Organizations today face an unprecedented number of security threats. The sheer quantity of risks only promises to grow as employees, customers and partners embrace new trends and innovations, and regulators worldwide attempt to keep pace by safeguarding privacy and sensitive data. Data center network security solutions help organizations gain greater visibility and control over assets and sensitive information across the enterprise. Our specialized services can help your organization stay ahead of threats and interact securely with customers, employees and partners. Organizations large or small can fall victim to a cyber security threat. We offer turnkey and custom data center network security solutions that feature field tested products and services from proven vendors. Our consultative, vendor agnostic approach provides multiple options for on premise, virtual, and cloud based deployment. Security professional services consist of many individual security services separated into four key groupings.
Data Loss Prevention (DLP) is an integrated solution that combines both endpoint and network based controls to protect customer defined sensitive data. The security offerings can be applied as a system or as individual services; advisory and assessment, compliance and regulatory, incident response, and profiling and privacy. As a complement to our security offerings, our managed services provides customers with ongoing support, IT ownership, 24/7 monitoring, alerting and reporting options. Four key solutions exist to compliment a customer’s security staff and provide a proactive monitoring, ongoing management, incident response and remediation. It covers multiple security technologies such as next generation firewall, unified threat management, advanced persistent threat, network access control, security remote access (SSL), secure email, Intrusion Protection System and session border controllers. Gartner, Inc. estimates that for every $5.62 a business spends after a breach, they could spend $1 prior on protection to prevent intrusions and minimize damage. Source: “Companies Wrestle With the Cost of Cyber security,” The Wall Street Journal, February 25, 2014.
Data Center Network Security Intrusion Detection And Prevention
Data center network security network intrusion detection and prevention supports organizations that require a comprehensive solution to detect, prevent and respond to attacks on their infrastructure. This solution can help you more quickly detect and respond to unwanted intruders. Data center network security solutions include, IDS/IPS platform management, IDS/IPS policy management, incident reporting, and monitoring and alerting. Advanced Threat Detection provides real—time intelligence, adaptive protection and rapid response capabilities to combat today’s advanced persistent threats and targeted network attacks. With this service, our risk management center analysts are immediately alerted to potentially dangerous events aimed at your infrastructure and can help reduce your exposure to attacks and other targeted threats. Once we have a firm understanding of a customer’s current environment, we assist with an extensive list of proven products and services to address any gaps.
Next Generation Threat Protection
Next generation threat protection secures sensitive information that passes through your networks by reducing the complexity and simplifying the management of firewall services. This service enables you to centralize the management of security policies across your entire organization and control threats to applications, data and users. Data center network security solution includes, advanced threat protection, application control, firewall platform management, firewall policy management, real—time monitoring and alerting (SIEM), threat management services, and URL/Web filtering. Firewall Ruleset Assurance (FRA), a comprehensive management tool, helps your organization continuously analyze, visualize and improve existing network security infrastructure. This service minimizes the possibility of a security breach through the active management and review of firewall rules and policies. Data center network security solution includes; FRA platform management, policy change monitoring, and rule set analysis and reporting.
Cyber Security Services
Data center network security layered architecture enables you to protect data against unintentional breaches, regardless of whether that data is stored on the network or on a disconnected endpoint. Our solution includes; DLP platform management, DLP policy management, policy compliance reporting, and protection of data at rest and in motion. IAM Networks helps organizations understand what they need to meet their security and compliance goals. Data center network security products and services include always on, secure remote access solutions with device management and work home application segregation. Anti—spam, anti—malware, and anti—phishing for inbound email. Data loss prevention and identity based encryption for outbound email. High performance, low latency, behavior based DDoS mitigation solutions. In depth traffic analysis and a consolidated security view. Load—balancing, encryption, and content based routing to improve web application performance.
Data Center Network Security Solutions
The authentication server authenticates each client connected to a switch port and assigns the port to a VLAN before making available any services offered by the switch or the LAN. Until the client is authenticated, 802.1X access control allows only Extensible Authentication Protocol over LAN (EAPOL) traffic through the port to which the client is connected. After authentication is successful, normal traffic can pass through the port.
ARP inspection provides a mapping between a default gateway IP address and its MAC address. If the switch sees a gratuitous ARP carrying an invalid mapping, the switch drops the packet, thereby preventing ARP spoofing attacks. SYN/ACK response (the second part of the TCP three—way handshake) is still sent, but with no connection — state information kept. If the final ACK for the three—way handshake is received, the server recalculates the original information that had come with the initial SYN.
OS vulnerabilities are continually being published. Sophisticated attack tools are publicly available and become more and more user—friendly. This means that anybody with Internet access can find a wide variety of tools and vulnerabilities to exploit. In the 2002 CSI/FBI security survey, respondents noted that approximately 40 to 45 percent of all attacks on their systems occurred from sources residing on the internal network. The increasing need to protect internal devices and applications from attacks and unauthorized access attempts is directly reflected in these survey results. Data centers should be designed to protect against attacks carried out by external client machines (on the Internet), internal client machines, and compromised servers.
PVLANs provide isolation of ports from one another within the same VLAN. With private VLANs you can use a single subnet and force all the server—generated traffic to go to a promiscuous or upstream port, which typically is a router port, or a VLAN interface on a FWSM. By doing so, servers can be protected from Layer—2 attacks such as ARP spoofing, even where other devices in the same VLAN may be compromised. Use switches that support hardware—based PVLAN segregation. The IEEE 802.1X standard defines a client—server—based access control and authentication protocol that restricts unauthorized clients from connecting to a LAN through publicly accessible ports.
Enterprise networks continue to increase in complexity, and threats to networks are more severe than ever. Protecting these environments takes more than great technology, it takes effective and continuous management. Without the right systems in place, that can be a costly and time—consuming undertaking. IAM addresses the inherent complexity and changing requirements of today’s enterprise networks by providing continuous visibility into network security devices and policies across the enterprise. Enterprise—level dashboards provide at—a—glance analysis of rule usage, complexity and compliance.
Traffic flow analysis tracks traffic behavior across the network down to the application level. Access path analysis traces every available access path across the network and visualizes relationships between devices. Customizable controls and assessments to report on what’s important to you. Search and filtering for every device, rule and object on the network. Clean up — analyze firewall configurations to identify hidden, unused, shadowed or overly permissive rules. Compliance — validate policies against regulatory requirements, including PCI DSS 3.2, or against custom—defined policies.
Enterprises are rapidly enabling new technologies to meet business demands, but this also opens the door to new attacks. The risk is compounded by the ever—evolving threat landscape and today's complex, borderless networks. Cloud computing is becoming increasingly popular among enterprises looking to take advantage of the quick deployment, unprecedented scalability, and cost savings. Private cloud infrastructure, including virtualization and software defined networking, are rapidly transforming data centers. At the same time, organizations are rapidly embracing public clouds, both migrating workloads to Infrastructure—as—a—Service clouds like AWS and Azure, and adopting Software—as—a—Service applications.
This results in a hybrid cloud and increasingly multi—cloud environment that is borderless for your enterprise users, data, and applications. Evolving your infrastructure means your security must evolve as well, to protect your enterprise regardless of where your infrastructure and applications are running. If your security can’t keep up with the agile public, private, and hybrid cloud environments, gaps in protection will occur. There are a number of deployment methods being used that require scalable security capable of keeping up with elastic workloads. Fortinet provides comprehensive security for private, public, and hybrid deployments before, during, and after migration.