Protecting the Crown jewels - How to Secure Mission-Critical Information Assets
Conventional approaches to deploying security controls seldom provide appropriate or sufficient protection for mission-critical information assets. The ISF Protection Process is astructured and systematic five-phase process for determining the approaches required to deliver comprehensive, balanced and end-to-end protection.
HPE Enterprise Cloud Security Brochure
Cloud computing is one of the largest, most dramatic forces changing the IT landscape today. Driven by key economic advantages, as well as factors that re-shape how fast enterprises can address global markets, and develop new services, there are substantial business benefits to the cloud. The savings can be substantial.
Cybersecurity Guide: Navigating the Digital Age
The Definitive Cybersecurity Guide for Directors and Officers. Companies increasingly use consumer data, including personal information, to stay competitive; this includes the capability to analyze their customers’ demographics and buying habits, predict future behaviors and business trends, and collect and sell data to third-parties.
Data Sheet: Connected MX and ESKM Secure Endpoint Devices
Discover how enforcing endpoint protection with key management solutions can help you continuously protect information generated by an increasingly mobile workforce.
ISF:Threat Horizon Report 2018
To assist ISF Members, the annual ISF Threat Horizon report takes a two-year perspective of major threats, describing potential implications and providing recommendations to organisations.
Enterprises Reveal Data Security Priorities
New survey finds most security deployments follow container-level, rather than more secure data-level, approaches to encryption. But enterprises understand at the highest levels that data security is critically important. Taking a proactive strategy will reduce corporate risk and also protect brand and reputation.
HPE SecureData Suite for Hadoop
Hadoop is a unique architecture designed to enable organizations to gain new analytic insights and operational efficiencies through the use of multiple standard, low-cost, high-speed, parallel processing nodes operating on very large sets of data. The resulting flexibility, performance, and scalability are unprecedented. But data security was not the primary design goal.
Data Sheet: HPE SecureData Payments
In today’s environment of heightened regulatory requirements and increasing risk of cardholder data breach, it is critical for merchants, payment processors, and acquirers to protect payment data anywhere it moves, anywhere it resides, and however it is used. In payment acceptance systems payment data is commonly left unprotected during the authorization and settlement processes. Payment data is also left unprotected during routine and necessary back-office business processes such as fraud screening, chargeback processing, and recurring payment processing. Common methods for protecting payment data are often inflexible, expensive, and difficult to implement.
