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Exam Code: 350-701 Practice test 2023 by 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 test 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) test is a 120-minute test associated with the CCNP Security, Cisco Certified Specialist - Security Core, and CCIE Security certifications. This test 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
Killexams : Cisco Implementing test - BingNews Search results Killexams : Cisco Implementing test - BingNews Killexams : Mastering the Digital Landscape: SPOTO Introduces Comprehensive CCNP 350-401 Certification Training

In today’s digitally driven world, communications professionals play a vital role in connecting businesses and people around the world. With the increasing demand for network professionals, obtaining the CCNP 350-401 certification has become an important subject for IT professionals looking to advance their careers. Recognizing the importance of this certification, SPOTO, a leading provider of online certification training, is proud to present CCNP 350-401 training.

Cisco Certified Network Professional (CCNP) 350-401, also known as Implementing Cisco Enterprise Network Core Technologies (ENCOR), is a highly sought-after certification that validates the expertise and skills of professionals in the industry. Print solution. Designed for IT professionals who are familiar with the fundamentals of communication, the CCNP 350-401 certification covers many specific Topics essential to everyday communication.

Mr. James Wong, spokesperson for SPOTO, said: “At SPOTO, we understand the challenges IT professionals face in the difficult journey of business communication. Their work and success in a rapidly changing technology.”

The SPOTO CCNP 350-401 training course provides comprehensive course material covering basic concepts and best practices in network marketing. Course content is regularly updated to meet the latest business trends and Cisco standards to ensure candidates gain knowledge and skills. The course is delivered through a user-friendly online platform, so students can study on their own at their preferred location.

One of the key features of SPOTO CCNP 350-401 certification training is the team of experts. All instructors are network professionals with experience in building, developing and managing collaborative networks. The unique combination of skills and knowledge in this world allows candidates to gain insight into solving the world’s communication problems.

In addition, SPOTO’s CCNP 350-401 training includes hands-on lab work and practical situations to reinforce the theoretical concepts learned. The platform offers virtual labs that allow candidates to experiment with various communication technologies, thereby building their confidence in using solutions in business.

The training program also includes regular assessments and practice questions that allow candidates to measure their progress and identify areas that require further attention. SPOTO’s practice questions carefully simulate the real CCNP 350-401 certification exam, familiarizing candidates with the test pattern and ensuring they are well prepared to meet the challenges ahead.

To accommodate different learning styles and interests, SPOTO offers a flexible study program that can be tailored to the needs of each individual. Whether one is a self-learner or prefers professional guidance, the SPOTO CCNP 350-401 certification program has a solution for everyone.

SPOTO is very proud of its success so far, many candidates have achieved the CCNP 350-401 certification during the training. Many of the successful people share their experiences and show the success of the SPOTO training and the great impact it has on their career growth.

Finally, the CCNP 350-401 certification is an important stepping stone for collaboration professionals who want to do their work in the digital age. With SPOTO’s comprehensive and effective training, candidates can confidently prepare for the CCNP 350-401 test and position themselves as a valuable asset in a competitive market.

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Email: Send Email
Organization: spoto

Release ID: 89104352

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Tue, 08 Aug 2023 05:51:00 -0500 en text/html
Killexams : Implementing RADIUS with Cisco LEAP No result found, try new keyword!Another new addition is Cisco s proprietary offering (now being used by many third-party vendors), Lightweight Extensible Authentication Protocol (LEAP). LEAP is one of approximately 30 different ... Tue, 20 Feb 2018 21:27:00 -0600 en-US text/html Killexams : Microsoft, Intel lead this month's security fix emissions No result found, try new keyword!Downfall processor leaks, Teams holes, VPN clients at risk, and more Patch Tuesday Microsoft's August patch party seems almost boring compared to the other security fires it's been putting out lately. Tue, 08 Aug 2023 11:18:35 -0500 en-us text/html Killexams : Best CFP test Prep Courses of 2023

We independently evaluate all recommended products and services. If you click on links we provide, we may receive compensation. Learn more.

Certified Financial Planner (CFP) is a professional designation for the financial planning profession. Financial planners can earn the CFP designation after completing the CFP Board's education, exam, experience, and ethics requirements.

One of the more challenging steps in the process, the CFP exam, is a pass-or-fail test. You may register for the CFP test after meeting the CFP Board's education requirements. Once you pass the exam, you will be one step closer to becoming a CFP professional, one of the most elite financial planning designations.

To create our list of the best CFP test prep courses, we compared each program's features, including reputation, cost, guarantees, course materials, in-person classes, special features, and more. These are the best CFP test prep courses for aspiring CFP professionals.

Wed, 07 Jun 2023 23:28:00 -0500 en text/html
Killexams : Brenton Struck on Navigating the Complexities of Firewall Management

In today’s interconnected world, the security of our digital assets has become more crucial than ever. Businesses and individuals rely heavily on the Internet for communication, transactions, and data exchange. However, this reliance also opens us up to potential threats from malicious actors seeking to exploit vulnerabilities in our online defenses.

Firewalls are vital in safeguarding our networks and systems from these threats. They act as a protective barrier, filtering and monitoring incoming and outgoing traffic to allow only authorized communication and block potentially harmful or unauthorized access. As essential as they are, managing firewalls can be complex, requiring careful consideration and proper implementation to ensure optimal security without impeding legitimate operations.

To help guide us through the intricacies of firewall management, expert network administrator Brenton Struck offers his advice for avoiding some of the common pitfalls administrators face when managing firewalls. Brenton Struck is a dedicated Network Administrator with over five years of experience managing complex networks for large organizations. He is proficient in network technologies, including LAN, WAN, VPN, DNS, DHCP, and TCP/IP. Brenton’s expertise includes managing firewalls, routers, switches, and other network devices and monitoring network performance and security.

Understanding the Basics:

Before diving into the intricacies of firewall management, it’s essential to understand the basics. Firewalls can be hardware- or software-based, designed to protect a specific device, network, or cloud environment. The primary goal is to enforce security policies by examining the data packets flowing in and out of the protected environment.

  1. Defining Firewall Policies:

Effective firewall management starts with clearly defining firewall policies. These policies outline what traffic should be allowed and what should be denied. It’s essential to balance stringent security measures and facilitate critical services. Regularly reassessing and fine-tuning these policies is crucial as the digital landscape evolves.

  1. Regular Updates and Patches:

Like any software, firewalls require regular updates and patches to address newly discovered vulnerabilities and ensure optimal performance. Ignoring these updates can leave your network exposed to potential exploits. Hence, it’s essential to have a systematic approach to applying patches promptly and efficiently.

  1. Segmenting Networks:

Large organizations often have multiple departments or sections within their network. Segmenting these networks helps contain potential security breaches and prevent unauthorized lateral movement. If one segment is compromised, the others remain protected, reducing the overall impact of an attack.

“Understanding the fundamentals of firewall management is paramount in establishing a robust cybersecurity posture,” Brenton Struck says. “Firewalls, whether hardware or software-based, are indispensable tools to safeguard specific devices, networks, or cloud environments. Their primary mission is to enforce security policies by carefully scrutinizing the data packets flowing in and out of the protected environment.”

Common Challenges in Firewall Management:

While firewalls are fundamental to cybersecurity, managing them comes with its fair share of challenges. Here are some common obstacles and strategies to overcome them:

  1. Balancing Security and User Access:

Firewalls can inadvertently block legitimate traffic, hindering business operations. Finding the right balance between security and user access is crucial. Collaborating with different departments to understand their needs can help achieve this balance.

  1. Complexity of Rule Sets:

As networks grow and evolve, firewall rule sets can become overly complex, making identifying and addressing potential security gaps challenging. Regular audits of firewall rules and eliminating redundant or unnecessary rules can simplify the management process and Boost security.

  1. Lack of Skilled Personnel:

Firewall management requires expertise and understanding of the latest cybersecurity trends. However, many organizations struggle with a shortage of skilled personnel. Investing in training and hiring cybersecurity experts can help alleviate this challenge.

“Effective firewall management is crucial for maintaining a robust cybersecurity posture, but it comes with its fair share of challenges,” says Brenton Struck. “To ensure seamless operations, organizations must strike a delicate balance between security and user access while conducting regular audits to simplify the complexity of firewall rule sets and invest in skilled personnel.”

  1. Integrating with Cloud Environments:

With the growing popularity of cloud services, businesses often find themselves managing both on-premises firewalls and cloud-based security solutions. Integrating these environments seamlessly requires careful planning and coordination.

Best Practices for Effective Firewall Management:

To navigate the complexities of firewall management successfully, consider incorporating these best practices:

  1. Regular Security Audits:

Conduct regular security audits to identify vulnerabilities and assess the effectiveness of existing firewall rules. These audits help you stay proactive in addressing potential threats before they become major security breaches.

  1. Documentation and Change Management:

Maintain detailed documentation of firewall configurations, rule sets, and changes made over time. This documentation is a valuable resource for troubleshooting and helps quickly revert unwanted changes.

  1. Testing and Validation:

Before implementing any changes to the firewall rules, it’s crucial to test and validate them in a controlled environment. This approach reduces the risk of accidental misconfigurations affecting your production network.

  1. Employee Education:

Cybersecurity is a collective responsibility. Educate employees about the importance of security measures, such as password hygiene and recognizing phishing attempts, to minimize the likelihood of successful attacks.

“Effective firewall management is not just about implementing security measures; it’s a comprehensive approach that involves regular audits, meticulous documentation, thorough testing, and continuous employee education,” says Struck. “By adhering to best practices and staying vigilant in the ever-changing digital landscape, organizations can successfully navigate the complexities of firewall management, fortifying their cybersecurity strategy and safeguarding their digital assets.”

As the digital landscape evolves, firewall management remains essential to a robust cybersecurity strategy. By understanding the basics, addressing common challenges, and adopting best practices, organizations can navigate the complexities of firewall management effectively.

Remember that safeguarding your network is an ongoing process that requires constant vigilance and adaptation. Emphasizing collaboration, employee education, and skilled personnel can make all the difference in maintaining a secure and resilient digital environment in today’s fast-paced and interconnected world.

About Brenton Struck

Brenton Struck is an experienced Network Administrator with expertise in designing, implementing, and maintaining complex networks for large organizations. He has experience working with LAN, WAN, VPN, DNS, DHCP, and TCP/IP technologies. Brenton is adept at troubleshooting network issues and ensuring maximum network uptime. He is skilled in using network software, including Cisco IOS, Juniper, Palo Alto, and Fortinet. Brenton is a reliable team player who communicates effectively with technical and non-technical stakeholders.

Fri, 18 Aug 2023 05:50:00 -0500 Zach Nolan en-US text/html
Killexams : Do you trust your software? Why verification matters


There’s a reason the automotive industry only tests vehicles once they are functionally complete — because it’s the only way they can truly trust their product is going to perform as intended. Sure, the teams behind the individual parts that make up a functioning car test the individual components. But before any cars arrive on a dealer’s lot, the entire vehicle is crash-tested.

The same should be true for the software industry. What would be considered absurd in the auto industry — performing a crash test on just a single component (the door or the tires or the trunk) — is the norm for software organizations today. Software development organizations deliver their product daily, and sometimes hourly, by focusing on the components of the application — not the entire software lifecycle. 

Shifting left, threat modeling, static application security testing (SAST), dynamic application security testing (DAST), and software composition analysis (SCA) are critically important — but they focus on the components, giving you an incomplete view of whether consumers should trust of the final application that is set to hit the road.

The software industry should learn from the auto industry. The rise of software supply chain attacks has changed the game for software development and security operations center (SOC) teams. In a exact Dimensional Research survey of more than 300 IT professionals, teams said that the risks from such attacks are now enterprise-wide — and that their tools were woefully inadequate for controlling that risk.

Trust is critical for organizations today, which rely on software to operate. Here’s why being able to verify all software (whether you’re a producer or consumer), downloads, emails and files is essential to managing risk — and why that requires you to upgrade your tools and approach.

[ See Webinar: ReversingLabs @ Hacker Summer Camp 2023 | Plus: Bookmark our event landing page ]

SolarWinds: The wake-up call heard around the world

The need for holistic scrutiny of software is a relatively exact development. It took some painful incidents for chief information security officers to awaken to the problem. Most prominent CISOs today typically have 20 to 30 years of experience, having started on the lower rungs of the security ladder and climbed their way to the top.

That means that when these CISOs started in the field, “security” meant network security. That frame of mind colored their approach, which centered on the idea that adversaries could be held at bay by strong perimeter defenses alone. But as the idea of the fortress network began to erode and CISOs were warned about the importance of application security, many of them remained convinced that a stronger firewall was all that was needed. Or maybe that plus closing port 80 or 443 — even though that would essentially shut down the company.

They were told they needed SAST, DAST, and SCA, which focused on traditional vulnerabilities (cross-site scripting, SQL injection, etc.). And there was also a greater concern about the software produced by the organization’s developers, using open-source software and other third-party code.

The SolarWinds attack changed that thinking in a big way. Attackers inserted malicious code into the company’s Orion software, which is used by many government agencies, including the U.S. departments of State, Justice, and Defense, and by many Fortune 500 companies, including FireEye, Microsoft, Cisco, and Intel. The code enabled the threat actors to gain access to the networks of Orion users — and showed that even the most trusted software vendors can be compromised.

The attack, which damaged the reputations of the organizations that were affected, gained the attention of company executives across the world. It also had a significant impact on the global economy, costing businesses billions of dollars in lost productivity and remediation costs. This caused the federal government to take action as well.

For application security teams, SolarWinds demonstrated that software supply chain attacks are a serious threat and highlighted the need for organizations to Boost their supply chain security practices by shifting their focus from traditional threats to malware, secrets exposure, and tampering. 

Before SolarWinds, the consequences of inadequate software supply chain security were largely theoretical. Now there are actuarial tables and real events as measures of how bad things can get. It’s not a matter of debate anymore.

The SolarWinds attack opened the floodgates for software supply chain attacks, including Log4j, CodeCov, Kaseya, OpenSea, Colonial Pipeline, and 3CX. Before SolarWinds, the consequences of inadequate software supply chain security were largely theoretical. Now there are actuarial tables and real events as measures of how bad things can get. It’s not a matter of debate anymore.

The software trust deficit

As someone with 20 years of Fortune 10 global executive security leadership experience at some of the largest software producers and consumers of software, I’ve seen both sides of software security. I know what can go right and what can go wrong. On the wrong side is believing that component security alone is enough to produce trustworthy software. On the right side is taking a holistic approach to software supply chain security.

Traditional approaches to application security are always going to be needed, much like the testing of individual components on a car. Shifting left, for example, is great. You should be doing software testing as early as it makes sense in the SDLC. It gives you a valuable component view of your software, even if you lose some context in the process.

But approaches such as SAST are useful only when it’s your application, when you have access to source code, and when the only types of vulnerabilities you’re worried about are cross-site scripting, SQL injection, etc. If the source code is not yours, if you don’t have access to it, and if you’re also worried about things such as malware, tampering, malformed signatures, etc., traditional app sec tools won’t help you.

And while DAST tools are a great complement to SAST tools for confirming vulnerabilities, they won’t tell you if you have malware, tampering, or malformed signatures. And they won’t tell you anything about any third-party components, whether commercial or open source — or which contain high CVE vulnerabilities. DAST is also limited to web applications, not thick-client applications, binaries, etc. By the time you run DAST tools, your environment may already be compromised, because DAST tools require you to have already installed the application and to observe it at its runtime.

What’s needed in the age of sophisticated and persistent software supply chain attacks is a modern approach to application security. Going beyond those traditional approaches is now a requirement to create truly trustworthy software. By implementing a holistic approach to application security, you can analyze a final product — your final, complete package. To do that, you need to be able to analyze thousands of file types and be able to identify potential malicious code, typically from repositories of millions of malware samples.

Through this holistic approach, you’ll be able crash-test your application environment — and trust the software running in your organization.

Let’s talk trust 

ReversingLabs is uniquely positioned to deliver trust for all software. The ReversingLabs Software Supply Chain Security platform goes beyond traditional application security, offering behavioral and differential analysis of complete software packages. The platform is based on the ReversingLabs Titanium platform, the largest file reputation repository in the world, which ReversingLabs has been building for the past 10 years.

Trust is something that should extend to a host of file types across on-premises and the cloud, including files, downloads, e-mails etc. The Titanium platform is the most comprehensive in the industry.

As ReversingLabs’ new Chief Trust Officer, I’d love to meet with you at Black Hat to talk trust. Request to set up a time to chat. You can also get a free software analysis at our booth, showing all threats, risks, vulnerabilities, and malware, with results delivered to you in a comprehensive and prioritized report.

*** This is a Security Bloggers Network syndicated blog from ReversingLabs Blog authored by Saša Zdjelar. Read the original post at:

Tue, 08 Aug 2023 06:26:00 -0500 by Saša Zdjelar on August 8, 2023 en-US text/html Killexams : Discover the Future of Networking with CCNP Enterprise: What to Expect

As technology continues to rapidly evolve, the demand for skilled and certified networking professionals has never been higher.

In response to this growing need, the Cisco Certified Network Professional (CCNP) Enterprise program has undergone a significant transformation with the introduction of the CCNP ENCOR (Enterprise Core) exam. Networking enthusiasts and professionals alike can now explore the cutting-edge landscape of networking through this revamped certification.

The CCNP Enterprise program has long been recognized as a hallmark of excellence in the field of networking. It equips individuals with the skills and knowledge required to design, implement, manage, and troubleshoot modern enterprise networks. The latest addition to this prestigious program, the CCNP ENCOR exam, promises to take networking expertise to new heights.

Key highlights of the CCNP ENCOR certification include:

1. Comprehensive Core Knowledge: The CCNP ENCOR test covers a wide range of networking topics, ensuring that candidates acquire a robust understanding of modern network fundamentals. From network design principles to advanced security protocols, participants will gain the skills needed to excel in complex enterprise environments.

2. Emerging Technologies: Staying ahead in the world of networking requires an understanding of emerging technologies. The CCNP ENCOR curriculum delves into areas such as automation, virtualization, network assurance, security, and more. This forward-looking approach prepares professionals to tackle the challenges of tomorrow's networking landscape.

3. Hands-On Practical Experience: CCNP ENCOR goes beyond theoretical knowledge by emphasizing practical skills. Candidates can expect to engage in hands-on labs and real-world scenarios that mirror the challenges faced by networking professionals in their day-to-day operations.

4. Industry-Recognized Certification: Earning the CCNP ENCOR certification demonstrates a high level of expertise and dedication. It serves as a validation of an individual's ability to design and manage modern enterprise networks, making them a sought-after asset in the job market.

To learn more about the CCNP Enterprise program and the new CCNP ENCOR exam, networking enthusiasts and professionals are encouraged to visit our official website and explore the detailed curriculum, test objectives, and resources available. Whether you are looking to advance your career, enhance your skills, or embark on a new networking journey, CCNP ENCOR offers a comprehensive and relevant path to success.

"CCNP Enterprise: What to Expect" is not just a certification—it's a gateway to the future of networking. As technology continues to transform the business landscape, those with the right skills and knowledge will be at the forefront of innovation. Join us in shaping the future of networking by embarking on the CCNP ENCOR journey today.

About Spoto:

Spoto is a leading provider of networking education and certification programs. With a focus on empowering individuals with the skills needed for success in the digital age, Spoto offers a range of training options, resources, and certifications that are recognized and respected throughout the industry. The CCNP ENCOR certification is the latest addition to Spoto 's commitment to delivering high-quality, up-to-date networking education. Check out more to start your career in CCNP.

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Release ID: 89105006

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Wed, 16 Aug 2023 00:22:00 -0500 en text/html
Killexams : Maui and Using New Tech To Prevent and Mitigate Future Disasters

Because of climate change, we are experiencing far more natural disasters than ever before in my lifetime. Yet we still seem to be acting as if each disaster is a unique and surprising event rather than recognizing the trend and creating adequate ways to mitigate or prevent disasters like we just saw in Hawaii.

From how we approach a disaster to the tools we could use but are not using to prevent or reduce the impact, we could better assure ourselves that the massive damage incurred won’t happen again. Still, we continually fail to apply what we know to the problem.

How can we Boost our approach to dealing with disasters like the exact Maui fire? Let’s explore some potential solutions this week. Then we’ll close with my Product of the Week, a new all-in-one desktop PC from HP that could be perfect for anyone who wants an easy-to-set-up-and-use desktop computing solution.

Blame vs. Analysis

The response to a disaster recovery should follow a process where you first rescue and save the living and then analyze what happened. From that, you develop and implement a plan to make sure it never happens again. As a result of that last phase, you remove people from jobs they have proven unable to do, but not necessarily those that were in key positions when the disaster happened.

Instead, we tend to jump to blame almost immediately, which makes the analysis of the cause of a disaster very difficult because people don’t like to be blamed for things, especially when they couldn’t have done anything differently.

Generative AI could help a great deal by driving a process that focuses on the aspects of mitigating the problem that would have the most significant impact on saving lives both initially and long-term rather than focusing on holding people accountable.

Other than restrictions this puts on analyzing the problem, focusing on blame often stops the process once people are indicted or fired as if the job is done. But we still must address the endemic causes of the issue. Someone who has been through this before is probably better able to prioritize action should the problem arise again. So, firing the person in charge with this experience could be counterproductive.

Generative AI, acting as a dynamic policy — one that could morph to address a wide range of disaster variants best — could provide directions as to where to focus first, help analyze the findings, and, if properly trained, recommend both an unbiased path of action and a process to assure the same thing didn’t happen again.

Metaverse Simulation

One of the problems with disasters is that those working to mitigate them tend to be under-resourced. When disaster mitigation teams devise a plan, they often face rejection due to the government’s unwillingness to pay for the implementation costs.

Had the power company in Hawaii been told that if they didn’t bury the power lines or at least power them down, they’d go out of business, one of those two things would have happened. But they didn’t because they didn’t do risk/reward analysis well.

All of this is easy for me to say in hindsight. Still, with tools like Nvidia’s Omniverse, you can create highly accurate and predictive simulations which can visibly show, as if you were in the event, what would happen in a disaster if something was or were not done.

Is Hawaii likely to have a high-wind event? Yes, because it’s in a hurricane path and has a history of high wind events. So, it would make sense to run simulations on wind, water, and tsunami events to determine likely ways to prevent extreme damage.

The answer could be something as simple as powering down the grid during a wind event or moving the electrical wiring underground if powering down the grid was too disruptive.

In addition, you can model evacuation routes. We know that if too many people are on the road at once, you get gridlock, making it difficult for anyone to escape. You must phase the evacuation to get the most people out of an area and prioritize getting out those closest to the event’s epicenter first.

But as is often the case, those farthest from the event have the least traffic, and those closest are likely unable to escape, which is clearly a broken process.

Through simulation and AI-driven communications, you should be able to phase an evacuation more effectively and ensure the maximum number of people are made safe.


Another significant issue when managing disasters is communications.

While Cisco typically rolls trucks into disaster areas to restore communications as part of the company’s sustainability efforts, it can take days to weeks to get the trucks to a disaster, making it critical that the government has an emergency communication platform that will operate if cell towers are down or have hardened the cell towers, so they don’t go down.

Interestingly, during 9/11, all communication was disrupted in New York City because there was a massive communications hub under the towers that failed when they collapsed. What saved the day was BlackBerry’s two-way pager network that remained up and working. In our collective brilliance, instead of institutionalizing the network that stayed up, we discontinued it and now don’t have a network that will survive the disasters we see worldwide.

It’s worth noting that BlackBerry’s AtHoc solution for critical event management would have been a huge help in the response to this latest disaster on Maui.

Again, simulation can showcase the benefits of such a network and re-establishing a more robust communications network that will survive an emergency since most people no longer have AM radios, which used to be a reliable way to get information in a disaster.

Finally, autonomous cars will eventually form a mesh network that could potentially survive a disaster. Using centralized control, they could be automatically routed out of danger areas using the fastest and safest routes determined by an AI.


We usually rebuild after a disaster, but we tend to build the same types of structures that failed us before, which makes no sense. The exception was after the great San Francisco earthquake in 1906, which was the impetus for regulations to Boost structures to withstand strong quakes.

In a fire area, we should rebuild houses with materials that could survive a firestorm. You can build fire-resistant homes using metal, insulation, water sprinklers, and a water source like a pool or large water tank. It would also be wise to use something like European Rolling Shutters to protect windows so that you could better shelter in place rather than having to evacuate and maybe getting caught on the road by the fire.

With insurance companies now abandoning areas that are likely to be at high risk, this building method will do a better job of assuring people don’t lose most or all of their belongings, family, or pets.

Again, simulation can showcase how well a particular house design could survive a disaster. In terms of rebuilding on Maui, 3D-printed houses go up in a fraction of the time and are, depending on the material used, more resistant to fire and other natural disasters.

Heavy Lift

One of the issues with floods and fires is the need to move large volumes of water quickly. While the scale of the vehicle needed to deal with floods may be unachievable near-term, carrying enough water to douse a fire quickly that was still relatively small is not.

We’ve been talking about bringing back blimps and dirigibles to move large objects for some time. Why not use them to carry water to fires rapidly? We could use AI technology to automate them so that if the aircraft has an accident, it doesn’t kill the crew. AI can, with the proper sensor suite, see through smoke and navigate more safely in tight areas, and it can act more rapidly than a human crew.

Much like we went to extreme measures to develop the atomic bomb to end a war, we are at war with our environment yet haven’t been able to work up the same level of effort to create weapons to fight the growing number of natural disasters.

We could, for instance, create unique bombers to drop self-deploying lightning rods in areas that are hard to reach to reduce the number of fires started by lightning strikes. The estimate I’ve seen suggests you’d need 400 lightning rods per square mile to do this, but you could initially just focus on areas that are difficult to reach.

You could use robotic equipment and drones to place the lightning rods on trees or drop them from bombers to reduce the roughly $100-per-rod purchase and installation cost at volume.

Wrapping Up: The Real Problem

The real problem is that we aren’t taking these disasters seriously enough to prevent them. We seem to treat each disaster as a unique and non-recurring event even though in areas like where I live, they are almost monthly now.

Once a disaster occurs, we have the option of either moving to a safer location or rebuilding using technology that will prevent our home from being destroyed. Currently, most of us do neither and then complain about how unfair it is that we’ve had to experience that disaster again.

Given how iffy insurance companies are becoming about these disasters, I’m also beginning to think that spending more money on hardening and less on insurance might result in a better outcome.

While AI could contribute here, developers haven’t yet trained it on questions like this. Maybe it should be. That way, we could ask our AI what the best path forward would be, and its answer wouldn’t rely on the vendors to which it’s tied, political talking points, or other biased sources. Instead, it would base its response on what would protect us, our loved ones, and our assets. Wouldn’t that be nice?

Tech Product of the Week

HP EliteOne 870 G9 27-inch All-in-One PC

My two favorite all-in-one computers were the second-generation iMac, which looked like the old Pixar lamp, and the second-generation IBM NetVista.

I liked the Apple because it was incredibly flexible in terms of where you could move the screen, and the IBM because, unlike most all-in-ones, you could upgrade it. Sadly, both were effectively out of the market by the early 2000s.

Since then, the market has gravitated mainly toward the current generation iMac, where you have the intelligence behind the screen, creating a high center of gravity and a lower build cost. In my opinion, this design creates a significant tip-over risk if the base is too light — as it is in the current iMac.

The HP EliteOne 870 G9 has a wide, heavy base which should prevent it from toppling if bumped, Bang and Olufsen sound (which filled up my test room nicely), a 12th Gen Intel processor, 256GB SSD, 8GB of memory, and an awesome 27-inch panel.

Unlike earlier designs, it has a decent built-in camera that doesn’t hide behind the monitor. In practice, I think this is a better solution because it’s less likely to break.

HP EliteOne 870 G9-27-inch All-in-One PC

The HP EliteOne 870 G9 27-inch All-in-One PC is a versatile desktop solution. (Image Credit: HP)

As with most all-in-ones, the 870 G9 uses integrated Intel graphics, so it isn’t a gaming machine. Still, it’s suitable for those who might do light gaming and mostly productivity work, web browsing, and videos. The game I play most often ran fine on it, but it is an older title.

The screen is a very nice 250 nit (good for indoors only), FHD, and IPS display. Also, as with most desktop PCs, the mouse and keyboard are cheap, but most of us use aftermarket mice and keyboards anyway, so that shouldn’t be a problem. The base configuration costs around $1,140, which is reasonable for a 27-inch all-in-one.

A fingerprint reader is optional, but I found Microsoft Hello worked just fine with the camera, and I like it better. The installation consists of two screws to secure the monitor arm to the base, and then the monitor/PC just snaps onto the arm. This all-in-one is a vPro machine which means it will comply with most corporate policies. At 24 pounds, it is easy to move from room to room, but no one will mistake this for a truly mobile computer.

The PC has a decent port-out with 2 USB type Cs, 5 USB type As, and a unique HDMI-in port in case you want to connect a set-top box, game system, or other video source and use it as a TV, so it is a decent option for a small apartment, dorm, or kitchen where a TV/PC might be useful.

Clean design, adequate performance, and truly awesome sound make the HP EliteOne 870 G9 a terrific all-in-one PC — and my Product of the Week.

The opinions expressed in this article are those of the author and do not necessarily reflect the views of ECT News Network.

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