The Firewall as a Service is delivered by our Specialised FortiGate Professional Services is designed to have a logical activity flow to ensure consistent results in each time with the objective to install, configure, test and go-to-operations with your Firewall solution.

Firewall as a Service intends to protect the customer network from internal and external threats using firewall.

The activities carried out throughout the package execution entail from a deep interview to understand and address all explicit and hidden requirements in defining a preliminary design to the implementation and delivery of a working environment fully configured and documented.

All services will be delivered by skilled, trained and certified Professional Services consultants.

The Zero Trust Network Access (ZTNA) is a feature of Zero Trust Access (ZTA) that manages application access, requiring user and device verifications before each application session, only allowing access to the application if the ZTNA acknowledges that the user and device verifications comply with the organization's policy.

Continuous user and device verification is required as they access business applications and data as people continue to work remotely and IoT devices inundate networks and operating settings. Network administrators must apply a zero-trust access approach and grant the fewest access credentials possible to safeguard networks and applications.

Implementing zero-trust access includes requiring strong authentication capabilities, powerful network access control tools and pervasive application access policies.

Network Access Control (NAC) is among the fundamental defenses in contemporary networks. Initially, NAC was a highly organized technology used to help define network access and set up access control for managed devices, but current vendors of NAC provide an upgrade which can safeguard modern network topologies.

Current NAC solutions empower a company to implement security policies based on network attributes and threat and vulnerability attributes obtained from threat and vulnerability adapters. The results of vulnerability assessments and threat severity levels can be utilized to continuously manage the access level of a user or endpoint.

The Intrusion Prevention System is a vital security control that keeps the organization at the acceptance level of Risk Hygiene. Nowadays, as more digital innovation is happening and new devices or technologies come into the market, there are always increased threats from various sources and different threat actors.

Intrusion Prevention does both the detection and prevention of any malicious activity. Intrusion detection focuses on monitoring devices and network activities for anomalies. Should there be any, the specific traffic will undergo pre-determined actions that block the activity, essentially, Intrusion Prevention.

The Web Security Gateway acts like a military guard who exterminates all unwanted or malicious traffic that gets into the organization’s network. Stationed in between the user and the Internet, It offers better security for the user as it scans traffic for malicious content, preventing the user from accessing websites that may pose threat to the organization. Also, it ensures the implementation and monitoring of organizational acceptable usage policy.

Previously, an organization’s business operates mostly inside its network. Nowadays, however, because of the dependency on remote workers and cloud computing, users are highly exposed to more security threats. Sometimes the users can access company resources on the Cloud without using a VPN, thereby bringing high security risks to the organization. The Web Security Gateway would act as a proxy with content inspection, hides the source and destination IP from both sides and other security features help keep users away from malicious websites.

The end result is operational complexity, a lack of visibility and the possibility of incorrect configurations, all of which increase the risk of cybersecurity. By safeguarding every application on any cloud, cloud security enables enterprises to accelerate their digital transformation.

It is mandatory for each organization to have visibility and control for cloud environments and applications with comprehensive protection and hybrid security.

Malware—Blocks access to any application, protocol, or port to servers harboring malware and websites that have been compromised. Recommended.

Newly Seen Domains— Limits access to domains that are being accessed for the first time through Umbrella. Visit the Recently Seen Domains Security Category for further details.

Command Control Callbacks—This feature prevents hacked devices from contacting control and command servers through every application, protocol, or port. Also, this setting aids in locating possibly malicious computers on your network. Recommended.

Phishing Attacks—Blocks access to false websites established with the intent to steal personal data. Recommended.

Dynamic DNS—restricts access to websites that include dynamic DNS content.

Potentially Harmful Domains—restricts access to domains that behave in a suspicious manner or that might be involved in an attack. See "Potential Harmful" Security Category for further details.

DNS Tunneling VPN—Inhibits VPN services that let customers tunnel their traffic via the DNS protocol in order to hide it. These solutions may be utilized to navigate around data access and transfer restrictions imposed by businesses.

Cryptomining—blocks access to cryptocurrency mining pools, where "miners" team up and pool resources (processing power) for more efficient cryptocurrency collection and exchange. It also disables well-known source code repositories for web crypto mining.

The technique of identifying and investigating after a cyberattack or other hostile incident is known as digital forensics. Digital forensics is a process of applying tested scientific methods to cybercrimes and attacks in order to find or establish a trail of evidence. Our expertise in this area involves collecting and examining the user activities, logs and other digital evidences to determine the source of malicious activity.

When a security incident is elevated determined in your environment, we will investigate the incident and respond with no delays so you can get back to your normal business operations as quickly as possible. As part of the incident response plan, the company should evaluate different attacks that can be performed according to the business, assets and infrastructure.

They have to develop a plan that will be put into action in the event that an incident is reported. This plan should be evaluated frequently in order to deliver reports to the accountants listed in the incident response plan and outline the roles and duties.

As part of the security awareness given by the enterprise security policy and by regulations request, employees should be tested to check if they are really adhering to the policies. One technique used could be a fake phishing camp where users will be tested against information disclosure, credential theft and other methods frequently used by cybercriminals.

After the camp is over, an analysis report will reveal the various areas of weakness where the business should put focus on in order to protect its assets and strengthen its policies. We can assist you in addressing the threat posed by misinformed users and equip them to become a potent line of defense through accurate testing and teaching. They will be equipped with the skills necessary to spot phishing and other social engineering attempts, along with learning reinforcement.

Ransomware is a tactic used by a malicious actor to encrypt the victim’s device or machine and demand payment. If the payment is being made then the victim will be provided with the decrypt key to decrypt the encrypted data on the machine, If the payment is not made then the encrypted data will either be erased or published/sold on the dark web for money, the victim never gets the data.

The most common way of getting infected by ransomware is either drive-by downloads or Phishing emails.

In critical businesses like Healthcare, Banking, Payment Industries and Critical Infrastructure, data is vital for an organization. Loss of data may be life-threatening for some industries , such as ICS/Critical infrastructures. Ransomware attacks may be an entry into an organization’s network and malicious actors may use it to further attack other critical resources on your company network.

Vulnerability Assessment is a technique used in an organization to check the effectiveness of IT Security Controls. It helps in identifying the security holes in the IT infrastructure that includes Endpoints, Network Devices and Applications. Regular assessment is needed whenever a new service is allowed or added, a new application feature is added or come to a new upgrade.

This will ensure the organization knows the security flaws, so these flaws could be patched to avoid exploitation by outsiders or hackers. A Vulnerability Assessment (VA) report helps the organization identify the critical vulnerabilities for appropriate prioritization and know the current security posture or risk level of an organization.

A quarterly VA report is important to an organization, so it would be safe from any existing vulnerability and newly introduced risk. Exploiting the vulnerabilities is among the easiest ways for the attackers to get into the organization’s network and steal the data.

Every day, with how fast technology is evolving, there could be a new or upgraded application, system or network with new features that may bring critical vulnerabilities that could affect an organization’s reputation, especially if the vulnerability is breached by outsiders or Hackers. A VA report is quintessential to limiting the security threats and other risk exposure in the organization.

Mobile devices are frequently more vulnerable than regular computing systems to several of these flaws. Desktop computers, for instance, are much less likely to be stolen. Another example is the wireless network infrastructure, which is much less susceptible to theft or modification. As for mobile devices, the moment they leave the organisation’s network and physical parameters, they become more accessible to non-organization members, thus more susceptible to risks and vulnerable to threats.

The Unified Endpoint Management (UEM)—an development of and the substitute for client management, enterprise mobility management (EMM) and mobile device management (MDM) tools—is a breakthrough solution that provides a unified user interface to manage several endpoints, such as, but not limited to, PCs, smartphones, tablets, laptops, printers, cameras, Internet-of-Things (IoT) and other devices in the network, thereby providing the capability for organizations to manage and secure collaboration, applications, content and others.

Threats and new assets are identified by external Attack Surface Management across environments. To provide thorough digital asset discovery, we can evaluate on-premises, virtual and cloud assets as well as those of subsidiaries and new acquisitions.

In addition to enabling the identification of digital assets, it provides continual insights to the teams in charge of managing organizational risk including security, governance, risk management and compliance.

It is an essential component of the best security posture and a part of endpoint security technologies. EDR differs from other Endpoint Protection Platforms (EPP) such as antivirus (AV) and anti-malware where its primary focus isn't to automatically stop threats in the pre-execution phase on an endpoint.

Furthermore, EDR focuses on giving security analysts the proper endpoint visibility and insights to enable them to find, look into and respond to more extensive attack operations in numerous endpoints. Yet, a lot of EDR programs also provide EPP.

Extended detection and response (XDR) is a prolonged protection, courtesy of endpoint detection and response (EDR). The XDR occurs post-damage mitigation and further threat prevention controls, thereby inspecting behaviors for malware, or any danger or risk.

Just the place, the endpoint or beyond, in which the behaviors take place makes a difference. As enterprises become more aware of gaps, opportunities and risks in security infrastructures that are a concoction of “best-in-line” security products from different vendors, the need for XDR solutions is becoming more apparent and popular.

These endpoints on a network or in the cloud are protected from cyber security risks by endpoint security systems. Traditional antivirus software has developed into endpoint security, which now offers thorough defense against sophisticated malware and dynamic zero-day threats. Endpoint security refers to securing the data and operations associated with the particular devices linked to your network.

In order to function, Endpoint Protection Platforms (EPP) examine files as soon as they reach the network. Modern EPPs rely on the capacity of the cloud to hold a continuously growing database of threat information, sparing endpoints from the bloat caused by needing to store this information locally and the care necessary for keeping these databases exist. The increase in speed and scalability of access of this data via the cloud is an advantage.