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NS0-003 NetApp Certified Technology Associate

Title: NetApp Certified Technology Associate (NS0-003)

Test Detail:
The NetApp Certified Technology Associate (NS0-003) test validates the foundational knowledge required to understand and work with NetApp storage systems. This certification is suitable for individuals who are new to NetApp technology and wish to gain a fundamental understanding of NetApp storage solutions.

Course Outline:
The NetApp Certified Technology Associate course provides participants with a comprehensive introduction to NetApp storage systems and their basic functionalities. The following is a general outline of the key areas covered in the certification program:

1. NetApp Storage Fundamentals:
- Introduction to NetApp storage solutions and their benefits
- Understanding the NetApp storage architecture
- Exploring storage protocols and technologies (NFS, CIFS, iSCSI)

2. NetApp Storage Hardware:
- Overview of NetApp hardware components and configurations
- Understanding disk shelves, disk drives, and controllers
- Introduction to NetApp storage platforms and models

3. NetApp Data ONTAP Operating System:
- Introduction to the Data ONTAP operating system
- Exploring the key features and capabilities of Data ONTAP
- Understanding the storage management interface (System Manager)

4. NetApp Storage Management:
- Configuring and managing storage volumes and aggregates
- Introduction to storage efficiency features (deduplication, compression)
- Implementing storage access controls and permissions

5. Data Protection and Backup:
- Overview of NetApp data protection solutions
- Understanding snapshot technology and operations
- Introduction to backup and restore operations

6. Basic Troubleshooting:
- Identifying common storage issues and error messages
- Troubleshooting storage connectivity and performance problems
- Applying basic troubleshooting methodologies

Exam Objectives:
The NetApp Certified Technology Associate (NS0-003) test assesses candidates' understanding of NetApp storage fundamentals, hardware components, Data ONTAP operating system, and basic storage management tasks. The test objectives include, but are not limited to:

1. Demonstrating knowledge of NetApp storage solutions and their benefits.
2. Understanding NetApp storage hardware components and configurations.
3. Configuring and managing storage volumes and aggregates using Data ONTAP.
4. Applying basic data protection and backup techniques.
5. Performing basic troubleshooting for storage-related issues.

The NetApp Certified Technology Associate certification program typically includes instructor-led training and hands-on labs provided by NetApp or authorized training partners. The syllabus provides a breakdown of the courses covered throughout the course, including specific learning objectives and milestones. The syllabus may include the following components:

- Introduction to NetApp storage and NS0-003 test overview
- NetApp Storage Fundamentals
- NetApp Storage Hardware
- NetApp Data ONTAP Operating System
- NetApp Storage Management
- Data Protection and Backup
- Basic Troubleshooting
- test Preparation and Practice Tests
- Final NetApp Certified Technology Associate (NS0-003) Certification Exam
NetApp Certified Technology Associate
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NetApp Certified Technology Associate
Question: 139
Which two StorageGRID features provide data durability for large unstructured datasets? (Choose two.)
A . object replication
B . storage tiering
C . erasure coding
D . S3 API compatibility
Answer: A,B
Question: 140
Where would you create an export policy?
A . in an SVM
B . in a RAID group
C . in an aggregate
D . in a FlexVol volume
Answer: D
Question: 141
Which two Amazon storage services are used to store data for Cloud Volumes ONTAP? (Choose two.)
A . Amazon FSx
B . Amazon EFS
C . Amazon EBS
D . Amazon S3
Answer: C,D
Question: 142
Which three Element software global efficiencies are always active? (Choose three.)
A . data compression
B . thin provisioning
C . data deduplication
D . redundant array of inexpensive disks (RAID)
E . quality of service
Answer: ABC
Question: 143
What are three benefits of using NetApp Cloud Volumes ONTAP? (Choose three.)
A . storage efficiencies
B . serverless compute
C . automatic backup
D . automatic tiering
E . SnapMirror capabilities
Answer: A,C,D
Question: 144
Which ONTAP-native encryption type is supported with Cloud Volumes ONTAP?
Answer: A
Question: 145
What are two reasons to enable high availability? (Choose two.)
A . fault tolerance
B . nondisruptive operation
C . load balancing
D . performance management
Answer: A,B
Question: 146
Which type of service is an Amazon EC2 instance?
A . networking
B . storage
C . compute
D . switch
Answer: C
Question: 147
Which service does Cloud Volumes ONTAP tiering use?
A . Azure Stack
B . Azure Queue Storage
C . Azure Data Lake Storage
D . Azure Blob
Answer: D
Question: 148
What are two benefits of implementing NetApp Cloud Sync? (Choose two.)
A . to consolidate storage management into one administrative tool
B . to leverage native SnapMirror technology to retain storage efficiencies
C . to automate data migration processes, on-premises or to the cloud
D . to provide a secure data synchronization service
Answer: C,D
Question: 149
Your users require both NFS and SMB file services. You do not want to manage the storage using OnCommand
System Manager or the command line interface.
In this scenario, which three products would satisfy these requirements? (Choose three.)
A . Azure NetApp Files
B . Amazon S3 Glacier
C . NetApp Cloud Volumes Service for AWS
D . NetApp Cloud Volumes Service for GCP
E . NetApp Cloud Volumes ONTAP
Answer: A,DE
Question: 150
Your company wants to use public cloud for data analytics and they want to use the most competitive cloud provider
at any given time.
In this scenario, which NetApp solution would store data near multiple public cloud providers?
A . NetApp Private Storage
B . Azure NetApp Files
C . Cloud Volumes ONTAP
D . NetApp HCI
Answer: A
Question: 151
Which three NetApp data mobility products are used to migrate data into the cloud? (Choose three.)
B . robocopy
C . SnapMirror
D . Cloud Sync
E . rsync
Answer: A,C,D
Question: 152
Which two statements describe the benefits of using public clouds? (Choose two.)
A . Public clouds provide an environment for development, testing, and disaster-recovery applications.
B . Public clouds are always used for hosting tier 1 and financial applications.
C . Applications are always less expensive to run in the public cloud.
D . Public clouds support multi-regional applications without the expense of collocating data centers.
Answer: A,D
Question: 153
Which two hypervisors are supported for use with ONTAP Select? (Choose two.)
A . Hyper-V
C . ESXi
D . Solaris
Answer: B,C
Question: 154
Which tool do you use to administer a NetApp Kubernetes Service cluster manager?
A . kubect1
B . kubeadm
C . clustershell
D . helm
Answer: D
Question: 155
Which statement is true regarding application containerization?
A . Application containerization is designed for massive data sets.
B . Application containerization increases performance of virtual machines.
C . Application containerization requires the Linux operating system.
D . Application containerization provides increased portability.
Answer: D
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Network-Appliance Technology information hunger - BingNews Search results Network-Appliance Technology information hunger - BingNews Network Appliances Information No result found, try new keyword!Network appliances are inexpensive personal computers (PC) or computer boards that provide Internet access and promote network security. They lack many of the features of fully-equipped PCs, however. Sun, 11 Feb 2018 00:45:00 -0600 en-US text/html Preventing and Avoiding Network Security Threats and Vulnerabilities

Potential attacks, software and platform vulnerabilities, malware, and misconfiguration issues can pose serious threats to organizations seeking to protect private, confidential, or proprietary data. Fortunately, various technologies – collectively known as unified threat management – make it easy to use virtualized or appliance-based tools to provide comprehensive security coverage.

With a combination of regular updates, monitoring and management services, and critical security research and intelligence data, you can vastly improve your business’s cybersecurity. We’ll explore how to erect defenses with UTM and implement sound security policies to cope with an array of threats.

What is unified threat management?

Unified threat management is an all-in-one security implementation that helps protect businesses from online security risks. A UTM solution includes features like network firewalls, antivirus software, intrusion detection and virtual private networks. Many businesses may prefer UTM software platforms, but hardware options, such as dedicated firewalls and router networking devices, are also available.

By implementing a UTM program throughout your organization, you provide a single security source for all of your information technology (IT) needs that can scale as your business grows. 

With a UTM guarding your organization, you get a streamlined experience with various security components working together seamlessly, instead of the potential issues that could arise if you integrated multiple services for each function.

Why is unified threat management important?

By its very nature, technology is constantly changing. Unfortunately, this includes cybercrime; as technology progresses and we become more connected, the number of threats keeps growing. 

A business can’t predict when or how the next data breach will occur. It could be through a text, email, pop-up ad, or even a vulnerability in your business website

This unpredictability is why it’s critical to implement a comprehensive UTM program throughout your organization. A UTM is like a cybersecurity force guarding against the most common vulnerabilities hackers could exploit. By essentially guarding every virtual entry point, a UTM is a great preventive security measure for any business.

Poor access management is the root cause of many IT hacks. Your business should tightly control who can access networked devices, cloud workloads and big data projects.

Why is unified threat management necessary?

The history of information security and palliative technologies goes back to the 1980s, when perimeter security (through firewalls and screening routers) and malware protection (primarily in the form of early antivirus technologies) became available. 

As threats evolved in sophistication and capability, other elements to secure business networks and systems became available. These solutions include email checks, file screening, phishing protection, and allow lists and block lists for IP addresses and URLs.

From the mid-’90s to the first decade of the 21st century, there was an incredible proliferation of point solutions to counter specific threat types, such as malware, IP-based attacks, distributed denial-of-service (DDoS) attacks, and rogue websites with drive-by downloads. This explosion led to an onslaught of data security software and hardware designed to counter individual threat classes. 

Unfortunately, a collection of single-focus security systems lacks consistent and coherent coordination. There’s no way to detect and mitigate hybrid attacks that might start with a rogue URL embedded in a tweet or email message, continue with a drive-by get when that URL is accessed, and really get underway when a surreptitiously installed keylogger teams up with timed transmissions of captured data from a backdoor uploader. 

Worse yet, many of these cyberattack applications are web-based and use standard HTTP port addresses, so higher-level content and activity screening is necessary to detect and counter unwanted influences. 

What does a unified threat management solution include?

The basic premise of UTM is to create powerful, customized processing computer architectures that can handle, inspect, and (when necessary) block large amounts of network traffic at or near wire speeds. It must search this data for blacklisted IP addresses, inspect URLs for malware signatures, look for data leakage, and ensure all protocols, applications, and data are benign. 

Typical UTM solutions usually bundle various functions, such as the following.

  • Proxy services: Proxy services block revealing details of internal IP addresses on networks and examine communications and data transfers at the application level.
  • Stateful packet inspection: Stateful packet inspection distinguishes legitimate network communications from suspect or known malicious communication forms.
  • Deep packet inspection: Deep packet inspection (DPI) enables network packets’ data portion or payload to be checked. This protects against malware and permits data checks to block classified, proprietary, private, or confidential data leakage across network boundaries. This kind of technology is called data loss prevention (DLP). DPI technology also supports all kinds of content filters.
  • Real-time packet decryption: Real-time packet decryption exploits special hardware (which essentially reproduces software programs in the form of high-speed circuitry to perform complex data analysis) to permit deep inspection at or near network wire speeds. This lets you apply content-level controls even to encrypted data and to screen such data for policy compliance, malware filtering, and more.
  • Email handling: Email handling includes malware detection and removal, spam filtering, and content checks for phishing, malicious websites, and blacklisted IP addresses and URLs.
  • Intrusion detection and blockage: Intrusion detection and blockage observes incoming traffic patterns to detect and respond to DDoS attacks, as well as more nuanced and malicious attempts to breach network and system security or obtain unauthorized access to systems and data.
  • Application control: Application control (or filtering) observes applications in use – especially web-based applications and services – and applies security policies to block or starve unwanted or unauthorized applications from consuming network resources or accomplishing unauthorized access to (or transfer of) data.
  • Virtual private network: The best VPN services let remote users establish secure private connections over public network links (including the internet). Most organizations use this technology to protect network traffic en route from sender to receiver.

Modern UTM systems incorporate all these functions and more by combining fast special-purpose network circuitry with general-purpose computing facilities. The custom circuitry that exposes network traffic to detailed and painstaking analysis and intelligent handling does not slow down benign packets in transit. It can, however, remove suspicious or questionable packets from ongoing traffic flows, turning them over to scanners or filters. 

The UTM agency can then perform complex or sophisticated analyses to recognize and foil attacks, filter out unwanted or malicious content, prevent data leakage, and ensure security policies apply to all network traffic.

Since many businesses are shifting employees to remote work models, it’s more critical than ever to invest in VPNs for data security.

Unified threat management providers

UTM solutions usually take the form of special-purpose network appliances that sit at the network boundary, straddling the links that connect internal networks to external networks via high-speed links to service providers or communication companies.

By design, UTM devices coordinate all aspects of a security policy, applying a consistent and coherent set of checks and balances to incoming and outgoing network traffic. Most UTM device manufacturers build their appliances to work with centralized, web-based management consoles. This lets network management companies install, configure and maintain UTM devices for their clients. 

Alternatively, IT managers and centralized IT departments can take over this function. This approach ensures that the same checks, filters, controls, and policy enforcement apply to all UTM devices equally, avoiding the gaps that the integration of multiple disparate point solutions (discrete firewalls, email appliances, content filters, virus checkers, and so forth) can expose.

Top UTM providers

These are some of the most respected UTM providers:

  • FortiGate Next-Generation Firewall (NGFW): Offering comprehensive online security features, FortiGate NGFW stands out with its ease of use, scalability, and support. By consolidating multiple security services within a single platform, FortiGate reduces security costs and improves risk management, while the automated threat protection prevents common attacks like ransomware, command-and-control, and other firewall incidents.
  • Check Point Next-Generation Firewall: Designed to provide versatile, intuitive online protection, Check Point NGFWs can perform more than 60 security services through a single dashboard. Check Point NGFWs come with the proprietary SandBlast Zero-Day Protection, which uses CPU-based threat detection to identify zero-day attacks sooner, and can scale on demand. With unified security management across your networks, clouds, and Internet of Things devices, Check Point NGFWs are an efficient UTM solution.
  • WatchGuard Firebox: Catering to SMBs and distributed enterprises, WatchGuard Network Security’s Firebox is a complete security platform that doesn’t sacrifice the user experience. Equipped with a powerful firewall, antivirus services, spam and content filters, and many other security features, WatchGuard Firebox is a complete UTM platform that’s ready to use right out of the box. 

Cyberthreat intelligence gives you a direct line into new and developing cyberattacks worldwide, so you can know the enemy and build an effective solution to prevent breaches.

How to choose the right UTM provider

When choosing a business UTM solution, you should seek the standard functions described above as well as these more advanced features: 

  • Support for sophisticated virtualization technologies (for virtual clients and servers, as well as virtualized implementations for UTM appliances themselves)
  • Endpoint controls that enforce corporate security policies on remote devices and their users
  • Integrated wireless controllers to consolidate wired and wireless traffic on the same device, simplifying security policy implementation and enforcement, and reducing network complexity

Advanced UTM devices must also support flexible architectures whose firmware can be easily upgraded to incorporate new means of filtering and detection and to respond to the ever-changing threat landscape. UTM makers generally operate large, ongoing security teams that monitor, catalog, and respond to emerging threats as quickly as possible, providing warning and guidance to client organizations to avoid exposure to risks and threats.

Some of the best-known names in the computing industry offer UTM solutions to their customers, but not all offerings are equal. Look for solutions from reputable companies like Cisco, Netgear, SonicWall and Juniper Networks. You’re sure to find the right mix of features and controls to meet your security needs without breaking your budget.

IT InfoSec certifications that address UTM

As a visit to the periodic survey of information security certifications at TechTarget’s SearchSecurity confirms, more than 100 active and ongoing credentials are available in this broad field. However, not all of the best IT certifications address UTM directly or explicitly. 

While no credential focuses exclusively on UTM, some of the best InfoSec and cybersecurity certifications cover UTM aspects in their test objectives or the associated standard body of knowledge that candidates must master:

  • ISACA Certified Information Systems Auditor (CISA)
  • Cisco security certifications – CCNA Security, CCNP Security, CCIE Security
  • Juniper security certifications – JNCIS-SEC, JNCIP-SEC, JNCIE-SEC, JNCIA-SEC
  • (ISC)2 Certified Information Systems Security Professional (CISSP)
  • SANS GIAC Certified Incident Handler (GCIH)
  • SANS GIAC Certified Windows Security Administrator (GCWN)
  • Global Center for Public Safety certifications (CHPP and CHPA Levels I-IV)

Of these credentials, the generalist items (such as CISA, CISSP, and CHPP/CHPA) and the two SANS GIAC certifications (GCIH and GCWN) provide varying levels of coverage on the principles of DLP and the best practices for its application and use within the context of a well-defined security policy. 

Out of the above list, the CISSP and CISA are the most advanced and demanding certs. The Cisco and Juniper credentials concentrate more on the details of specific platforms and systems from vendors of UTM solutions.

With the ever-increasing emphasis on and demand for cybersecurity, any of these certifications – or even entry-level cybersecurity certifications – can be a springboard to launch you into your next information security opportunity.

Eduardo Vasconcellos contributed to the writing and research in this article.

Thu, 19 Oct 2023 12:00:00 -0500 en text/html
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Information Technology News

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Wed, 08 Nov 2023 10:00:00 -0600 en text/html
Network Outcomes

For a better experience, click the Compatibility Mode icon above to turn off Compatibility Mode, which is only for viewing older websites.

Evaluation of the impact of Network programming through pre and post-program surveys indicates that the Network had strong positive impact on participants in a number of areas. 

The Network has been shown to: 

Additionally, results are consistent in participants with high levels of childhood adversity. Thus these results demonstrate a positive impact on mental and physical health and well-being for individuals with exposure to violence and adversity.

*Results are from members who filled out both baseline and follow up surveys and do not control for potential confounders.

For more detailed explanation of Network research methods and impact of Network programming across its implementation, see the full research reports below.

Mon, 24 Jan 2022 22:52:00 -0600 en text/html
Network Administration

Our network team administers the connectivity components of our campus technology infrastructure. We ensure that networks - such as eduroam, the official campus wi-fi - are secure, performing as expected, and can communicate across the internet. If you're looking to add, modify, or change your network service, we're ready to partner with you on solutions.

What We Do

Wi-Fi Management

To meet growing campus needs, we continually Strengthen the performance, coverage and security of our campus wireless network, eduroam. We also ensure that all equipment, software, and technologies work as expected.

Request a Wi-Fi Service Consultation

Device Connectivity

Connectivity services ensure that devices on campus are properly configured, perform as expected, and securely communicate with campus technology resources. This includes the following types of devices:

  • Facilities IoT Devices: Facilities and climate automation such as smart locks and thermostats.
  • Personal Smart Devices and Appliances: Home automation devices such as Alexa, Google Home, and/or gaming consoles such as a PS4, Switch, or Xbox.
  • University-Managed Devices: University workstations, phones, photocopier/fax machines, TVs, Kiosks, among many others.

Register Your Smart Device / Game Console

Network Service Management

Ports and Jacks

Also known as Ethernet ports, these physical connection points are essential in allowing your workstation and office phone to be a part of the campus network. We install and maintain these connection points to make sure that network service is consistently delivered throughout campus.

Request a New Network Jack

DNS, DHCP, and IP Addresses (DDI)

DNS, DHCP and IP address management (DDI) allows devices and services to identify and communicate with each another, similar to how we have names, locations, and phone numbers.

We plan and manage the assignment of these resources so that you can find and get to where you need.

Request a Network Service Change

Qty Wall Jack type Cost
1 CAT 6 $392.44
2 CAT 6 $627.90
3 CAT 6 $687.70
4 CAT 6 $748.65
1 CAT 5e $313.95
2 CAT 5e $483.00
3 CAT 5e $531.30
4 CAT 5e $555.45

The use of network distribution devices on CSUS network is not allowed. These devices include hubs, repeaters, switches, routers, firewalls, and wireless access points. While these devices might work just fine when used in a home office environment, they are not intended for use as part of a large network such as CSUS network and may have adverse effects on the security and reliability of your devices.

The supported method of connecting multiple machines to CSUS network is to have a dedicated network drop installed for each machine. This gives you greater reliability and a higher quality of network service than using a hub, and it will not cause service problems for other users of the network.

Options for adding devices that require network connectivity are:

  • New wiring
    Network team will provide an estimate bases on a site survey, estimates and schedule installation upon approval
  • The network team can provide temporary loaner switches for special temporary (No more than 5 working days) occasions
    The request should be made through service desk and approved by ISO team before the network equipment can be installed.
  • Network switches are only approved for special purposes areas such as Computer LAB deployment or Computer repair stations on campus:
    The request should be made through service desk and approved by ISO team before the network equipment can be installed. The network support team will consult with the users to understand the need and authorized the use and supply the equipment based on a chargeback model.

Information Resources and Technology (IR&T) reserves the right to turn off network service to illegal devices (and any machines connected to such a device) in order to keep the network running smoothly for everyone.

Underground Service Alert Utility Marking

Our Network team often partners with the Underground Service Alert to ensure common goals for safe digging and excavations. By marking underground network or power lines, we can help prevent damage to our campus network infrastructure.

Find Additional Safety Information

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Online Information Technology Master’s Degree No result found, try new keyword!By contrast, IT focuses on solving business problems through network engineering, systems analysis and technical support. While earning an information technology master’s degree online ... Mon, 14 Jan 2019 16:51:00 -0600 The 25+ best early Black Friday deals so far No result found, try new keyword!Everything we know about Black Friday 2023 Although it’s not here yet, Black Friday is approaching fast, so it’s a good idea to get ahead of the curve and check out early deals. We’ve curated a list ... Tue, 14 Nov 2023 00:03:03 -0600 en-us text/html Technology News

The Fulani people — also known as the Peuhl — are believed to be the largest seminomadic ethnic group in the world, with communities stretching from Senegal to the Central African Republic. While some men in this Muslim ethnic group have attended Quranic school, most prepare for their future by learning the ways of animal herding alongside their elders. “It’s a profession, but it’s also an inherited tradition,” says Amadou Altine Ndiaye, 48, who began tending to his family’s flock when he was 8. “It’s a source of pride.” Now he’s working alongside his son-in-law, Moussa Ifra Ba. “I love pastoralism to the core,” the 28-year-old says. Ba has grown especially attached to the family’s flock of sheep: “It’s a real friendship between you, and the male animals cry when they move away from you.” “If you provide a ram a name, after a month it remembers that name and as soon as you call it, it will come and join you." ___ EDITORS’ NOTE — This story is part of The Protein Problem, an AP...

November 16

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Information Technology

Shared Drives Moving to Sharepoint: IT has been contacting department managers and individuals with migration plans for Departmental File Shares throughout the spring. If you are still using your file share, you will be moved following the schedule that will be emailed to you. If you have not received an email yet in regards to the date of your migration, reach out to Matt Conlon via email: or Jordan Bagnell via email: for further instruction. For more information on Sharepoint, Teams, or this migration, please see our File Storage and Sharing page.

Student Mailbox Retention: Students will continue to have access to their email account for the duration of their time as a student at UMass Lowell. After two years following graduation or two years after leaving the university, student email accounts will be deactivated and deleted.

Graduated students may optionally register for a new alumni email forwarding service through the alumni office. This is a separate email account from your current student email account. It will have the format of and unlike your current student email account, the alumni account will not have a mailbox, therefore, you cannot send messages from it. The new alumni account will automatically forward any messages sent to it to your personal email address (Gmail, Yahoo, Comcast etc.) Please note that email messages sent to your current student email address will not be forwarded. Only email messages sent to your new alumni address will be forwarded. Please go to the UMass Lowell Alumni Homepage, located under the Benefits tab, you will find more information about this service and others that UMass Lowell offers to alumni.

If you have any questions and/or concerns about the updated email policy and the removal of your account, please contact Tech Services by phone: 978-934-4357.

Fri, 04 Aug 2023 07:23:00 -0500 en text/html

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