Many CISOs I speak with across Europe tell me their cybersecurity teams rely on two, primary open-source platforms within their security operations (SecOps). The first is Malware Information Sharing Platform (MISP), that allows the storing and sharing of indicators of compromise (IoCs) with other MISP users. The second is TheHive, designed for security incident response (IR).
The Internet of Things (IoT) includes items such as smart appliances, smartwatches, and medical sensors. For organizations to enjoy all of the benefits and convenience of IoT devices, enterprise customers must fully understand the potential risks and threats to their systems and the underlying data. IoT devices often lack built-in security controls, a situation which creates risks and threats for federal agencies and consumers.
SAML (Security Assertion Markup Language) is an open standard that enables users to access numerous web applications or web services using the same login credentials through identity federation. SAML relies upon two parties - an identity provider (IDP) and a service provider (SP). The IDP provides authentication information about the user to the SP. The SP uses this information to provide authorization to the user.
This is the ninth entry in blog series on using Java Cryptography securely. We started off by looking at the basics of Java Cryptography Architecture, assembling one crypto primitive after other in posts on Cryptographically Secure Random Number Generator, symmetric & asymmetric encryption/decryption & hashes. In the meantime, we had to catchup with cryptographic update in latest versions of Java. Having looked at some of the most common symmetric cryptography based applications a.k.a.
It is hard to ignore the financial impact bot attacks can have, especially when such attacks are aimed directly at financial services organizations and markets.
Cybercriminals constantly target large organisations in the quest to exploit their networks, steal data and extort money. However, it’s well known that SMEs are also targeted with the same level of enthusiasm by cybercriminals. The reason is simple; an attack on a home user gives access to their email passwords which can then be used for social engineering, but an attack directly on a company can lead to the theft of intellectual property and sensitive strategic data.
