises

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– IT
– Consumer Goods & Retail
– Defense
– Telecom
– Healthcare
– Others

– North America
o U.S.
o Canada

– Europe
o Germany
o France
o UK
o Italy
o Spain
o Rest of Europe

– Asia-Pacific
o Japan
o China
o India
o South Korea
o Rest of Asia-Pacific

o Latin America
o Middle East
o Africa

Table of Content:

  • Market Definition and Overview
  • Research Method and Logic
  • Market Competition Analysis
  • Product and Service Analysis
  • Strategies for Company to Deal with the Impact of COVID-19
  • Market Segment by Type, Historical Data and Market Forecasts
  • Market Segment by Application, Historical Data and Market Forecasts
  • Market by by Region, Historical Data and Market Forecasts
  • Market Dynamic Analysis and Development Suggestions

Key Benefits for Industry Participants & Stakeholders

  • The Market Research allows the investors to understand the market size, dynamics, risks, and opportunities in the industry.
  • The market research report provides market sizing and forecast over major currencies - USD, EUR, JPY, GBP, and CHF.
  • This Market Research Report helps to forecast the revenues and analyze the market trends based on region, product type, and end-use.
  • The Market analysis of the market share of the can prove beneficial in terms of profit to the industry's participants and stakeholders.

Key Questions Answered in the Market Report

  • Which Manufacturing Technology is used for Market? What Developments Are Going on in That Technology?
  • Which Trends Are Causing These Developments? Who Are the Global Key Players in This Market?
  • What are Their Company Profile, Their Product Information, and Contact Information?
  • What Was Global Status of Market? What Was Capacity, Production Value, Cost and PROFIT of Market?
  • What Is Current Market Status of market Industry? What's Market Competition in This Industry, Both Company, and Country Wise?
  • What's Market Analysis of Market by Taking Applications and Types in Consideration?
  • What Are Projections of Global Market Industry Considering Capacity, Production and Production Value? What Will Be the Estimation of Cost and Profit?
  • What Will Be Market Share Report, Supply and Consumption? What about Import and Export?
  • What Is Market Chain Analysis by Upstream Raw Materials and Downstream Industry?

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Sun, 10 Jul 2022 18:09:00 -0500 en-US text/html
Killexams : #TECH: Cisco shows how hybrid work system successfully adopted for its employees No result found, try new keyword!According to a Cisco study titled "Employees are ready for hybrid work, are you?", hybrid work can Improve Malaysian employees' wellbeing, work-life balance and performance. "Work is what we do ... Sun, 26 Jun 2022 16:42:00 -0500 en-my text/html Killexams : Schools Plug Into BYOD: Mobile Devices Transform Learning at Katy ISD
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    Killexams : Fiber Optics Market 2022 – Future of Digital Businesses | Untapped Growth Opportunities Analysis Report to 2027

    The global fiber optics market size was USD 4.48 billion in 2019 and is projected to reach USD 9.73 billion by 2027, exhibiting a CAGR of 10.3% during the forecast period.

    Report 2022-2029, has been prepared based on an in-depth market analysis with inputs from industry experts. The Fiber Optics Market Size study sheds light on the important growth dynamics expected to prevail across the assessment period 2022-2029. It offers valuable information on changing market dynamics, major segments, top investment pockets, and competitive scenario for market players, investors, shareholders, and new entrants The study offers statistics of key segments across prominent geographies, along with a detailed mapping of the global competitive landscape.

    Request a trial Copy of the Research Report:

    The report covers extensive analysis of the key market players in the market, along with their business overview, expansion plans, and strategies. The key players studied in the report include:

    • Adtell Integration
    • Adtran, Inc.
    • ADVA Optical Networking
    • Broadcom, Inc.
    • Ciena Corporation
    • Cisco Systems, Inc.
    • CommScope
    • Corning, Inc.
    • Finisar Corporation
    • Fujitsu Optical Components Ltd.
    • Furukawa Electric
    • Hamamatsu Photonics K.K.
    • Hengtong
    • Huawei Technologies Co., Ltd.


    The emergence of IoT and Cloud Computing to Drive Market

    Optical fiber is seen as an ideal solution for reliable, and secure connections among IoT devices. The emergence of IoT and cloud computing has led to higher bandwidth and better connectivity in workplaces and commercial office buildings, which in turn, will spur opportunities for the market. The rising implementation of fiber optic for monitoring of asset locations, temperature, and oil reserve levels in industries will further enhance the growth of the market in the forthcoming years. The rising proclivity to Improve data traction, security parameters, and product automation will promote the growth of the market during the forecast period. Furthermore, the integration of cloud computing and fiber connectivity for constant streamline workflow will foster the growth of the market. Similarly, the adoption of cloud computing by many companies for customer relationship management (CRM) tools will simultaneously offer impetus to market. The rising cognizance of fiber optic including higher bandwidth speed capabilities, superior performance, and enhanced security will bode well for the market in the forthcoming years.

    Market Segmentation:

    By Component

    • Hardware
    • Fiber Optic Cables
    • Fiber Optic Connectors
    • Fiber Optic Adapters
    • Attenuators
    • Modules/Enclosures
    • Others
    • Software
    • Services
    • Professional
    • Testing Services

    By Application

    • Telecommunication
    • Smart Cities
    • Power Utilities
    • Aerospace and Defense
    • Industrial Automation and Control
    • Renewable Energy
    • Others

    By Region

    • North America (the U.S., and Canada)
    • Europe (The U.K., Germany, France, Italy, Spain and Rest of Europe)
    • Asia Pacific (China, Japan, India, Southeast Asia and Rest of Asia Pacific)
    • The Middle East and Africa (GCC, South Africa and Rest of the Middle East and Africa)
    • Latin America (Mexico, Brazil and Rest of Latin America)

    The report provides detailed insights on drivers, restraints, and opportunities to help the market players in devising several growth strategies. The rise in demand for compound semiconductor epitaxial wafer in consumer electronics, the surge in implementation of wafers in the automotive industry, and the increase in use of compound semiconductor wafers photovoltaic, photonics, spintronics, and others are expected to drive the growth of the global compound Fiber Optics Market during the forecast period. On the other hand, the extortionate cost of wafer manufacturing is expected to hinder the growth to some extent. However, the increase in popularity of IoT in wafers is expected to create ample opportunities for the industry.

    Have Any Query? Ask For Customization:

    What’s Included in the Report

    • Global Fiber Optics Market in Military and Aerospace Market size and growth projections, 2020- 2029
    • Fiber Optics Market in Military and Aerospace Market size, share, and growth projections across regions and countries, 2022- 2029
    • Fiber Optics Market in Military and Aerospace market size and CAGR of key products, applications, and end-user verticals, 2022- 2029
    • Short and long term Fiber Optics Market in Military and Aerospace Market trends, drivers, restraints, and opportunities
    • Porter’s Five forces analysis
    • Profiles of 5 leading companies in the industry- overview, key strategies, financials, and products
    • Latest market news and developments

    The report provides a detailed scenario of the impact of the Covid-19 pandemic on the compound Fiber Optics Market globally. The outbreak of COVID-19 has had a negative impact on the growth of the global compound Fiber Optics Market, owing to the prevalence of lockdowns in numerous countries across the globe. Lockdowns led to the closure of various electronics manufacturing hubs across the globe, adversely affecting the supply chain of Fiber Optics Market. This created a shortage of materials, components, and finished goods. However, the market is expected to recoup soon.

    The report offers detailed segmentation of the global compound Fiber Optics Market based on type, deposition technology, product, application, and region. These insights are helpful for new as well as existing market players to capitalize on the fastest growing and largest revenue-generating segments to accomplish growth in the future.

    Based on product, the power segment generated the highest market share in 2020, garnering more than one-fourth of the global market. The transistor segment, on the other hand, would cite the fastest CAGR during the forecast period.

    Product Overview

    Management of Fiber Optics Market deals with the creation of benefits for the past buying and provides incentives for future buying. The Rewards program provides the customer with strong value, with better customer penetration, cross-sales, and Market. A Market system comprises operational parameters that include; financing options, program design, and transaction types. It also incorporates different value parameters such as redemption thresholds, reimbursement options, and earnings rates. Many organizations concentrate their activities on spending on Market programs. This allows the promotion of brands and continues to attract a new audience. It helps collect more information and insights to develop a more sophisticated customer profile. For the reason of its influence on the brand value and the capability of Fiber Optics Market programs to sustain and attract potential customers, Market management is a key part of the seller strategy.

    An in-depth qualitative and quantitative research of the global Fiber Optics Market has been undertaken in this report. The study reckons various important aspects of the market by focusing on the historical and forecast data. Information pertaining to SWOT analysis as well as Porter’s five force model analysis has been encompassed in the report.

    Quick Buy – Fiber Optics Market Research Report:

    Table of Contents

    Detailed TOC of Fiber Optics Market Development Strategy Pre and Post COVID-19, by Corporate Strategy Analysis, Landscape, Type, Application, and Leading Countries
    1 Market Overview
    1.1 Product Definition and Market Characteristics
    1.2 Global Fiber Optics Market Size
    1.3 Market Segmentation
    1.4 Global Macroeconomic Analysis
    1.5 SWOT Analysis
    2. Market Dynamics
    2.1 Market Drivers
    2.2 Market Constraints and Challenges
    2.3 Emerging Market Trends
    2.4 Impact of COVID-19
    2.4.1 Short-term Impact
    2.4.2 Long-term Impact
    3 Associated Industry Assessment
    3.1 Supply Chain Analysis
    3.2 Industry Active Participants
    3.2.1 Suppliers of Raw Materials
    3.2.2 Key Distributors/Retailers
    3.3 Alternative Analysis
    3.4 The Impact of Covid-19 From the Perspective of Industry Chain
    4 Market Competitive Landscape
    4.1 Industry Leading Players
    4.2 Industry News
    4.2.1 Key Product Launch News
    4.2.2 M and A and Expansion Plans
    5 Analysis of Leading Companies
    6 Market Analysis and Forecast, By Product Types
    6.1 Global Fiber Optics Market Sales, Revenue and Share by Types(2017-2022)
    6.1.1 Global Fiber Optics Market Sales and Share by Types(2017-2022)
    6.1.2 Global Fiber Optics Market Revenue and Share by Types (2017-2022)
    6.1.3 Global Fiber Optics Market Price by Types (2017-2022)
    6.2 Global Market Forecast by Types (2017-2022)
    6.2.1 Global Market Forecast Sales and Market Share by Types(2022-2029)
    6.2.2 Global Fiber Optics Market Forecast Revenue and Share by Types(2022-2029)
    6.3 Global Sales, Price and Growth Rate by Types(2017-2022)
    7 Market Analysis and Forecast, By Applications
    7.1 Global Fiber Optics Market Sales, Revenue and Share by Applications(2017-2022)
    7.1.1 Global Fiber Optics Market Sales and Share by Applications(2017-2022)
    7.1.2 Global Fiber Optics Market Revenue and Share by Applications(2017-2022)
    8 Market Analysis and Forecast, By Regions
    8.1 Global Fiber Optics Market Sales by Regions(2017-2022)
    8.2 Global Fiber Optics Market Market Revenue by Regions(2017-2022)
    8.3 Global Fiber Optics Market Market Forecast by Regions(2022-2029)


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    Mon, 11 Jul 2022 00:13:00 -0500 TheExpressWire en-US text/html
    Killexams : Atlanta's gender pay gap widens in tech industry, according to study No result found, try new keyword!In a three-year period, technology jobs in Atlanta grew by 41.77% compared with the national average of 16.96%, according to the study. Corporations, including Microsoft Corp. and Cisco Systems ... Mon, 11 Jul 2022 09:52:00 -0500 text/html
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