Showing posts with label Enterprise. Show all posts
Showing posts with label Enterprise. Show all posts

Dec 5, 2014

The state of cybersecurity in the enterprise: 2015

glowing-keyboard-hacker-security-620x465.jpgSummary:What services and events are predicted to shape malware, security and corporations next year?
It's been an interesting year for cybersecurity. High-profile attacks have been launched against the likes of Sony, Target, Staples and a number of US banks; age-old flaws in open frameworks have been exploited -- spawning HeartBleed and Shellshock Bash -- and both corporations and governments around the world have pledged to invest more heavily in cybersecurity.
In the midst of these events, what can we expect next year?
According to predictions released by SentinelOne Labs, OS X and Linux, especially due to the rising adoption rates of Linux in enterprise data centers, will result in more attacks targeted at these systems -- which have been "neglected" by hackers in the past. The Mac operating system has experienced a slow uptake in exploits levied at the system in recent years, but the emergence of zero-day vulnerabilities and the platform's rising enterprise market share may make it worth the while of cybercriminals to try and infiltrate.
The security firm also believes that the success of ransomware campaigns will prompt these types of attacks to continue. Ransomware, which locks computer systems -- often with a fake notice from a government agency -- demand a certain amount of money to be paid in Bitcoin or via PayPal before the system is released to the user. Due to the success rates of these attacks, SentinelOne Labs believes ransomware will be used to coordinate a "time bomb" attack on the enterprise by simultaneously holding hostage multiple resources within an organization. Once malicious software finds its way onto a network, this would force firms to pay a higher price than the general public faces to unlock systems.
Another interesting prediction is a rise in attacks on critical infrastructure. The firm says some attacks that have taken place over the past year were successful in closing down power grids for short periods of time, but these cyberattacks were not disclosed to the public.
It is predicted that Russia will use cyberattacks as a political retaliation tool, and China will also use digital weaponry against countries including the United States and Japan -- as well as other APAC countries and human rights activists. However, the firm believes a newcomer will also join the fold, namely Pakistan. SentinelOne Labs says that the country will expand its activities, mostly against India, by outsourcing the creation of malware and using contractors in cyberwarfare.
In relation to outsourcing such skill sets, it is predicted that 2015 will see Attacks as a Service (AaaS) emerge. While Malware as a Service (MaaS) has existed for some time, and malware kits can be bought freely on the market, AaaS will mean buyers no longer have to patch together malware and other services to carry out a service. Instead, clients will be able to visit a website, select a malware platform, choose targeted information -- such as bank records and credit card numbers -- request a particular infection rate and be in business.
Read on: In the world of security
Topics: Security, Malware
Charlie Osborne, a medical anthropologist who studied at the University of Kent, UK, is a journalist, freelance photographer and former teacher. She has spent years travelling and working across Europe and the Middle East as a teacher, and has been involved in the running of businesses ranging from media and events to B2B sales. Charli... Full Bio
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Running mission-critical applications on Enterprise Linux servers

Summary:In the modern, global landscape, it is almost certain that users will need to access mission-critical business applications at any time of day, from any time zone. Is your datacenter ready?

At the core of any organisation are important IT systems that are vital for continued successful operation. Mission-critical applications, such as ERP, CRM, business intelligence, data warehousing, and analytics, advance and support business in many fundamental ways. In the modern, global corporate landscape, it is almost certain that users will need to access these systems at any time of day, demanding around-the-clock, 24/7 availability. Any outage of mission-critical server infrastructure directly impacts revenue and profitability, so downtime must be avoided.

Mission-critical enterprise systems typically rely on expensive Unix or mainframe servers to fulfil high-availability and reliability requirements. Due in part to increasing budgetary constraints and initiatives promoting open standards , this situation has been changing recently. With a shift towards x86-based commodity server hardware, Intel has worked hard to develop reliability, availability, and serviceability (RAS) features in its Xeon processors, with recent hardware optimisations leading to better scalability and performance.

The Intel Xeon E7 processor family implements a powerful collection of RAS capabilities designed to minimize the frequency, cost, and duration of system downtime, which is vital for mission-critical services. Based on key concepts such as self-monitoring and self-healing, this technology enables servers to monitor key sub-systems for errors, and automatically repair known issues. Detecting and correcting problems (or isolating problems that cannot be immediately rectified) is important to maintain system integrity and protect mission-critical data. Support for multiple layers of system component redundancy and subsequent automated failover functionality ensures a higher level of availability. Servers powered by Intel Xeon E7 processors can take advantage of predictive failure analysis to identify problematic components before they fail, allowing them to be replaced during regular maintenance cycles, and ultimately minimising service costs.

Software support for hardware RAS features implemented by the Intel Xeon E7 processor family is included in the Linux operating system. With the largest subscription base in the industry, Red Hat Enterprise Linux has a proven track record of running mission-critical workloads, and can be deployed on either physical servers or in cloud environments. Red Hat's Enterprise Linux High Availability Add-On offers failover clustering to further increase availability of mission-critical applications. The company also offers load balancing, a storage platform, and a scalable file system for improved system reliability.

To ensure the smooth operation of important business processes, mission-critical applications must run on highly reliable and available platforms. The emergence of Intel Xeon-powered commodity servers running Red Hat Enterprise Linux has provided a competitive alternative to traditional Unix systems for mission-critical tasks. This new approach to building infrastructure using standards-based hardware will allow organisations to re-architect their datacentre to become the foundation of next-generation private and hybrid cloud solutions.

Topics: Open Source

Ram is the Business Manager, Enterprise Solution Sales for Intel's Datacenter business covering Asia Pacific and Japan. Ram is responsible for positioning Intel's DC portfolio, which includes server CPUs, SSDs for Storage subsystems, Networking products and Software products like Cache Acceleration s/w, etc., for large enterprise accounts... Full Bio

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Dec 4, 2014

Running mission-critical applications on Enterprise Linux servers

Summary: In the modern, global landscape, it is almost certain that users will need to access mission-critical business applications at any time of day, from any time zone. Is your datacenter ready?

SHARE: SUBSCRIBE TO: Stacking up Open Clouds By Ram Lakshminarayanan for Stacking up Open Clouds | December 4, 2014 -- 00:57 GMT

At the core of any organisation are important IT systems that are vital for continued successful operation. Mission-critical applications, such as ERP, CRM, business intelligence, data warehousing, and analytics, advance and support business in many fundamental ways. In the modern, global corporate landscape, it is almost certain that users will need to access these systems at any time of day, demanding around-the-clock, 24/7 availability. Any outage of mission-critical server infrastructure directly impacts revenue and profitability, so downtime must be avoided.

Mission-critical enterprise systems typically rely on expensive Unix or mainframe servers to fulfil high-availability and reliability requirements. Due in part to increasing budgetary constraints and initiatives promoting open standards, this situation has been changing recently. With a shift towards x86-based commodity server hardware, Intel has worked hard to develop reliability, availability, and serviceability (RAS) features in its Xeon processors, with recent hardware optimisations leading to better scalability and performance.

The Intel Xeon E7 processor family implements a powerful collection of RAS capabilities designed to minimize the frequency, cost, and duration of system downtime, which is vital for mission-critical services. Based on key concepts such as self-monitoring and self-healing, this technology enables servers to monitor key sub-systems for errors, and automatically repair known issues. Detecting and correcting problems (or isolating problems that cannot be immediately rectified) is important to maintain system integrity and protect mission-critical data. Support for multiple layers of system component redundancy and subsequent automated failover functionality ensures a higher level of availability. Servers powered by Intel Xeon E7 processors can take advantage of predictive failure analysis to identify problematic components before they fail, allowing them to be replaced during regular maintenance cycles, and ultimately minimising service costs.

Software support for hardware RAS features implemented by the Intel Xeon E7 processor family is included in the Linux operating system. With the largest subscription base in the industry, Red Hat Enterprise Linux has a proven track record of running mission-critical workloads, and can be deployed on either physical servers or in cloud environments. Red Hat's Enterprise Linux High Availability Add-On offers failover clustering to further increase availability of mission-critical applications. The company also offers load balancing, a storage platform, and a scalable file system for improved system reliability.

To ensure the smooth operation of important business processes, mission-critical applications must run on highly reliable and available platforms. The emergence of Intel Xeon-powered commodity servers running Red Hat Enterprise Linux has provided a competitive alternative to traditional Unix systems for mission-critical tasks. This new approach to building infrastructure using standards-based hardware will allow organisations to re-architect their datacentre to become the foundation of next-generation private and hybrid cloud solutions.

Topic: Stacking up Open Clouds

Ram Lakshminarayanan

Ram is the Business Manager, Enterprise Solution Sales for Intel's Datacenter business covering Asia Pacific and Japan. Ram is responsible for positioning Intel's DC portfolio, which includes server CPUs, SSDs for Storage subsystems, Networking products and Software products like Cache Acceleration s/w, etc., for large enterprise accounts across the region.

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