Credit and debit cards stolen from bricks-and-mortar stores sell on the black market for at least ten times the price of cards stolen from online merchants. There are plenty of TOR accessible card shops that will happily buy the cards from hackers and resell them on the open market. A card stolen from a bricks-and-mortar store can be reused in a real store to buy high value electronic goods or gift cards that can be easily converted into cash. Cards stolen online require a card verification value (CVV) and can only be used by online stores willing to send high value goods to a different shipping address from the billing address.
The two most recent major bricks-and-mortar store card breach stories that have appeared in the news recently are Home Depot where 56m customers’ card details have been stolen and Target where 70m customers’ card details have been stolen. In both cases the point of sales (POS) systems were been breached by variants of the same memory scraping malware. BlackPOS / Kaptoxa in the case of TARGET and Framework POS in the case of Home Depot. Both malwares run inside the POS system (running on Windows OS) and are registered as a service. Both malwares read card data before it is encrypted and then collate and later output the card data which is then made available as ‘dumps’ on black market stores.
It is not impossible to have a single user directory tree for internal users / staff, partners and customers. All that is required is unique identifiers and different levels of permission normally managed through group membership. However pretty much every organisation quite rightly separates these groups as independent trees. These independent trees are normally realised as independent directory implementations thus providing security through isolation and security zones of control. This though has not stopped me being recently asked within a large organisation if it is not possible to have a single identity management solution.
This was an evident confusion between identity management solutions and directory structures. For which I drew two examples: the first was an example directory structure (below), for ACME_Corp and my test user Chester Drawers, showing how quickly a single directory structure would become very complicated.
Hold Security have announced that the CyberVor gang (dubbed by Hold Security with “vor” meaning “thief” in Russian) has amassed over 4.5 billion records, mostly consisting of stolen credentials. 1.2 billion of these credentials appear to be unique, belonging to over half a billion e-mail addresses. To get such an impressive number of credentials, the CyberVors robbed over 420,000 web and FTP sites.
In 2009 OpenID announced that there were over 1 billion OpenID enabled accounts. That number that has certainly increased even if some have migrated to OpenID Connect (e.g. Google). OpenID & OpenID Connect can be used as Identity Providers that provide trusted identities to other websites / services that are relying parties. The same would also be true for SAML based Identity Providers.