How to Mitigate Cloud Security Risks?

More businesses now encourage or mandate working from home for their staff in the digital age. Employees can now access the company’s network using their gadgets and utilizing CWPP cloud security, which is affordable and secure.

However, not all these companies are ready for the security risks connected with cloud computing. Although cloud service providers frequently provide certain protective features, their primary duty is guaranteeing service availability. You are responsible for creating a sound cloud cybersecurity plan.

Data Loss and Theft from Data Breach

Over 80% of the companies polled had at least one cloud data breach in the preceding 18 months, while 43% suffered ten or more violations.

A data breach can cause data loss or theft and harm data integrity, security, and availability. Cloud data breaches can drive by the following:

  • Inadequate handling of identities and credentials
  • Simple signup processes, phishing, and pretenses Unsecure APIs

Best Techniques for Risk Mitigation

  •          Create policies for cloud usage and access throughout the whole organization.
  •          Make multi-factor authentication necessary.
  •          Put data access governance into action.
  •         Enable centralized logging to make it simple for investigators to examine the logs.
  •          Implement data classification and discovery.
  •          Enable analytics on user activity.
  •          Create processes for data remediation.
  •          Put data loss prevention into action (DLP).
  •       Utilize a cloud security broker (CASB) to examine outbound activity


Typical forms of misconfigurations include:

  • Human mistake
  • Excessive permissions granted
  • Keeping inactive accounts
  • Enabling extreme sharing options, which may result in the exposure of sensitive data
  • Leaving default settings in places, such as admin login information and port numbers
  • Removing common security measures
  •  Taking away encryption

Best Techniques for Risk Mitigation

  • Create baseline settings and perform configuration audits regularly to monitor deviations from those baselines.
  • It includes implementing change monitoring to identify suspicious changes and act swiftly to examine them. Ensure you know the settings, who made the changes, and when and where they occurred.
  • Understand who has access to what information and frequently check the permissions of all users. Ask data owners to confirm regularly if employee responsibilities and permissions match. Additionally, ensure that all access permissions adhere to data protection. Retract excessive or improper access privileges.

Insider Threats

Insider threats can be deliberate, such as when a resentful employee seeks retribution, or unintentional, such as when an administrator makes a mistake. Insiders are not only restricted to employees. Contractors, vendors, and partners may potentially improperly access, disclose, or permit the theft of data.

Many businesses lack access to information on how their cloud storage systems are used by users, administrators, and applications. Privilege misuse, hacked routers and VPNs, sharing accounts, privileged accounts, and user data are some examples of insider dangers.

Best Techniques for Risk Mitigation

  • When there are staff changes, promptly de-provision access to resources
  • Use technology for data finding and categorization. Know who has access to all of your sensitive and business-critical data, who your users, contractors, and partners are, and keep tabs on what they are doing with it. 
  • Keep an eye out for patterns in suspicious activity, such as an increase in failed access attempts. You can spot harmful behaviors before they harm by monitoring user activity around critical and corporation data.
  • Separately from standard user accounts, keep track of service and protected accounts. These accounts should only use sparingly for particular tasks that other accounts lack the authority to do.
  • Make a baseline behavioral profile for each user and keep an eye out for conduct that is out of character for them or other users in the same job. Keep track of any efforts to access accounts that have to deactivate and any other unusual attempts to access data or get privileged access.

Hijacking an Account

Account hijacking refers to using stolen login information for various things, such as gaining access to confidential information.

In addition to other well-known techniques, hackers utilize password cracking, spam scams, and cross-site programming to guess passwords and access employee accounts. Particularly susceptible are privileged accounts and premium services.

Best Techniques for Risk Mitigation

  •  Implement access and identity control.
  •  Authenticate using many factors.
  • Demand secure passwords.
  • Observe how users behave.
  • Recognize and restrict unauthorized access to critical information.
  • Accounts and credentials should delete
  • Use the least privilege principle.
  • Manage access from outside sources.
  • Educate staff members on how to avoid account theft.

Denial of Service Attacks

An effort to prevent service delivery is known as a denial of service (DoS) assault. A DDoS (distributed denial of service assault involves numerous attacking systems, whereas a DoS attack only involves one system. Attacks referred to as sophisticated persistent denial of service (APDoS) aim at the application level, where criminals can directly attack computers or databases.

A denial of service attack often floods a system with requests, using up all of the bandwidth, CPU, or RAM, preventing access from other users. Large-scale DDoS assaults with more than 1,000 Gbps throughputs frequently carry out via botnets. Hackers are increasingly renting botnets from their creators. While the number of DDoS attacks has decreased, new DoS attacks include Machine learning and artificial intelligence.

Best Techniques for Risk Mitigation

  • Use a web application firewall to protect the network equipment.
  • Put content screening into action.
  • Use a balancer to find any possible traffic irregularities.


Just like on-premises systems, a cloud provider’s servers might become infected with the malware: To download malware that is encoded to avoid detection and intend to eavesdrop, steal data from cloud service apps, or otherwise jeopardize data security, the attacker persuades a user to click on a dangerous electronic document or social media link.

Best Techniques for Risk Mitigation

Use the above tools to manage malware concerns and other cloud security challenges, including botnets. Make sure you use the following:

  • Antivirus programs
  • Regular, thorough data backups
  • Employee education on safe downloaded and browsing practices
  • Web application firewalls that are advanced
  • Monitoring activities continuously

Cloud security is seriously threatened by both external attackers and internal dangers (deliberate or unintentional). It would help if you designed a thorough cloud security plan with your service provider. Your security threats may significantly decrease with the right equipment and procedures.