PCI PIN Transaction Security (PTS) Point of Interaction (POI)
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GSR Service Repair Guide
paypoint Implementation Guide 4.77 Implementation Guide paypoint version 5.08.xx, 5.11.xx, 5.15.xx, 5.16.xx 1 Introduction This PA-DSS Implementation Guide contains information for proper use of the paypoint application. Verifone Norway AS does not possess the authority to state that a merchant may be deemed “PCI Compliant” if information contained within this document is followed. Each merchant is responsible for creating a PCI-compliant environment. The purpose of this guide is to provide the information needed during installation and operation of the paypoint application in a manner that will support a merchant’s PCI DSS compliance efforts. 1.1 Audience The PA-DSS implementation guide must be read and understood by terminal operators including resellers, ECR integrators, support organizations and the merchant controlling the terminal. The guide should be used by assessors conducting onsite reviews and for merchants who must validate their compliance with the PCI DSS requirements. This implementation guide is reviewed annually and updated if needed due to changes in paypoint or the PCI requirements. Latest version is always made available on www.verifone.no and information about updates are sent in the release notes. 1.2 Payment Card Industry (PCI) Security Standard Council The PCI Security Standards Council is an open global forum, that is responsible for the development, management, education, and awareness of the PCI Security Standards, including the Data Security Standard (PCI DSS), Payment Application Data Security Standard (PA-DSS), and PIN Transaction Security (PTS) requirements. 1.3 PCI DSS Secure payment applications such as paypoint must be run in a secure environment. -
2014 International Conference on Green Computing Communication and Electrical Engineering
2014 International Conference on Green Computing Communication and Electrical Engineering (ICGCCEE 2014) Coimbatore, India 6-8 March 2014 Pages 1-875 IEEE Catalog Number: CFP1460X-POD ISBN: 978-1-4799-4981-6 1/2 TABLE OF CONTENTS VOLUME 1 A NOVEL ROBUST & FAULT TOLERANCE FRAMEWORK FOR WEBSERVICES USING WS- I* SPECIFICATION.............................................................................................................................................................1 Pandey, Akhilesh Kumar ; Kumar, Abhishek ; Zade, Farahnaz Rezaeian A SURVEY OF SELF ORGANIZING TRUST METHOD TO AVOID MALICIOUS PEERS FROM PEER TO PEER NETWORK ..............................................................................................................................................6 Samuvelraj, G. ; Nalini, N. CONTRIVANCE OF ENERGY EFFICIENT ROUTING ALGORITHM IN WIRELESS BODY AREA NETWORK.............................................................................................................................................................. 10 Sridharan, Srivatsan ; Jammalamadaka, Sridhar EFFECTIVE DEFENDING AGAINST FLOOD ATTACK USING STREAM-CHECK METHOD IN TOLERANT NETWORK................................................................................................................................................... 17 Kuriakose, Divya ; Daniel, D. ANONYMOUS ROUTING TECHNIQUE IN MANET FOR SECURE TRANSMISSION: ART .............................. 21 Vijayan, Aleesha ; Yamini, C. DEFINING THE FRAMEWORK FOR WIRELESS-AMI SECURITY IN SMART GRID....................................... -
View PIN Pad Security Best Practices
PIN Pad Security Best Practices v2 PIN Pad Security Best Practices © Copyright, VeriFone, 2008 PIN Pad Security Best Practices v2 Introduction The payment industry and card associations adopted PED and PCI PED requirements because of concerns that sophisticated criminal organizations may have the resources to tamper with PED terminals to install a bug and collect private card data. In Pre PED devices, security features were left to each vendor to determine. The more recently adopted Visa PED and PCI PED requirements provide standardized security features that make tampering progressively more difficult. We are seeing an increase in criminal organizations targeting the less secure pre PED terminals by installing bugs to collect private credit card and debit information. In these cases, the criminal organizations are inserting a bug into an in-place device or obtaining the same terminal model that a retailer uses, installing a bug, and then substituting the tampered device for the retailer's terminals. They then either come back to retrieve these terminals to obtain the stolen information, or in some cases, the tampered terminals send the information to another computer via wireless communications. Due to repeated targeting of pre PED PIN pads and payment terminals, VeriFone has developed the following PIN Pad Security Best Practices. These best practices first enable a retailer to determine if any existing terminals have been tampered with, and second make tampering much more difficult by implementing a comprehensive set of security controls to prevent tampering and more quickly become aware if tampering has occurred. This document details the PIN Pad Security Best Practices from a sound security perspective to minimize fraud through education, routine inspection, vendor management, and prompt action. -
A Guide to EMV Chip Technology November 2014
EMVCo, LLC Version 2.0 A Guide to EMV Chip Technology November 2014 A Guide to EMV Chip Technology Version 2.0 November 2014 - 1 - Copyright © 2014 EMVCo, LLC. All rights reserved. EMVCo, LLC Version 2.0 A Guide to EMV Chip Technology November 2014 Table of Contents TABLE OF CONTENTS .................................................................................................................. 2 LIST OF FIGURES .......................................................................................................................... 3 1 INTRODUCTION ................................................................................................................ 4 1.1 Purpose .......................................................................................................................... 4 1.2 References ..................................................................................................................... 4 2 BACKGROUND ................................................................................................................. 5 2.1 What are the EMV Chip Specifications? ........................................................................ 5 2.2 Why EMV Chip Technology? ......................................................................................... 6 3 THE HISTORY OF THE EMV CHIP SPECIFICATIONS ................................................... 8 3.1 Timeline .......................................................................................................................... 8 3.1.1 The Need -
Covering PCI and PA DSS)
Monetra® Payment Software Secure Implementation Guide (Covering PCI and PA DSS) Revision: 3.0b3 Publication date November, 2012 Copyright © 2012 Main Street Softworks, Inc. Secure Implementation Guide: (Covering PCI and PA DSS) Main Street Softworks, Inc. Revision: 3.0b3 Publication date November, 2012 Copyright © 2012 Main Street Softworks, Inc. Legal Notice The information contained herein is provided As Is without warranty of any kind, express or implied, including but not limited to, the implied warranties of merchantability and fitness for a particular purpose. There is no warranty that the information or the use thereof does not infringe a patent, trademark, copyright, or trade secret. Main Street Softworks, Inc. shall not be liable for any direct, special, incidental, or consequential damages resulting from the use of any information contained herein, whether resulting from breach of contract, breach of warranty, negligence, or otherwise, even if Main Street has been advised of the possibility of such damages. Main Street reserves the right to make changes to the information contained herein at anytime without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of Main Street Softworks, Inc. Table of Contents 1. Monetra Security Validation (PA-DSS) ......................................................................... 1 1.1. Do Not Retain Sensitive Data ........................................................................... -
Css241 Course Title: Basic Security and Security Threats
CSS 241 BASIC SECURITY AND SECURITY THREATS NATIONAL OPEN UNIVERSITY OF NIGERIA COURSE CODE :CSS241 COURSE TITLE: BASIC SECURITY AND SECURITY THREATS 1 CSS 241 BASIC SECURITY AND SECURITY THREATS COURSE GUIDE CSS241 BASIC SECURITY AND SECURITY THREATS Course Developer/Writer Monsuru Adegboyega Kasali Non-Violence and Intercultural Communication Advocacy Initiatives, Ibadan, Nigeria Course Editor Rasidi Okunola, Ph. D Department of Sociology University of Ibadan Oyo State Course Coordinator Adeniyi T. Adegoke, Ph.D Criminology and Security Studies School of Arts and Social Sciences National Open University of Nigeria Programme Leader Prof. Abdul-Rasheed Yesufu Dean, School of Arts and Social Sciences National Open University of Nigeria 2 CSS 241 BASIC SECURITY AND SECURITY THREATS NATIONAL OPEN UNIVERSITY OF NIGERIA National Open University of Nigeria Headquarters 14/16 Ahmadu Bello Way Victoria Island Lagos Abuja Office No. 5 Dar es Salam Street Off Aminu Kano Crescent Wuse II, Abuja Nigeria e-mail: [email protected] URL: www.nou.edu.ng Published by National Open University of Nigeria Printed ISBN: All Rights Reserved CONTENTS PAGE Introduction……………………………………..………....i-ii What You Will Learn in this Course ...................................ii Course Aims…………………………………………..... ..ii-iii Course Objectives……………………………………… …iii-iv Working through this Course ...............................................iv Course Materials……………………………….………. …v 3 CSS 241 BASIC SECURITY AND SECURITY THREATS Study Units…………………………………….………. …v-vi Textbooks and References…………….……….……… ….vi-vii Assignment File ………………………………………. ….vii Assessment ………………………………….………. ……viii Tutor-Marked Assignment……………………………. …..viii Final Examination and Grading…………………..……. …viii Course Marking Scheme ………………………………. …viii Course Overview ………………………………………. …viii-ix Presentation Schedule …………………………………. …x How to Get the Most from this Course ……………………x Reading Section.....................................................................x-xi Facilitators/Tutors and Tutorials ………………………. -
PCI DSS V3.0 Compliance: a Closer Look at Requirement
PCI DSS v3.0 compliance: A closer look at Requirement 9.9 – Payment Terminal Protection Copyright © Sysnet Global Solutions 2015. All rights reserved. PCI DSS v3.0: A closer look at Requirement 9.9 - Payment Terminal Protection Jason McWhirr CISSP, Information Security Consultant, Sysnet Global Solutions The reason for PCI DSS v3.0 Requirement 9.9 While EMV chip technology (chip & pin) and other technical measures have been effective at reducing card fraud in many countries across the world, criminals are increasingly resorting to physical attacks in order to steal cardholder data at the point of sale, or to devise new methods for data compromise. To address this risk, in 2009 the Payment Card Industry Security Standards Council (PCI SSC) issued their skimming prevention information supplements to help merchants protect themselves against cardholder data exposure caused by the use of skimming (tampering) and substitution techniques. However this was always best practice advice and was not enforced in the Payment Card Industry Data Security Standard (PCI DSS). However, the most recent PCI DSS, version 3.0, requirement 9.9 will now turn these best practices into enforceable requirements starting July 1st 2015. This is to ensure that merchants have controls and countermeasures in place to minimise their vulnerability to future attacks of this type. Does the new requirement affect you? Any merchant accepting face-to-face payments via a physical point of interaction (POI) device or terminal will need to adhere to the new PCI DSS regulations. These requirements state that all merchants must have controls in place to protect against direct physical tampering and substitution of their card-reading devices used in card-present transactions at the point of sale. -
Trusted Platform Module Explained What It Is, What It Does and What Its Benefits Are
Bosch Security Systems | Video Systems 1 | 9 Trusted Platform Module explained What it is, what it does and what its benefits are Data subject not change without notice | August 2016 Security Systems / Video Systems Bosch Security Systems | Video Systems 2 | 9 Table of contents 1 Introduction 3 2 Trusted Platform Module 4 2.1 What a Trusted Platform Module is ..................................................................................................................... 4 2.2 What a Trusted Platform Module does ................................................................................................................ 5 2.3 What a Trusted Platform Module’s benefits are .................................................................................................. 6 3 Appendix 7 3.1 Standard or not standard? .................................................................................................................................. 7 3.2 How clients or integrations are affected .............................................................................................................. 7 4 Glossary 8 Data subject not change without notice | August 2016 Security Systems / Video Systems Bosch Security Systems | Video Systems 3 | 9 1 Introduction As security systems have transitioned into network devices over the last few decades, system vulnerabilities have transitioned as well. This shift in network utilization brings with it far more vulnerabilities than compared to older analog systems, and due to the very nature of -
A Guide to Eliminating PA-DSS and Making EMV Easy
FACT SHEET A Guide to Eliminating PA-DSS and Making EMV Easy Four major concerns of Value-Added Resellers (VARs), Independent Software Vendors (ISVs) and businesses that accept cards: The high cost of achieving and maintaining PCI, specifically PA-DSS; the risk and responsibility of handling card data; keeping up with card brand mandates and emerging payment technologies; and the high cost and complexity of developing and certifying EMV. Payments and PCI PA-DSS Scope Benefits of Getting Out of Scope DEFINITIONS Traditional POS system configuration: The VAR or ISV’s scope is eliminated if PIN pad sends the transaction to the all card acceptance and processing is Payment Card Industry Data POS system completed at the acceptance device Security Standard (PCI DSS) is a set of security procedures POS system sends the authorization There is no need for POS system to from the PCI Security Standards request to the acquirer and receives certify for PA-DSS validation Council for businesses that an authorization back from the acquirer PCI compliance and payment accept credit cards. It includes In this configuration, the POS system mandates are maintained by guidelines for user and business are in PA-DSS scope Heartland and our solution partners authentication, firewalls, and responsible for EMV certification Eliminating card data does not take antivirus, encryption, Out-of-Scope configuration: a business out of PCI scope but truncating account numbers, This takes the POS system out of the does eliminate their PA-DSS scope programming maintenance -
Visa U.S. Merchant EMV Chip Acceptance Readiness Guide 10 Steps to Planning Chip Implementation for Contact and Contactless Transactions
Visa U.S. Merchant EMV Chip Acceptance Readiness Guide 10 Steps to Planning Chip Implementation for Contact and Contactless Transactions Visa U.S. Merchant EMV Chip Acceptance Readiness Guide 10 Steps to Planning Chip Implementation for Contact and Contactless Transactions Contents About this Guide ........................................................................................................................................................................... ii What It Is ..................................................................................................................................................................................... ii Who Should Use It .................................................................................................................................................................. ii How It Is Organized ................................................................................................................................................................ ii 1. Introduction ............................................................................................................................................................................... 1 As the Payment Industry Evolves, So Should You ...................................................................................................... 1 It Is a Small Chip with Big Benefits ................................................................................................................................... 1 Visa’s -
Komunikacija Grafičkog I Središnjeg Procesora U Heterogenom Računalnom Sustavu
Komunikacija grafičkog i središnjeg procesora u heterogenom računalnom sustavu Sočković, Augustin Master's thesis / Diplomski rad 2019 Degree Grantor / Ustanova koja je dodijelila akademski / stručni stupanj: University of Rijeka / Sveučilište u Rijeci Permanent link / Trajna poveznica: https://urn.nsk.hr/urn:nbn:hr:195:641511 Rights / Prava: In copyright Download date / Datum preuzimanja: 2021-09-27 Repository / Repozitorij: Repository of the University of Rijeka, Department of Informatics - INFORI Repository Sveučilište u Rijeci – Odjel za informatiku Diplomski studij informatike, smjer Poslovna informatika Augustin Sočković Komunikacija grafičkog i središnjeg procesora u heterogenom računalnom sustavu Diplomski rad Mentor: v. pred. dr. sc. Vedran Miletić Rijeka, 10. prosinca 2019. Sažetak U radu je opisana komunikacija osnovnog i grafičkog procesora u heterogenom računalnom sustavu, definirana heterogenua sustavska arhitektura (HSA), te skiciran "povijesni okvir" razvoja CPU-a i GPU-a do tehnologije koja je omgućila HSA. Opisan je načn rada platforme za razvoj aplikacija za heterogenu sustavsku arhitekturu, specifično način na koji grafički i središnji procesor unutar iste komuniciraju. Odabrana je platforma ROCm zbog otvorenosti i dostupnosti AMD-ovog grafičkog procesora. Ključne riječi CPU, GPU, ROCm, rocBLAS, rocSPARSE, rocRAND, AMD, HPC, heterogeno, računarstvo, arhitektura Sadržaj 1. Uvod................................................................................................................................................1 -
EMV Card Acceptance Using Sensible Terminal Version 4.1X
EMV Card Acceptance Using Sensible Terminal Version 4.1x Featuring DataCap System’s Out-Of-Scope PCI Compliant Credit Card Processing Solutions dsiPDCXTM and dsiEMVUSTM with End-To-End-Encryption using the Verifone VX-805 PIN PAD and DataCap System’s In-Store NETePay/GIFTePay Server Revised July 7, 2016 Sensible Terminal 4.1 Frequently Asked Questions Card Acceptance 1. What do the terms “E2EE”, “EMV”, “PCI”, “DSS” and “OOS” mean? E2EE stands for the “End to End Encryption” Sensible Terminal 4.1 uses when paired with the Verifone VX-805 PIN Pad. From the time the card is Swiped, Dipped or Tapped, card data is encrypted until it reaches the payment processor, reducing the possibility of data theft along the way. EMV stands for the “Europay, MasterCard, Visa” consortium standardizing the use of a smart card chip which creates a unique transaction authentication on every sale making it nearly impossible to clone a chipped card from stolen cardholder information. Sensible Terminal 4.1 meets the PCI “Payment Card Industry” DSS “Data Security Standard” for an OOS “Out of Scope” payment application. Out of scope payment applications to do not handle sensitive card data and instead communicate with a PCI compliant encrypted PIN Pad which handles card data exclusively. The sale type and amount is passed from Sensible Terminal 4.1 to the PIN Pad which interacts with the cardholder and his card then returns an approval or decline to the payment application. This significantly reduces a merchant’s possibility of a data breach where cardholder data is stolen if the POS computer is compromised by a hacker.