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Load Balancer Provider in India

Load Balancer Provider in India

Load Balancer Provider in India

Load Balancer Provider in India

IT Monteur Provides Load Balancer, Load balancers, Load balancing, Server Load Balancer, Server Load Balancing Solutions, Array Load balancer, F5 Load Balancer, A10 Load Balancer, Load Balancing, Load Balancer, Delhi, New Delhi, Noida, Gurgaon, India

A load balancer is a device that acts as a reverse proxy and distributes network or application traffic across a number of servers. Load balancers are used to increase capacity (concurrent users) and reliability of applications.

In computing, load balancing distributes workloads across multiple computing resources, such as computers, a computer cluster, network links, central processing units or disk drives. Load balancing aims to optimize resource use, maximize throughput, minimize response time, and avoid overload of any single resource.

In computing, load balancing improves the distribution of workloads across multiple computing resources, such as computers, a computer cluster, network links, central processing units, or disk drives. Load balancing aims to optimize resource use, maximize throughput, minimize response time, and avoid overload of any single resource. Using multiple components with load balancing instead of a single component may increase reliability and availability through redundancy. Load balancing usually involves dedicated software or hardware, such as a multilayer switch or a Domain Name System server process.

Load balancing differs from channel bonding in that load balancing divides traffic between network interfaces on a network socket (OSI model layer 4) basis, while channel bonding implies a division of traffic between physical interfaces at a lower level, either per packet (OSI model Layer 3) or on a data link (OSI model Layer 2) basis with a protocol like shortest path bridging.

Internet-based services

One of the most commonly used applications of load balancing is to provide a single Internet service from multiple servers, sometimes known as a server farm. Commonly load-balanced systems include popular web sites, large Internet Relay Chat networks, high-bandwidth File Transfer Protocol sites, Network News Transfer Protocol (NNTP) servers, Domain Name System (DNS) servers, and databases.

Round-robin DNS

An alternate method of load balancing, which does not require a dedicated software or hardware node, is called round robin DNS. In this technique, multiple IP addresses are associated with a single domain name; clients are given IP in round robin fashion. IP is assigned to clients with a short expiration so the client is more likely to use a different IP the next time they access the Internet service being requested.

DNS delegation

Another more effective technique for load-balancing using DNS is to delegate www.example.org as a sub-domain whose zone is served by each of the same servers that are serving the web site. This technique works particularly well where individual servers are spread geographically on the Internet. For example:

one.example.org A 192.0.2.1
two.example.org A 203.0.113.2
www.example.org NS one.example.org
www.example.org NS two.example.org

However, the zone file for www.example.org on each server is different such that each server resolves its own IP Address as the A-record.[2] On server one the zone file for www.example.org reports:

@ in a 192.0.2.1

On server two the same zone file contains:

@ in a 203.0.113.2

This way, when a server is down, its DNS will not respond and the web service does not receive any traffic. If the line to one server is congested, the unreliability of DNS ensures less HTTP traffic reaches that server. Furthermore, the quickest DNS response to the resolver is nearly always the one from the network’s closest server, ensuring geo-sensitive load-balancing[citation needed]. A short TTL on the A-record helps to ensure traffic is quickly diverted when a server goes down. Consideration must be given the possibility that this technique may cause individual clients to switch between individual servers in mid-session.

Client-side random load balancing

Another approach to load balancing is to deliver a list of server IPs to the client, and then to have client randomly select the IP from the list on each connection. This essentially relies on all clients generating similar loads, and the Law of Large Numbers[4] to achieve a reasonably flat load distribution across servers. It has been claimed that client-side random load balancing tends to provide better load distribution than round-robin DNS; this has been attributed to caching issues with round-robin DNS, that in case of large DNS caching servers, tend to skew the distribution for round-robin DNS, while client-side random selection remains unaffected regardless of DNS caching.

With this approach, the method of delivery of list of IPs to the client can vary, and may be implemented as a DNS list (delivered to all the clients without any round-robin), or via hardcoding it to the list. If a “smart client” is used, detecting that randomly selected server is down and connecting randomly again, it also provides fault tolerance.
Server-side load balancers

For Internet services, a server-side load balancer is usually a software program that is listening on the port where external clients connect to access services. The load balancer forwards requests to one of the “backend” servers, which usually replies to the load balancer. This allows the load balancer to reply to the client without the client ever knowing about the internal separation of functions. It also prevents clients from contacting back-end servers directly, which may have security benefits by hiding the structure of the internal network and preventing attacks on the kernel’s network stack or unrelated services running on other ports.

Some load balancers provide a mechanism for doing something special in the event that all backend servers are unavailable. This might include forwarding to a backup load balancer, or displaying a message regarding the outage.

It is also important that the load balancer itself does not become a single point of failure. Usually load balancers are implemented in high-availability pairs which may also replicate session persistence data if required by the specific application.[5] Scheduling algorithms

Numerous scheduling algorithms, also called load-balancing methods, are used by load balancers to determine which back-end server to send a request to. Simple algorithms include random choice, round robin, or least connections.[6] More sophisticated load balancers may take additional factors into account, such as a server’s reported load, least response times, up/down status (determined by a monitoring poll of some kind), number of active connections, geographic location, capabilities, or how much traffic it has recently been assigned.
Persistence

An important issue when operating a load-balanced service is how to handle information that must be kept across the multiple requests in a user’s session. If this information is stored locally on one backend server, then subsequent requests going to different backend servers would not be able to find it. This might be cached information that can be recomputed, in which case load-balancing a request to a different backend server just introduces a performance issue.[6]

Ideally the cluster of servers behind the load balancer should not be session-aware, so that if a client connects to any backend server at any time the user experience is unaffected. This is usually achieved with a shared database or an in-memory session database, for example Memcached.

One basic solution to the session data issue is to send all requests in a user session consistently to the same backend server. This is known as “persistence” or “stickiness”. A significant downside to this technique is its lack of automatic failover: if a backend server goes down, its per-session information becomes inaccessible, and any sessions depending on it are lost. The same problem is usually relevant to central database servers; even if web servers are “stateless” and not “sticky”, the central database is (see below).

Assignment to a particular server might be based on a username, client IP address, or be random. Because of changes of the client’s perceived address resulting from DHCP, network address translation, and web proxies this method may be unreliable. Random assignments must be remembered by the load balancer, which creates a burden on storage. If the load balancer is replaced or fails, this information may be lost, and assignments may need to be deleted after a timeout period or during periods of high load to avoid exceeding the space available for the assignment table. The random assignment method also requires that clients maintain some state, which can be a problem, for example when a web browser has disabled storage of cookies. Sophisticated load balancers use multiple persistence techniques to avoid some of the shortcomings of any one method.

Another solution is to keep the per-session data in a database. Generally this is bad for performance because it increases the load on the database: the database is best used to store information less transient than per-session data. To prevent a database from becoming a single point of failure, and to improve scalability, the database is often replicated across multiple machines, and load balancing is used to spread the query load across those replicas. Microsoft’s ASP.net State Server technology is an example of a session database. All servers in a web farm store their session data on State Server and any server in the farm can retrieve the data.

In the very common case where the client is a web browser, a simple but efficient approach is to store the per-session data in the browser itself. One way to achieve this is to use a browser cookie, suitably time-stamped and encrypted. Another is URL rewriting. Storing session data on the client is generally the preferred solution: then the load balancer is free to pick any backend server to handle a request. However, this method of state-data handling is poorly suited to some complex business logic scenarios, where session state payload is big and recomputing it with every request on a server is not feasible. URL rewriting has major security issues, because the end-user can easily alter the submitted URL and thus change session streams.

Yet another solution to storing persistent data is to associate a name with each block of data, and use a distributed hash table to pseudo-randomly assign that name to one of the available servers, and then store that block of data in the assigned server.

Load balancer features

Hardware and software load balancers may have a variety of special features. The fundamental feature of a load balancer is to be able to distribute incoming requests over a number of backend servers in the cluster according to a scheduling algorithm. Most of the following features are vendor specific:

Asymmetric load

A ratio can be manually assigned to cause some backend servers to get a greater share of the workload than others. This is sometimes used as a crude way to account for some servers having more capacity than others and may not always work as desired.
Priority activation
When the number of available servers drops below a certain number, or load gets too high, standby servers can be brought online.

TLS Offload and Acceleration

TLS (or its predecessor SSL) acceleration is a technique of offloading cryptographic protocol calculations onto a specialized hardware. Depending on the workload, processing the encryption and authentication requirements of an TLS request can become a major part of the demand on the Web Server’s CPU; as the demand increases, users will see slower response times, as the TLS overhead is distributed among Web servers. To remove this demand on Web servers, a balancer can terminate TLS connections, passing HTTPS requests as HTTP requests to the Web servers. If the balancer itself is not overloaded, this does not noticeably degrade the performance perceived by end users. The downside of this approach is that all of the TLS processing is concentrated on a single device (the balancer) which can become a new bottleneck. Some load balancer appliances include specialized hardware to process TLS. Instead of upgrading the load balancer, which is quite expensive dedicated hardware, it may be cheaper to forgo TLS offload and add a few Web servers. Also, some server vendors such as Oracle/Sun now incorporate cryptographic acceleration hardware into their CPUs such as the T2000. F5 Networks incorporates a dedicated TLS acceleration hardware card in their local traffic manager (LTM) which is used for encrypting and decrypting TLS traffic. One clear benefit to TLS offloading in the balancer is that it enables it to do balancing or content switching based on data in the HTTPS request.

Distributed Denial of Service (DDoS) attack protection

Load balancers can provide features such as SYN cookies and delayed-binding (the back-end servers don’t see the client until it finishes its TCP handshake) to mitigate SYN flood attacks and generally offload work from the servers to a more efficient platform.

HTTP compression

HTTP compression reduces the amount of data to be transferred for HTTP objects by utilising gzip compression available in all modern web browsers. The larger the response and the further away the client is, the more this feature can improve response times. The trade-off is that this feature puts additional CPU demand on the load balancer and could be done by web servers instead.

TCP offload

Different vendors use different terms for this, but the idea is that normally each HTTP request from each client is a different TCP connection. This feature utilises HTTP/1.1 to consolidate multiple HTTP requests from multiple clients into a single TCP socket to the back-end servers.

TCP buffering

The load balancer can buffer responses from the server and spoon-feed the data out to slow clients, allowing the web server to free a thread for other tasks faster than it would if it had to send the entire request to the client directly.

Direct Server Return

An option for asymmetrical load distribution, where request and reply have different network paths.

Health checking

The balancer polls servers for application layer health and removes failed servers from the pool.

HTTP caching

The balancer stores static content so that some requests can be handled without contacting the servers.

Content filtering

Some balancers can arbitrarily modify traffic on the way through.

HTTP security

Some balancers can hide HTTP error pages, remove server identification headers from HTTP responses, and encrypt cookies so that end users cannot manipulate them.

Priority queuing

Also known as rate shaping, the ability to give different priority to different traffic.

Content-aware switching

Most load balancers can send requests to different servers based on the URL being requested, assuming the request is not encrypted (HTTP) or if it is encrypted (via HTTPS) that the HTTPS request is terminated (decrypted) at the load balancer.

Client authentication

Authenticate users against a variety of authentication sources before allowing them access to a website.

Programmatic traffic manipulation

At least one balancer allows the use of a scripting language to allow custom balancing methods, arbitrary traffic manipulations, and more.

Firewall

Firewalls can prevent direct connections to backend servers, for network security reasons.

Intrusion prevention system

Intrusion prevention systems offer application layer security in addition to network/transport layer offered by firewall security.

Use in telecommunications

Load balancing can be useful in applications with redundant communications links. For example, a company may have multiple Internet connections ensuring network access if one of the connections fails. A failover arrangement would mean that one link is designated for normal use, while the second link is used only if the primary link fails.

Using load balancing, both links can be in use all the time. A device or program monitors the availability of all links and selects the path for sending packets. The use of multiple links simultaneously increases the available bandwidth.

Shortest Path Bridging

The IEEE approved the IEEE 802.1aq standard May 2012, also known and documented in most books as Shortest Path Bridging (SPB). SPB allows all links to be active through multiple equal cost paths, provides faster convergence times to reduce down time, and simplifies the use of load balancing in mesh network topologies (partially connected and/or fully connected) by allowing traffic to load share across all paths of a network.[8][9] SPB is designed to virtually eliminate human error during configuration and preserves the plug-and-play nature that established Ethernet as the de facto protocol at Layer 2.

Routing

Many telecommunications companies have multiple routes through their networks or to external networks. They use sophisticated load balancing to shift traffic from one path to another to avoid network congestion on any particular link, and sometimes to minimize the cost of transit across external networks or improve network reliability.

Another way of using load balancing is in network monitoring activities. Load balancers can be used to split huge data flows into several sub-flows and use several network analyzers, each reading a part of the original data. This is very useful for monitoring fast networks like 10GbE or STM64, where complex processing of the data may not be possible at wire speed.

Use in data center networks

Load balancing is widely used in data center networks to distribute traffic across many existing paths between any two servers.[12] It allows more efficient use of network bandwidth and reduces provisioning costs. In general, load balancing in datacenter networks can be classified as either static or dynamic. Static load balancing distributes traffic by computing a hash of the source and destination addresses and port numbers of traffic flows and using it to determine how flows are assigned to one of the existing paths. Dynamic load balancing assigns traffic flows to paths by monitoring bandwidth utilization of different paths. Dynamic assignment can also be proactive or reactive. In the former case, the assignment is fixed once made, while in the latter the network logic keeps monitoring available paths and shifts flows across them as network utilization changes (with arrival of new flows or completion of existing ones). A comprehensive overview of load balancing in datacenter networks has been made available.

Relationship to fail overs

Load balancing is often used to implement failover—the continuation of a service after the failure of one or more of its components. The components are monitored continually (e.g., web servers may be monitored by fetching known pages), and when one becomes non-responsive, the load balancer is informed and no longer sends traffic to it. When a component comes back online, the load balancer begins to route traffic to it again. For this to work, there must be at least one component in excess of the service’s capacity (N+1 redundancy). This can be much less expensive and more flexible than failover approaches where each single live component is paired with a single backup component that takes over in the event of a failure (dual modular redundancy). Some types of RAID systems can also utilize hot spare for a similar effect.

Top Load Balancer Provider Company in India

Load balancing refers to spreading a service load among multiple server systems. A hardware load balancer or software-based load balancing tool can ensure maximum service availability by offering network traffic distribution services.

For example, if your business has a primary business domain (e.g., www.yourbusiness.com), you want your site available to your current customers and your potential customers 100 percent of the time. Comparing the top server load balancers (SLBs) and effectively utilizing their load-balancing capabilities will help provide this level of availability.

When technical folks discuss load balancing, they generally mean hardware load balancer devices dedicated to the task of balancing network traffic loads. A hardware load balancer is a server computer with a very specialized operating system tuned to manage network traffic using user-created rules.

From Load Balancers to Application Delivery Controllers

While these hardware load balancer devices have since evolved into what are now called application delivery controllers (ADC), load balancing remains at the heart of an ADC. Enterprises and hosting companies rely on load-balancing and ADC devices to distribute traffic to create highly available services.

In addition to providing simple distributed service to multiple servers, load balancers can help prevent denial-of-service attacks, allow legitimate users uninterrupted access to services, protect against single point of failure outages and prevent traffic bottlenecks to systems.

Today we’ll highlight a handful of the leading hardware load balancers as well as several cloud and software-based load balancer options.

Application Delivery Network Load Balancing Services Provider in India

Commercial ADNs

A10 Networks
Avi Networks
aiScaler
Akamai Technologies
Alcatel-Lucent (Enterprise)
Array Networks
Aryaka
Barracuda Networks
Blue Coat Systems
Brocade Communications
CDNetworks
Citrix
Cisco Systems
Cotendo
Crescendo Networks
EdgeCast Networks
Exinda
Expand Networks
F5 Networks
Fortinet
Foundry Networks
Instart Logic
Internap
Ipanema Technologies
Juniper Networks
KEMP Technologies
Limelight Networks
Netlify
Nortel
Radware
Riverbed Technology
Streamcore
Sun Microsystems
Zeus Technology

For More details on Load Balancer, Load balancers, Load balancing, Server Load Balancer, Server Load Balancing Solutions, Array Load balancer, F5 Load Balancer, A10 Load Balancer, Load Balancing, Load Balancer, Delhi, New Delhi, Noida, Gurgaon, India

 

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Fortinet Firewall Provider in India

Fortinet - FortiGate Firewalls

Fortinet Firewall Provider in India

Fortinet Firewall Provider in India

Fortinet Firewall Provider in India

FortiGate® Network Security Platform

Fortinet Consolidated Security Platform delivers unmatched performance and protection while simplifying your network. Fortinet’s Network Security Appliances offer models to satisfy any deployment requirement from the FortiGate-20 series for Small Offices to the FortiGate-5000 series for very Large Enterprises, Service Providers and Carriers. FortiGate platforms integrate the FortiOS operating system with FortiASIC processors and the latest-generation CPUs to provide comprehensive.

Buy Hardware Appliance UTM Firewall from India based authorized Dealer, Partner, Supplier, Reseller with remote, on-site installation support  in India at best price.

We are Providing our Antivirus, Antispam solutions all over India like  Mumbai, Thane, Navi Mumbai, Vasai. Virar, Panvel, Kharghar, Bhiwandi, Kalyan Gujrat, Kolkata, Dehli, Chennai, Tamil Nadu etc. To buy our Firewall Service contact us.

Fortinet Firewall:

High-Performance security
High Performance Firewall/VPN
Next Generation Firewalls

Products

High-End
Mid-Range
Desktops
Application Firewall

Solution Guides

Fortinet’s Solution for the Enterprise Campus
Connected UTM Solution Brief
Application Delivery Network Solutions From Fortinet
Fortinet Data Center Solution Brief
Fortinet UTM Solution Guide
The Password as you Know it is Dead
Fortinet Secure Wireless LAN

IT Monteur understands the increasing threats faced by the SME community, and can offer the right solutions tailored to your company’s needs.

Small office technology needs are increasing

To support employee mobility, many small offices are adding wireless and enabling BYOD – technologies that have traditionally been confined to larger enterprises. These new technologies add new data security and compliance requirements.

Small businesses are a target

Small businesses have historically lacked security capabilities often found at larger enterprises, primarily due to cost and complexity. For this reason, data breaches are increasingly hitting smaller organisations, either for their data or access to the larger businesses they may serve.

According to the Verizon Data Breach Incident Report, data breaches were more common in small than large organisations (25% vs 20%, with 50% from size unknown).

Why choose Fortinet?

Fortinet’s commitment to quantified, independent third party validation of security effectiveness is unmatched in the industry. Security technologies deployed from network edge to individual endpoints have all earned top marks in real-world testing by NSS Labs, Virus Bulletin, AV Comparatives and more.

Single vendor, comprehensive portfolio

Fortinet is the only UTM vendor able to offer the broad range of security and networking capabilities to dramatically simplify IT infrastructure and security.

Because all products are built in-house they will integrate more tightly and reduce your administration. Your life becomes even easier by working with a single vendor, single procurement process, single administrative experience across products, single support group and single volume licensing program.

FortiGate unified threat management

  • Get up and running in 20 minutes or less with Plug and Play install.
  • Stop attacks before they enter the network.
  • Quickly resolve issues with one-click drill down and actions.
  • Select from the widest variety of performance, port, Wi-Fi and PoE combinations
  • Manage all networking and security from a single console.

FortiAP secure wireless access points

  • Expand wireless coverage with dedicated indoor, outdoor and remote access points
  • Extend security to the very edge with integrated security of Smart APs
  • Simplify remote telework with wireless APs that include wired ports
  • Optimise traffic flow with application prioritisation and other features.

FortiSwitch secure access switches

  • Expand network connectivity and/or physical segmentation with Layer 2 and 3 switching
  • Manage from the established FortiGate console
  • Choose among a wide range of port speeds (1G and 10G), density (8, 24, 32, 48 or 64* ports) and PoE/PoE+ combinations.

Chassis-based 5000 & 7000 Series

Form Factor – Expandable, modular chassis
Interfaces – 10, 40, and 100 GE
FW(TP) Throughput – More than 1 Tbps (Up to 189 Gbps)
Special Features – Carrier class, NEBS, fully redundant

High-end Appliance 1000 – 3000 & 6000 Series

 

Form Factor – 2RU – 5RU appliance
Interfaces10, 25, 40, and 100 GE
FW(TP) Throughput – 52 Gbps – 1 Tbps (4 Gbps – 100 Gbps)
Special Features Ultra-low latency, ultra high-speed SSL inspection

Mid-range Appliance 100 – 900 Series

Fortigate 100E, Fortigate 100E Firewall, Fortigate 100E Firewall Price

Form Factor – 1RU – 2RU appliance
Interfaces1 and 10 GE
FW(TP) Throughput – 7 Gbps – 36 Gbps (1 Gbps – 7 Gbps)
Special Features High-speed SSL inspection

Entry-level Appliance 30–90 Series

Form Factor – Desktop
Interfaces – High-density 1 GE
FW(TP) Throughput1 – 4 Gbps (150 Mbps – 250 Mbps)
Special Features – Wi-Fi, PoE, ruggedized

Virtual/Cloud Firewall

Private Cloud

Use Cases &Integrations – All major hypervisors VMware NSX, Cisco ACI, OpenStack, Nuage, Azure Stack
Throughput – Hardware dependent
Licensing –  Perpetual, subscription, metered

Public Cloud

Use Cases &Integrations – AWS, Azure, Google, Oracle,IBM, Alibaba

Throughput – Cloud dependent
Licensing – BYOL or on-demand

Fortinet – Fortigate Firewall Price in India

Fortinet – FortiGate FirewallPrice
FortiGate-30E
Hardware plus 1 year 8×5 Forticare and FortiGuard UTM Bundle
1 to 15 users
Rs.53,395/-
FortiGate-60E
Hardware plus 1 year 8×5 Forticare and FortiGuard UTM Bundle
1 to 40 users
Rs. 82,331/-
FortiGate-80E
Hardware plus 1 year 8×5 Forticare and FortiGuard UTM Bundle
1 to 40 users
Rs. 1,09,902/-
FortiGate-90E
Hardware plus 1 year 8×5 Forticare and FortiGuard UTM Bundle
15 to 60 users
Rs. 1,37,438/-
FortiGate-100E
Hardware plus 1 year 8×5 Forticare and FortiGuard UTM Bundle
15 to 100 users
Rs. 1,74,757/-

For more details just call or email us on

Sales :+91 958 290 7788 | Support : 0120 2631048

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TOP Firewall Providers For 2019

TOP Firewall Providers For 2019

TOP Firewall Providers For 2019

TOP Firewall Providers For 2019

The best enterprise level firewall Companies in World

So many firewalls and, of course, each one is ‘the best’ one, so how do you choose? Please see below Gartner report with features reviews from hundreds of network security pros who have actually used the products in real-world situations.

Firewall Overview

Firewalls are filters that stand between a computer or computer network and the Internet. Each firewall can be programmed to keep specific traffic in or out. All messages passing through the firewall are examined and those not meeting pre-defined security criteria are blocked.

For example, on the outbound side, firewalls can be configured to prevent employees from transmitting sensitive data outside the network, while on the inbound side, firewalls can be configured to prevent access to certain kinds of websites like social media sites.

Firewall Features & Capabilities

  • Application visibility and control
  • Identify and control evasive app threats
  • Intrusion Prevention integration
  • Physical and virtual environment support
  • Integration with LDAP and Active Directory
  • “Sandbox,” or isolated, cloud-based threat emulation
Firewall vendors are beginning to bundle firewall offerings with other security or privacy features, although this is not a universal practice. The most common example is support for Virtual Private Networks (VPN), and load-management is often featured as well.

Firewall methods

Firewalls use several methods to control traffic flowing in and out of a network:

  • Packet filtering: This method analyzes small pieces of data against a set of filters. Those that meet the filter criteria are allowed to pass through, while others are discarded.
  • Proxy service: In this method, computers make a connection to the proxy which then initiates a new network connection based on the content of the request. In this way, there is no direct connection or packet transfer on either side of the firewall. Network addresses are effectively hidden.
  • Stateful inspection: Stateful inspection is the new standard firewall security method that monitors communications packets over a period of time. Outgoing packets that request specific types of incoming packets are tracked. Only incoming packets that are an appropriate response are allowed to pass. Firewalls using this method are often referred to as next-generation firewalls (NGFW).

Pricing Information

The cost of firewalls can vary from free (for personal use) to significant sums of money for enterprise firewalls. Firewalls are often on-premise appliances, but can also be purchased as software which must be installed on a server, or as a cloud service. The range of pricing models is broad making it difficult to compare across vendors. However, an enterprise firewall may cost upwards of $30,000, depending on capability and type.

List of TOP Enterprise Network Firewall (UTM) Companies in World

Some firewall solutions are provided as software solutions that run on general purpose operating systems. The following table lists different firewall software that can be installed / configured in different general purpose operating systems.

 

Firewall Vendors

Reviews

Overall Rating

Fortinet

Fortinet

Fortinet

Cisco

Cisco

Cisco

Palo Alto Networks

Palo Alto Networks

Palo Alto Networks

Check Point Software Technologies

Check Point Software Technologies

Check Point Software Technologies

Sophos

Sophos

Sophos

SonicWall

SonicWall

SonicWall

4.4
Juniper Networks

Juniper Networks

Juniper Networks

WatchGuard

WatchGuard

WatchGuard

4.3
Barracuda

Barracuda

Barracuda

4.6
Forcepoint

Forcepoint

Forcepoint

4.6
Huawei

Huawei

Huawei

4.5
Hillstone Networks

Hillstone Networks

Hillstone Networks

4.6
Sangfor

Sangfor

Sangfor

4.7
Stormshield

Stormshield

Stormshield

4.6
AhnLab

AhnLab

AhnLab

124.7
F5

F5

F5

4.6
Microsoft Azure Firewall

Microsoft Azure Firewall

Microsoft Azure Firewall

4.6

New H3C Group

4.7
VMware Firewall

VMware Firewall

VMware Firewall

4.8

GreyHeller

35.0
Venustech

Venustech

Venustech

24.5

List of TOP Web Application Firewall (WAF)

Companies in World

The web application firewall (WAF) market is being driven by customers’ needs to protect public and internal web applications. WAFs protect web applications and APIs against a variety of attacks, including automated attacks (bots), injection attacks and application-layer denial of service (DoS). They should provide signature-based protection, and should also support positive security models (automated whitelisting) and/or anomaly detection. WAFs are deployed in front of web servers to protect web applications against external and internal attacks, to monitor and control access to web applications, and to collect access logs for compliance/auditing and analytics. WAFs exist in the form of physical or virtual appliances, and, increasingly, are delivered from the cloud, as a service (cloud WAF service).

WAF Firewall Vender

Reviews

Overall Rating

Sucuri
Sucuri Website Firewall (WAF)
4.6
Imperva

Imperva Incapsula WAF

4.5
F54.5
Fortinet
FortiWeb Web Application Firewall
4.4
Signal Sciences
Citrix
Cloudflare
Akamai4.5
Amazon Web Services (AWS)
Barracuda
Rohde & Schwarz Cybersecurity (DenyAll)
Radware4.6
Ergon Informatik4.6
United Security Providers
Positive Technologies11
Instart
Venustech104.5
Chaitin Tech94.8
Oracle94.4
NSFOCUS64.5
Microsoft63.7
Trustwave63.5
Penta Security
55.0
Symantec54.4
Alert Logic
53.6
DBAPPSecurity
44.5
NGINX44.3
Qualys
44.0
Grey Wizard
35.0
A10 Networks
34.7
Google
34.7
Kemp
34.3
SiteLock
34.3
Qihoo 360
34.0
Piolink
24.5
Wallarm
24.5
Alibaba Cloud
24.0
Templarbit
15.0
Threat X
15.0
AdNovum
14.0
Verizon
14.0
Bluedon Information Security Technologies
13.0

 

For Any type of Firewall Security and Support, Please call us on

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