Total Network Security Solutions
Without Compromise
Network Security solutions simplify your security without impacting network performance, provide a unified approach for streamlined operations, and enable you to scale for continued business growth–whether you’re in the cloud, the data center, or both.
IT Security at it’s Core
Should Security Systems be the Network? From Networkworld.com, having security be the core of the network should make it far less likely, if not impossible, for there to be a disconnect between security policy and network practice, something that is all too common in environments where security is separate from connectivity.
Sitting in front of your servers and routing client requests across all servers capable of fulfilling those requests in a manner that maximizes speed and capacity utilization and ensures that no one server is overworked.
A form of zero-trust networking that controls the access between workloads and is used to limit lateral movement, if a breaches occurs. Also, enforces consistent segmentation policies across on-premises and cloud-based workloads, including workloads that host containers.
Detects abnormal system behaviors, notably by applying behavioral analytics to network traffic data. Continuously analyzes traffic patterns from metadata (i.e, Netflow) between internal networks (east-west) and public networks (north-south), hosted on-premises or on IaaS.
The process of restricting unauthorized users and devices from gaining access to a corporate or private network. NAC ensures that only users who are authenticated and devices that are authorized and compliant with security policies can enter the network.
Inline bypass, removes single points of failure from inline tools. Load balancing, automatically redistributes traffic in case of tool failure and restores tool availability upon-recovery. Flow Mapping, collects line-rate traffic at 100Mb to 1000GB from physical and virtual connections, to deliver an optimized feed to lower-rate tools.
Engineered systems that orchestrate sensing, computation, control, networking and analytics to interact with the physical world (including humans). Includes the IO, IIoT and IoT umbrellas connecting both the cyber and the physical worlds.
Application filtering intelligence, sends only relevant application traffic to tools while filtering out tool-clogging traffic (social media/videos). De-duplication and packet slicing, eliminate redundant or irrelevant parts of packets so tools get only what they need for analysis. Centralized NetFlow generation, offloads this resource-intensive task from router and switches while generating high-fidelity NetFlow.
Digital connection between user and remote resources in enterprise network.
Ongoing, regular process of identifying, assessing, reporting on, managing and remediating cyber vulnerabilitiesacross endpoints, workloads, and systems.
Streamlines the vulnerability analysis and remediation/mitigation process by focusing efforts on identifying and prioritizing the vulnerabilities that pose the greatest risks to the organization. The approach considers the exploitability of a vulnerability, asset or business-criticality, the severity of a vulnerability, and compensating controls in place.
Tool used to create and manage public encryption that allows entities such as an individual or device to be uniquely identifiable and able to store or transmit information securely.
Dedicated computing devices designed to protect private keys and cryptographic operations.
Encompassing caching recursive attacks, such as cache poisoning or DNS hijacking, along with DNS tunneling attacks.
IDS analyzes network traffic for patterns and recognize malicious attack patterns. While IPS combines the analysis functionality of an IDS adding the ability to intervene and prevent the delivery of malicious packets.
