CPSA_P_New Card Production Security AssessorCPSA Physical NewExam Questions and Answers

 According to the PCI Card Production Physical Security Requirements, one of the objectives of physical security is to deter, detect, and delay unauthorized access to card production facilities and equipment. This objective requires that the facility has adequate security measures to prevent or respond to any physical attacks or intrusions, such as alarms, locks, cameras, guards, etc. However, these measures may not be sufficient if the facility is located in a rural area, where law enforcement services may not be able to reach the facility in a timely manner in case of an emergency. Therefore, the location of the facility may pose a risk to the security of card production and provisioning activities, and the CPSA should assess the adequacy of the facility’s security plan and procedures to mitigate this risk. References: PCI Card Production Physical Security Requirements, Version 1.0, April 2019, Section 1.1, Objective 1, Page 41

According to the PCI Card Production Physical Security Requirements, one of the security controls for card shipment is to ensure that the vendor has an incident response plan in place to handle any card shipment incidents, such as loss, theft, or tampering. The incident response plan should include the following steps1:

• The vendor should conduct an incident review to determine the cause and scope of the incident, and document the findings and actions taken.
• The vendor should notify the VPA, the issuer, and law enforcement of the incident within 24 hours of discovery, or as soon as possible.
• The vendor should cooperate with the VPA, the issuer, and law enforcement in the investigation and resolution of the incident, and provide any evidence or information requested.
• The vendor should implement corrective actions to prevent the recurrence of the incident, and report the results to the VPA and the issuer. Therefore, the response that best reflects a compliant organization is option D, which follows the steps of the incident response plan as required by the PCI Card Production Physical Security Requirements. References: PCI Card Production Physical Security Requirements, Version 1.0, April 2019, Section 1.1, Objective 6, Requirement 6.2, Page 131

According to the PCI CPSA Qualification Requirements, one of the administrative requirements for CPSA Companies is to notify the VPA of any changes to the roles of CPSA Employees or other personnel that directly affect the security of card products and related components. This is to ensure that the CPSA Company maintains the quality and integrity of the CPSA Program and the PCI Card Production Security Standards. The VPA should be notified within 10 business days of the change, and the CPSA Company should provide evidence of the qualifications and training of theaffected personnel. References: PCI CPSA Qualification Requirements, Version 1.1, April 2020, Section 6.1.3, Page 121

According to the PCI CPSA Qualification Requirements, Technical FAQs are documents that provide guidance on specific technical topics related to the PCI Card Production Security Standards. Technical FAQs are not mandatory, but they are recommended to be used by CPSA Companies and CPSA Employees during the card production assessment process. Technical FAQs are intended to help clarify the intent and applicability of the PCI Card Production Security Requirements, and to provide examples and best practices for achieving compliance. Technical FAQs are published by the PCI SSC on its website, and are updated periodically based on feedback from the card production industry and the payment brands. References: PCI CPSA Qualification Requirements, Version 1.1, April 2020, Section 4.2, Page 81

According to the PCI Card Production Physical Security Requirements, the goods-tools trap is a secure area that separates the HSA from the outside world, and is used to control the entry and exit of card products, tools, and other materials. The goods-tools trap must have two doors that are interlocked, meaning that only one door can be opened at a time. The goods-tools trap must also have a CCTV camera and an alarm system. The process of bringing card products into the HSA using the goods-tools trap must follow these steps1:

• The card products must be delivered to the goods-tools trap by authorized personnel, who must present their identification to the guard and sign a delivery note.
• The guard must verify the identification of the personnel and the quantity and quality of the card products, and record the details in a log.
• The guard must then escort the personnel to the first door of the goods-tools trap, and open it using a key or a card reader. The personnel must place the card products inside the goods-tools trap and exit the area. The guard must then lock the first door.
• The guard must then notify the production staff inside the HSA that the card products are ready to be collected. The production staff must present their identification to the guard and sign a receipt note.
• The guard must then escort the production staff to the second door of the goods-tools trap, and open it using a key or a card reader. The production staff must collect the card products from the goods-tools trap and enter the HSA. The guard must then lock the second door.

In this scenario, the guard escorted the production staff, along with the box, into the pre-press room. This is not compliant, because the guard is not authorized to enter the HSA, and the card products must remain under dual control at all times. The guard should have stayed outside the HSA and only opened the second door of the goods-tools trap for the production staff. This would ensure that the card products are securely transferred from the goods-tools trap to the HSA, and that the guard does not compromise the security of the HSA. References:

• PCI Card Production Physical Security Requirements, v2.0, April 2019, page 15, requirement 2.1.1
• PCI Card Production Physical Security Requirements, v2.0, April 2019, page 16, requirement 2.1.2
• PCI Card Production Physical Security Requirements, v2.0, April 2019, page 17, requirement 2.1.3
• PCI Card Production Physical Security Requirements, v2.0, April 2019, page 18, requirement 2.1.4

According to the PCI Card Production and Provisioning Logical Security Requirements, Secure Element (SE) provisioning is the process of adding cardholder account information to a secure element on a mobile device via an over-the-air or over-the-internet communication channel. A secure element is a tamper-resistant platform that can securely host applications and their confidential and cryptographic data. A SIM card is an example of a secure element that can be used for mobile payments. SE provisioning is different from Host Card Emulation (HCE) provisioning, which is the process of adding cardholder account information to a cloud-based server that emulates a secure element on a mobile device. SE provisioning is also different from card personalization, which is the process of adding cardholder account information to a physical card. Over-the-air (OTA) provisioning is a generic term that can refer to either SE or HCE provisioning, depending on the type of mobile payment system used. References: PCI Card Production and Provisioning Logical Security Requirements and Test Procedures v3.0, January 2022, pages 6-71

Host Card Emulation (HCE) provisioning is the process of creating and storing cardholder data in a virtual secure element hosted in a remote server, and generating a payment token that can be used by a mobile device to perform a contactless transaction. HCE provisioning is one of the methods of cloud-based provisioning, which does not require the use of a physical secure element on the mobile device. HCE provisioning is different from Secure Element (SE) provisioning, which involves loading cardholder data into a physical secure element embedded or attached to the mobile device. HCE provisioning is also different from Over-the-air (OTA) provisioning, which involves transmitting cardholder data from a remote server to a physical secure element on the mobiledevice using a wireless communication channel. In this scenario, the vendor hosts virtual secure elements holding cardholder information in their data center, and creates a payment token that is sent to the cardholder’s mobile device. This best describes the vendor’s activities as HCE provisioning. References:

• PCI Card Production and Provisioning Logical Security Requirements, v2.0, April 2019, page 8, section 1.3
• PCI Card Production and Provisioning Logical Security Requirements, v2.0, April 2019, page 9, section 1.4
• PCI Card Production and Provisioning Logical Security Requirements, v2.0, April 2019, page 10, section 1.5
• PCI Card Production and Provisioning Logical Security Requirements, v2.0, April 2019, page 43, Appendix A: Applicability of Requirements

According to the PCI Card Production and Provisioning Logical Security Requirements, pre-personalization is the process of unlocking the chip and loading the applications and keys onto the chip. This process is performed by the vendor using codes provided by the chip manufacturer. The codes are used to authenticate the vendor and enable the chip to accept the applications and keys. The pre-personalization process prepares the chip for the subsequent personalization process, where the chip is associated with a specific cardholder account andactivated. The pre-personalization process is different from data creation, data preparation, and manufacture, which are other processes involved in card production and provisioning. References: PCI Card Production and Provisioning Logical Security Requirements and Test Procedures v3.0, January 2022, pages 6-71

According to the PCI Card Production Physical Security Requirements, the CCTV and access control servers must be located within the Security Control Room (SCR) or a room with equivalent security. This means that the room must have the same level of physical protection as the SCR, such as locks, alarms, sensors, cameras, and access control devices. The purpose of this requirement is to prevent unauthorized access, tampering, or theft of the servers that store and process sensitive data related to card production and security. References: PCI Card Production Physical Security Requirements, v2.0, April 2019, page 16

According to the PCI CPSA Program Guide, a CPSA Company must maintain workpapers and technical information obtained during an assessment for a minimum of three years from the date of the assessment. The workpapers and technical information must be stored securely and made available to PCI SSC upon request. The workpapers and technical information must include, but are not limited to, the following:

• The Card Production Report on Compliance (ROC) and the Card Production Attestation of Compliance (AOC)
• The Card Production Entity’s policies and procedures
• The Card Production Entity’s network diagrams and data flow diagrams
• The results of any testing performed by the CPSA Company or the Card Production Entity
• The evidence of any remediation actions taken by the Card Production Entity
• The correspondence between the CPSA Company and the Card Production Entity
• The correspondence between the CPSA Company and the payment brands
• The feedback form completed by the Card Production Entity References:
• PCI Card Production Security Assessor (CPSA) Program Guide, Version 1.0, April 2019, page 111

According to the PCI Card Production Logical Security Requirements, a vendor’s HSA access must be enforced by a security turnstile that has a logical access-control system that ensures anti pass-back. This means that the system must prevent a person from using the same badge to enter or exit the HSA more than once without completing the access cycle. The access cycle is the process of entering or exiting the HSA through the turnstile, which may involve biometric verification, PIN entry, or other authentication methods. The status of the access must change upon initial presentation of an authorised badge, prior to completion of the access cycle, to prevent another person from using the same badge to enter or exit the HSA. For example, if a person presents an authorised badge to enter the HSA, the system must register that the badge is inside the HSA and deny access to anyone else who tries to use the same badge until the person exits the HSA with the same badge. References: PCI Card Production Logical Security Requirements, v2.0, April 2019, page 12