Understanding, managing and containing risk has become a critical factor for many organizations
as they plot their hybrid architecture strategy. Access by an expanding array of privileged identities
looms large as a risk concern once organizations look beyond tactically using cloud services for cost
and agility efficiencies. Existing approaches developed for static infrastructure can address initial
risk concerns, but fall short in providing consistent policy enforcement and continuous visibility for
dynamic, distributed infrastructure.
Multiple elements factor into how effectively an enterprise can embrace automation and advance the maturity of their transformation. However, security tools are central to enabling a structured and measured approach to managing critical access risks at each stage of the maturity model journey. With the right privileged access platform and set of tools, enterprises can progressively automate and scale access management to align risk
Understanding, managing and containing risk has become a critical factor for many organizations as they plot their hybrid architecture strategy. Access by an expanding array of privileged identities looms large as a risk concern once organizations look beyond tactically using cloud services for cost and agility efficiencies. Existing approaches developed for static infrastructure can address initial risk concerns, but fall short in providing consistent policy enforcement and continuous visibility for dynamic, distributed infrastructure.
During periods of rapid growth, your business is especially vulnerable to cyberattacks from both malicious insiders, and external threat actors. Extended periods of IT change and consolidation can open seemingly minor security gaps that can quickly become gaping holes attackers will exploit. This quick read will enrich your internal dialog about how to prepare for elevated risk of high-impact cyberattacks.
Supporting a dynamic business and resilient IT environment requires effective management of your server infrastructure and network devices. Read this white paper to learn the challenges and solutions for effective management of your server infrastructures and network devices.
Enterprise data-centers are straining to keep pace with dynamic business demands, as well as to incorporate advanced technologies and architectures that aim to improve infrastructure performance, scale and economics. meeting these requirements, however, often requires a complete rethinking of how data centers are designed and managed. Fortunately, many enterprise IT architects are leading cloud providers have already demonstrated the viability and the benefits of a more modern, software-defined data center. This Nutanix white paper examines eight fundamental steps leading to a more efficient, manageable and scalable data center.
Imagine an environment where business decisions drive application choices and policy, with no regard for
infrastructure, where best practices are implemented based solely on business requirements—and a “guaranteed service level” means just that. The IT of the future will be an elaborate business operation unencumbered by past technology decisions, one capable of providing exact service levels to multiple constituencies while continually optimizing costs.
IDC’s research shows enterprises around the world are using multicloud strategies
to optimize the performance of modern and existing legacy applications running
on-premises, in public cloud services, and on legacy systems. In the early days of
enterprise cloud adoption, many organizations focused their cloud strategies on
enabling net-new cloud-native applications written to take advantage of dynamic cloud
infrastructure and pay-as-you-go consumption-based cost models. Early success with
these implementations is convincing more and more enterprises to expand their cloud
footprint and to migrate existing applications to cloud in order to enhance end-user
experiences, optimize cloud resource utilization and costs, and create a more flexible
and agile business environment.
As more enterprises are moving some, if not all of their data and applications to the cloud – cost effectiveness, network performance and security are top of mind. AT&T NetBond for Cloud provides a dynamic, private connect to Amazon Web Services (AWS). Its enhanced infrastructure makes it easier to securely connect applications, platforms, and services. With AT&T NetBond for Cloud, customers are getting a single, end-to-end solution from one provider that allows them to maintain a hybrid environment, meaning that can utilize their current investments in their on-premises infrastructure and strategy.
Download this eBook to learn how AT&T NetBond® can accelerate your journey to the cloud, improve ROI and secure your applications.
Join our webinar to learn
- Why Aira chose AT&T NetBond® to establish a global network connecting smart glasses to trained, professional agents
- Best practices for quickly shifting network capacity to meet changing demands in real-time
- How to take advantag
Govern Your AWS Environment with Automated Policies
If you manage a dynamic cloud environment, you already know that managing your assets and dealing with continuous changes is time consuming.
Centralize governance across your AWS environment, and enable policies across areas like:
• Asset & Configuration Management
• Financial Management
• Cost Optimization
• Performance Management
Read this eBook to learn the best practices for policies that you must put in place to reduce the time it takes to optimize and manage your infrastructure.
Public clouds have fundamentally changed the way organizations build,
operate, and manage applications. Security for applications in the cloud
is composed of hundreds of configuration parameters and is vastly
different from security in traditional data centers. According to Gartner,
“Through 2020, at least 95% of cloud breaches will be due to customer
misconfiguration, mismanaged credentials or insider theft, not cloud
The uniqueness of cloud requires that security teams rethink classic
security concepts and adopt approaches that address serverless, dynamic,
and distributed cloud infrastructure. This includes rethinking security
practices across asset management, compliance, change management,
issue investigation, and incident response, as well as training and
We interviewed several security experts and asked them how public
cloud transformation has changed their cloud security and compliance
responsibilities. In this e-book, we will share the top
In today’s complex network environments, applications, infrastructure and threats are dynamic. As such, relying upon various, single-purpose security devices that don’t integrate with each other results in dangerous security gaps. These devices are poorly coordinated and unable to provide comprehensive security and threat prevention. To protect against today’s advanced attacks requires a natively integrated, next-generation approach to security – an approach that can keep up with the latest application and infrastructure trends and recognize and stop today’s most advanced threats.
This whitepaper: Describes a 4-stage virtualization maturity lifecycle experienced by many organizations and discusses in detail (using sample project plans) the tasks and capabilities required to succeed at each stage of the maturity lifecycle.
This white paper describes a virtualized infrastructure that applies storage and server virtualization technologies to cost-effectively achieve a flexible, high-performance, dynamic IT infrastructure that is simple to manage and scale.
Between the proliferation of mobile devices and the ever increasing amount of content on the web, DNS usage has seen a huge increase in recent years. Meanwhile, DNS continues to be a tempting target for attackers, and when they succeed in disrupting DNS, all external data center services are affected. For organizations confronting these growth and security challenges, F5’s new full proxy architecture for DNS provides a complete solution for global, local, and cloud load balancing.
Published By: BMC ASEAN
Published Date: Dec 18, 2018
The world runs on IT operations. When new digital experiences delight customers, innovative business models disrupt industries, and big data makes organizations smarter than ever, it’s because of your success in supporting the complex, dynamic infrastructure and apps that power them.
Organizations undergoing digital transformations are dealing with amplified concerns around risk and security, which isn’t surprising. Digital transformation initiatives inevitably result in more points of access to enterprise infrastructure that are outside of existing controls, accessible by a greater number and more diverse set of identities, and proliferated across a distributed and dynamic infrastructure.
Knowing your privileged users is knowing your risk. Privileged access management tools themselves must be able to support automation in the authorization process and enable scalability through support for both dynamic operations and ephemeral infrastructure.
Better pinpointing attacks exploiting credential theft isn’t simply a question of accumulating more data but involves incorporating better data about privileged user behaviour, which can identify significant changes that represent real risk.
The new requirements for application delivery mean adopting the principles behind cloud, DevOps, and SDN, and enabling emerging security models. Now you must provision apps in minutes instead of months, and with significantly reduced operational costs. Read this whitepaper to learn how you can manage every delivery aspect of users, applications, systems and infrastructure with an elastic, dynamic infrastructure designed to support these requirements.
This paper outlines a ready-made solution that delivers comprehensive infrastructure optimization in accordance with Microsoft’s APO model. Using HP PolyServe software in conjunction with HP BladeSystem c-Class products and Microsoft SQL Server Enterprise Edition, organizations can attain Dynamic Infrastructure capabilities while reducing server counts by 50%, decreasing configuration and management time by up to 75%, and providing high availability to all servers and SQL Server-based applications.
Most long-standing data warehouses are designed to support a relatively small number of users who access information to support strategic decisions, financial planning and the production of standard reports that track performance. Today, many more users need to access information in context and on demand so that critical functions are optimized to run efficiently. Learn how to create a roadmap for a truly dynamic warehousing infrastructure, and move ahead of your competition with your business intelligence system