CLOUD SECURITY

A cloud VPN (also known as virtual private network as a service (VPNaas) or hosted VPN) is a new type of VPN technology that’s specifically designed for the cloud.

5 min read

Customers and prospects often ask if they should adopt the tools developed and provided by the cloud platforms themselves or invest in 3rd party solutions. Before jumping to technology decisions, it is wise to review both requirements and existing tools.

5 min read

Data loss prevention (DLP) is the practice of protecting and securing a company’s data to prevent it from being lost, stolen, accessed, or misused by unauthorized individuals.

5 min read

In a SaaS model—where a company’s applications and data reside on third-party infrastructure, and the company’s employees can access those apps anywhere, from any device— taking a traditional approach to security is not enough.

5 min read

Amazon Web Services (AWS) is certified in compliance such as ISO, PCI, and SOC 2. However, this does not mean that the way you store your data within AWS is compliant.

5 min read

Infrastructure as a Service (IaaS), is the most impactful computing paradigm to emerge since the boom of the Internet.

Platform-as-a-service (PaaS) is a cloud computing service model that allows users to rent hardware and software tools over the internet to quickly develop software and applications.

Cloud Security is composed of various technologies and tools designed to protect each aspect of the shared responsibility model.

Beyond the shared responsibility model, it’s important to define individual responsibilities for cloud security within your organization and ensure everyone knows what is required.

The cloud requires a new way of approaching security. Focus on these four key elements to achieve continuous and automated cloud security and compliance.

In 2017, the White House signed an executive order to strengthen the cybersecurity of federal networks and critical infrastructure.

Cloud security is a shared responsibility between the vendor and the organization. However, the organization is always responsible for securing its own data.

3 min read

Proper cloud security requires consistent security, segmented business applications that use zero trust principles, and centrally managed security deployments.

4 min read

SaaS applications provide tremendous value to end users. SaaS delivery will nearly five times more outpace traditional software product delivery.

4 min read

Compared with a standalone CASB, an integrated, next-generation security platform embraces SaaS as an extension of IT infrastructure to vastly minimize risk.

4 min read

Effective SaaS security incorporates complete visibility, deep analytics, granular policy control, as well as application grouping based on level of trust.

3 min read

Secure migration from physical datacenters onto the Microsoft Azure cloud computing platform requires: access control, segmentation, and streamlined management.

2 min read

A natively integrated next-generation security platform can help secure Microsoft applications through safe enablement, consistent protection, and prevention of known and unknown threats.

2 min read

SaaS applications pose high levels of risk. Safely enabling Microsoft Office 365 requires visibility, network control, and data risk inspection capabilities.

3 min read

Cloud applications have changed the way organizations do business, introducing new security risks in the process. These applications are easy to set up and use for collaboration.

3 min read

The traditional approach of backhauling traffic to the corporate network or using multiple point products to extend security to remote networks and mobile users proves difficult to manage, costly, and prone to introducing inconsistencies in security policies and protections.

2 min read