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DELL-EMC Protection information search

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Question: 160
Where is the index stored after an archiving operation?
A. Archive storage
B. Archive server
C. Backup server
D. Media server
Answer: A
Explanation:
Reference: https://www.dell.com/support/kbdoc/en-pk/000050283/archiving-and-or-indexing-of-data-has-stopped-due-to-low-free-space-on-message-center-index-locations-or-
emx-file-storage-locations
Question: 161
An administrator is configuring Dell EMC RecoverPoint.
Which Dell EMC storage system can be used without a write splitter installed?
A. Unity
B. XtremIO
C. VMAX
D. PowerMax
Answer: A
Explanation:
Reference: https://www.delltechnologies.com/asset/en-us/products/storage/industry-market/h15088-dell-emc-unity-replication-technologies.pdf
Question: 163
When is the target available for use in pointer-based replication?
A. once the fracture log has been created
B. after the mirror has been fractured
C. immediately after session activation
D. after synchronization has completed
Answer: C
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Explanation:
Reference: https://webcache.googleusercontent.com/search?q=cache:IGSfpLzWKy8J:https://www.shcollege.ac.in/wp-content/uploads/NAAC_Documents_IV_Cycle/Criterion-
II/2.3.2/Semester5_FOS_Storagebasedarray.pptx+&cd=7&hl=en&ct=clnk&gl=pk
Question: 164
A backup administrator has defined a backup policy where full backups are scheduled at 8 PM every Saturday and differential backups for the rest of the week at same time. A data
loss happened on Friday at 11 AM.
How many backup copies are required to restore the requested files?
A. 2
B. 3
C. 6
D. 7
Answer: A
Explanation:
If the data loss occurred on Friday, restoration process needs a full backup and the last differential backup that happened on a day before Friday. In case of an incremental backup,
all the backup copies that occurred before Friday would be needed including the full backup copy that occurred on Saturday.
Question: 165
A storage system is configured with erasure coding, divided up into 12 data segments and 4 coding segments. Each segment is written to different drives.
What is the maximum number of drive failures that can be withstood without losing the data in this configuration?
A. 6
B. 4
C. 3
D. 5
Answer: B
Explanation:
In a typical erasure coded storage system, a set of n disks is divided into m disks to hold data and k disks to hold coding information, where n, m, and k are integers. The coding
information is calculated from the data. If up to k of the n disks fail, their contents can be recomputed from the surviving disks.
Question: 166
A computer has an MTBF of 7000 hours and an MTTR of 18 hours? What is the availability of the data?
A. 90.7%
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B. 99.1%
C. 99.7%
D. 99.8%
Answer: A
Explanation:
Reference: https://limblecmms.com/blog/mttr-mtbf-mttf-guide-to-failure-metrics/
Question: 167
What are the considerations when designing a disaster recovery plan based on RTO and RPO?
A. Lower RTO and RPO have no effect on cost
B. Lower RTO and RPO simplify the solution
C. Lower RTO and RPO decrease the cost
D. Lower RTO and RPO increase the cost
Answer: D
Explanation:
RTO refers to the amount of time that can pass before an application or service must be restored after a disruption. RPO refers to the maximum amount of data loss that can be
tolerated.
If an organization requires a low RTO and RPO, it may need to invest in more expensive solutions such as redundant systems, data replication, and off-site backup and recovery
capabilities. These solutions can be costly to implement and maintain, but they are necessary to meet the organization's recovery objectives.
Therefore, it is important for organizations to consider the cost-benefit trade-offs when designing a disaster recovery plan. The cost of implementing a solution with a lower RTO
and RPO may be justified by the potential impact of extended downtime and data loss on the organization's operations and reputation.
Question: 168
At which layer is the risk of backup data recovered to an unauthorized destination considered a security threat?
A. Protection Application
B. Management Domain
C. Data Source
D. Database Application
Answer: C
Question: 169
What is true of hot-swappable hardware?
A. All components need to be rearranged after swap
B. Reboot is required after a change
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C. All fans need to be running to ensure proper cooling
D. Replaceable with zero downtime
Answer: D
Explanation:
Reference: https://whatis.techtarget.com/definition/hot-swap
Question: 170
Refer to the exhibit.
How is a hash created on file Apr.Txt in an object-level deduplication?
A. from content with variable-length
B. from the metadata of the file
C. from the content of the file
D. from content with fixed-length
Answer: B
Explanation:
Reference: https://www.delltechnologies.com/asset/he-il/products/storage/industry-market/h17072-data-reduction-with-dell-emc-powermax.pdf
Question: 171
$13$10
Which security control detects and blocks unusual network behavior?
A. IDPA
B. VPN
C. IDPS
D. Zoning
Answer: C
Explanation:
Reference: https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=901146
Question: 172
Which security control provides logical isolation of devices on Ethernet?
A. VPN
B. Firewall
C. VSAN
D. VLAN
Answer: D
Explanation:
A VLAN is a logical network that is created by partitioning a physical network into multiple virtual networks. Devices on one VLAN are isolated from devices on other VLANs,
even if they are connected to the same physical switch or router. This logical isolation is achieved by assigning each device to a specific VLAN based on its MAC address, IP
address, or port.
By providing logical isolation, VLANs can Excellerate network security by preventing unauthorized access and reducing the risk of network attacks. VLANs can also improve
network performance by reducing broadcast traffic and enabling traffic prioritization.
In contrast, a VPN (Virtual Private Network) provides secure remote access to a network over an untrusted network, such as the Internet. A firewall is a network security device
that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A VSAN (Virtual Storage Area Network) is a SAN (Storage Area
Network) technology that partitions a physical SAN into multiple logical SANs, allowing different departments or applications to share the same physical storage infrastructure
while maintaining logical separation.
Therefore, when it comes to providing logical isolation of devices on Ethernet, a VLAN is the security control that provides this functionality.
Question: 173
What is a characteristic of data archiving?
A. Secondary copy of data
B. Primary copy of data
C. Short-term retention
D. Used for operational recovery
$13$10
Answer: A
Explanation:
Data archiving is the process of moving data that is no longer actively used to a separate storage device or system for long-term retention. The archived data is typically kept for
compliance, legal, or historical reasons and is not needed for day-to-day operations. The archived data serves as a secondary copy, providing a backup in case the primary copy of
the data is lost or corrupted.
In contrast, primary data is the active, current data that is used on a day-to-day basis in production systems. Primary data is typically stored in databases or other operational
systems that are designed to provide fast, reliable access to the data for business operations.
Data archiving is a strategy to manage data growth, reduce storage costs, and Excellerate performance of production systems by removing inactive data from primary storage. It is not
typically used for operational recovery, which involves restoring data that is needed to resume normal business operations after a disruption or outage.
$13$10

DELL-EMC Protection information search - BingNews https://killexams.com/pass4sure/exam-detail/DEA-3TT2 Search results DELL-EMC Protection information search - BingNews https://killexams.com/pass4sure/exam-detail/DEA-3TT2 https://killexams.com/exam_list/DELL-EMC Vulnerabilities Found Inside Dell EMC Data Protection Products That Can Lead To 'Full Compromise'

Researchers have discovered several vulnerabilities inside Dell EMC's data protection products that allow attackers to gain full control of the systems.

Dell EMC's Avamar Server, NetWorker Virtual Edition, and Integrated Data Protection Appliance all contain a standard component – Avamar Installation Manager – which is vulnerable, according to new findings from the security technology and services firm Digital Defense. Researchers uncovered three vulnerabilities within Dell's data protection suite.

"Combining the three identified vulnerabilities, full compromise of the affected system is possible by modifying the configuration file," said Digital Defense, in a statement.

[Related: AMD Claims 'Near-Zero Risk' To Its Processors From Meltdown, Spectre Exploits]

Attackers could obtain information stored inside the appliances such as critical databases and server data, according to the firm. Vulnerabilities include an authentication bypass bug in the software's SecurityService and two faults in its authenticated arbitrary file access in UserInputService.

Dell EMC released security fixes to address the vulnerabilities on Friday.

In a statement to CRN, Dell said it created the security fixes and had alerted customers. "With software vulnerabilities a fact of life in the technology industry, Dell EMC follows best practices in managing and responding to security vulnerabilities in our products. Our goal is to provide customers with timely information, guidance, and mitigation to address threats from vulnerabilities," said Dell.

There was also a similar problem in VMware's vSphere Data Protection backup product, which leverages Dell EMC. The product contains an authentication bypass vulnerability that allows an attacker to bypass application authentication and gain root access to the system.

VMware released a patch earlier this week detailing the issue.

Mike Cotton, vice president of research and development at Digital Defense, said in a statement that IT teams should check their data center for these products and install the patches immediately.

After the vulnerabilities were discovered, Digital Defense and Dell EMC worked together to address the vulnerabilities and find additional product versions impacted. "This is a good example of coordinated disclosure in action," said Dell.

One top executive from a solution provider – a Dell Titanium partner – said his company was reaching out to customers on Friday.

"We're reaching out to clients with the software [fix] and offering our services already," said the executive, who declined to be identified. "These things do happen to Dell because their product set is so big, but I think Dell was extremely proactive on this one … We don't expect to take a big hit financially because of this."

The Dell EMC vulnerability comes the same week as massive security flaws were found in chips from multiple vendors that have the tech industry scrambling to protect systems around the world.

The Meltdown and Spectre security flaws, discovered by security researchers last year and publicized Wednesday by media reports, are found in chips from multiple vendors, including market leader Intel. Many of Dell solutions contain Intel processors.

In a statement to CRN, Dell said its "aware of new security research describing software analysis methods related to Intel microprocessors. We are working with Intel and others in the industry to investigate and address the issue."

Sat, 06 Jan 2018 18:07:00 -0600 text/html https://www.crn.com/news/data-center/300097531/vulnerabilities-found-inside-dell-emc-data-protection-products-that-can-lead-to-full-compromise
Dell-EMC

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10 Hot Dell EMC Storage Products

Storage For A Modern Data Center World

The key to Dell EMC storage sales returning to growth lies not only in a robust storage market, but a robust product line, and the company in the second have proved it could go toe-to-toe with the best with major enhancements across its offerings. While some of the enhancements stemmed from improved hardware, including new Intel Xeon processors and higher-performance flash storage, the key enhancements were software related.

CRN looks at 10 key products in the Dell EMC storage lineup, one that offers the broad capabilities to match the company's position as the world's largest storage vendor.

Elastic Cloud Storage

Elastic Cloud Storage is a software-defined, cloud-scale, object storage platform that brings the availability and serviceability of traditional storage arrays to commodity server infrastructures in a private cloud offering. ECS provides comprehensive protocol support for unstructured object and file workloads on a single platform that lets customers manage globally distributed storage infrastructure under a single global namespace with anywhere access to content. Dell EMC in May updated the platform to include the ECS Dedicated Cloud Service to provide hybrid deployment models. It also introduced ECS Next, which provides enhanced data protection, management and analytics.

Integrated Data Protection Appliance

Dell EMC in May introduced its Integrated Data Protection Appliance, or IDPA, a purpose-built, pre-integrated appliance bringing together data protection storage, software, search and analytics to protect data across a wide range of applications and platforms. According to Dell EMC, the IDPA offers fast deployment of data protection for physical and virtual workloads, and lets coverage seamlessly extend to the cloud with native cloud-tiering for long-term retention to private or public clouds. The appliances feature encryption, fault detection and healing, along with an average 55:1 deduplication rate for data both on-premises and in the cloud.

Isilon

Dell EMC provides scale-out NAS offerings aimed at fast-growing unstructured data in its Isilon line. The Intel Xeon-powered Isilon portfolio, which helps manage demanding enterprise file workloads, is available with all-flash, hybrid flash or spinning disk. It provides high-capacity utilization and automated tiering, and can scale from tens of terabytes to tens of petabytes. Dell EMC in May enhanced its software-only Isilon SD Edge to deploy on a single Dell EMC PowerEdge 14th generation server to make it available at a lower cost point for smaller remote offices. The updates also include support for VMware vSphere 6.5, as well as deployment using virtual storage platforms like ScaleIO and VMware vSAN.

SC Series

The SC Series of storage arrays was developed from the Compellent line that pre-EMC Dell acquired in 2011. Compellent was known for its software-defined platform and the inclusion at no extra charge of all the typical software and services required, a model that is seeping into the rest of the Dell EMC storage lines. Dell EMC in November expanded the SC Series line with new all-flash storage arrays, the SC5020F and SC7020F. These 3U appliances bring dual active/active controllers with eight-core Xeon processors, up to 256 GB of memory, and support for 10-Gbit iSCSI and 32-Gbit Fibre Channel.

ScaleIO

ScaleIO is Dell EMC's software-defined storage platform that runs on industry standard servers to help support the block data storage needs of enterprises of any size. The company said ScaleIO provides consistently high performance of up to 10 million IOPs. It scales from three to over 1,000 nodes, and features high I/O parallelism with low latency, data snapshots, inline data compression, thin provisioning, and quality of service. The ScaleIO platform in May was broadened with the introduction of the data center-class ScaleIO.Next platform with improved efficiencies thanks to inline compression, enhanced snapshots, granular thin provisioning, and seamless volume migration.

Dell EMC Unity

The midrange Unity line of arrays combines file and block storage capabilities in a package starting at under $20,000. Unity is available in all-flash and hybrid flash and spinning disk configurations, as well as a virtual storage version providing enterprise-class data services on VMware ESXi servers. Dell EMC in July said Unity had achieved its first $1 billion in bookings only 419 days after it started shipping. Dell EMC has enhanced the line with the Unity v4.3 operating system, which brings inline deduplication to the all-fl ash storage array to help increase storage efficiency, the ability to do online data-in-place storage controller upgrades and CloudIQ enhancements for simplified storage management.

VMAX 950F

The new VMAX 950F is an all-fl ash storage offering that Dell EMC said provides 6.7 million IOPs, or 68 percent higher performance than the previous generation, with 350-microsecond response time for online transaction processing, or 30 percent better than previous models. The VMAX 950F provides high-performance storage in open systems, mainframe, IBM System i, and file workloads on a single platform, and comes with the full range of EMC storage services including SRDF (Symmetrix Remote Data Facility), D@RE (Data At-Rest Encryption), non-disruptive migration, inline compression, and more, all with six nines, or 99.9999 percent, data availability.

VxRack SDDC

The Dell EMC VxRack SDDC is a turnkey hardware and software rack-scale hyper-converged system combining the latest Dell EMC PowerEdge servers with VMware Cloud Foundation software. VMware Cloud Foundation, VMware's software-defined data center platform, combines SDDC Manager for lifecycle automation along with the vSphere compute, vSAN storage, and NSX networking virtualization technology. The VxRack SDDC scales to hundreds of nodes. Dell EMC in August updated the VxRack SDDC with its new VMware Cloud Foundation software for increased efficiency and scale, along with 40 new PowerEdge server-based configurations with expanded all-fl ash storage options.

VxRail Hyper-Converged Infrastructure Appliance

Dell EMC VxRail hyper-converged infrastructure appliances combine PowerEdge 14th-generation servers with VMware vSAN software to provide configure-to-order platforms that deliver data services, resiliency and quality of service for simplified deployment of virtual desktops, business-critical applications and remote office infrastructure. The VxRail appliance offers non-disruptive pay-as-you-grow scalability of capacity and performance from as few as three nodes to up to 64 nodes per cluster. Customers can choose from general-purpose appliances, entry-level appliances, virtual desktop-optimized nodes, and nodes optimized for performance or storage capacity.

XC Series Hyper-Converged Infrastructure Appliance

In addition to selling its own VxRail hyper-converged infrastructure appliances, Dell EMC is also the largest sales partner of the HCI software stack from Nutanix. It does so via the XC Series hyper-converged infrastructure appliances, which combine PowerEdge 14th-generation servers with the Nutanix software stack as a complete platform. The XC Series appliances are available with flexible combinations of CPU, memory, and hard drive or SSD, including NVMe storage, and include thin provisioning and cloning, replication, data tiering, deduplication and compression.

Mon, 29 Jan 2018 03:00:00 -0600 text/html https://www.crn.com/slide-shows/storage/300098041/10-hot-dell-emc-storage-products
The Protection of Information in Computer Systems The Protection of Information in Computer Systems About this paper

JEROME H. SALTZER, SENIOR MEMBER, IEEE, AND
MICHAEL D. SCHROEDER, MEMBER, IEEE

Invited Paper

Abstract - This tutorial paper explores the mechanics of protecting computer-stored information from unauthorized use or modification. It concentrates on those architectural structures—whether hardware or software—that are necessary to support information protection. The paper develops in three main sections. Section I describes desired functions, design principles, and examples of elementary protection and authentication mechanisms. Any reader familiar with computers should find the first section to be reasonably accessible. Section II requires some familiarity with descriptor-based computer architecture. It examines in depth the principles of modern protection architectures and the relation between capability systems and access control list systems, and ends with a brief analysis of protected subsystems and protected objects. The reader who is dismayed by either the prerequisites or the level of detail in the second section may wish to skip to Section III, which reviews the state of the art and current research projects and provides suggestions for further reading.

Glossary

The following glossary provides, for reference, brief definitions for several terms as used in this paper in the context of protecting information in computers.

Access
The ability to make use of information stored in a computer system. Used frequently as a verb, to the horror of grammarians.
Access control list
A list of principals that are authorized to have access to some object.
Authenticate
To verify the identity of a person (or other agent external to the protection system) making a request.
Authorize
To grant a principal access to certain information.
Capability
In a computer system, an unforgeable ticket, which when presented can be taken as incontestable proof that the presenter is authorized to have access to the object named in the ticket.
Certify
To check the accuracy, correctness, and completeness of a security or protection mechanism.
Complete isolation
A protection system that separates principals into compartments between which no flow of information or control is possible.
Confinement
Allowing a borrowed program to have access to data, while ensuring that the program cannot release the information.
Descriptor
A protected value which is (or leads to) the physical address of some protected object.
Discretionary
(In contrast with nondiscretionary.) Controls on access to an object that may be changed by the creator of the object.
Domain
The set of objects that currently may be directly accessed by a principal.
Encipherment
The (usually) reversible scrambling of data according to a secret transformation key, so as to make it safe for transmission or storage in a physically unprotected environment.
Grant
To authorize (q. v.).
Hierarchical control
Referring to ability to change authorization, a scheme in which the record of each authorization is controlled by another authorization, resulting in a hierarchical tree of authorizations.
List-oriented
Used to describe a protection system in which each protected object has a list of authorized principals.
Password
A secret character string used to authenticate the claimed identity of an individual.
Permission
A particular form of allowed access, e.g., permission to READ as contrasted with permission to WRITE.
Prescript
A rule that must be followed before access to an object is permitted, thereby introducing an opportunity for human judgment about the need for access, so that abuse of the access is discouraged.
Principal
The entity in a computer system to which authorizations are granted; thus the unit of accountability in a computer system.
Privacy
The ability of an individual (or organization) to decide whether, when, and to whom personal (or organizational) information is released.
Propagation
When a principal, having been authorized access to some object, in turn authorizes access to another principal.
Protected object
A data structure whose existence is known, but whose internal organization is not accessible, except by invoking the protected subsystem (q.v.) that manages it.
Protected subsystem
A collection of procedures and data objects that is encapsulated in a domain of its own so that the internal structure of a data object is accessible only to the procedures of the protected subsystem and the procedures may be called only at designated domain entry points.
Protection
1) Security (q.v.).
2) Used more narrowly to denote mechanisms and techniques that control the access of executing programs to stored information.
Protection group
A principal that may be used by several different individuals.
Revoke
To take away previously authorized access from some principal.
Security
With respect to information processing systems, used to denote mechanisms and techniques that control who may use or modify the computer or the information stored in it.
Self control
Referring to ability to change authorization, a scheme in which each authorization contains within it the specification of which principals may change it.
Ticket-oriented
Used to describe a protection system in which each principal maintains a list of unforgeable bit patterns, called tickets, one for each object the principal is authorized to have access.
User
Used imprecisely to refer to the individual who is accountable for some identifiable set of activities in a computer system.
  1. Basic Principles Of Information Protection
  2. Descriptor-Based Protection Systems
  3. The State of the Art
  4. References
  5. Figures: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14
Wed, 24 Mar 2021 05:14:00 -0500 text/html https://www.princeton.edu/~rblee/ELE572Papers/Fall04Readings/secureOS/ProtectionInfoinComputers_Saltzer&Schroeder.htm
Spot fraud fast with identity theft protection services that offer up to $1 million in insurance

There are many ways you can be a victim of identity theft, whether it's a stolen social security number or your credit card information. And it can be a big headache to resolve — especially if you don't discover the theft until weeks or months later.

Signing up for an identity theft protection service can help you spot potential fraud early and assist you in restoring your identity. Most of these services also come with insurance, which helps you recoup expenses associated with resolving identity theft.

While identity theft services can alert you if your personal information appears on the dark web or is misused, it's important to understand that these services can't prevent fraud from happening. You'll need to be proactive and safeguard your personal information to reduce your exposure to identity theft.

Below, CNBC Select reviews the top identity theft services that can alert you of potential breaches to your personal information. (See our methodology for more information on how we chose the best services.)

Best identity theft services

Best overall

IdentityForce® UltraSecure and UltraSecure+Credit

On Identity Force's secure site

  • Cost

    UltraSecure+Credit Individual starts at $139.90/yr and UltraSecure+Credit Family at $209/yr. Click "Learn More" for details.

  • Credit bureaus monitored

    Experian, Equifax and TransUnion

  • Credit scoring model used

  • Dark web scan

  • Identity insurance

    Yes, $1 million for all plans

Runner-up

PrivacyGuard®

  • Cost

    $9.99 to $24.99 per month

  • Identity theft insurance

    Up to $1 million for Identity Protection and Total Protection plans; none for Credit Protection plan

  • Credit monitoring

    Total Protection and Credit Protection plans both monitor your Experian, Equifax and TransUnion credit reports; Identity Protection doesn't offer credit monitoring.

  • Mobile app

  • Family plan

Pros

  • Option to choose the plan that suits you: Credit Protection, Identity Protection or Total Protection
  • New users can try any plan for $1 for the first 14 days

Cons

  • No family plan
  • No identity theft insurance with Credit Protection plan
  • Identity Protection plan doesn't offer triple-bureau credit monitoring

Best for credit monitoring

Experian IdentityWorks℠

On Experian's secure site

  • Cost

    Free for 30 days, then $9.99 to $19.99 per month

  • Credit bureaus monitored

    Experian for Plus plan or Experian, Equifax and TransUnion for Premium plan

  • Credit scoring model used

  • Dark web scan

  • Identity insurance

    Yes, up to $500,000 for Plus plan and up to $1 million for Premium plan*

*Identity Theft Insurance underwritten by insurance company subsidiaries or affiliates of American International Group, Inc. (AIG). The description herein is a summary and intended for informational purposes only and does not include all terms, conditions and exclusions of the policies described. Please refer to the real policies for terms, conditions, and exclusions of coverage. Coverage may not be available in all jurisdictions.

Best for identity theft insurance

Identity Guard

On Identity Guard's secure site

  • Cost

    $6.67 to $20.00 per month

  • Identity theft insurance

  • Credit monitoring

    The Total and Ultra plans monitor your Experian, Equifax and TransUnion credit reports; the Value plan doesn't offer credit monitoring.

  • Mobile app

  • Family plan

Pros

  • Option to choose from three plans: Value, Total and Ultra
  • All plans provide identity theft insurance up to $1 million
  • Variety of privacy tools that help reduce telemarketing calls, junk mail and more (free with annual plans)
  • IBM® Watson®™ artificial intelligence monitors and processes billions of pieces of information

Cons

  • No credit monitoring with Value plan

Best for computer and device protection

LifeLock™

On LifeLock's secure site

  • Cost

    $8.99 to $34.99 per month

  • Identity theft insurance

    Up to $1 million for lawyers and experts; up to $25,000 to $1 million each for stolen funds reimbursement and personal expense compensation

  • Credit monitoring

    The Ultimate Plus plan monitors your Experian, Equifax and TransUnion credit reports; The Standard and Advantage plans monitor Equifax or TransUnion.

  • Mobile app

  • Family plan

Pros

  • Choose between Standard, Advantage and Ultimate Plus plans
  • All plans provide identity theft insurance
  • Norton 360 software is integrated into some plans, offering protection against viruses, spyware, malware and other online threats for up to 5 PCs, Macs and Android devices

Cons

  • You receive less identity theft insurance coverage with a Standard plan
  • Standard plan lacks some alerts, like bank account and credit card activity
  • Standard and Advantage plans only monitor one credit bureau

Identity theft services FAQs

What do identity theft protection services do?

Identity theft protection services monitor various websites and databases for signs of your personal information, such as your social security, driver's license, medical ID and bank account numbers. If your information appears on the dark web or someplace else it shouldn't, these services will send you an alert.

Where these identity theft protection services check for your sensitive information differs between plans but generally includes:

  • Dark web
  • Social media
  • USPS address change requests
  • Court or arrest records
  • Orders for new utility, cable, or wireless services
  • Payday loan applications
  • Check cashing requests

The higher cost identity theft insurance plans typically have more coverage than lower costs options. For instance, the Standard LifeLock® plan lacks some alerts, like bank account and credit card activity, that's offered with the more expensive Advantage and Ultimate Plus plans.

If your identity is compromised, these services will help you restore it through a team of lawyers and experts. Plus all of the services mentioned above provide identity theft insurance on at least one of their plans, which can help you offset the cost of legal fees and sometimes stolen funds and lost wages. This insurance is one of the best perks of an identity theft protection service.

If the main reason you want to sign up for one of these services is for insurance, consider Identity Guard, which offers insurance on all of its plans.

Identity theft protection vs. credit monitoring services

Identity theft protection services alert you when your personal information is being used in a wide range of fraudulent activities — whether that's someone using your medical ID number to file a claim or your driver's license appearing on the web. Credit monitoring service usually don't look for these kind of actions, primarily because they don't appear on your credit report.

Credit monitoring services do just what the name says — monitor your credit. They track the credit history shown on your credit report(s), then alert you of changes via email, text or phone. Granted, you can do this on your own, but these services provide an automated and faster way to track changes to your credit file in real-time.

The exact activity a credit monitoring service reviews varies, but it typically includes the following:

  • Hard inquiries on your credit report, such as someone applying for credit in your name
  • New accounts opened in your name
  • Balances and payments on your credit products
  • New address or name changes to your credit file
  • Public records, such as bankruptcies
  • Personal information on the dark web, such as your social security number, email address and passwords

Many services like IdentityForce®, PrivacyGuard™ and Experian IdentityWorks℠ incorporate both features — identity theft protection and credit monitoring — to supply you holistic coverage.

Check out our roundup of the best credit monitoring services, which includes two free options.

Can identity theft protection services prevent fraud?

No, an identity theft protection service won't prevent fraud, but it can help you spot it early. While someone stealing your identity is never ideal, it's even worse if you don't realize it right away. Thankfully, these services can help you notice it quickly and take action before the damage gets worse.

Here are several things identity theft protection services don't do:

  • Prevent your personal information from appearing on the dark web or other resources
  • Keep your information safe from data breaches
  • Stop someone from applying for credit and opening new accounts in your name
  • Prevent your bank account and credit card information from being stolen
  • Tell you if someone withdraws money from your bank account
  • Warn you if someone files a tax return in your name and collects your refund
  • Prevent the selling of your personal information or use of it

How to prevent identity theft

Since identity theft protection services don't prevent identity theft from happening, you'll need to be proactive to protect your personal information from fraudsters. There are actions you can take to minimize your exposure to identity theft, but remember that some things, like data breaches, are out of your control.

Here are some tips to safeguard your information:

  • Freeze your credit reports: If you want to ensure that your credit file is inaccessible to fraudsters and new accounts can't be opened in your name, freeze your credit reports with each credit bureau. While identity theft protection services charge a fee for monitoring your information, freezing your credit is free.
  • Monitor your credit: Even if you freeze your credit, you should still regularly check your credit reports. You can receive free weekly copies of your credit report from each of the three bureaus through April 2021. In addition, check your credit score and credit card accounts frequently for any unexpected information or transactions. If you notice anything out of sorts, dispute errors immediately.
  • Be wary of advertisements, emails and spam phone calls: You may receive what seems like a great deal or a limited-time offer that require you to act fast, but you should verify they're legitimate before clicking or sharing any personal information. If you don't know the company or sender of an email or who's calling on the phone, that can be a red flag. Look up the information online and make sure you only go to sites that are "https" — with the "s" representing secure.
  • Secure your information: Make sure any personal information isn't accessible to strangers. Consider storing passwords in a secure app like LastPass or 1Password versus writing them on a piece of paper. Also keep physical documents, such as your social security card and birth certificate, out of sight in a safe. Don't carry these with you since there's really no need to and it can make it easier for someone to steal your information.

Our methodology

Editorial Note: Opinions, analyses, reviews or recommendations expressed in this article are those of the Select editorial staff’s alone, and have not been reviewed, approved or otherwise endorsed by any third party.

Sun, 31 Dec 2023 16:36:00 -0600 en text/html https://www.cnbc.com/select/best-identity-theft-protection-services/
Data protection

The University of Manchester obtains and uses large amounts of personal information about our students, alumni, staff, contractors, research participants and other individuals that come into contact with us.

This information is defined as personal data in the General Data Protection Regulation and Data Protection Act 2018 and is often also referred to at the University as Personal Information. Any action carried out which relates to personal information is known as processing.

The University is the Data Controller for the personal information it processes and we process this information for a variety of reasons in order to carry out our academic, employer, charitable and other administrative functions. We aim to be as transparent as possible about the ways we use personal information; to only collect and retain the minimum amount of data possible and to keep it securely.

You can find out more information about the way we use personal information and the rights individuals have to control and manage their data from these web pages.

Sat, 08 Aug 2020 16:02:00 -0500 en text/html https://www.manchester.ac.uk/discover/privacy-information/data-protection/
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For eligible items, purchase protection can cover the deductible from your homeowners, renters or auto insurance.

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Sun, 31 Dec 2023 16:33:00 -0600 en text/html https://www.cnbc.com/select/best-credit-cards-purchase-protection/ Dell Technologies to participate in Fireside Chat in January No result found, try new keyword!ROUND ROCK, Texas, Jan. 3, 2024 /PRNewswire/ -- Dell Technologies (NYSE: DELL) announces that Michael Dell, chairman and chief executive officer, will participate in a virtual fireside chat hosted by ... Wed, 03 Jan 2024 08:39:00 -0600 en-US text/html https://www.tmcnet.com/usubmit/-dell-technologies-participate-fireside-chat-january-/2024/01/03/9940150.htm Dell Cameron

Dell Cameron is an investigative journalist in Texas covering national security and tech policy. He's a recipient of multiple Society of Professional Journalists awards and co-recipient of an Edward R. Murrow Award for Investigative Reporting. Previously, he was a senior reporter at Gizmodo and staff writer for the Daily Dot.

Mon, 27 Nov 2023 01:27:00 -0600 en-US text/html https://www.wired.com/author/dell-cameron/
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