The technique of protecting networks, computers, servers, mobile devices, electronic systems, and data from hostile intrusions is known as cyber security

1. DIFFERENT TYPES
CYBERROOT RISK ADVISORY
CYBER SECURITY
OF

2. WHAT IS CYBERSECURITY?
The technique of protecting networks,
computers, servers, mobile devices, electronic
systems, and data from hostile intrusions is
known as cyber security.

3. WHAT ARE THE TYPES OF
CYBERSECURITY ?

4. NETWORK PROTECTION
The majority of attacks take place across networks, and network
security solutions are made to spot and stop these attacks. These
solutions incorporate data and access controls, including Next-
Generation Firewall (NGFW) application restrictions, Network
Access Control (NAC), Data Loss Prevention (DLP), Identity Access
Management (IAM), and NAC (Identity Access Management), to
enact safe online use regulations.

5. CLOUD SECURITY
Securing the cloud becomes a top priority as businesses utilize
cloud computing more and more. An organization's whole cloud
deployment (applications, data, infrastructure, etc.) can be
protected from attack with the help of cyber security solutions,
controls, policies, and services.

6. SECURE IoT
Although deploying Internet of Things (IoT) devices undoubtedly
increases productivity, it also exposes businesses to new online
threats. Threat actors look for weak devices that are
unintentionally connected to the Internet in order to utilize them
for illicit purposes like gaining access to corporate networks or
joining another bot in a larger bot network.

7. APPS SECURITY
Like anything else that is directly connected to the Internet, web
apps are a target for threat actors. Since 2007, OWASP has kept
track of the top 10 risks to serious online application security
issues such as cross-site scripting, injection, and weak
authentication, to mention a few.
Application security can thwart the OWASP Top 10 threats. Bot
attacks and other harmful interactions with applications and APIs
are also stopped by application security. With ongoing learning,
apps will continue to be secure when new DevOps information is
released.

8. ZERO TRUST
The traditional security paradigm focuses on the perimeter,
creating fortified walls around a company's most important assets.
This strategy has a number of drawbacks, including the possibility
of insider threats and the quick demise of the network perimeter.
A new security strategy is required as company assets leave the
premises as a result of cloud adoption and remote work. In order
to safeguard specific resources, zero trust employs a combination
of micro-segmentation, monitoring, and the execution of role-
based access rules.

9. MOBILE PROTECTION
Mobile devices, such as tablets and smartphones, are frequently
disregarded but have access to corporate data, putting firms at
risk from phishing, malicious software, zero-day vulnerabilities,
and IM (Instant Messaging) assaults. These attacks are stopped by
mobile security, which also protects operating systems and devices
from rooting and jailbreaking. This enables businesses to
guarantee that only compliant mobile devices have access to
company assets when combined with an MDM (Mobile Device
Management) solution.