During a remodel, a company's computer equipment was moved to a secure storage room with cameras positioned on both sides of the door. The door is locked using a card reader issued by the security team, and only the security team and department managers have access to the room. The company wants to be able to identify any unauthorized individuals who enter the storage room by following an authorized employee.

Which of the following processes would BEST satisfy this requirement?

Options: A Monitor camera footage corresponding to a valid access request.
B Require both security and management to open the door.
C Require department managers to review denied-access requests.
D Issue new entry badges on a weekly basis.

A company's claims processed department has a mobile workforce that receives a large number of email submissions from personal email addresses. An employees recently received an email that approved to be claim form, but it installed malicious software on the employee's laptop when was opened.

A Impalement application whitelisting and add only the email client to the whitelist for laptop in the claims processing department.
B Required all laptops to connect to the VPN before accessing email.
C Implement cloud-based content filtering with sandboxing capabilities.
D Install a mail gateway to scan incoming messages and strip attachments before they reach the mailbox.

You've just deployed a new Cisco router that connects several network segments in your organization. The router is physically located in a server room that requires an ID card to gain access. You've backed up the router configuration to a remote location in an encrypted file. You access the router configuration interface from your notebook computer using a Telnet client with a user name of admin and a password of admin. You have used the MD5 hashing algorithm to protect the password. What should you do to increase the security of the device?

Objective: Take a sample feed, parse it, augment it, and output individual JSON objects for each product in it.

product.txt

• The file contains several fields of basic product information for 1000 products.
• Data for each product is on one line, with fields separated by a vertical pipe character.

This particular retailer classifies products into a particular store, department, category, and subcategory.

Example >

• A Blender might have the following "taxonomy" or category classification.

Home & Garden > Kitchen & Dining > Appliances > Blenders

Store

Department

Category

Subcategory

store_id

department_id

category_id

subcategory_id

These IDs are also represented in a sort of shorthand.

• They should all be prefixed by the first three letters of their respective field name.

A store_id of 1 becomes sto1

A department_id of 2 becomes dep2

A category_id of 3 becomes cat3

A subcategory_id of 4 becomes sub4

targets.txt

• A system to keep track of these various classifications
  • Example
    • A store_id of sto40 maps to a “target value” of 187298 in PromoteIQ's system

Output Example:

The desired output for the first product is one line of JSON that when pretty-printed looks like:

{

  "sku": "22067130",

  "name": "Brainboxes ES-571 Brainboxes Es-571 Industrial Isolated Ethernet to Serial + Switch - 1 x Network (R",

  "description": "Brainboxes ES-571 Brand New Includes Lifetime Warranty Product # ES-571 Factory floors can be harsh environments.",

  "priceList": 387.95,

  "taxonomy": [

    "sto2",

    "dep7",

    "cat270",

    "sub18532"

  ],

  "targetValues": [

    187167,

    187177,

    187950,

    196404

  ]

}

The taxonomy IDs have been mapped to their long form and placed in the taxonomy property.

• Each taxonomy ID has also been mapped to its corresponding target value ID from the targets.txt file
  • and that result is stored in the targetValues
  • The priceList property is the product price as a JSON float, not a string