Security teams need the ability to model their complex organizations by splitting data across multiple tenants while maintaining complete visibility throughout the entire infrastructure. At the same time, they must keep data segregated to maintain security and meet data residency and compliance requirements.
As available software on the market increases, so do vulnerabilities. When a company's system is weak due to vulnerabilities in the software it uses, attackers take advantage of the situation to: This, in turn, causes the company to lose customers, reputation and money. To reduce threats, network personnel and system administrators are always on the front line, constantly patching the organization's software and operating systems. But to what end?
The Russian cyberattacks against the U.S. are ramping up in scope and volume. Last month, a hacking group claimed credit for cyberattacks hitting more than a dozen U.S. airports’ websites, temporarily rendering parts of the sites inaccessible to the public. State-sponsored actives in non-war conditions expend exorbitant efforts to disguise themselves to prevent attribution. They also purposefully limit the scope of their attacks.
Earlier this year, Splunk sponsored the report, "SOC 2025: The Future of Security Operations Centers" from Securosis, which is based on previously published blogs by analyst and president Mike Rothman (now with Techstrong Research).
Homomorphic encryption brings a whole new paradigm to encrypting data. In this article, I’ll explain homomorphic encryption, including.