Virtualization technology is powering a momentous revolution in today’s modern data centers and clouds, leading to designs that are commonly a mix of private, public and hybrid cloud computing environments.
International Data Corporation (IDC) research predicts that more than 90% of organizations will have some portion of their applications or infrastructure running in the cloud by the end of 2024.
As multi-cloud migration happens and organizations embrace technologies, such as containers, network virtualization must expand to adequately secure highly dynamic environments ranging from public clouds to private clouds to data centers. Otherwise, organizations face the risks of visibility blind spots and control challenges.
To circumvent this, organizations are implementing cloud security solutions that operate together and are easily managed. The benefits of cloud computing are well-known and significant. However, so are the security challenges, exemplified by the many recent high-profile data breaches. Whether stored in a physical data center or in a public, private or hybrid cloud, your data is the hacker’s goal.
Securing the cloud introduces a range of challenges, including a lack of network traffic visibility, unpredictable security functionality and the struggle to keep pace with the rate of change commonly found in cloud computing environments. To be efficacious, organizations need a cloud security solution that:
- Identifies and controls network traffic within the cloud based on identity, not the ports and protocols they may use.
- Stops malware from gaining access to and moving laterally within the cloud.
- Determines who should be allowed to use the applications, and grants access based on need and credentials.
- Streamlines deployment and gets a new instance up and running with a click. You do not want to configure each virtual firewall, since that is time-consuming. Ideally, you have a pre-defined configuration pushed to the device and it is up and running.
- Cost-effectively replaces expensive WAN connection technologies, such as MPLS, with secure SD-WAN.
- Simplifies administration and minimizes the security policy delay as virtual machines (VM) are added, removed or moved within the cloud environment.
Securing the cloud with SonicWall NSv virtual firewalls
Recently, SonicWall announced a new firmware, SonicOS 6.5.4, on its virtual firewall platforms to provide feature parity with its hardware firewall platform.
SonicWall Network Security virtual (NSv) firewalls now support secure SD-WAN, Zero-Touch Deployment, DNS security, Restful API and many more features that help solve the aforementioned problems.
SonicWall NSv firewalls help security teams reduce different types of security risks and vulnerabilities, which can cause serious disruption to business-critical services and operations.
With full-featured security tools and services, including reassembly-free deep packet inspection (RFDPI), security controls and networking services equivalent to what a SonicWall physical firewall provides, NSv effectively shields all critical components of your private/public cloud environments.
NSv is easily deployed and provisioned in a multi-tenant virtual environment, typically between virtual networks (VN). This allows it to capture communications and data exchanges between VMs for automated breach prevention, while establishing stringent access control measures for data confidentiality and VM safety and integrity.
Security threats (such as cross-virtual-machine or side-channel attacks and common network-based intrusions and application and protocol vulnerabilities) are neutralized successfully through SonicWall’s comprehensive suite of security services.
All VM traffic is subjected to multiple threat analysis engines, including intrusion prevention, gateway anti-virus and anti-spyware, cloud anti-virus, botnet filtering, application control and the Capture Advanced Threat Protection (ATP) multi-engine sandbox.