CSC ACE Factory Impact Movie

March Madness can stress your network and create opportunities for someone to exploit your vulnerabilities. Being aware of the threats can help prepare for them to keep your network sane and secure.

What You Will Learn:

1. you can achieve a deeper level of security by being aware what is happening on your network.
2. be aware of how you access the games, use secure connections
3. Keeping your applications and firewall up to date can help you keep secure.

Amazon Web Services (AWS) vous permet d'exécuter vos applications dans le cloud en toute simplicité. Dans le webinaire auquel nous vous proposons de participer aujourd’hui, nous allons vous montrer comment lancer votre première machine virtuelle dans le cloud. Nous détaillerons les sujets suivants : comment démarrer et se connecter à son serveur virtuel, comment le sauvegarder et le restaurer, comment le surveiller, comment mettre en place des alertes fondées sur les résultats et comment utiliser la solution de stockage Amazon S3 pour rendre les fichiers disponibles sur Internet. Tous ces points seront illustrés par des démonstrations et nous terminerons le webinaire par une session de questions/réponses.

Pourquoi participer?

• Apprenez comment démarrer et se connecter à votre première machine virtuelle AWS
• Apprenez comment sauvegarder et restaurer une machine virtuelle AWS
• Apprenez à configurer une alerte sur les performances de votre machine virtuelle AWS
• Apprenez comment stocker et partager des fichiers sur Internet avec AWS

Pour qui?

• Pour toute personne pour qui le Cloud Computing est nouveau et qui recherche des informations concernant AWS
• Pour tous les chefs d’entreprise et les managers qui souhaitent acquérir une meilleure compréhension de la technologie Cloud
• Pour les professionnels de l’informatique, les développeurs et testeurs, responsables d’information et les architectes, qui souhaitent découvrir les bases de la plateforme AWS

ESET security researcher Lysa Myers reports on developments in healthcare IT system security that she observed attending the recent HIMSS conference in Orlando. Find out what is being done to better protect patient data privacy.

Do you have visibility into all the applications running on your network, their traffic patterns and bandwidth consumption? For critical business services and applications it is essential to understand exactly how your network is being used and to effectively manage resources to meet availability and performance expectations.

Join Wilson Leong, Sr Principal Consultant at CA Technologies on this webcast, to learn how the CA Network Flow Analysis (NFA) solution provides you the capability to understand how, what and where network traffic is flowing across your production environment to ensure you:

• Solve performance problems faster with complete visibility of network consumption
• Optimise the network infrastructure for application performance with effective workload scheduling and QoS policies
• Make more-informed infrastructure investments by understanding the impact of application rollouts and future capacity requirements

Over the course of the last 15-20 years, “industry experts” have been proclaiming the death of the mainframe. The reality is that the mainframe continues to thrive and grow and house the majority of the world’s most critical business data.

The real issue we are beginning to experience is a shortage of skills for managing the mainframe. Mainframe DBAs are aging and retiring and new talent is not being trained quick enough. The new generation of IT professionals has a completely different way of thinking and working. The i(Pad,Pod, and Phone) generation has no interest in the acronyms TSO or ISPF. In order for these up and coming professionals to manage the mainframe they will require a new toolset geared towards their way of thinking.

In this webcast, we’ll provide real life examples of z/OS systems management for the next gen mainframe. We’ll also discuss how an integrated role based workspace can help you simply and effectively manage tasks like identifying DB2 performance bottlenecks or performing complex migrations.

Hybrid cloud is a composition of two or more clouds (private, community, or public) that remain unique entities but are bound together by standardized or proprietary technology that enables data and application portability.

This webcast will highlight the role of cloud in a challenging environment and offer choices for IT delivery.

Service orchestration is a paradigm that supports cloud providers in arranging, coordinating, and managing computing resources as a system of components and automated workflows that can be delivered as cloud services to cloud consumers. The scope of this involves three types of system components—the service layer, the resource abstraction and control layer, and the physical resource layer—which are the underlying foundations of the cloud provider’s offerings provided in a service catalog.

This webinar discusses content from the document, “ODCA Master Usage Model: Service Orchestration.” The session illustrates the usage model for service discovery and orchestration for cloud services. This usage model includes the components, repositories, data structures, conversation maps, and workflows that assist a cloud consumer in defining required services, and the associated cloud provider to orchestrate services to meet objectives determined by the cloud subscriber and for the appropriate context of use. It defines automation required for orchestration that includes programmatic interfaces, interaction patterns, control interfaces, and lifecycle management.

Service orchestration is a paradigm that supports cloud providers in arranging, coordinating, and managing computing resources as a system of components and automated workflows that can be delivered as cloud services to cloud consumers. The scope of this involves three types of system components—the service layer, the resource abstraction and control layer, and the physical resource layer—which are the underlying foundations of the cloud provider’s offerings provided in a service catalog.

This webinar discusses content from the document, “ODCA Master Usage Model: Service Orchestration.” The session illustrates the usage model for service discovery and orchestration for cloud services. This usage model includes the components, repositories, data structures, conversation maps, and workflows that assist a cloud consumer in defining required services, and the associated cloud provider to orchestrate services to meet objectives determined by the cloud subscriber and for the appropriate context of use. It defines automation required for orchestration that includes programmatic interfaces, interaction patterns, control interfaces, and lifecycle management.

ICT Enterprise architecture is the backbone of corporate IT systems, the question is are they or can they be sustainable?

Join the MD of Carbon 3IT and Vice chair of the BCS Green IT SG John Booth and his guests Alex Bardell of Deloitte, Richard Lanyon Hogg of IBM, Bob Crookes from DEFRA and Chair of the BCS Green IT SG and IT4s Consultant Gary Thornton as they answer the core questions for sustainable enterprise architecture:
- What is sustainable enterprise architecture?
- Will it require additional skills or money to achieve?
- Will enterprise architecture be superseded by cloud technologies?

By 2015, there will be one mobile device for each person on earth. 24/7 connectivity is what this new “anytime, anywhere” workforce wants and expects. Learn how FrontRange puts change in your hands.