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VPN-1 Power VSX

Virtualized security platform for service providers and large-scale environments

Overview

VPN-1® Power VSX™ is a multi-service security operations platform designed for large-scale environments like data centers and POP networks. Based on the proven security of VPN-1® Power, VPN-1 Power VSX provides comprehensive protection to multiple networks within complex infrastructures, securely connects them to shared resources like the Internet and DMZs, and allows each of them to interact with each other safely, while providing centralized management.

The VPN-1 Power VSX security operations platform enables organizations such as service providers and enterprises with distributed networks, to optimize hardware investment by operating this virtual network of routers, switches, and VPN-1 gateways utilizing a single piece of hardware. This reduces the hardware investment and physical space needed to achieve security across the entire network by replacing and consolidating physical security and network devices.

Benefits

  • Optimizes hardware investment to keep total ownership costs low
  • Improves operating efficiency in deploying new services
  • Leverage carrier-class high-availability for consistent service quality
  • Reduces physical space, power and staff requirements
  • Protects against new threats through SmartDefense Services

Features

Scalable Virtual Environment
VPN-1 Power VSX is a multi-service operations platform designed to meet the demands of large-scale virtual environments. With VPN-1 Power VSX, administrators can create virtualized implementations of conventional physical topologies and designs such as central and remote DMZs. The VSX platform can create and manage up to 250 fully independent security systems on a single or clustered hardware platform, providing a highly scalable virtual platform while reducing hardware investment, space requirements and maintenance costs.

Flexible Virtual Connectivity
Virtual routers and switches can be used to forward traffic between networks located behind virtual systems, much in the same manner as their physical counterparts. VPN-1 Power VSX supports a wide range of routing scenarios, enabling flexible network connectivity.

  • Virtual System in Bridge Mode
    VPN-1 Power VSX has the ability to host virtual systems running in either router or bridge mode. The ability to deploy virtual systems in bridge mode allows administrators to implement native layer-2 bridging instead of IP routing, and transparently add a virtual system to the network without reconfiguring network settings and topologies.

  • Route propagation
    When a virtual system is connected to a virtual router or to a virtual switch, an administrator can choose to propagate its routing information to adjacent virtual devices. This feature enables network modes located behind neighboring virtual systems to communicate without the need for manual configuration.

  • Overlapping IP address space
    VPN-1 Power VSX facilitates connectivity when multiple network segments share the same IP address range. This scenario occurs when a single VSX gateway protects several independent networks that assign IP addresses to endpoints from the same pool of IP addresses. Thus, more than one endpoint in a VSX environment may share the same IP address, provided that each is located behind different virtual systems. Overlapping IP address space in VSX environments is possible because each virtual system maintains its own unique state and routing tables. These tables can contain identical entries, but within different, segregated contexts.

  • Source-based routing
    Source-based routing allows an administrator to define routing definitions that take precedence over ordinary, destination-based, routing decisions. This allows the administrator to route packets according to their source IP address or a combination of their source IP address and destination IP address. Source-based routing is useful in deployments where a single physical interface without VLAN tagging connects several protected customer networks. Each virtual system is connected to an internal virtual router. The virtual router routes traffic to the appropriate virtual system based on the source IP address, as defined in source-based routing tables.

  • Dynamic Routing
    Virtual devices can communicate and distribute routes amongst themselves using dynamic routing. VPN-1 Power VSX provides full layer-3 dynamic routing for virtual systems and virtual routers. The following unicast and multicast dynamic routing protocols are supported: OSPF, RIP-v2, BGP-v4, IGMP, PIM-SM, PIM-DM.

High Performance Security
High bandwidth networks require high-performance gateways, in order to support thousands of users and applications. To provide security at wire speed, VPN-1 Power VSX can be deployed on multiple carrier-class platforms using Check Point's high performance technology, ensuring secure, resilient, multi-gigabit throughput. To maximize performance, capacity and system scalability, VPN-1 Power VSX provides the following features:

  • Virtual System Load Sharing (VSLS) provides the ability to distribute virtual systems across cluster members, effectively distributing traffic load within a cluster.

  • VSX Resource Control allows administrators to manage the processing load by guaranteeing that each virtual system will receive its minimum CPU allocation. Resources not needed by one virtual system are automatically made available to other virtual systems. Administrators can also limit the CPU time available to a lower-priority virtual system and assign more capacity to mission-critical virtual systems.

  • VSX QoS Enforcement provides the ability to control network quality of service in the VSX network environment by supporting the Differentiated Services (DiffServe) protocol and assigning different transmission characteristics to different classes of service. This helps prioritize the order in which traffic will be processed, when resources are under heavy load.

Comprehensive Security Services
Based on FireWall-1® and SmartDefense™ intrusion prevention technologies, VPN-1 Power VSX provides comprehensive protection to multiple networks or VLANs within complex infrastructures, securely connecting them to shared resources like the Internet and DMZs. VPN-1 Power VSX gateways are based on Check Point-patented Stateful Inspection, the de facto standard for Internet security. VPN-1 Power VSX examines more than 150 predefined applications, services, and protocols out-of-the-box, ensuring that the vast majority of applications used by businesses are free of threats when entering the network. Examples include:

  • Voice over IP—with many companies rushing to adopt VoIP applications to lower telecommunications costs, VPN-1 Power VSX offers comprehensive VoIP protocol support to secure critical business communications. VoIP protocols supported include H.323, SIP, MGCP and Skinny (SCCP).

  • Instant messaging and P2P applications—these are common attack vectors for worms, viruses, and spyware. VPN-1 Power VSX provides security for these applications by inspecting their content or preventing them from entering the corporate network

VPN-1 Power VSX is supported by SmartDefense Services, which maintain the most current preemptive security for the Check Point security infrastructure. VPN-1 Power VSX also provides flexibility in secure remote access, supporting the most complete range of client access options (IPSec, SSL VPN, mobile access).

Proven, mature security management architecture
VPN-1 Power VSX is managed with Check Point’s SmartCenter™ and Provider-1® management solutions. Both provide powerful tools for centrally configuring, managing, and monitoring multiple VPN-1 Power VSX security operations platforms, virtual systems, and physical VPN-1 gateways. Based on Check Point’s Security Management Architecture (SMART), these solutions deliver the flexibility of choosing the appropriate management solution based on your network requirements. Check Point’s One-Click VPN technology also enables virtual systems to be added seamlessly to a VPN community. The new virtual system automatically inherits the appropriate properties and can immediately establish secure sessions with all other VPN community members within the enterprise network. Additional tools such as virtual system creation wizards and templates assist in enforcing server image standardization and further streamline the process of deploying and configuring VPN-1 Power VSX.

Used in conjunction with Provider-1, an enterprise can use VPN-1 Power VSX to segment different business groups or customers, and classify the network either by function or by network segment. Therefore, administrators can maintain separate policies for different network segments and can delegate or divide large rule-bases into several smaller rule-bases for ease of management and better control of network security.

Specifications

Protections Details
Firewall
Protocol/Application support
Secures more than 200 applications and protocols

VoIP Protection

Sip, H.323, MGCP, and SIP with NAT support

Instant Messaging Control
MSN, Yahoo, ICQ, and Skype (including over HTTP and SSL)
Peer-to-peer Blocking
Kazaa, GNUTella, BitTorrent, eMule, IRC (including over HTTP)
Network Address Translation
Static/hide NAT support with manual or automatic rules
VPN
Encryption Support
AES 128-256 bit, 3DES 56-168 bit

Authentication Methods

Password, RADIUS, TACACS, X.509, SecurID

Certificate Authority
Integrated X.509 certificate authority
VPN communities
Automatically sets up site-to-site connections as objects are created
Topology Support
Star and mesh
VPN Routing
Link selection for gateways with dynamically allocated IP addresses, generic route encapsulation (GRE) support, wire mode VPN
VPN Client
Check Point Endpoint Security, VPN-1 SecureClient, VPN-1 SecuRemote
SSL-based remote access
Fully integrated SSL VPN gateway provides on-demand SSL-based access

SSL-based endpoint scanning

Scans endpoint for compliance/malware prior to admission to the network

Site-to-site VPN

Explicit multiple entry point (MEP) configuration support

VPN tunnel management

VPN links can be configured to be "always" on

Intrusion Prevention
Network-layer protection
Blocks attacks such as DoS, Port Scanning, IP/ICMP/TCP related

Application-layer protection

Blocks attacks such as DNS cache poisoning, FTP bounce, improper commands and more

Detection Methods
Signature-based and protocol anomaly
Networking
Virtualization
Complete virtualization of all networking components such as virtual routers & switches

VLAN interfaces

4096 per cluster

Dynamic Routing Support
OSPF, BGP, RIP v1/2,Multicast in multiple virtual system mode
DHCP Support
SecurePlatform™ DHCP server and Relay
Layer-2 bridge support
Transparently integrates into existing network
ISP Redundancy
Protocol-based, source/destination and port route decisions
Performance and Availability
Failover recovery
Active/standby bridge mode for instantaneous failover

Load balancing

VSLS (virtual system load balancing) to distribute VS load across cluster members

Quality of Service
Support for Differentiated Services for outbound and inbound traffic
ISP Redundancy
Automatically reroutes traffic to second interface
Traffic Acceleration
SecureXL accelerates security decisions
Management
Policy segregation
Virtual and logical grouping of customers, global and customer specific security and VPN policies*

Centralized management

Logging, monitoring, event correlation, reporting, security updates, VPN and large-scale policy management and management high availability

Role-based administration
Global and granular administrative access and permissions, multiple simultaneous administrator access*
Log management
Automatic log maintenance and consolidation
* Available with Provider-1



SYSTEM REQUIREMENTS
Platforms
Check Point SecurePlatform™, Crossbeam X Series, IBM BladeCenter (firewall module only), Nokia IPSO

Processor

Disk space
Memory
Network interfaces

Intel Pentium II 1GHz-plus or equivalent processor
4 GB
256 MB
Three minimum (four for a VPN-1 Power VSX cluster)

SmartDashboard platforms
Disk space
Memory
Windows 2000/2003/XP/ME/98
100 MB
256 MB
Provider-1 platforms
Disk space
Memory
SecurePlatform™, Linux, Solaris
800 MB; 50MB for each CMA
256 MB
Remote access client platforms
Disk space
Memory
Windows 2000/XP/2003, Macintosh, Linux
20 MB
64 MB

Support

Check Point offers many technical support options for customers. These range from the Standard support plan that provides telephone assistance during normal business hours with next-day shipment of replacement appliances, to the Premium support plan providing 24/7 assistance with same day replacement shipment, up to the Premium+4H plan that provides a qualified engineer on-site within four hours to resolve any appliance-related issues. For additional information, please visit the Support Programs section of our website.

Direct Enterprise Support

 
Standard
Premium
Diamond/ Sapphire
 
Premium 4H
on-site**
Support Time 9 x 5 Business Day 24 x 7 Every Day 24 x 7 Every Day   24 x 7 Every Day
Latest Hot Fixes & Service Packs Yes Yes Yes Yes
Major Upgrades & Enhancements Yes Yes Yes Yes
Access to Online Support Knowledgebase Advanced Advanced Expert Advanced
Unlimited Service Requests Yes Yes Yes Yes
Hardware Warranty 3 Years 3 Years 3 Years 3 Years
Committed Response time to Severity-1 issues 4 Hours 30 Minutes 30 Minutes 30 Minutes
Committed Response time to Severity 2,3,4 issues 4 Hours 4 Hours 4 Hours 4 Hours
Issues open with Standard Support Desk Premium Support Desk Designated Engineer Premium Support Desk
RMA Determination Support Engineer Support Engineer Customer Support Engineer
Shipment & Delivery SLA Next business day shipment, delivery usually within 2-3 business days Same business day shipment,
Next business day delivery target*
As in Premium/Premium 4hrs (if purchased) 24x7; Qualified engineer will arrive on-site within 4 hours to handle RMA

* For RMA (Return Material Authorization) determination completed by 15:00 regional hub time, otherwise shipment will occur next business day with delivery target extended by one day. There are four regional hubs, one located in each of the following: U.S., APAC, Europe and Israel. Next day delivery during weekends is possible at no extra charge upon request.

** This service is available at selected locations. Please verify availability for your location before purchasing this service level.

Collaborative Enterprise Support

 
Co-Standard
Co-Premium
 
Co-Premium 4H
on-site**
Support Time 24 x 7 for Software issues;
9 x 5 Business Day for Hardware issues
24 x 7 Every Day   24 x 7 Every Day
Latest Hot Fixes & Service Packs Yes Yes Yes
Major Upgrades & Enhancements Yes Yes Yes
Access to Online Support Knowledgebase Advanced Advanced Advanced
Unlimited Service Requests Yes Yes Yes
Hardware Warranty 3 Years 3 Years 3 Years
Committed Response time to Severity-1 issues 30 Minutes
indirect CCSP-Check Point
30 Minutes
direct end customer- Check Point
30 Minutes
Committed Response time to Severity 2,3,4 issues 4 Hours 4 Hours 4 Hours
Issues open with Standard Support Desk Escalation Group
(Fast Path)
Escalation Group
(Fast Path)
RMA Determination Support Engineer Support Engineer Support Engineer
Shipment & Delivery SLA Next business day shipment, delivery usually within 2-3 business days Same business day shipment,
Next business day delivery target*
24x7; Qualified engineer will arrive on-site within 4 hours to handle RMA

* For RMA (Return Material Authorization) determination completed by 15:00 regional hub time, otherwise shipment will occur next business day with delivery target extended by one day. There are four regional hubs, one located in each of the following: U.S., APAC, Europe and Israel. Next day delivery during weekends is possible at no extra charge upon request.

** This service is available at selected locations. Please verify availability for your location before purchasing this service level.