security policies

Both the speed of innovation and the uniqueness of cloud technology is forcing security teams everywhere to rethink classic security concepts and processes. In order to keep their cloud environment secure, businesses are implementing new security strategies that address the distributed nature of cloud infrastructure. Security in the cloud involves policies, procedures, controls, and technologies working together to protect your cloud resources, which includes stored data, deployed applications, and more. But how do you know which cloud service provider offers the best security services? And what do you do if you’re working on improving security for a hybrid or multicloud environment? This ebook provides a security comparison across the three main public cloud providers: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). With insight from leading cloud experts, we also analyze the differences between security in the cloud and on-premises infrastructure, debunk

This white paper explains a new approach for providing complete, affordable and easy to manage security to even smallest branch offices.

This white paper reveals how Cisco’s Threat-Centric Security Solutions for Service Providers delivers consistent security policy across physical, virtual, and cloud environments by combining the power of open and programmable networks with deep integration of Cisco and third-party security services.

The most significant IT transformation of this century is the rapid adoption of cloud-based applications. Most organizations are now dependent on a number of SaaS and IaaS platforms to deliver customer satisfaction and empower employee productivity. IT teams are responsible for delivering a high quality user experience for cloud applications while they struggle to manage a secure environment with advanced persistent threats. The WAN is the fabric to connect and control access between remote users and cloud-based applications. The WAN fabric needs to identify application type, location, apply prioritization and route traffic across the appropriate (multiple) WAN links to deliver on user experience. Different types of users/devices connecting to the cloud (via the Internet) means security policies must be enforced at branch, data center and in the cloud.

Whether your company has been selling online for 20 minutes or 20 years, you are undoubtedly familiar with the PCI DSS (Payment Card Industry Data Security Standard). It requires merchants to create security management policies and procedures for safeguarding customers’ payment data. Originally created by Visa, MasterCard, Discover, and American Express in 2004, the PCI DSS has evolved over the years to ensure online sellers have the systems and processes in place to prevent a data breach.

One of the few places that pervasive Wi-Fi is not found these days is in US Federal Government office buildings and military bases. Government IT departments explain this lack of modern technology by pointing to Information Assurance (IA) departments who block their planned deployments because of security concerns. IA departments, on the other hand, point to unclear rules, regulations, and policies around Wi-Fi use which prevent them from making informed risk decisions.

At an unprecedented pace, cloud computing has simultaneously transformed business and government, and created new security challenges. The development of the cloud service model delivers business-supporting technology more efficiently than ever before. The shift from server to service-based thinking is transforming the way technology departments think about, design, and deliver computing technology and applications. Yet these advances have created new security vulnerabilities as well as amplify existing vulnerabilities, including security issues whose full impact are finally being understood. Among the most significant security risks associated with cloud computing is the tendency to bypass information technology (IT) departments and information officers. Although shifting to cloud technologies exclusively may provide cost and efficiency gains, doing so requires that business-level security policies, processes, and best practices are taken into account. In the absence of these standard

It is no secret; security and compliance are at the top of the list of concerns tied to cloud adoption. According to a recent 2017 Cloud Security survey to over 350,000 members of the LinkedIn Information Security Community, IT pros have general concerns about security in the cloud (33 percent), in addition to data loss and leakage risks (26 percent) and legal and regulatory compliance (24 percent)1. The number of reported breaches in enterprise datacenter environments still far exceeds the reported exposure from cloud platforms, but as businesses start using public clouds to run their mission-critical workloads, the need for enterprise-grade security in the cloud will increase. Public cloud environments require a centralized, consolidated platform for security that is built from the ground up for the cloud, and allows administrators to monitor and actively enforce security policies. The tools and techniques that worked to secure datacenter environments fail miserably in the cloud. Se

Enterprises and the threats that target them have all fundamentally evolved over the past decade. In response, the security industry has generated an enormous amount of point solutions and technologies to try and keep pace. However, for all of this innovation and change, the underlying enforcement architecture has remained largely unchanged. A new modern approach to preempting threats is required. One that augments the existing architecture instead of replaces it. This new approach brings full enterprise and business context to real-time enforcement decisions. Identity, behavior, devices, anomalies, and risk all play a real-time role. Just as importantly, enforcement and access options can be graded based on the risk to the business, and policies can actively seek out and adapt to new information.

In order to keep pace with the growth of business mobility without falling prey to its potential risks, IT must be able to efficiently address complex issues ranging from service provisioning, device procurement, and security oversight. Why? Information workers need access to often sensitive information across a wide range of business applications and devices from wherever they are. In other words, security and privacy policies that doesn’t impede end-user productivity will empower workers and boost their performance. Download this whitepaper to learn more about Dell solutions powered by Intel® such as how to boost your workers performance.

Cloud services are a pillar of a digital transformation, but they have also become a thorn in the side of many security architects. As data and applications that were once behind the enterprise firewall began roaming free—on smartphones, between Internet-of-Things (IoT) devices, and in the cloud—the threat landscape expanded rapidly. Security architects scrambled to adjust their technologies, policies, and procedures. But just when they thought they had a handle on securing their cloud-connected enterprises, new business imperatives indicated that one cloud wasn’t enough. Modern enterprises operate in a multi-cloud world, where the threat landscape has reached a new level of complexity. Security teams are juggling a hodgepodge of policies, threat reports, and management tools. When each cloud operates in its own silo, the security architect has even more difficulty supporting the CISO or CIO with a coherent, defensible security posture.

The personal cloud is the most persistent data loss threat to the enterprise today because many employees use their own cloud services to store work documents. Traditionally, content security solutions functionally link security and storage which requires the migration of work documents to a new content storage repository in order to enforce security policies. This increases complexity by creating more repositories for the enterprise to manage. Most importantly, this approach does not solve the personal cloud problem because individual users continue to store their work documents, for convenience, in cloud services that IT cannot secure.

Security risks have grown roughly in proportion to the meteoric growth in employee-owned mobile devices within the workplace. Meanwhile cyber-attacks are growing in sophistication and severity. According to data from a new IDG Research survey, these dynamics have IT decision makers scrambling to tighten and revise BYOD policies while addressing the holistic issue of endpoint security. Download this two-page paper detailing the IDG Research results and for expert advice on securing your organization’s data in an increasingly mobile world.

Technology is transforming how we do our jobs, and employees expect the business to accommodate their work habits. › Companies must identify roles and profiles and support their needs. Not every employee will require the same devices to get their jobs done efficiently and effectively. It is paramount for organizations to seek out specific devices to enable different worker personas. › IT must become a trusted partner to keep security top of mind. Employees showed a lack of trust toward IT when facing an issue with their device or ecosystem. It is imperative for IT to become part of the solution and not the problem; otherwise, workers will find ways to go around security policies and fix problems on their own, putting the firm at even more risk. › Employees require a more complete ecosystem. Employees need not only devices to get their jobs done effectively but an entire ecosystem as well. Without this, businesses will fall further behind in a fiercely competitive market and lose employ

Learn how to properly empower your organization for mobile productivity and see how you can deploy and provision for this device-based access with improved security and management policies.

In order to keep pace with the growth of business mobility without falling prey to its potential risks, IT must be able to efficiently address complex issues ranging from service provisioning, device procurement, and security oversight. Why? Information workers need access to often sensitive information across a wide range of business applications and devices from wherever they are. In other words, security and privacy policies that doesn’t impede end-user productivity will empower workers and boost their performance. In July 2017, Dell commissioned Forrester to conduct a study of the 21st century workforce and how their new habits, attitudes, and workstyles are reshaping the world of work. With more personas in a single organization to cater to, businesses are failing to deliver against workforce demands. To get their tasks done, workers are circumventing security policies to get what they want, in their moment of need. Organizations have to understand the different behaviors across

All indicators are up when it comes to mobility: More devices, more users, more budget, and more applications. Business technology leaders must begin planning now for a security paradigm shift, one that will pull together disparate security policies into a single, user-centric, universal policy that can apply to whatever devices and apps employees use. This white paper from BlueCoat explores the new security challenges mobility trends are creating, and how security must change to meet them.

All indicators are up when it comes to mobility: More devices, more users, more budget, and more applications. Business technology leaders must begin planning now for a security paradigm shift, one that will pull together disparate security policies into a single, user-centric, universal policy that can apply to whatever devices and apps employees use. This white paper from BlueCoat explores the new security challenges mobility trends are creating, and how security must change to meet them.

Cybersecurity is top of mind for companies with workers using mobile computing devices. Report identifies top field service security risks, why security policies are critical, and includes a security checklist.

Available as a rack-mounted, hardened hardware appliance, an Open Virtualization Format (OVF) Virtual Appliance or an Amazon Machine Instance (AMI), CA Privileged Access Manager enhances security by protecting sensitive administrative credentials, such as root and administrator passwords, controlling privileged user access and proactively enforcing policies and monitoring and recording privileged user activity across all IT resources.

Organisations moving to AWS seek improved performance, increased innovation, and a faster time to market—but the road to cloud maturity, and ultimately cloud success, proves both challenging and expensive. Learn to accelerate your AWS cloud journey with: A checklist for determining if you have clear visibility into your AWS environment Expert tips for developing proper cloud security best practices Real examples of financial, performance, and security management policies for automating your cloud ecosystem Looking to optimise your AWS cloud infrastructure? Use this eBook to regain control over your visibility and cost management, security and compliance, and governance and automation.

Both the speed of innovation and the uniqueness of cloud technology is forcing security teams everywhere to rethink classic security concepts and processes. In order to keep their cloud environment secure, businesses are implementing new security strategies that address the distributed nature of cloud infrastructure. Security in the cloud involves policies, procedures, controls, and technologies working together to protect your cloud resources, which includes stored data, deployed applications, and more. But how do you know which cloud service provider offers the best security services? And what do you do if you’re working on improving security for a hybrid or multicloud environment? This ebook provides a security comparison across the three main public cloud providers: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). With insight from leading cloud experts, we also analyze the differences between security in the cloud and on-premises infrastructure, debunk

Available as a rack-mounted, hardened hardware appliance, an Open Virtualization Format (OVF) Virtual Appliance or an Amazon Machine Instance (AMI), CA Privileged Access Manager enhances security by protecting sensitive administrative credentials, such as root and administrator passwords, controlling privileged user access and proactively enforcing policies and monitoring and recording privileged user activity across all IT resources.

Recent attacks targeting mobile apps and operating systems have put an unprecedented amount of mobile business data at risk. Many enterprises are unprepared to combat the latest mobile threats: One in 10 enterprises have at least one compromised device. More than 53% have at least one device that is not in compliance with corporate security policies. This white paper outlines how to protect enterprise data while realizing the transformative benefits of mobility.

Before you transform your business with mobility services, you need to consider both the management and security challenges you’ll face from the combination of mobile devices and cloud-based apps. In this IDC report, you’ll examine enterprise mobility management technology—offered through solutions such as the Microsoft Enterprise Mobility Suite—and how it helps manage the security risks of your mobility strategy. Learn about these critical benefits: • Provisioning and configuration devices and users—across platforms • Ensuring only authorized users access data with identity system integration • Ensuring only compliant devices access the corporate network through conditional access policies • Allowing mobile applications to deploy in a more secure, streamline manner with enterprise app stores • Providing security for data at rest, within workflows or over wireless networks, using granular policies around applications