A WAF protects your web applications by filtering, monitoring, and blocking any malicious HTTP/S traffic traveling to the web application, preventing unauthorized data from leaving the app. It does so by conforming to a set of policies that help determine what traffic is malicious and what traffic can be considered safe.

WAF, or the Web Application Firewall, is an integral part necessary for any effective solution to security, providing enhanced security to websites and enhancing the general posture of security.

WAF allows you to set up rules to manage web traffic by looking at factors like IP addresses, HTTP headers and content, or specific URLs. This adds an extra layer of security against web attacks that try to take advantage of weaknesses in custom or third-party web applications. Plus, WAF simplifies the process of creating rules to stop common web threats such as SQL injection and cross-site scripting.

WAF Bot Control is a managed rule group that helps you monitor and manage common bot traffic. This traffic can use up too many resources, affect metrics, cause downtime, or do other unwanted things. With just a few clicks, you can block or limit the speed of bots like scrapers, scanners, and crawlers, or let through bots like status monitors and search engines. The Bot Control managed rule group works with other managed rules for WAF or your own custom WAF rules to protect your applications.

WAF Fraud Control – Account Takeover Prevention is a managed rule group which performs the use case prevention of unauthorized access to user accounts through compromised credentials on the application’s login page on a constant basis. Additional measures may also be taken towards this end such as preventing users from using credentials more than once in a given time span. Further, some optional JavaScript and iOS/Android SDKs bring additional telemetry for devices trying to login into the application as well as increased security measures on app against automated bot login attempts.

All WAF capabilities can be managed via APIs, allowing organizations to develop and implement rules automatically and use them in the building and designing process. For instance, a security feature could be made by a developer familiar with all the ins and outs of the web application exactly in the course of deploying it. This ability to integrate security into development processes turned out to be helpful in ¬eliminating prolonged back and forth between application and security teams to ensure rules were always current.

Whenever users get connected, the WAF offers live statistics and network traffic logs, which also include the IP address range, global coordinates, URIs, User-Agent, and Referrers. AWS WAF has complete integration with AWS Cloud Watch, thereby ensuring that it is quite easy to set up custom alerts when some levels have been breached or certain attacks happen. This knowledge becomes an intelligence asset that helps in designing new patterns which will give further protection against users’ applications.

An organization’s endpoint protection must scan every email attachment to protect the company from attacks.

Link Load balancing is achieved by implementing a Multilayer switch that helps in equally distributing Data Centre processing loads and heavy traffic among various servers to avoid becoming a burden on a single device.

DLP shields the organisation against insider threats, the employees included and appropriates data leakage or loss in the event of system compromise. DLP will allow organisations to hold files sent through email or any team sharing application and any file that is tried to be uploaded to the internet.

These offer priority based threats and alerts pertaining to the vulnerabilities, Endpoint Security Dashboards & Reports.

It is vital that threats are recognized as early on in the process as possible. If a threat manages to live in an environment for a long time, it means it is expanding and thus the more harm that it can cause. It is now becoming customary for most endpoint security solutions to have real-time detection features.

Endpoint security tools should adapt to the organization’s needs and environment, offering on-premises or cloud deployment options. Tools should also offer protection for every endpoint in the company that touches data.

These allow organizations to restrict what devices can upload or download data access hardware, or access the registry. IT can also reduce the chances of shadow IT by creating application allowlists-blocklists that identify what software and apps can and cannot be installed on an endpoint.

One of the main hurdles that IT departments of the organizations that are so willing to adopt MFA face is the deployment into the existing identity environments, and especially so when that environment consists of both on-premise and cloud apps. Always be sure to seek out an MFA software that can be deployed on-premises or as a service, and deployment becomes a hundred times easier.

Enterprise mobility and BYOD has made the user to access sensitive information from any location and through any device. Data security and compliance is at high risk. Adaptive multi-factor authentication address this by adding the flexibility to user for accessing their resources with no compromise on security. The MFA tool should feel that user has logged in from different place using different device and should put in front the challenges which a genuine user can only pass to identify him. This will avoid the unauthorized access, if somebody else has got the opportunity to try to access the user’s resources – lost/stolen device.

You often have people with different levels of privilege and different roles in an organization. A one-mode-fits-all strategy for user authentication is definitely not the right way to go if that’s the case. The MFA software needs to be able to initiate role-based authentication for different set of users – this will be useful in managing the privileged accounts which have access to sensitive data, and for hardening security.

The count of cloud applications that is getting used in Enterprise or Higher-Ed Institutions in increasing day by day. Be it Email, CRM, ERP, Productivity apps or anything and everything is moving to cloud. Same with MFA too. When you are serving such customers, you can’t ask your customer worry about availability and manageability. Need to be relevant to changing times.

A small piece of device like key fob or smart card transmits a one-time password to the session of the user. The users have to carry the hard token along in order to use this means of MFA. A soft token could be in form of a one-time password that is created by an application or a software to authenticate the user’s identity. More of the organizations prefer using soft tokens as the hard tokens can be stolen or may be lost.

The Enterprise IT should have an option for instance to allow end users to manage their device and decide whether to require MFA in the specific device or not. This will result in improved end user capacity and allow them to use various equipment in a secure manner.

Modes of authentication like Email, Phone, Browser Push Notification, Device, Challenge Questions and Touch ID not only provide diverse options to users which they prefer, but also increases the level of security in the applications. Some modes that you need to look out for are: Some modes that you need to look out for are:

Email Verification – This is an email that a user receives with a link that verifies his account or a code. The user must either click on the link or type the verification code so that the he/she can be allowed to access the resources.

Phone Verification – OTP(one time password) is sent to the phone number you used at the time of account sign-up and this is required when accessing the account.

Browser Push Notifications – One gets created on the browser, which helps in pulling the verification code and further aids in the confirmation of the user.

It can also be noted that Biometrics – Based MFA is most secured authentication method hard to break as discussed below. Biometric identification using finger prints, voice command or even scans that mimic the human retina can be used to identify the users.

Without a firewall, any request will pass through to vulnerable systems, making it possible for malicious actors to access your computer for their own gain. A firewall blocks unauthorized requests and allows passage only to designated traffic. There are a couple of functions used by the firewall to ensure your servers’ safety, and we will briefly go through them.

In the absence of a firewall, any request comes through to the undefended system, which gives an opportunity for hackers to reach your machine for personal benefits. The function of a Firewall is to block unauthorized requests and permit only authorized traffic. The firewall performs several functions that guarantee the security of your servers; let’s take a quick look at them.

Firewalls can scan both outgoing network traffic to detect viruses and malware well, as protect against phishing attacks and spam emails that could pose cybersecurity threats to your systems security. This type of firewall known as UTM (Unified Threat Management) is effective in not monitoring data flow but in preventing any devices, within the network from inadvertently spreading malware to other connected networks.

Link load balancing involves using a switch to distribute data centre processing tasks and high network traffic volumes across several servers avoiding overburdening any individual device.

Ensure the safety of users and devices throughout your wide area network (WAN) while making IT operations more efficient. Zero trust session integrity, supported by vector routing and access policies that default to denial are, among the methods we employ to guarantee robust security, with SD WAN.

Using a Virtual Private Network (VPN) individuals can securely transmit and receive data, over public networks by creating a private connection that simulates direct access to a secure network, from their devices.

With a remote access VPN employees can securely connect to a computer network and access resources as if they were physically connected to the networks servers directly.

The Cloud Gateway Anti-Virus feature brings in a cutting-edge malware scanning fix. This new solution works with and builds upon the Gateway AV scanning tools already on firewalls. It aims to tackle the ongoing rise in malware samples out there.

Firewalls can scan both outgoing network traffic to detect viruses and malware well, as protect against phishing attacks and spam emails that could pose cybersecurity threats to your systems security. This type of firewall known as UTM (Unified Threat Management) is effective in not monitoring data flow but in preventing any devices, within the network from inadvertently spreading malware to other connected networks.

An Intrusion Prevention System’s main jobs are spotting fishy activity writing down key info trying to stop the activity, and then telling someone about it. IPS’s protect against many types of attacks. These include SQL injection cross-site scripting running code from afar, shell code payloads, and remote procedure calls.

The application control consists of all these functions like completeness and validity checks, identification, authentication, authorization, input controls, and forensic controls, etc. Application controls, in other words, guarantee that the application and its related data are protected against unauthorized access, modification, and destruction.

Overconsuming of network capacity in one location can have a negative effect on the whole network. Bandwidth issues may also cause the critical business services to be unavailable and result in the network downtime. You are probably just buying more bandwidth to solve the problem, but you are only treating a symptom of a bigger problem.

Sandboxing refers to a cyber security practice where you run the code, then observe and analyze the code in a secure, isolated environment on a network that basically imitates the end-user operating environments. Sandboxing is a practice mainly designed to prevent threats from getting onto the network and is often used to examine code that is either untested or untrusted.

Anti-Spam Engine is a full filtering solution, which prevents junk mail and viruses from reaching our servers. Your inbox is thus secured from spam and you are saved from spending hours managing unsolicited email. AntiSpam provides easy service from the first installation to the last report.

Offers real-time activity tracking of users, monitoring the bandwidth usage, identification of the application, analytics, and forensics flow, compliance and audit reports, scheduled reports, among others.