In-Memory Databases Put the Action in Actionable Insights | SlashdotMedia AdOps Asset Management

In-Memory Databases Put the Action in Actionable Insights

In order to derive business value from Big Data, practitioners must have the means to quickly (as in sub-milliseconds) analyze data, derive actionable insights from that analysis, and execute the recommended actions. While Hadoop is ideal for storing and processing large volumes of data affordably, it is less suited to this type of real-time operational analytics, or Inline Analytics. For these types of workloads, a different style of computing is required. The answer is in-memory databases.

Follow the Money: Big Data ROI and Inline Analytics

Wikibon conducted in-depth interviews with organizations that had achieved Big Data success and high rates of returns. These interviews determined an important generality: that Big Data winners focused on operationalizing and automating their Big Data projects. They used Inline Analytics to drive algorithms that directly connected to and facilitated automatic change in the operational systems-of-record. These algorithms were usually developed and supported by data tables derived using Deep Data Analytics from Big Data Hadoop systems and/or data warehouses. Instead of focusing on enlightening the few with pretty historical graphs, successful players focused on changing the operational systems for everybody and managed the feedback and improvement process from the company as a whole.

Affordable, Scalable, Reliable OLTP in a Cloud and Big Data World: IBM DB2 pureScale

This white paper discusses the concept of shared data scale-out clusters, as well as how they deliver continuous availability and why they are important for delivering scalable transaction processing support. It also contrasts this approach, taken in a relational database context, with clustering approaches employed by NoSQL databases and Hadoop applications, showing the importance It goes on to discuss the specific advantages offered by IBM's DB2 pureScale, which is designed to deliver the power of server scale-out architecture, enabling enterprises to affordably develop and manage transactional databases that can meet the requirements of a cloud-based world with rapid transaction data growth, in an affordable manner.

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Data science methodology: Best practices for successful implementations

Often, data scientists construct a model to predict outcomes or discover underlying patterns, with the goal of gaining insights. The flow of IBM's data science methodology ensures that as data scientists learn more about the data and the modeling, they can return to a previous stage to make adjustments, iterate quickly and provide continuous value to the organization.

Unified Monitoring

In the past few years, the enterprise computing landscape has changed dramatically. Virtualization, outsourcing, SaaS and cloud computing are creating fundamental changes, and ushering in an era in which enterprises distribute increasingly critical IT assets and applications across multiple service providers. These changes are rendering legacy monitoring tools, which have their roots in the computing environments of a decade or more ago, virtually useless. This paper explores today’s computing trends and their monitoring implications in detail. In addition, it reveals how CA Unified Infrastructure Management (CA UIM, formerly CA Nimsoft Monitor) uniquely addresses the monitoring realities of today’s and tomorrow’s enterprises—whether they rely on internal platforms, external service providers or a combination of both.

APM als IT-Detektiv

Das Interessante am Application Performance Management (APM) ist heutzutage, dass es nicht mehr nur um Anwendungen geht. Die APM-Leistungsmerkmale, die Benutzer sich wünschen, die aber nur wenige Anbieter auch liefern, ermöglichen eine Überwachung des gesamten Unternehmens, vom Netzwerk bis zum Rechenzentrum, außerdem Cloud-Bereitstellungen, mobile Umgebungen und alles andere, das den IT-Betrieb beeinflussen könnte.

Warum die Customer Experience für jeden in der Application Economy so wichtig ist

Heute sind die meisten Interaktionen digital. Daher stellen die Erfahrungen, die Sie Ihren Kunden mit Ihren Anwendungen ermöglichen, häufig die wichtigsten Erfahrungen dar, die Ihre Kunden im Rahmen geschäftlicher Aktivitäten mit Ihnen machen. Die Entwicklungsfähigkeit Ihrer Marke hängt stark von der Qualität der Erfahrungen mit Ihren Anwendungen ab – ob auf PCs, Notebooks, Tablets, Telefonen oder bald auch auf Wearables. CIOs und Führungskräfte müssen also wissen, wie sie die von Benutzern erwarteten Anwendungserfahrungen bieten können.

Agile Operations und die drei Wege

In nahezu jedem Gespräch über DevOps geht es um die Transformation von Development-Teams, die der Übergang vom sequenziellen Design von Wasserfallmethoden zum iterativen, agilen Ansatz von Scrum-Methoden mit sich bringt. Und das ist auch kein Wunder, denn sie ist drastisch, spannend und liefert beeindruckende Ergebnisse. Was hingegen genauso drastisch ist, aber weniger oft erwähnt wird, ist der Wechsel, den IT-Operations-Teams aushandeln müssen. Im Zusammenhang mit der uns bekannten vorhersagbaren Stabilität kann die Andeutung, dass eine wachsende Reihe von als „Agile Operations“ bezeichneten Praktiken existiert, irreführend scheinen. Das aber nur, bis man berücksichtigt, wie Cloud-Computing, Microservices, containerisierte Anwendungen und Ähnliches die Definition von Infrastruktur grundlegend verändern. Diese neue, agile Infrastruktur und die mit ihr verbundenen Konzepte wie zum Beispiel geplante Ausfälle bewirken – oder erfordern gar – die Zusammenarbeit zwischen Development und Operations.

The Total Economic Impact Of CA Unified Infrastructure Management

CA commissioned Forrester Consulting to conduct a Total Economic Impact™ (TEI) study and examine the potential return on investment (ROI) enterprises may realize by deploying CA Unified Infrastructure Management (CA UIM). The purpose of this study is to provide readers with a framework to evaluate the potential financial impact of CA UIM on their organizations.

Experience Near Home Network Performance Internationally

When roaming, voice calls and data sessions typically need to be routed back to the domestic ‘home’ network of the subscriber – adding latency and reducing data transfer rates and call quality. By treating subscribers more like domestic home subscribers, Truphone is able to reduce latency and provide data rates and voice quality akin to that on a subscriber’s home own network.

The paper explores Truphone’s international performance and network architecture. Truphone’s use of international network access arrangements and the intercontinental positioning of core network elements means that, compared to the roaming architecture of a typical mobile operator, Truphone provides:

- Faster data transfer speeds

- Improved voice call quality

- Better monitoring of network performance

Download this whitepaper to explore Truphone's international performance and network architecture.

Compared to A Typical MNO, Truphone Offers Quality and Cost

Compared to a typical MNO, Truphone offers international users benefits in terms of quality and cost.

When roaming, subscribers generally face increased cost and diminished functionality of service compared to the standards they receive domestically. Truphone’s solution enables it to offer unique selling points over traditional MNOs for customers when roaming, focusing on quality improvements and lower costs.

This independent assessment of the structure and benefits of the Truphone network includes:

Comparison of Truphone and a typical MNO

- Subscribers may have up to eight phone numbers per SIM

- Network design offers the potential of higher calling quality and data transfer rates

- Domestic level of customer service extended around the world

- Proactive network monitoring as opposed to fault fixing

- SMS and call recording in over 160 countries

- Significant cost reduction across Truphone World

Download now to explore how Truphone can help maintain the profitability and productivity of their users when traveling abroad.

Advanced Endpoint Protection for Dummies

Today’s sophisticated cyberattacks are designed to inflict maximum damage to an organization’s systems and networks, steal sensitive information (such as personal or financial data), and take control of or otherwise render an organization’s systems and networks unusable. Cyberattacks begin by infecting a system on a target network — either by causing users in the organization to unwittingly run malicious code on their servers, desktop and laptop computers, or tablets or by exploiting a vulnerability in a legitimate system or application in order to run malicious code.

Cybersecurity for Dummies

Advanced threats have changed the world of enterprise security and how organizations are attacked. These threats, and the cybercriminals behind them, are experts at remaining hidden from traditional security while exhibiting an intelligence, resiliency, and patience that has never been seen before. Controlling these threats requires multiple security disciplines working together in context. Although no single solution will solve the problem of advanced threats on its own, next‐generation cybersecurity provides the unique visibility and control of, and the true integration of, threat‐prevention disciplines needed to find and stop these threats — both known and unknown.

KÄUFERLEITFADEN: CYBERSICHERHEIT

Cyberkriminelle verbessern ständig ihre Bedrohungstaktiken, um effizienter in Organisationen einzudringen und wertvolle Daten zu stehlen. Die Entwicklung der Cyberkriminalität geht mit verbesserten Hackingtools und -techniken einher, die eingesetzt werden, um bekannte Sicherheitsmechanismen auszuhebeln. In den letzten Jahren waren fortschrittlichere, zielgerichtetere Angriffe zu beobachten, bei denen Hacker beträchtliche Zeit mit dem Untersuchen des Ziels und dem Anpassen der Bedrohung verbracht haben.

GUIDE D’ACHAT : SOLUTIONS DE CYBERSÉCURITÉ

Les cybercriminels renouvellent constamment leurs tactiques pour percer la sécurité des entreprises et dérober leurs précieuses données. Avec l'évolution du cybercrime, les outils et mécanismes de piratage employés pour déjouer les dispositifs de sécurité connus sont sans cesse plus innovants. Au cours des dernières années, de nouvelles attaques ont vu le jour, plus évoluées et ciblées qu'avant. Pour les élaborer, les pirates informatiques étudient désormais longuement leur cible et peaufinent leurs menaces en conséquence.