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E-Payments Security– PCI DSS
S.Periyakaruppan (PK)
E- Payments ??
Electronic Payment systems replace the traditional paper systems for money
exchange and trade
Digital Payment system – High level
E-commerce – Internet Payments
Payments transaction switching
Payment Switch
Interconnecting
different channels
of e-payments
Merchant
Network Bank
Netwo...
Payments - Security
• Fraud prevention
• Integrity
• PCI DSS
Fraud prevention
POS
ATM
Internet
E-commerce
M-commerce
Hot listing
Velocity control
Statistical rules
ML controls
Custom ...
ACID (Wiki- Explanation) - Integrity
Atomicity [edit]
Main article: Atomicity (database systems)
Atomicity requires that e...
PCI DSS
PCI – DSS Requirements
Payment Card Data & Storage
Restrictions
Payment services
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E payment security – pci dss

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Transcript of "E payment security – pci dss"

  1. 1. E-Payments Security– PCI DSS S.Periyakaruppan (PK)
  2. 2. E- Payments ?? Electronic Payment systems replace the traditional paper systems for money exchange and trade
  3. 3. Digital Payment system – High level
  4. 4. E-commerce – Internet Payments
  5. 5. Payments transaction switching Payment Switch Interconnecting different channels of e-payments Merchant Network Bank Network Payment processors
  6. 6. Payments - Security • Fraud prevention • Integrity • PCI DSS
  7. 7. Fraud prevention POS ATM Internet E-commerce M-commerce Hot listing Velocity control Statistical rules ML controls Custom rules Accept Reject Review
  8. 8. ACID (Wiki- Explanation) - Integrity Atomicity [edit] Main article: Atomicity (database systems) Atomicity requires that each transaction is "all or nothing": if one part of the transaction fails, the entire transaction fails, and the database state is left unchanged. An atomic system must guarantee atomicity in each and every situation, including power failures, errors, and crashes. To the outside world, a committed transaction appears (by its effects on the database) to be indivisible ("atomic"), and an aborted transaction does not happen. Consistency [edit] Main article: Consistency (database systems) The consistency property ensures that any transaction will bring the database from one valid state to another. Any data written to the database must be valid according to all defined rules, including but not limited to constraints, cascades, triggers, and any combination thereof. This does not guarantee correctness of the transaction in all ways the application programmer might have wanted (that is the responsibility of application-level code) but merely that any programming errors do not violate any defined rules. Isolation [edit] Main article: Isolation (database systems) The isolation property ensures that the concurrent execution of transactions results in a system state that would be obtained if transactions were executed serially, i.e. one after the other. Providing isolation is the main goal of concurrency control. Depending on concurrency control method, the effects of an incomplete transaction might not even be visible to another transaction.[citation needed] Durability [edit] Main article: Durability (database systems) Durability means that once a transaction has been committed, it will remain so, even in the event of power loss, crashes, or errors. In a relational database, for instance, once a group of SQL statements execute, the results need to be stored permanently (even if the database crashes immediately thereafter). To defend against power loss, transactions (or their effects) must be recorded in a non- volatile memory.
  9. 9. PCI DSS
  10. 10. PCI – DSS Requirements
  11. 11. Payment Card Data & Storage Restrictions
  12. 12. Payment services
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