Published By: Gigamon
Published Date: Mar 26, 2019
Read this ESG research brief to learn how to improve visibility across distributed computing environments without increasing staff or tools. Download “The Importance of a Common Distributed Data Services Layer” to learn why ensuring visibility in a distributed network environment is crucial and how a common distributed data services layer to collect, process and share data ensures that network operations teams are able to provide better digital experiences, mitigate risk and respond to changing environments.
Published By: Datastax
Published Date: Apr 08, 2019
For decades, organizations relied on traditional relational
database management systems (RDBMS) to organize, store, and
analyze their data.
But then Facebook came along, and an RDBMS was suddenly not quite enough. The
social giant needed a powerful database solution for its Inbox Search feature, and
Apache Cassandra—a distributed NoSQL database—was born.
Released as an open source project in July 2008, Cassandra—named after the
mythological prophet who famously put a curse on an oracle—became an Apache
Incubator project in March 2009. It graduated to a top-level project in February 2010
Published By: Datastax
Published Date: Apr 08, 2019
We live in the age of “multi”. Everything is becoming more complex, more “intelligent”, and more distributed. Hybrid cloud isn’t really the new frontier—some companies have been operating in a hybrid cloud environment for nearly a decade—the new frontier is learning HOW to take full advantage of hybrid cloud without creating data silos or busting the IT budget.
Enterprises are, of course, always looking for ways to make their computer systems faster, more highly available, more fault tolerant, and simpler to scale.
But in the age of “multi,” this is becoming harder and harder to do.
Imagine running a social network with millions of U.S.-based users and millions of European users. You could host all your servers and data in the United States, but then all of your European users would have a slower experience using your application than their U.S.-based counterparts. You could host all your servers and data in Europe, but then the U.S.-based users would have a slower experience.
The increase in sophisticated, targeted security threats by
both external attackers and malicious insiders have made it
extremely difficult for organizations to properly protect
critical and sensitive information. The task of protecting these
assets has only grown harder as IT environments have become
more complex and widely distributed across geographic locations
and in the cloud.
Many recent high-profile breaches have one thing in common:
They were accomplished through the compromise of passwords.
In many cases, end-user passwords are initially hacked through
various social engineering techniques. Then permissions are escalated to gain access to more privileged accounts — the keys to the
kingdom. This unauthorized access can easily go undetected for
weeks or even months, allowing hackers to see and steal information at their convenience.
Unfortunately, many IT users lack a full understanding of how
privileged accounts function, as well as the risks associated
with their compromise an
Countless studies and analyst recommendations suggest the value of improving security during the software development life cycle rather than trying to address vulnerabilities in software discovered after widespread adoption and deployment. The justification is clear.For software vendors, costs are incurred both directly and indirectly from security flaws found in their products. Reassigning development resources to create and distribute patches can often cost software vendors millions of dollars, while successful exploits of a single vulnerability have in some cases caused billions of dollars in losses to businesses worldwide. Vendors blamed for vulnerabilities in their product's source code face losses in credibility, brand image, and competitive advantage.
Published By: Attivio
Published Date: Aug 20, 2010
Current methods for accessing complex, distributed information delay decisions and, even worse, provide incomplete insight. This paper details the impact of Unified Information Access (UIA) in improving the agility of information-driven business processes by bridging information silos to unite content and data in one index to power solutions and applications that offer more complete insight.
In order to provide high quality, cost effective business services in complex, distributed environments, improved IT management strategies are required. Business Service Management (BSM) is a strategic approach to managing IT services in support of improved business performance.
Published By: Verisign
Published Date: May 31, 2017
Verisign has a unique view into distributed denial of service (DDos) attack trends, including attack statistics, behavioral trends and future outlook. The below data contains observations and insights about attack frequency and size derived from mitigations enacted on behalf of customers of Verisign DDoS Protection Services from January through March 2017.
Published By: Red Hat
Published Date: Sep 09, 2018
As applications and services become more central to business strategy, and as distributed methodologies like agile and DevOps change the way teams operate, it is critical for IT leaders to find a way to integrate their backend systems, legacy systems, and teams in an agile, adaptable way. This e-book details an architecture called agile integration, consisting of three technology pillars—distributed integration, containers, and APIs—to deliver flexibility, scalability, and reusability.
Webanwendungs- und DDoS-Angriffe lassen sich nicht vorhersehen und treffen Unternehmen ohne Vorwarnung. Für die meisten DDoS-Angriffe (Distributed Denial of Service) ist nicht viel Know-how erforderlich. Angreifer können günstig Ressourcen mieten, die auf entsprechenden Seiten leicht zu finden sind. Trotz des geringen Preises führen DDoS-Angriffe zu vielen Problemen:
• Verlust vertraulicher Daten
• Niedrigere Nutzerproduktivität
• Beeinträchtigung von Partnerschaften und Kundenbeziehungen
Je nach Branche können sich so schnell Schäden von Zehntausenden US-Dollar ergeben – in einigen Fällen geht der Schaden sogar in die Millionen. Nur 2 % der Unternehmen gaben an, ihre Webanwendungen seien in den vergangenen 12 Monaten nicht Opfer eines Angriffs geworden. Bei 98 % war das Gegenteil der Fall.
Web application and DDoS attacks hit enterprises without warning or reason. Most Distributed Denial of Service (DDoS) attacks require little skill to launch with attackers can simply rent resources from DDoS-for-hire sites at a low cost.. In comparison, DDoS attacks typically result in:
• Operational disruption
• Loss of confidential data
• Lost user productivity
• Reputational harm
• Damage to partner and customer relations
• Lost revenue
Depending on your industry, that could add up to tens of thousands of dollars in damage – and in some cases it could be millions. Only 2% of organizations said their web applications had not been compromised in the past 12 months – 98% said they had.
This white paper can help you confirm that your small business or distributed enterprise needs to invest in an effective next-generation firewalls (NGFW) solution. For small businesses, the
NGFW should provide an affordable and manageable entrée to advanced threat protection. In branch offices and the distributed enterprise, NGFWs should provide a detection and enforcement point, analyzing real-time threats and network traffic at scale and benefiting from an integrated and holistic view of the network of which it is a part. In both use scenarios, the NGFW should help your organization defend against targeted and persistent malware attacks, including emerging threats.
The Cisco UCS solution provides all management and configuration services at the centrally located Fabric Interconnects, so you can manage large-scale deployments from a single location. This method lets you consolidate hardware and streamline management. The IBM Flex System solution uses a distributed management model with chassis-level control. This method adds to the complexity to the hardware configuration, which can increase management needs.
The Enterprise Strategy Group (ESG) characterizes traditional security tactics as a "messy independent array of independent technologies." A decade ago, this could suffice, but it's no match for today's requirements. Read how an integrated, threat-focused approach can help.
Published By: DataStax
Published Date: Mar 10, 2017
Today’s customers expect a seamless, intelligent and personalized experience that operates at the speed of the cloud and is continuously available regardless of location or platform. To deliver an optimal customer experience that will enable you to stay ahead of competitors you need a distributed, responsive and intelligent architecture which is only possible when the right database is in place.
Read this eBook to learn how your database technology decisions can affect your ability to deliver either a transformational customer experience or a lackluster, dissatisfying encounter that benefits your competitors, not your bottom line.
Today, digital security is top-of-mind. From the boardroom to the backroom, everyone is asking the same questions, “How do we protect our digital experiences? How do we ensure our website is safe for our visitors? How do we make sure that no one can steal our content?” But safeguarding a digital experience isn’t a one-size-fits-all solution. It often involves multiple techniques and layers of security.
From verifying your identity (with HTTPS) to encrypting sensitive data to restricting access and protecting multimedia content, you must approach security in a layered manner, employing multiple means and techniques to protect the digital content through which your audience interacts.
This paper explores ten different methods and technologies that an organization can employ to protect its content. This multi-layered approach can effectively protect your digital content, ensure high availability, and maintain superior quality of experience for every digital visitor.
IDC interviewed organizations that have deployed Dell EMC VxRail and VxRack hyperconverged solutions powered by Intel® Xeon® Platinum processor to support their expanding IT and business operations. Study participants reported that Dell EMC HCI solutions serve as a foundation for innovation across their distributed organizations by providing a cost-effective, agile, and high-performing IT infrastructure foundation. The result is that these organizations are realizing a 619% five-year return on their investment in Dell EMC HCI solutions, which IDC puts at a value of $150,776 per 100 users per year, resulting in a six-month payback period.
Organizations continue to adopt cloud computing at a rapid pace to benefit from increased efficiency, better scalability, and faster deployments.
As more workloads are shifting to the cloud, cybersecurity professionals remain concerned about security of
data, systems, and services in the cloud. To cope with new security challenges, security teams are forced to reassess their security posture and strategies as traditional security tools are often not suited for the challenges of dynamic, virtual and distributed cloud environments. This technology challenge is only exacerbated by the dramatic shortage of skilled cybersecurity professionals.
Most organizations are in the midst of some form of digital transformation (DX),
transforming how they bring products and services to the market—and ultimately
deliver value to their customers. But DX initiatives also bring complexity for the
network operations team. With business-critical services distributed across
multiple clouds, this leads to potential performance issues, especially at
Given these realities, it is no wonder that software-defined wide-area network
(SD-WAN) technology is rapidly going mainstream. Unfortunately, SD-WAN is an
example of the paradox of DX: transformative technology can potentially move the
business to the next level, but the expanded attack surface it creates can expose
the organization to significant risk. That is why an SD-WAN deployment, like every
other DX effort, should be accompanied by a security transformation (SX) that
rethinks outdated principles, broadens protection beyond the data center, and
integrates the security archit
Enterprises currently face challenges regarding
the price, performance, and flexibility of traditional
wide area networks (WANs). Aggressive growth in
the adoption of public cloud services (a projected
86% spike between 2014 and 2018)1
organizations to look elsewhere for a more effective
network solution to address distributed traffic across
remote sites and branch offices.
Some of the specific issues organizations face with
their traditional WANs include:
- High total cost of ownership (TCO)
- Lengthy provisioning cycles
- Performance degradation with the growth of cloud
- Inadequate redundancy and resiliency
- Lack of application-aware connectivity
To better manage WAN investments, enterprises are
adopting a new approach for their distributed branch
office networks. Software-defined WAN (SD-WAN)
offers improved performance, agility, and operational
flexibility plus significant cost savings. But not all SDWAN
solutions are created equal.
When it comes to securing all the parts of a modern distributed network, endpoints remain
the most vulnerable outlier. Mobility has brought a flood of different devices that cross in and
out of enterprise networks on a daily basis. This public exposure, combined with inadequate
traditional endpoint security and a high degree of user autonomy, makes these devices
prime targets for malware infections and other forms of sophisticated attack that seek to
exploit the broader organization. And threat actors are finding enormous success along
To stay competitive, most organizations are currently embracing digital transformation
(DX)—including cloud services, smart Internet of Things (IoT) devices, and greater mobility.
These adaptations provide organizations with faster and more seamless access to critical
information, regardless of the device being used to access it. However, as distributed
networks expand and become more difficult to manage, the endpoint remains a weak link i
Published By: 3D Systems
Published Date: Mar 07, 2019
To stay competitive, manufacturers have to meet the rapidly changing needs of customers while retaining high quality products, at the same time as controlling costs. Product lifetimes are shrinking and customers are expecting more customization and innovation. Agility is the key to staying ahead of the competition and meeting the needs of customers.
The FabPro 1000 entry-level industrial 3D printer delivers production-grade parts, at high speed, with six sigma repeatability, and can be used across a distributed manufacturing and engineering enterprise. With a low cost of entry, FabPro 1000 enables agile manufacturing operations to meet customer needs rapidly and effectively empowers engineers to deliver more value and quality in the product development process.
To find out more download this whitepaper today!
Traditional remote access technologies—like VPNs, proxies,and remote desktops—provide access in much the same way they did 20 years ago. However, new and growing business realities—like a growing mobile and distributed workforce—are forcing enterprises to take a different approach to address the complexity and security challenges that traditional access technologies present. Read this whitepaper to learn 5 key reasons why it’s time for enterprises to adopt a new remote access model.
DatacenterDynamics is a brand of DCD Group, a global B2B media and publishing company that develops products to help senior professionals in the world's most ICT dependent organizations make risk-based infrastructure and capacity decisions.
Our portfolio of live events, online and print publishing, business intelligence and professional development brands are centred on the complexities of technology convergence. Operating in 42 different countries, we have developed a unique global knowledge and networking platform, which is trusted by over 30,000 ICT, engineering and technology professionals.
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