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Exam Code: 350-701 Practice exam 2022 by Killexams.com team
350-701 Implementing and Operating Cisco Security Core Technologies (SCOR)

350-701 SCOR
Certifications: CCNP Security, CCIE Security, Cisco Certified Specialist - Security Core
Duration: 120 minutes

This exam tests your knowledge of implementing and operating core security technologies, including:
Network security
Cloud security
Content security
Endpoint protection and detection
Secure network access
Visibility and enforcement

Exam Description
The Implementing and Operating Cisco Security Core Technologies v1.0 (SCOR 350-701) exam is a 120-minute exam associated with the CCNP Security, Cisco Certified Specialist - Security Core, and CCIE Security certifications. This exam tests a candidate's knowledge of implementing and operating core security technologies including network security, cloud security, content security, endpoint protection and detection, secure network access, visibility and enforcements. The course, Implementing and Operating Cisco Security Core Technologies, helps candidates to prepare for this exam.

25% 1.0 Security Concepts
1.1 Explain common threats against on-premises and cloud environments
1.1.a On-premises: viruses, trojans, DoS/DDoS attacks, phishing, rootkits, man-in-themiddle attacks, SQL injection, cross-site scripting, malware
1.1.b Cloud: data breaches, insecure APIs, DoS/DDoS, compromised credentials
1.2 Compare common security vulnerabilities such as software bugs, weak and/or hardcoded passwords, SQL injection, missing encryption, buffer overflow, path traversal, cross-site scripting/forgery
1.3 Describe functions of the cryptography components such as hashing, encryption, PKI, SSL, IPsec, NAT-T IPv4 for IPsec, pre-shared key and certificate based authorization
1.4 Compare site-to-site VPN and remote access VPN deployment types such as sVTI, IPsec, Cryptomap, DMVPN, FLEXVPN including high availability considerations, and AnyConnect
1.5 Describe security intelligence authoring, sharing, and consumption
1.6 Explain the role of the endpoint in protecting humans from phishing and social engineering attacks
1.7 Explain North Bound and South Bound APIs in the SDN architecture
1.8 Explain DNAC APIs for network provisioning, optimization, monitoring, and troubleshooting
1.9 Interpret basic Python scripts used to call Cisco Security appliances APIs
20% 2.0 Network Security
2.1 Compare network security solutions that provide intrusion prevention and firewall capabilities
2.2 Describe deployment models of network security solutions and architectures that provide intrusion prevention and firewall capabilities
2.3 Describe the components, capabilities, and benefits of NetFlow and Flexible NetFlow records
2.4 Configure and verify network infrastructure security methods (router, switch, wireless)
2.4.a Layer 2 methods (Network segmentation using VLANs and VRF-lite; Layer 2 and port security; DHCP snooping; Dynamic ARP inspection; storm control; PVLANs to segregate network traffic; and defenses against MAC, ARP, VLAN hopping, STP, and DHCP rogue attacks
2.4.b Device hardening of network infrastructure security devices (control plane, data plane, management plane, and routing protocol security)
2.5 Implement segmentation, access control policies, AVC, URL filtering, and malware protection
2.6 Implement management options for network security solutions such as intrusion prevention and perimeter security (Single vs. multidevice manager, in-band vs. out-ofband, CDP, DNS, SCP, SFTP, and DHCP security and risks)
2.7 Configure AAA for device and network access (authentication and authorization, TACACS+, RADIUS and RADIUS flows, accounting, and dACL)
2.8 Configure secure network management of perimeter security and infrastructure devices (secure device management, SNMPv3, views, groups, users, authentication, and encryption, secure logging, and NTP with authentication)
2.9 Configure and verify site-to-site VPN and remote access VPN
2.9.a Site-to-site VPN utilizing Cisco routers and IOS
2.9.b Remote access VPN using Cisco AnyConnect Secure Mobility client
2.9.c Debug commands to view IPsec tunnel establishment and troubleshooting
15% 3.0 Securing the Cloud
3.1 Identify security solutions for cloud environments
3.1.a Public, private, hybrid, and community clouds
3.1.b Cloud service models: SaaS, PaaS, IaaS (NIST 800-145)
3.2 Compare the customer vs. provider security responsibility for the different cloud service models
3.2.a Patch management in the cloud
3.2.b Security assessment in the cloud
3.2.c Cloud-delivered security solutions such as firewall, management, proxy, security intelligence, and CASB
3.3 Describe the concept of DevSecOps (CI/CD pipeline, container orchestration, and security
3.4 Implement application and data security in cloud environments
3.5 Identify security capabilities, deployment models, and policy management to secure the cloud
3.6 Configure cloud logging and monitoring methodologies
3.7 Describe application and workload security concepts
15% 4.0 Content Security
4.1 Implement traffic redirection and capture methods
4.2 Describe web proxy identity and authentication including transparent user identification
4.3 Compare the components, capabilities, and benefits of local and cloud-based email and web solutions (ESA, CES, WSA)
4.4 Configure and verify web and email security deployment methods to protect onpremises and remote users (inbound and outbound controls and policy management)
4.5 Configure and verify email security features such as SPAM filtering, antimalware filtering, DLP, blacklisting, and email encryption
4.6 Configure and verify secure internet gateway and web security features such as blacklisting, URL filtering, malware scanning, URL categorization, web application filtering, and TLS decryption
4.7 Describe the components, capabilities, and benefits of Cisco Umbrella
4.8 Configure and verify web security controls on Cisco Umbrella (identities, URL content settings, destination lists, and reporting)
10% 5.0 Endpoint Protection and Detection
5.1 Compare Endpoint Protection Platforms (EPP) and Endpoint Detection & Response (EDR) solutions
5.2 Explain antimalware, retrospective security, Indication of Compromise (IOC), antivirus, dynamic file analysis, and endpoint-sourced telemetry
5.3 Configure and verify outbreak control and quarantines to limit infection
5.4 Describe justifications for endpoint-based security
5.5 Describe the value of endpoint device management and asset inventory such as MDM
5.6 Describe the uses and importance of a multifactor authentication (MFA) strategy
5.7 Describe endpoint posture assessment solutions to ensure endpoint security
5.8 Explain the importance of an endpoint patching strategy
15% 6.0 Secure Network Access, Visibility, and Enforcement
6.1 Describe identity management and secure network access concepts such as guest services, profiling, posture assessment and BYOD
6.2 Configure and verify network access device functionality such as 802.1X, MAB, WebAuth
6.3 Describe network access with CoA
6.4 Describe the benefits of device compliance and application control
6.5 Explain exfiltration techniques (DNS tunneling, HTTPS, email, FTP/SSH/SCP/SFTP, ICMP, Messenger, IRC, NTP)
6.6 Describe the benefits of network telemetry
6.7 Describe the components, capabilities, and benefits of these security products and solutions
6.7.a Cisco Stealthwatch
6.7.b Cisco Stealthwatch Cloud
6.7.c Cisco pxGrid
6.7.d Cisco Umbrella Investigate
6.7.e Cisco Cognitive Threat Analytics
6.7.f Cisco Encrypted Traffic Analytics
6.7.g Cisco AnyConnect Network Visibility Module (NVM)

Implementing and Operating Cisco Security Core Technologies (SCOR)
Cisco Implementing test
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Killexams : Cisco Foundation Grantee Uses Data To Fight Climate Change and Rebuild Healthy Forests

By Peter Tavernise

Northampton, MA --News Direct-- Cisco Systems Inc.

Photo credit: Neil Hunt

In 2020, wildfires burned more than 4.3 million acres in California, home to Cisco’s headquarters and 39 million people. In terms of size, 4.3 million acres is on par with annual burn rates in the 1800s, before Europeans settled the western United States. What is different now is the severity of the fires due to climate change and overgrown, unhealthy and dry forests; 1.3 million of the acres burned in 2020 burned so severely that those forests will not grow back.

Intense fires that burn through a forest’s canopy release much more carbon than “normal” intensity fires, exacerbating global warming. The 2020 fires released 110 metric tonnes of carbon into the atmosphere – 40% more than California’s annual emissions.

Vibrant Planet/VP Data Commons is a hybrid public benefit corporation (PBC) and nonprofit organization that wants to eradicate these catastrophic wildfires in California and beyond. Their remedy? Data.

A recipient of funding through the Cisco Foundation’s $100 million climate portfolio, Vibrant Planet is creating sophisticated, cloud-based data visualization tools to facilitate faster and better-coordinated land management, fire prevention and forest restoration projects. These tactics are vital to mitigating the impact of climate change-fueled wildfires on people, communities, and the environment.

Vibrant Planet was built on the understanding that we need to embrace natural approaches to land and forest management, such as those practiced by Indigenous people for centuries before Europeans settled in the United States. Forest fires occurred back then, either started by lightning or set intentionally to clear undergrowth, and they ultimately made the forest more resilient. But over the last 200 years, logging and fire suppression became the standard for forests. This led to small and highly flammable trees and underbrush growing where large trees once stood, setting the stage for more intense and destructive fires.

When I first met with the leaders of Vibrant Planet in February 2021, I was floored by how much technical expertise, scientific knowledge, and deep personal commitment they brought to this challenge. Their team is comprised of elite tech industry product managers, software engineers, and data scientists, along with remote-sensing experts, foresters, ecologists, and academics all united by one purpose – to mitigate the devastating impacts of climate change on our planet and our people.

I recently spoke with Allison Wolff, co-founder of Vibrant Planet, and Brent Davies, president of Vibrant Planet Data Commons, its nonprofit sister organization, so I could share more about both women’s sense of personal purpose and their progress since we began funding their work in December 2021. Cisco Foundation has made a grant to the nonprofit VP Data Commons and a social impact investment to the for-profit Vibrant Planet, which together total US$1M.

This type of “binary star” arrangement between a nonprofit and a for-profit public benefit corporation is innovative and unique, and we are beginning to see more of this in the climate space.

Q: What inspired you both to get involved in this work?

Allison: I spent my career in Silicon Valley, focused on climate change solutions like data center efficiency, renewable energy, and building a coalition that helped green the grid. Then I became more interested in nature-based climate solutions. When the big fire season in 2018 hit California, I started talking to climate scientists I knew about the intersection between climate change and land management. I educated myself on the history of European settlers in America and their impact on U.S. lands. I started to see there was something we could do about the catastrophic fire problem, as long as we had the right information and worked together across jurisdictions, inclusive of different perspectives. I observed how data was gathered and planning was done. I saw the emergence of collaborative planning; because megafire doesn’t observe jurisdictional boundaries, siloed land management would no longer work. Different landowners and other stakeholders looking out for water quality, habitat, and carbon sequestration have to share a vision for large landscapes or whole watersheds, and that is hard without trusted data turned into useful information and modeling what’s possible. I saw a way to modernize and Excellerate collaborative planning and democratize access to the best possible science. Once I saw what was needed, I couldn’t not do it.

Brent: I started my career in forest conservation. I worked in a small village in Costa Rica, where I started a women’s cooperative with a group of local leaders to raise and sell butterflies, providing an income and an incentive to protect the surrounding rainforest from slash and burn agricultural practices. I earned a master’s degree in forest ecosystem analysis then worked for a nonprofit doing salmon recovery and leading educational programs for kids. That led me to Ecotrust, where I spent 20 years working in forest and watershed restoration. I learned that we have limited resources and restoration is expensive. We can’t do it all, so we need to figure out how to prioritize. I saw the power of advanced forest technologies, which helped us visualize the benefits and the tradeoffs of restoration. I saw that we need to work together and share the amazing data that scientists are coming up with. This motivated me to join VP Data Commons and work with Allison and her impressive team.

Q: Can you explain the relationship between Vibrant Planet and VP Data Commons?

Allison: I started Vibrant Planet as a nonprofit. But once we realized that we would need sophisticated product management and data engineering, we needed a for-profit to attract top talent, with a stake in success and competitive comp packages. We spun a public benefit corporation out of the nonprofit and created a hybrid structure where both entities share the mission of accelerating forest resilience. Vibrant Planet builds the technology solutions that put data into contexts for informing and monitoring land management decisions, and VP Data Commons has the express purpose of building the single trusted data repository for forest risk and resilience data. Collectively, we have an ethos that the data and the science should be free to encourage more scientific innovation. We are transferring the data produced at Vibrant Planet PBC into the VP Data Commons, which provides a catalog where scientists can get data the PBC built or link out to other relevant data sources.

Brent: The government is producing some great data that is usable, but they often aren’t doing it very quickly or as efficiently as we need it to address the scope and scale of the problem. VP Data Commons, as a nonprofit, can play that role of identifying project opportunities and taking action that a for-profit company or government couldn’t make work. It is easier for us to fail. We must push the envelope and find those new opportunities to address forest restoration and protection. We can be exclusively focused on the impact.

Q: What are some of the problems you are trying to solve?

Allison: It can take two to ten years to develop a land management plan – and half that time is spent trying to find relevant data, aggregate it and normalize it. Data for natural resources is siloed, and the planning process is pdf and paper-based, and slow. In the face of simultaneous, intertwined climate, wildfire, biodiversity, water, and health crises our future depends on how quickly we act. We are trying to provide more and better data that can be accessed easily by land managers and other key stakeholders (e.g. tribes, NGOs) to visualize possible treatment scenarios, model them into the future, and get to implementation faster and with much more robust information. Then monitor treatment progress.

Brent: Scientists all over the world are coming up with amazing data on forests and the land, but people on the ground doing the work often don’t have access to it or don’t have tools to use it. The government is producing some great data, too, but they often aren’t able to release it in a user-friendly format, nor as quickly as we need it to address the scope and scale of the problem. The Data Commons can review all this data that is being produced for general use, and we can tailor it and make it usable and in the format people need for their particular purpose.

Q: Can you share examples of the data you are aggregating?

Allison: One gap we saw is tree-level data to drive tree/house level decisions. Planners currently rely on LIDAR (a remote sensing technique that generates 3D images of the Earth’s surface characteristics). LIDAR is a snapshot in time. California has spotty LIDAR, and they have never flown all of the state’s forests. We’ve pulled in all publicly available LIDAR, then trained our algorithm on it to create a really fine-tuned, needle/leaf-level, high-resolution view of the forests. We then pull in satellite data and let the algorithm do the work to fill in the gaps where LiDAR didn’t exist. We call it synthetic LIDAR. We made this data-building machine to create what we call “tree-approximate objects” for the entire state of California and now we are tuning accuracy to see dominant tree species, individual tree crowns, and get an implementation-scale view of forests, which is important for our system. We are also working with one of the top forest carbon experts in the world, Dr. Sassan Saatchi, who is using a similar methodology for above-ground biomass. He is under contract with us to develop forest carbon data in a way that works for our planning system, so that it layers on top of that “tree-approximate object” layer elegantly. Dr. Sassan’s data will also be made publicly available through the Data Commons. Other layers include water, biodiversity, building and infrastructure.

Brent: LIDAR data can be expensive and take time to get. It is inaccessible to a lot of people. We are in conversation with a new tech company that is looking to fly balloons to gather LIDAR data. They can stay up in the air a lot longer and their resolution is incredible, but it is new technology. We are going to help them do the test flights and then if the data looks good, we will make it available for free in VP Data Commons. We would test it in different forest types and get it down to high resolutions, starting in the west.

Q: How is all of this amazing data used for land management, and by whom?

Allison: All the data mentioned above is packaged up and goes into our scenario building system, where different stakeholder groups involved in planning can access it and optimize a treatment plan, visually displayed, for their purpose. With a license to our software, different stakeholders can each build scenarios based on their objectives for the land.

For example, a group that is trying to protect species habitat is going to optimize their plan for biodiversity. A Cal Fire chief is going to optimize their plan for fire-adaptive communities. Then, each stakeholder can share their scenarios with each other, and for the first time, really see each other’s perspective. They can also layer them on top of each other so they can see where they have alignment. That is very, very hard to do today.

We are bringing robust data and data visualizations through an interactive tool to help different stakeholders be part of the same planning process, see each other’s perspectives, and drive to consensus much more efficiently. We don’t have 10 years for planning, or places like California won’t have much forest left – it’s that dire. So what we built is really a communication tool, using data as a way to collaborate and communicate more effectively, and make sure more progress happens faster.

Brent: Here’s another example. There is a community forest on the Washington coast that was under industrial timber management. Data from the U.S. Environmental Protection Agency demonstrated that if they extended the rotations for cutting down trees (i.e. let the trees grow longer) the forests could produce twice as much river water in late summer, which is when salmon really need it the most. The Native American Tribe in that area got behind it and was very supportive; the coalition leading the effort applied for and received funding to buy and protect that forest. It was because of that demonstration, a clear visualization that under different forest management conditions, there would be many ecosystem benefits for salmon and other species. That is the kind of thing we would like to see happen in more places.

Another example is the desire for more transparent monitoring, reporting, and verification (MRV) data for forest carbon projects. Specifically, as the Greenhouse Gas Protocol and Science-Based Targets initiative ramp up, we expect demand for this type of data to explode.

Q: How has Cisco Foundation support helped you?

Allison: The Cisco Foundation has connected me and the team to dozens of incredible people throughout the tech space, people working on complementary solutions, and like-minded funders. Some of those have become partners. The network around Cisco is so valuable. Being our thought partner on the needs in the space as well. All this in addition to supporting us financially, has been invaluable.

Brent: Without Cisco Foundation support I wouldn’t be here. VP Data Commons would still be operating primarily as a volunteer effort. Your support is allowing us to do the discovery phase – to identify use cases, needs in the marketplace, and opportunities for impact. And to talk to leading scientists and forest technology experts and find new opportunities, new partners and new technologies that could really help speed the pace of restoration and protection.

Q: What does success look like? What are the tangible outcomes of your work?

Allison: Our system can calculate multiple outputs – including carbon, water and biodiversity benefit of forest treatment plans, as well as the mix of workforce needed by project. You can imagine aggregating that to the state or national level to inform training program investments for prescribed fire, mechanical thinning, and other restoration work, including California Conservation Corps or AmeriCorps participants. Often with climate change it is not clear what we can do. But this is a climate-driven issue that we can actually do something about. We know what we need to do: we need to accelerate the pace and scale of forest restoration, helping these landscapes get back to some semblance of what they looked like pre-European American clear cuts and fire suppression. If we do, they can make it through climate change and they, in turn, might help us make it through climate change too. But we need to act now.

Brent: Data used in support of more resilient forests and communities. By restoring natural forest processes and better understanding how our changing climate is affecting forest function, we can help communities and land managers reduce the risk and severity of fires. Fire is natural and is one of the tools we should use more often in restoration—it’s not always bad. Fire-adapted forests and communities are tangible, long-term outcomes. There are also so many job opportunities. The workforce piece is incredibly important – we need hundreds of thousands more qualified people working outside on forest restoration projects, such as managing prescribed burns. We hope we can inspire people to see that restoring forest ecosystems is within reach and that there are great jobs available in managing forests differently than what we are doing now, and more people can be part of that movement.

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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 Excellerate 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 https://www.designnews.com/electronics-test/40-manufacturing-security-professionals-have-no-formal-security-strategy
Killexams : NIST selects 12 companies for implementing post-quantum cryptography

Microsoft, AWS, VMWare, Cisco Systems and Samsung are among 12 companies the National Institute of Standards and Technology has selected to guide the nation’s migration to cryptographic standards that are immune to the computation powers of a quantum machine.  

NIST revealed the list of companies Friday, noting their response to the agency’s Federal Register notice last fall, inviting collaborators to participate in the standardization process under a Cooperative Research and Development Agreement.  

Earlier this month, NIST made a big splash announcing that—after a long international competition—it has identified four algorithms that will form the basis of the new standards and continue to diversify the kinds of math used, to allow for greater resilience of encryption mechanisms heading into a quantum age. 

“While we have identified the algorithms … there still is a significant and important block of work ahead of us,” said Matthew Scholl, chief of the computer security division of NIST’s Information Technology Laboratory. 

Scholl, briefing NIST’s Information Security and Privacy Advisory Board Wednesday, said over the next, “good couple of months,” the agency, along with the Cybersecurity and Infrastructure Security Agency and the private-sector entities selected, will generate a primary set of standards for implementing the new algorithms.  

“We will work with the submission team and openly with the public community to define the specifics of those implementations, so that they meet the requirements that NIST laid out in our initial Federal Register [notice] back in 2016 about the security strengths of those implementations,” Scholl said. “We will also decide on the implementation parameters … which will allow it to be built into commercial products with enough specificity that it can be interoperable, and that also we can ensure its correctness.”

Under National Security Memorandum 10, issued in May, NIST and CISA have “a goal of mitigating as much of the quantum risk as is feasible,” by 2035, Scholl said, referencing the document. To promote a sense of urgency, he also cited a study by the Quantum Economic Development Consortia, which reported that it took five years for a single tech enterprise to transition internally to advanced encryption standards. 

“We’re in the window … to transition from a theoretical issue to an engineering issue,” he said, noting implementers will endure “a kind of cryptographic turbulence” over the next five to ten years.

“We are updating our signature standard right now, which will be coming out very soon,” Scholl said. “Not only are we going to bring new items in but we're going to be starting to drop items as well. It's gonna be a little bit of a mixed bag … we are going to be pulling things from inventories.” Up next to officially go is the use of a three-key triple data encryption standard, which NIST will disallow starting this December. 

Officials are also considering whether to keep certain industry practices in use, regardless of whether they are quantum proof. 

“We're also going to be looking at what industry is using commercially, has been using historically safely and securely, and whether or not we should also be including that, even though they may or may not be quantum safe going forward as well,” Scholl said.

Beyond shaping the standardization process, industry will also have the opportunity to market another round of technology to federal agencies as part of the post-quantum cryptography initiative.

“Border proxies that need line speed and security are hardwired, and so, my border firewalls are all in silicon rather than software. And they don't update so there might be an opportunity for industry to resell to the government, which they might like,” Scholl said. “One of the things that's going to have to happen with the NSM 10 work is for government to identify where those expenses are, where we don't have the agility, where we're gonna have to do some of these re-purchases and then start to plan and budget for that as well. So yeah, agility is going to be one of the things that makes me concerned.”

Scholl added: “We are relying a lot on the industry side to help us do that.” 

Joining Scholl on Thursday as the meeting of the NIST board continued, Natasha Cohen, who is leading CISA’s part in the implementation process, emphasized the extent to which a successful transition relies on industry doing its part. 

“The vast majority of risk lies in the vendors,” Cohen said. “And so if we can get the really important companies that provide the foundation for IT security and IT management in critical infrastructure to transition, then updating technologies to supported technologies—so moving unsupported technologies out of our ecosystem—we'll get the vast majority of risk out of our ecosystem.”

Tue, 19 Jul 2022 03:59:00 -0500 en text/html https://gcn.com/emerging-tech/2022/07/nist-selects-12-companies-implementing-post-quantum-cryptography/374641/
Killexams : Cybersecurity Market – 2022 by Manufacturers, Regions, Size, Share, Forecast to 2028

New Jersey, United States – Cybersecurity Market 2022 – 2028, Size, Share, and Trends Analysis Research Report Segmented with Type, Component, Application, Growth Rate, Region, and Forecast | key companies profiled -IBM (US), Cisco (US), Check Point (Israel), and others.

The development of the Cybersecurity Market can be ascribed to the developing complexity of digital assaults. The recurrence and power of digital tricks and violations have expanded over the course of the past 10 years, bringing about gigantic misfortunes for organizations. As cybercrimes have expanded essentially, organizations overall have directed their spending security advances to reinforce their in-house security foundations. Designated assaults have seen an ascent lately, invading targets’ organization framework and all the while keeping up with secrecy. Aggressors that have a particular objective as a top priority generally assault endpoints, organizations, on-premises gadgets, cloud-based applications, information, and different other IT frameworks. The essential thought process behind designated assaults is to interfere with designated organizations or associations’ organizations and take basic data. Because of these designated assaults, business-basic tasks in associations are adversely affected by business disturbances, protected innovation misfortune, monetary misfortune, and loss of basic and touchy client data. The effect of designated digital assaults influences designated associations as well as homegrown and worldwide clients.

According to our latest report, the Cybersecurity market, which was valued at US$ million in 2022, is expected to grow at a CAGR of approximate percent over the forecast period.

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Cybersecurity Market necessities develop at a higher rate than spending plans intended to address them. The majority of the little firms come up short on a financial plan and IT security mastery to take on improved network protection answers to defend their organizations and IT foundations from different digital assaults. The restricted capital subsidizing can be a significant controlling component for a few little and medium-sized organizations embracing the online protection model. Emerging companies in emerging nations across MEA, Latin America, and APAC frequently face a test to secure money and suitable subsidizing to embrace network protection answers for their business. The capital financing in these organizations is significantly procured for defending business-basic activities, now and again leaving less or no subsidizing for improving high-level network protection arrangements. Besides, network safety financial plans in the arising new companies are lacking to execute Next-Generation Firewalls (NGFWs) and Advanced Threat Protection (ATP) arrangements.

The distributed computing model is generally embraced because of its strong and adaptable framework. Numerous associations are moving their inclination toward cloud answers for improving on the capacity of information, and furthermore, as it gives far off server access on the web, empowering admittance to limitless registering power. The execution of a cloud-based model empowers associations to deal with every one of the applications as it gives a particular testing examination that runs behind the scenes. The execution of cloud can permit associations to join valuable Cybersecurity Market advancements, for example, programming characterized edges, to make vigorous and exceptionally secure stages. States in numerous nations issue extraordinary rules and guidelines for cloud stage security, which drives the Cybersecurity Market development across the globe. SMEs are continually looking to modernize their applications and foundations by moving to cloud-based stages, like Software-as-a-Service (SaaS) and Infrastructure-as-a-Service (IaaS).

Division Segment

Based on components, the cybersecurity market is segmented into hardware, software, and services. Cybersecurity technology is offered by various vendors as an integrated platform or a tool that integrates with enterprises’ existing infrastructure. Vendors also offer cybersecurity hardware associated with services that help organizations in implementing the required solution in their current infrastructure. In exact years, several developments have been witnessed in cybersecurity software and related hardware development kits.

Cybersecurity services are classified into professional and managed services. Professional services are further segmented into consulting, risk, and threat assessment; design and implementation; training and education; and support and maintenance. The demand for services is directly related to the adoption level of cybersecurity solutions. The adoption of cybersecurity solutions is increasing for securing business-sensitive applications.

Access the Premium Cybersecurity market research report 2022 with a full index.

Regional Analysis

North America, being a technologically advanced region, tops the world in terms of the presence of security vendors and cyber incidents. As the world is moving toward interconnections and digitalization, protecting enterprise-critical infrastructures and sensitive data have become one of the major challenges. North America is an early adopter of cybersecurity solutions and services across the globe. In North America, the US is expected to hold a larger market share in terms of revenue. The increasing instances of cyber-attacks are identified as the most crucial economic and national security challenges by governments in the region.

Businesses in this region top the world in terms of the adoption of advanced technologies and infrastructures, such as cloud computing, big data analytics, and IoT. Attacks are increasing dramatically and becoming more sophisticated in nature and targeting business applications in various industry verticals. Sophisticated cyber attacks include DDoS, ransomware, bot attacks, malware, zero-day attacks, and spear phishing attacks.
The infrastructure protection segment accounted for the largest revenue share in 2022, of the overall revenue. The high market share is attributed to the rising number of data center constructions and the adoption of connected and IoT devices. Further, different programs introduced by governments across some regions, such as the Critical Infrastructure Protection Program in the U.S. and the European Programme for Critical Infrastructure Protection (EPCIP), are expected to contribute to market growth. For instance, the National Critical Infrastructure Prioritization Program (NIPP), created by the Cybersecurity and Infrastructure Security Agency (CISA), helps in identifying the list of assets and systems vulnerable to cyber-attacks across various industries, including energy, manufacturing, transportation, oil & gas, chemicals, and others, which is damaged or destroyed would lead to national catastrophic effects.

Competitors List

Major vendors in the global cybersecurity market include IBM (US), Cisco (US), Check Point (Israel), FireEye (US), Trend Micro (Japan), NortonLifeLock (US), Rapid7 (US), Micro Focus (UK), Microsoft (US), Amazon Web Services (US), Oracle (US), Fortinet (US), Palo Alto Networks (US), Accenture (Ireland), McAfee (US), RSA Security (US), Forcepoint (US), Sophos PLC (UK), Imperva (US), Proofpoint (US), Juniper Network (US), Splunk (US), SonicWall (US), CyberArk (US), F-secure (Finland), Qualys (US), F5 (US), AlgoSec (US), SentinelOne (US), DataVisor (US), RevBits (US), Wi-Jungle (India), BluVector (US), Aristi Labs (India) and Securden (US).

The following are some of the reasons why you should Buy a Cybersecurity market report:

  • The Report looks at how the Cybersecurity industry is likely to develop in the future.
  • Using Porter’s five forces analysis, it investigates several perspectives on the Cybersecurity market.
  • This Cybersecurity market study examines the product type that is expected to dominate the market, as well as the regions that are expected to grow the most rapidly throughout the projected period.
  • It identifies exact advancements, Cybersecurity market shares, and important market participants’ tactics.
  • It examines the competitive landscape, including significant firms’ Cybersecurity market share and accepted growth strategies over the last five years.
  • The research includes complete company profiles for the leading Cybersecurity market players, including product offers, important financial information, current developments, SWOT analysis, and strategies.

Click here to get the full index of the Cybersecurity market research report 2022

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Thu, 14 Jul 2022 00:25:00 -0500 Newsmantraa en-US text/html https://www.digitaljournal.com/pr/cybersecurity-market-2022-by-manufacturers-regions-size-share-forecast-to-2028
Killexams : Florida CEO charged in 'massive scheme' selling fake Cisco hardware imported from China to hospitals, schools, and government agencies

In this photo illustration, the Cisco Systems, Inc. logo is...SOPA Images / Getty Images

  • Onur Aksoy established multiple stores to sell counterfeit Cisco Hardware, according to the DOJ.

  • Aksoy generated millions of dollars, reselling faulty hardware to hospitals, schools, and more.

  • The counterfeit hardware malfunctioned, causing damage to users' networks and operations.

A Florida-based CEO was charged with selling $1 billion worth of counterfeit Cisco equipment imported from China, according to the Department of Justice.

The Justice Department announced in a release on Friday that they arrested 38-year-old Onur Aksoy for allegedly running multiple stores that sold fraudulent Cisco hardware. The DOJ alleged that Aksoy imported the fake equipment from China and resold them to included hospitals, schools, government agencies, and the military under the company name "Pro Network" to make it appear legitimate.

According to a DOJ complaint filed in 2013, Aksoy bought counterfeit hardware at "95 to 98%" lower than authentic Cisco products. The counterfeit hardware malfunctioned, damaging the users' network and operations and costing them tens of thousands of dollars.

Aksoyn"allegedly ran at least 19 companies formed in New Jersey and Florida as well as at least 15 Amazon storefronts, at least 10 eBay storefronts, and multiple other entities," the

According to the DOJ statement, between 2014 and 2022, Customs and Border Protection seized 180 shipments of counterfeit Cisco devices being shipped to Pro Network. Under the alias of "Dave Durden," Aksoy falsely submitted paperwork to CBP to avoid investigation. In July 2021, federal agents obtained a warrant to search Aksoy's warehouse, where they seized 1,156 counterfeit Cisco hardware valued at over 7 million dollars.

"We are committed to maintaining the integrity and quality of Cisco products and services. Cisco is grateful to law enforcement and customs officials for their tremendous collaboration in this investigation and to the DOJ for bringing the perpetrator to justice," Cisco said in a statement to PC Mag.

According to the DOJ, Aksoy is charged with conspiracy to traffic in counterfeit goods and to commit mail and wire fraud, three counts of mail fraud, four counts of wire fraud, and three counts of trafficking in counterfeit goods. Prosecutors have set up a website for anyone who believed they were a victim of Aksoy's companies.

Read the original article on Insider

Sun, 10 Jul 2022 00:08:00 -0500 en-US text/html https://www.yahoo.com/gma/florida-ceo-charged-massive-scheme-174252958.html
Killexams : EdTech and Smart Classrooms Market Analysis by Size, Share, Key Players, Growth, Trends & Forecast 2027

"Apple (US), Cisco (US), Blackboard (US), IBM (US), Dell EMC (US),Google (US), Microsoft (US), Oracle(US),SAP (Germany), Instructure(US)."

EdTech and Smart Classrooms Market by Hardware (Interactive Displays, Interactive Projectors), Education System Solution (LMS, TMS, DMS, SRS, Test Preparation, Learning & Gamification), Deployment Type, End User and Region - Global Forecast to 2027

MarketsandMarkets forecasts the global EdTech and Smart Classrooms Market to grow from USD 125.3 billion in 2022 to USD 232.9  billion by 2027, at a Compound Annual Growth Rate (CAGR) of 13.2% during the forecast period. The major factors driving the growth of the EdTech and smart classrooms market include increasing penetration of mobile devices and easy availability of internet, and growing demand for online teaching-learning models, impact of COVID-19 pandemic and growing need for EdTech solutions to keep education system running.

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Interactive Displays segment to hold the highest market size during the forecast period

Interactive displays helps to collaborate teaching with tech boost social learning. As per a study it has been discovered that frequent group activity in classrooms, often aided by technology, can result in 20% higher levels of social-emotional skill development. Students in these classes are also 13% more likely to feel confident contributing to class discussions. Interactive display encourages the real time collaboration. SMART Boards facilitate the necessary collaboration for students to develop these skills. Creating an audience response system on the interactive display allows students to use devices to participate in class surveys, quizzes, and games, and then analyse the results in real time. A large interactive whiteboard (IWB), also known as an interactive board or a smart board, is a large interactive display board in the shape of a whiteboard. It can be a standalone touchscreen computer used to perform tasks and operations on its own, or it can be a connectable apparatus used as a touchpad to control computers from a projector. They are used in a variety of settings, such as classrooms at all levels of education, corporate board rooms and work groups, professional sports coaching training rooms, broadcasting studios, and others.

Cloud deployment type to record the fastest growth rate during the forecast period

Technology innovation has provided numerous alternative solutions for businesses of all sizes to operate more efficiently. Cloud has emerged as a new trend in data centre administration. The cloud eliminates the costs of purchasing software and hardware, setting up and running data centres, such as electricity expenses for power and cooling of servers, and high-skilled IT resources for infrastructure management. Cloud services are available on demand and can be configured by a single person in a matter of minutes. Cloud provides dependability by storing multiple copies of data on different servers. The cloud is a potential technological creation that fosters change for its users. Cloud computing is an information technology paradigm that delivers computing services via the Internet by utilizing remote servers, database systems, networking, analytics, storage systems, software, and other digital facilities. Cloud computing has significant benefits for higher education, particularly for students transitioning from K-12 to university. Teachers can easily deliver online classes and engage their students in various programs and online projects by utilizing cloud technology in education. Cloud-based deployment refers to the hosted-type deployment of the game-based learning solution. There has been an upward trend in the deployment of the EdTech solution via cloud or dedicated data center infrastructure. The advantages of hosted deployment include reduced physical infrastructure, lower maintenance costs, 24×7 accessibility, and effective analysis of electronic business content. The cloud-based deployment of EdTech solution is crucial as it offers a flexible and scalable infrastructure to handle multiple devices and analyze ideas from employees, customers, and partners.

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Major EdTech and smart classrooms vendors include Apple (US), Cisco (US),  Blackboard (US), IBM (US), Dell EMC (US), Google (US), Microsoft (US), Oracle(US), SAP (Germany), Instructure(US). These market players have adopted various growth strategies, such as partnerships, agreements, and collaborations, and new product enhancements to expand their presence in the EdTech and smart classrooms market. Product enhancements and collaborations have been the most adopted strategies by major players from 2018 to 2020, which helped companies innovate their offerings and broaden their customer base.

A prominent player in the EdTech and smart classrooms market, Apple focuses on inorganic growth strategies such as partnerships, collaborations, and acquisitions. For instance, in August 2021 Apple launched Mobile Student ID through which students will be able to navigate campus and make purchases using mobile student IDs on the iPhone and Apple Watch. In July 2020 Apple partnered with HBCUs to offer innovative opportunities for coding to communities across the US. Apple deepened the partnership with an additional 10 HBCUs regional coding centers under its Community Education Initiative. The main objective of this partnership is to bring coding, creativity, and workforce development opportunities to learners of all ages. Apple offers software as well as hardware to empower educators with powerful products and tools. Apple offers several applications for K-12 education, including Schoolwork and Classroom. The company also offers AR in education to provide a better learning experience. Teaching tools helps to simplify teaching tasks with apps that make the classroom more flexible, collaborative, and personalized for each student. Apple has interactive guide that makes it easy to stay on task and organized while teaching remotely with iPad. The learning apps helps to manage schedules and screen time to minimize the distractions and also helps to create productive learning environments and make device set up easy for teachers and parents. Apple has various products, such as Macintosh, iPhone, iPad, wearables, and services. It has an intelligent software assistant named Siri, which has cloud-synchronized data with iCloud.

Blackboard has a vast product portfolio with diverse offerings across four divisions: K-12, higher education, government, and business. Under the K-12 division, the company offers products such as LMS, Synchronous Collaborative Learning, Learning Object Repository, Web Community Manager, Mass Notifications, Mobile Communications Application, Teacher Communication, Social Media Manager, and Blackboard Ally. Its solutions include Blackboard Classroom, Collaborate Starter, and Personalized Learning. Blackboard’s higher education division products include Blackboard Learn, Blackboard Collaborate, Analytics for Learn, Blackboard Intelligence, Blackboard Predict, Outcomes and Assessments, X-ray for Learning Analytics, Blackboard Connect, Blackboard Instructor, Moodlerooms, Blackboard Transact, Blackboard Ally, and Blackboard Open Content. The company also provides services, such as student pathway services, marketing, and recruiting, help desk services, enrollment management, financial aid and student services, engagement campaigns, student retention, training and implementation services, strategic consulting, and analytics consulting services. Its teaching and learning solutions include LMS, education analytics, web conferencing, mobile learning, open-source learning, training and implementation, virtual classroom, and competency-based education. Blackboard also offers campus enablement solutions such as payment solutions, security solutions, campus store solutions, and transaction solutions. Under the government division, it offers solutions such as LMS, registration and reporting, accessibility, collaboration and web conferencing, mass notifications and implementation, and strategic consulting. The company has launched Blackboard Unite on April 2020 for K-12. This solution compromises a virtual classroom, learning management system, accessibility tool, mobile app, and services and implementation kit to help emote learning efforts.

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Fri, 22 Jul 2022 12:57:00 -0500 text/html https://www.benzinga.com/pressreleases/22/07/ab28176563/edtech-and-smart-classrooms-market-analysis-by-size-share-key-players-growth-trends-forecast-2027
Killexams : Logicalis SA introduces Managed Smart Wi-Fi, Business-in-a-Box and SD-WAN – powered by Cisco Meraki

In the post-pandemic, hybrid world of work, the rapid adoption and implementation of technologies has irrecoverably altered the way in which technology is consumed by employees and consumers, as well as the way through which it is delivered by IT departments.

Employees now access corporate data, apps, and systems, from anywhere, anytime, using numerous devices and platforms.

Some companies are scaling down their offices, while other businesses have become home-based offices to cut costs while providing employees with a hybrid work environment.

As part of Cisco’s digital transformation agenda, the company recently conducted a hybrid work study and found that the benefits for companies to move to this model seem to far outweigh the negatives for both corporates and employees.

A whopping 86,4% of employees reported that hybrid and remote working has improved all aspects of their well-being, with 76,1% of companies reporting that quality of work has risen due to hybrid working, alongside a 74,6% increase in productivity.

Given the current state of the economy, 81,7% of employees were also grateful for the time and money they are saving.

While change has become the only constant in the new world of work, one thing that hasn’t changed is the need to keep operations secure, fast, and efficient by using the right, powerful and reliable WiFi as well as other underlying security technologies.

Consequently, global IT solutions and managed service provider, Logicalis South Africa, has introduced three new managed service offerings targeted at SMMEs, namely Logicalis Smart Wi-Fi, Logicalis Business-in-a-Box, and Logicalis SD-WAN.

All three offerings are powered by industry leading Cisco Meraki devices.

Logicalis Smart Wi-Fi offers small to medium businesses as well as start-ups best-in-class Wi-Fi at a fixed monthly rate, with Logicalis deploying and remotely managing your corporate Wi-Fi for you.

Thanks to 24×7 monitoring, Logicalis Smart Wi-Fi offers cloud-based, real-time alerts for network problems and provides real-time remote troubleshooting and remediation.

Through Logicalis Business-in-a-Box, companies obtain higher performance, less downtime and particularly pertinent in today’s hybrid working world characterised by increased and increasingly sophisticated cyber threats, powerful threat detection.

“Security is built in across all three offerings thanks to the ability to block vulnerabilities quickly and benefit from leading security technologies like Cisco Advanced Malware Protection,” explains Claudio Busacker, Cisco Practice Manager at Logicalis SA.

Logicalis Business-in-a-Box comes with a Unified Threat Management layer to defend against advanced threats and protect your employee, business and customer’s data.

Logicalis SD-WAN ensures the highest possible level of performance for critical applications without sacrificing on security.

The savings realised from employing this offering will not only pay for the infrastructure upgrades, but also free up resources for Business Innovation.

Conrad Steyn, CTO at Cisco South Africa adds to this, stating: “With hybrid work here to stay, employees are increasingly operating from uncontrolled environments, using public and private networks and multiple devices.”

“Even though 53% of employees believe that securing their work devices are important and simple to do, there is still a significant portion of the workforce that must become comfortable with cybersecurity practices if hybrid working in SA is to be safe and effective.”

“However, choosing to go with these offerings from Logicalis, businesses have the convenience of a 100% cloud managed solution, which is reliable and secure.”

SMMEs need simple, secure, reliable solutions with predictable costs so that they can focus on doing what they do best.

The managed WiFi and SD-WAN packages from Logicalis, delivered over the Cisco Meraki platform, provides the perfect solution for small and midsize businesses to meet Wi-Fi network challenges.

For more info around these new service offerings, contact Logicalis on [email protected] 

Sun, 31 Jul 2022 17:02:00 -0500 Partner en-US text/html https://mybroadband.co.za/news/industrynews/454670-logicalis-sa-introduces-managed-smart-wi-fi-business-in-a-box-and-sd-wan-powered-by-cisco-meraki.html
Killexams : Cisco Systems (CSCO) Gains But Lags Market: What You Should Know

In the latest trading session, Cisco Systems (CSCO) closed at $43.22, marking a +1.24% move from the previous day. The stock lagged the S&P 500's daily gain of 1.5%. Elsewhere, the Dow gained 1.12%, while the tech-heavy Nasdaq added 0.16%.

Coming into today, shares of the seller of routers, switches, software and services had lost 4.96% in the past month. In that same time, the Computer and Technology sector lost 7.02%, while the S&P 500 lost 6.54%.

Cisco Systems will be looking to display strength as it nears its next earnings release, which is expected to be August 17, 2022. In that report, analysts expect Cisco Systems to post earnings of $0.82 per share. This would mark a year-over-year decline of 2.38%. Meanwhile, the Zacks Consensus Estimate for revenue is projecting net sales of $12.77 billion, down 2.75% from the year-ago period.

For the full year, our Zacks Consensus Estimates are projecting earnings of $3.35 per share and revenue of $51.22 billion, which would represent changes of +4.04% and +2.81%, respectively, from the prior year.

It is also important to note the exact changes to analyst estimates for Cisco Systems. exact revisions tend to reflect the latest near-term business trends. As a result, we can interpret positive estimate revisions as a good sign for the company's business outlook.

Research indicates that these estimate revisions are directly correlated with near-term share price momentum. We developed the Zacks Rank to capitalize on this phenomenon. Our system takes these estimate changes into account and delivers a clear, actionable rating model.

The Zacks Rank system, which ranges from #1 (Strong Buy) to #5 (Strong Sell), has an impressive outside-audited track record of outperformance, with #1 stocks generating an average annual return of +25% since 1988. The Zacks Consensus EPS estimate has moved 0.06% higher within the past month. Cisco Systems is currently sporting a Zacks Rank of #3 (Hold).

Digging into valuation, Cisco Systems currently has a Forward P/E ratio of 12.73. For comparison, its industry has an average Forward P/E of 15.73, which means Cisco Systems is trading at a discount to the group.

Meanwhile, CSCO's PEG ratio is currently 1.96. This metric is used similarly to the famous P/E ratio, but the PEG ratio also takes into account the stock's expected earnings growth rate. The Computer - Networking was holding an average PEG ratio of 1.96 at yesterday's closing price.

The Computer - Networking industry is part of the Computer and Technology sector. This industry currently has a Zacks Industry Rank of 153, which puts it in the bottom 40% of all 250+ industries.

The Zacks Industry Rank gauges the strength of our individual industry groups by measuring the average Zacks Rank of the individual stocks within the groups. Our research shows that the top 50% rated industries outperform the bottom half by a factor of 2 to 1.

You can find more information on all of these metrics, and much more, on Zacks.com.


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Thu, 07 Jul 2022 11:12:00 -0500 en-GB text/html https://uk.finance.yahoo.com/news/cisco-systems-csco-gains-lags-214509130.html
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