Imagine one of your clients logging into your e-commerce platform or a team member accessing work-related data as usual on your business portal. Everything seems secure—until an attacker intercepts their session and cookies, hijacking access to your systems. 

Shocking, right?

Session hijacking via cookie manipulation are stealthy cyberattacks that exploit web applications to steal user data, compromise accounts, and disrupt business operations. According to a [Google report](https://thehackernews.com/2024/09/session-hijacking-20-latest-way-that.html), session hijacking attacks happen as often as password-based attacks. For organizations, this can lead to devastating consequences like financial loss, regulatory penalties, and damage to brand reputation.

In this blog, we’ll break down what is session hijacking, how these attacks work, and, most importantly, how to prevent session hijacking to protect your business.

## What Is Session and Cookie Hijacking? {#what-is-session-hijacking}

Session hijacking and cookie session hijacking are forms of cyberattack wherein a hacker steals or manipulates the session token to gain unauthorized access to your information or services. The hijacking process typically begins when an attacker intercepts your user’s token. Once in possession of this token, attackers can now impersonate them, view sensitive data, or even manipulate privileges to cause greater damage to your business.

According to a [Microsoft report](https://techcommunity.microsoft.com/blog/identity/how-to-break-the-token-theft-cyber-attack-chain/4062700), around 147,000 token replay attacks were detected by the company in 2023, a 111% increase year-over-year. In most applications, after successfully executing a session hijacking attack, the attacker gains access to all the user’s data and can perform operations as earlier done by the compromised user.

## The Impact of Session Hijacking on Businesses {#impact-of-session-hijacking}

With a significant portion of the population now relying on the Internet for online banking, shopping, and social interactions, session hijacking in cyber security can be catastrophic. By hijacking a session, attackers can commit digital fraud, steal user identities, and breach confidential interactions online.

The repercussions of session hijacking are far-reaching, affecting both individuals and organizations. For organizations, the consequences of session hijacking include financial loss, damage to customer trust, and legal challenges. An organization may even face regulatory fines and legal challenges. Thus, understanding the nuances of session and cookie hijacking is essential to safeguard your business.

## How to Prevent Session Hijacking with CASB Solution? {#prevent-hijacking}

A [Cloud Access Security Broker](https://www.miniorange.com/casb/) (CASB) provides a centralized platform to enforce security policies, monitor user activity, and mitigate session hijacking risks. Here’s how CASB security helps prevent session hijacking attacks:

### 1. Real-Time Threat Detection
 A CASB solution monitors user activity 24/7 to detect session hijacking attempts in real time. Suspicious behaviors, such as access from unfamiliar locations or multiple failed login attempts, are flagged instantly, helping prevent cookie session hijacking.

### 2. Data Encryption 
 CASB enforces end-to-end [encryption](https://www.miniorange.com/blog/atlassian-casb-data-encryption-solution/) of your data both during transit and at rest, making it difficult for attackers to manipulate cookies or hijack sessions during transit. This is crucial for preventing session hijacking in cyber security. Whether employees are working from a coffee shop Wi-Fi or your office network, the data remains secure.

### 3. Granular Access Controls 
 With CASBs, admins can enforce context-aware policies based on user behavior, location, network type, or even the time of access. For instance:
 - Block a login attempt from an unknown country.
 - Deny access if the network isn’t secure.
 - Trigger multi-factor authentication (MFA) for high-risk scenarios. 
 These granular controls significantly reduce the chances of a session hijack, making it much harder for attackers to misuse a stolen session or cookie.

### 4. Visibility into Shadow IT 
 CASB provides visibility into unsanctioned applications and user activities, ensuring protection from session hijacking via cookie manipulation. It helps admins identify vulnerabilities and enforce compliance. 
 
 For the uninitiated, Shadow IT refers to those unsanctioned apps your employees might be using. While these apps might seem harmless, they often leave gaping vulnerabilities. A CASB solution identifies shadow activity, helping you identify risky behavior and enforce compliance before hackers exploit these cracks. According to reports, 80% of employees admit to using unauthorized SaaS apps, making visibility crucial.

### 5. Encrypted Session Cookies
 Session cookies are like the backstage passes to your accounts—they’re gold for hackers. CASB secures session cookies with encryption, rendering them useless even if intercepted. This is a critical measure for cookie session hijacking prevention. Even if they somehow intercept the cookies, encryption ensures that they’re rendered useless.

## CASB Security: Securing Workforces from Session Hijacking {#usecase}

### Scenario
A mid-sized technology firm with a distributed workforce relies on cloud applications like [Microsoft 365](https://www.miniorange.com/casb/integrations/microsoft-365), [Google Workspace](https://www.miniorange.com/casb/integrations/google-workspace), and [Salesforce](https://www.miniorange.com/casb/integrations/salesforce) for day-to-day operations. Employees access these tools through various devices, often from unsecured public networks during business travel. 
One day, a senior manager faced a severe session hijacking attack where his session on a cloud platform was hijacked, offering the attacker unauthorized access to sensitive customer data, disrupting operations, and damaging client trust.

### Problem Statement
The company’s existing security measures were unable to detect such session hijacking attacks due to a lack of real-time session monitoring, behavior-based threat detection, or anomalous activity management. 
Attackers exploited the lack of visibility into session behavior and intercepted the employee’s session cookies to gain access to the company’s sensitive data.

### CASB Solution
The company deployed a Cloud Access Security Broker (CASB) solution to strengthen its security posture and protect its workforce from session hijacking. Key CASB features implemented included:

- **Real-Time Session Monitoring**: CASB continuously monitored active user sessions for abnormal behavior, such as access from unusual locations or simultaneous logins from multiple IP addresses. 
- **Granular Access Control**: The CASB enforced granular access policies based on user behavior, network posture, and geolocation, restricting access when anomalies were detected. 
- **Session Revocation**: In case of suspicious activity, the CASB could terminate compromised sessions instantly, preventing further damage. 
- **Data Loss Prevention (DLP)**: Additional [DLP](https://www.miniorange.com/dlp/) features ensured sensitive information was not shared or accessed during hijacked sessions.

![casb prevents session and cookie hijacking](/blog/assets/2025/session-hijacking-prevention-usecase.webp)

## Outcome {#outcome}
By implementing a CASB, the firm prevented further session hijacking attempts, ensured real-time monitoring, and minimized risks, safeguarding sensitive data and ensuring business continuity. Moreover, automated session termination capabilities enabled the IT team to respond to threats instantly, reducing the attack's impact. 
The implementation of CASB security not only safeguarded the firm’s data but also enhanced its overall cybersecurity framework, ensuring business continuity in an increasingly cloud-driven world.

## To Sum Up {#conclusion}
Session hijacking via cookie manipulation are significant threats to modern online businesses. As a business owner, website admin, or developer, your priority is to protect your users while maintaining seamless access to your services.

With CASB solutions, you can:
- Secure sessions from session hijacking attacks.
- Prevent cookie session hijacking with real-time monitoring and encryption.
- Build trust and comply with regulations.

Don’t wait for a session and cookie hijack attack to happen. Contact us at info@xecurify.com to explore how CASB solutions can fortify your website’s security and protect your users' sessions from hijackers.


### Reference links {#reference-links}

1. [CASB Security for Salesforce Cloud Apps](https://www.miniorange.com/casb/integrations/salesforce)
2. [CASB for Salesforce Data Security, Compliance, and User Visibility](https://www.miniorange.com/blog/casb-salesforce-data-security/)
3. [CASB Integration for Oracle Apps](https://www.miniorange.com/casb/integrations/oracle)
4. [Atlassian CASB Integration for Enterprise Security ](https://www.miniorange.com/casb/integrations/atlassian-apps)
5. [What are the 4 Pillars of CASB?](https://www.miniorange.com/blog/what-are-the-4-pillars-of-casb/)

 Are your users sessions truly secure? Learn how session hijacking via cookie manipulation impacts businesses. Discover the power of CASB solutions in tackling these threats. 

What is Session & Cookie Hijacking: How to Prevent it?


As businesses transition to the cloud, the need for strong security measures becomes more important than ever. Cloud adoption brings immense benefits like scalability and cost efficiency, but it also introduces critical challenges, particularly in security and compliance. According to a recent survey, 80% of companies have experienced at least one cloud security incident in the last year. 

This is where the [**Cloud Access Security Broker**](https://www.miniorange.com/casb/) (CASB) solution comes into play, providing organizations with the necessary tools to safeguard their cloud environments. Among the most powerful features of a CASB is its **Auditing Feature**, which provides businesses with real-time visibility into user activities across their cloud applications.

In this blog, we will explore the CASB Auditing feature in-depth, focusing on its core functionalities, benefits, use cases, and how it helps businesses stay ahead of security threats and compliance requirements.


## What is CASB Auditing? {#what-is-casb-auditing}

**CASB auditing** is a security feature that provides real-time insights into user activities within cloud applications. **It records detailed logs of every action a user performs, including file access, uploads, downloads, data sharing, and other interactions within the cloud**. These logs serve as an essential record for both security monitoring and compliance auditing.

The key strength of this feature is its ability to track all user actions in real-time, providing administrators with the ability to detect security issues, violations, or anomalies as soon as they occur. Whether it’s detecting unauthorized data access or ensuring that employees are following internal policies, CASB auditing makes it possible to stay one step ahead.

##  Why is Real-Time Monitoring Important? {#why-real-monitoring-imp}
Traditional security systems, like firewalls and antivirus software, typically focus on preventing attacks but may not monitor issues. This is where CASB auditing stands out—it allows organizations to proactively monitor and respond to suspicious activities as they unfold.

Here’s why real-time monitoring is essential:

**1. Identify Abnormal Behavior**

  [**CASB security solution**](https://www.miniorange.com/casb/solutions/) can **detect irregular activities such as accessing sensitive files** outside of normal working hours or downloading large volumes of data unexpectedly. By identifying these behaviors in real-time, security teams can take action before the activity escalates.

**2. Better Threat Response**

 Real-time alerts enable teams to respond to potential threats quickly, helping prevent damage or data loss.

**3. Continuous Security**

 Cloud environments are constantly changing, and threats evolve rapidly. Continuous monitoring ensures that organizations can adapt their security measures to meet emerging threats.


## Key Benefits of CASB Auditing {#benefits}
CASB auditing offers several compelling advantages to organizations, especially when it comes to maintaining control over sensitive data in the cloud. Some of the primary benefits include:


- **Better Security:**  
  By monitoring user activities in real-time, CASB auditing helps identify abnormal or suspicious behavior that may indicate a security breach, such as unauthorized data sharing, file access, or abnormal login patterns. Detecting these anomalies early helps mitigate the risk of a breach.
&nbsp;
- **Detailed Insights:**  
  With CASB auditing, organizations gain granular insights into how cloud applications are being accessed and used. This visibility can help organizations understand which users are accessing specific data, from where, and under what circumstances. This data is crucial for identifying security gaps and improving overall security posture.
&nbsp;
- **Active Risk Management:**  
  Rather than waiting for a breach to occur, CASB auditing allows organizations to identify potential threats and vulnerabilities before they manifest. By monitoring cloud activity and user behavior, security teams can anticipate and address issues proactively.
&nbsp;
- **Audit Readiness:**  
  For organizations subject to compliance regulations, CASB auditing helps maintain detailed logs of user actions, making it easier to demonstrate adherence to industry standards. Pre-compiled logs and activity reports make it easy for businesses to prepare for audits, saving time and effort.
&nbsp;
- **Insights on Security Triggers:**  
  CASB auditing provides detailed insights into how often a security policy is invoked during user actions. This allows organizations to identify patterns of risky behavior, assess the effectiveness of their security policies, and make data-driven adjustments to enhance overall security posture.


## Real-Life Example of CASB Auditing in Action {#examples}

Consider a healthcare organization that manages sensitive patient records through a cloud-based system. With the CASB auditing feature, the organization can monitor user activity and detect potential security threats.

One day, the system flags an employee downloading an unusually high number of patient records. The security team investigated and discovered that the employee was trying to export the data to an unauthorized location. Thanks to CASB auditing, the incident was detected early, and appropriate action was taken before any data was leaked.

   ![Example of CASB Auditing in Action](/blog/assets/2025/casb-auditing-usecase-image.webp)

## Implementing the CASB Auditing Feature in Your Organization {#implementing-the-casb-auditing}
Adopting CASB auditing is an essential step toward enhancing your cloud security framework. When implementing CASB auditing, organizations should consider the following:

### 1. Choose the Right CASB Solution
Pick a solution like miniOrange CASB security that integrates seamlessly with your existing cloud applications and systems.

### 2. Customize Logs and Alerts
Tailor the logs to meet your organization’s specific security needs and define thresholds for alerts.

### 3. Training and Awareness
Educate your security team on how to review and respond to the logs generated by the CASB auditing tool.

### 4. Set Regular Audits
Even with continuous monitoring, scheduling regular internal audits ensures that your cloud security protocols are effective and up-to-date.


## Use Case of CASB Auditing {#usecases}

 1. **Tracking Sensitive Data Interactions**  
   One of the most important applications of CASB auditing is its ability to track interactions with sensitive data. In industries like healthcare, finance, and legal services, maintaining control over sensitive data is a top priority. CASB auditing can log every instance when sensitive data, such as customer information or financial records, is accessed, downloaded, or shared.
   This helps organizations ensure that only authorized users are interacting with sensitive data, and any suspicious activity can be flagged immediately. For example, if an employee accesses confidential financial data without a valid reason, the system will alert security teams in real-time.

&nbsp;

2. **Preparing for Compliance Audits**  
  In addition to improving security, CASB auditing is a powerful tool for businesses that need to comply with regulations such as GDPR, HIPAA, and SOC 2. Compliance audits are a significant part of many organizations’ operational procedures, and CASB auditing ensures that companies are always audit-ready.
  CASB systems automatically generate logs of user activity, which can be compiled into comprehensive reports. These reports provide detailed insights into how data is being accessed and used, making it easy to demonstrate compliance to auditors. The ability to produce these reports on demand also streamlines the audit process, reducing stress and saving time.

&nbsp;

3. **Detecting Insider Threats**  
  Insider threats—whether intentional or unintentional—pose a significant risk to organizations. Employees or contractors with authorized access to cloud systems can potentially misuse their access to steal or leak sensitive data.
  CASB auditing helps mitigate insider threats by providing detailed visibility into user actions. If an employee starts accessing files they typically don’t interact with or attempts to download a large volume of sensitive data, CASB auditing will flag this as unusual behavior. This allows security teams to investigate the activity before it results in a breach or data leak.


## Conclusion {#summary}

CASB Auditing feature is a vital tool for modern organizations seeking to enhance their cloud security and compliance efforts. By providing real-time monitoring, detailed activity logs, and proactive risk management, CASB auditing empowers businesses to stay ahead of potential threats and meet regulatory requirements with ease. Whether you are preparing for an audit, tracking sensitive data interactions, or identifying insider threats, CASB auditing has you covered.

Ready to try the miniOrange CASB auditing solution? Contact us at [info@xecurify.com](mailto:info@xecurify.com) to learn more.




### Reference links  {#reference-links}

1. [What is Cloud Access Security Broker? CASB Solutions?](https://www.miniorange.com/casb/)
2. [CASB for Salesforce Data Security, Compliance, and User Visibility](https://www.miniorange.com/blog/casb-salesforce-data-security/)
3. [Cloud access security broker (CASB) solutions](https://www.miniorange.com/casb/solutions/)
4. [Google Workspace CASB Integration | Cloud Security](https://www.miniorange.com/casb/integrations/google-workspace)
5. [Cloud access security broker (CASB) Integrations](https://www.miniorange.com/casb/integrations/)
6. [Microsoft Office 365 CASB Integration | Enterprise Security](https://www.miniorange.com/casb/integrations/microsoft-365)
7. [CASB Security for Salesforce Cloud Apps](https://www.miniorange.com/casb/integrations/salesforce)
8. [CASB Integration for Oracle Apps](https://www.miniorange.com/casb/integrations/oracle)
9. [What are the 4 Pillars of CASB?](https://www.miniorange.com/blog/what-are-the-4-pillars-of-casb/)
10. [Microsoft Office 365 CASB: An Overview](https://www.miniorange.com/blog/microsoft-office-365-casb-security/)
11. [Atlassian CASB Integration for Enterprise Security ](https://www.miniorange.com/casb/integrations/atlassian-apps)



Let’s understand the CASB Auditing feature and how organizations can monitor and log every user action—from file access to policy violations—giving them a clear and actionable trail for analysis. 

CASB Auditing: A Must-Needed Feature for Cloud Security


## Introduction {#introduction}

Let’s face it—almost every business uses the cloud in some way. Whether it's running apps, storing data, or using popular tools like Microsoft 365, Slack, Zoom, or Google Meet, the cloud makes work faster and more flexible. But with all this convenience comes a big question: Is your business data on cloud apps really safe?  

When you store or share information in the cloud, there’s always a chance it could leak—sometimes by accident, sometimes because of Shadow IT (when employees use unapproved apps), and sometimes through cyberattacks. In fact, without proper controls, sensitive data can easily slip through cracks you didn’t even know existed.  

## Common Ways Businesses Lose Their Data on the Cloud {#common-ways-data-loss}

### 1. Accidental Deletion  
One of the most common causes of cloud data loss is accidental deletion by employees or administrators. During routine maintenance, file cleanups, or software updates, critical data can unintentionally be deleted. Many cloud services offer a limited recovery window, and once this period is over, the data may become irretrievable. This issue is exacerbated when businesses lack adequate data security strategies.  

### 2. Cyberattacks (Ransomware & Hacking)  
Cybercriminals frequently target cloud environments due to the vast amount of sensitive data they store. In ransomware attacks, hackers encrypt data and demand a ransom for its release. In other cases, they may steal or wipe data to damage the organization. Such attacks can exploit weak passwords, phishing scams, or unpatched software vulnerabilities.  

### 3. Misconfigured Cloud Settings  
Misconfigurations are a leading cause of data exposure in cloud environments. Many cloud platforms come with default settings that may prioritize ease of use over security. Without proper security configurations, sensitive information could be unintentionally exposed to the public or become vulnerable to overwrites.  

### 4. Hardware or System Failures  
Despite high availability and redundancy, hardware malfunctions and system failures can still lead to cloud data loss. Network outages can result in data corruption or loss. Even with backup solutions in place, there is a risk that backups could fail simultaneously.  

## What is Cloud DLP? How It Prevents Data Loss? {#what-is-cloud-dlp}

Cloud DLP, also known as [**Cloud Access Security Broker**](https://www.miniorange.com/casb/) (CASB), is a security solution designed to protect sensitive business data stored in the cloud. It is designed to identify and block potential exposure of sensitive data—like customer details, financial records, or intellectual property—ensuring it doesn’t end up in the wrong hands. Moreover, they can significantly mitigate the risk of data loss across networks, emails, and endpoints.  

For example, sensitive information within an email could be censored, or an attachment containing sensitive data could be removed from an email. Moreover, it can stop employees from accidentally emailing credit card numbers or sharing trade secrets externally.  


![What is Cloud DLp and how it prevents data loss?](/blog/assets/2025/what-is-cloud-dlp.webp)



## Traditional DLP Vs. Cloud DLP {#traditional-vs-cloud-dlp}

| Feature             | Traditional DLP | Cloud DLP |
|---------------------|---------------|-----------|
| **Where It Works**  | On-premises systems like local servers, devices, and networks. | Cloud platforms such as Google Workspace, Microsoft Office 365, Oracle, Atlassian, and other SaaS applications. |
| **Deployment**      | Installed and managed on physical infrastructure (servers, endpoints). | Deployed in the cloud; no need for physical hardware. |
| **Scalability**     | Limited by hardware capacity; scaling requires more infrastructure. | Highly scalable; easily adjusts to business growth. |
| **Accessibility**   | Works best when employees are on-site using company networks. | Works from anywhere; ideal for remote and hybrid work environments. |
| **Data Coverage**   | Primarily protects data within internal networks. | Protects data across cloud platforms, emails, file-sharing apps, and more. |
| **Maintenance**     | Requires in-house IT team for updates and troubleshooting. | Managed by cloud providers with automatic updates. |
| **Security Threats Covered** | Focuses on internal threats and endpoint data loss. | Covers both internal and external threats, including accidental sharing on cloud apps. |
| **Compliance**      | Stronger for industries where regulations require on-premises control. | Better for businesses needing flexibility and remote data protection. |
| **Incident Response** | Slower response; manual interventions needed. | Faster response with automated alerts and real-time monitoring. |
| **Example Use Cases** | Banks, healthcare, or industries with strict data regulations. | E-commerce, SaaS businesses, and remote work environments. |

## How Cloud DLP Works? {#how-cloud-dlp-works}

Cloud Data Loss Prevention (DLP) helps businesses keep their sensitive information safe by using smart tools and best practices. Here's how it works in simple terms:  

### 1. Finding Sensitive Data  
Cloud DLP solutions help your IT team find and understand where your data is stored. This includes scanning both cloud systems and on-site storage to get a full view of the data that needs protection. 

### 2. Sorting and Setting Rules  
Some business information, like financial records or personal customer details, are more critical and need extra care. For instance, [**Google Workspace CASB**](https://www.miniorange.com/casb/integrations/google-workspace) integration can help you sort data based on how sensitive your data is and how badly it could hurt your business if it got leaked. Once sorted, your team can create rules on how this data should be handled—who can access it, where it can be sent, and how to keep it safe.


### 3. Controlling Access  
To keep sensitive data safe, it's important to ensure that only the right employees can see it based on their role. Tools like [**multifactor authentication**](https://www.miniorange.com/products/multi-factor-authentication-mfa) (MFA) and access control systems make sure that unauthorized users can't get in.  

### 4. Watching for Threats  
Cloud DLP/CASB solutions continuously monitor your data, watching for any signs of trouble. For instance, [**Microsoft Office 365 CASB**](https://www.miniorange.com/casb/integrations/microsoft-365) Security can check for things like sensitive data being accessed from unauthorized public places like cafes or airports, unusual activity, or attempts to alter or destroy data. If something looks suspicious, the system can step in to protect the data by encrypting it or blocking access. It’s like having security cameras that alert you when something seems off.  

By combining these steps, DLP for cloud makes sure that your business's important information stays safe from leaks, loss, or misuse.


## Key Benefits of Using a Cloud DLP {#key-benefits-of-cloud-dlp}

### Keep Your Data Safe
At its core, cloud-based DLP is all about protecting sensitive information. Cloud DLP takes this a step further by securing data stored in cloud apps and services. Whether it’s customer details or company secrets, Cloud DLP ensures that sensitive data stays where it belongs.

### See Where Your Data Goes
DLP for cloud gives you a clear view of how data moves in and out of cloud services. It tracks where your company data is going—whether to approved apps or unauthorized ones. This visibility not only improves security but also helps you understand how your team uses cloud tools.

### Stay Compliant with Regulations
Certain types of sensitive data, like credit card details or health records, are protected by laws such as PCI DSS, HIPAA, and GDPR. Cloud DLP helps organizations manage who can access this data, whether it’s stored on-premises or in the cloud, keeping them compliant with these regulations.

### Prevent Data Loss with Automated Policies
Cloud DLP allows you to set policies that detect and block sensitive information from leaving your organization unintentionally. Whether it's through emails, file sharing, or cloud storage, these policies protect the data against accidental leakage. This reduces the risk of human error and keeps your critical information secure.

### Improve Incident Response and Reporting
When a data breach or policy violation happens, quick action is essential. Cloud DLP provides real-time alerts and detailed reports, enabling your security team to respond swiftly. This helps minimize damage, identify vulnerabilities, and continuously improve your organization's data security strategy.



## Types of DLP Solutions {#types-of-dlp-solutions}

While Cloud DLP is essential, it works best when combined with other [**types of DLP solutions**](https://www.miniorange.com/dlp/). Here are a few other ways to protect your data:

### 1. Network DLP
Network DLP keeps an eye on the data flowing in and out of your network. If it spots anything that breaks security policies, it raises a red flag.

### 2. Endpoint DLP
This type of DLP monitors devices like laptops, desktops, servers, and even mobile phones. It ensures that sensitive information isn’t accessed or shared in ways it shouldn’t be.

### 3. Email DLP
Emails are one of the most common ways data leaks happen. [**Email DLP**](https://www.miniorange.com/dlp/solutions/email-security-data-loss-prevention) checks the content and attachments in your emails. If something looks suspicious, it can warn the sender, flag the email for review, block it, or even delete it.


## Business Scenario: Protecting Data in Google Workspace with Google Cloud DLP {#business-scenario-google-cloud-dlp}

Consider a mid-sized marketing firm that utilizes Google Workspace for collaboration. Every day, your team shares vital documents filled with client information, campaign strategies, and market research. With so much sensitive data floating around, keeping it safe is a top priority.

By [**integrating Google CASB / Cloud DLP**](https://www.miniorange.com/casb/integrations/how-to-setup-casb-for-google-workspace-apps), the firm can:

- **Automatic Detection of Sensitive Data**: Google Cloud DLP systematically scans documents in Google Docs to identify sensitive information, including client contact details and confidential market analyses.
- **Email and Endpoint Data Loss Prevention (DLP)**: When a document containing sensitive data is shared or accessed using an unapproved device, Google Cloud DLP can enforce restrictions on sharing permissions, ensuring that only authorized personnel have access.
- **Monitoring and Reporting**: The solution provides detailed reports on data access and sharing activities, which support compliance audits and internal reviews.

![Protecting Data in Google Workspace with Google Cloud DLP](/blog/assets/2025/usecase-cloud-dlp.webp)



## Summary {#summary}

As organizations continue to embrace cloud technologies, implementing robust Cloud DLP strategies becomes essential. By understanding how data can be compromised and employing effective prevention techniques, businesses can safeguard their sensitive information, maintain client trust, and ensure compliance with regulatory standards.  

Remember, protecting your data in the cloud isn't just about deploying the right tools—it's about fostering a culture of security awareness and continuous improvement.

## Additional Resources {#additional-resources}

- [CASB vs DLP: Understanding the Differences](https://blog.miniorange.com/casb-vs-dlp-differences-and-uses)  
- [What are the 4 Pillars of CASB?](https://blog.miniorange.com/what-are-the-4-pillars-of-casb)  
- [CASB for Salesforce: Data Security, Compliance, and User Visibility](https://blog.miniorange.com/casb-salesforce-data-security)  
- [ITAR Compliance for Cloud Services with CASB](https://www.miniorange.com/blog/itar-compliance-with-casb-for-data-security)  
- [Google App TTL Restrictions: Using Google Workspace CASB Security](https://www.miniorange.com/blog/google-workspace-app-ttl-restriction-with-casb)  
- [Google Drive Security for Education: Prevent Unauthorized Sharing](https://blog.miniorange.com/google-drive-security-restrictions-for-student-data)  
- [ServiceNow CASB Cloud Security: Compliance and Granular Access Control](https://blog.miniorange.com/servicenow-casb-security-for-cloud-and-ueba)  
- [Microsoft 365 CASB for SharePoint: Business Data Security and Compliance](https://blog.miniorange.com/microsoft-sharepoint-security-with-ms-365-casb)  
- [Microsoft Office 365 CASB: An Overview](https://blog.miniorange.com/microsoft-office-365-casb-security)  
- [Protecting Google Workspace Apps: Based on User Roles/Groups](https://blog.miniorange.com/google-workspace-security-context-aware-access)  


Discover why businesses need Cloud DLP to stop sensitive data from slipping through cloud apps and Shadow IT. This blog breaks down how Cloud DLP works, why it matters, and how it keeps your business secure.

What is Cloud Data Loss Prevention (DLP)?


In this blog, we'll break down **what is DSPM security**, how it works, why it's essential for modern enterprises, and how it helps reduce data exposure risks in real time.

## What is DSPM? {#what-is-dspm}

As businesses move faster and store data across multiple cloud platforms, it's getting harder to know where all your sensitive data is—and whether it's actually safe. **According to a [report from Nasscom](https://community.nasscom.in/communities/cloud-computing/cloud-data-security-solutions-protecting-your-business-cyber-threats), more than 80% of organizations report a rise in the number of attacks made in relation to the cloud**. 

That's a huge wake-up call. And this is exactly where **DSPM—Data Security Posture Management**—steps in.

It's a modern cybersecurity approach that helps companies find and protect sensitive data stored across multiple cloud platforms. It checks if that data is at risk of being exposed or breaking any security or privacy rules.

DSPM gives security teams better visibility into where sensitive data lives, how it's used, and whether it's protected properly. It also provides automated tools to fix issues and avoid future risks.

Let's break it down in a way that's easy to follow.

## Why is DSPM Important? {#why-is-dspm-important}

In the earlier days, your company's sensitive data stayed on-premises. It sat behind firewalls and monitored networks. 

But now?

- Your HR team is using **Google Drive**.
- Developers are spinning up cloud instances on **AWS**.
- Sales is storing customer data in CRMs like **HubSpot or Salesforce**.
- Someone just shared a client file on a **Slack** channel—without encryption.

So, your sensitive data is everywhere. And with so much movement, even the best security teams can lose track of files.

Moreover, with the rise of cloud computing, AI, and remote work, new risks have emerged—risks that traditional tools may not catch.

That's why DSPM is important, as it helps businesses enforce a proper data security posture.

## How does DSPM Work? {#how-does-dspm-work}

DSPM solutions are **agentless**. That means you don't have to install extra software on every system or endpoint to make it work—saving your team time and reducing system overhead.

Here's how they typically operate in **four clear steps**:

### Step 1. Data Discovery – Find Your Data First

Before you can protect your data, you have to know where it lives. This is where **DSPM data security** tools really shine.

It automatically scans your entire IT landscape—from cloud platforms to SaaS apps—to **identify sensitive data** that may be hidden, forgotten, or scattered. This includes:

- Public, private, and hybrid cloud environments
- Major cloud platforms like AWS, Microsoft Azure, Google Cloud, and tools like Salesforce, Dropbox, or Slack
- All types of data—structured data in databases, unstructured data in files and documents, object storage, data lakes, and more

### Step 2. Data Classification – Understand What You're Protecting

Once DSPM solutions discover your data, the next job is to figure out what kind of data it is—and how sensitive it might be.

This step involves **data classification**, where the tool evaluates:

- Is the data personally identifiable information (PII) like names, social security numbers, or payment details?
- Is it protected under regulations like GDPR, HIPAA, CCPA, or industry-specific policies?
- Who currently has access to this data? Are those permissions necessary or too broad?
- Is the data encrypted or sitting in plain text?

By organizing and labeling your data based on sensitivity, usage, and compliance needs, DSPM helps you prioritize protection and avoid accidental exposure.

### Step 3. Risk Assessment & Prioritization – Spot and Sort the Real Threats

Next comes the **risk check**. Data security posture management solution evaluate your data landscape for vulnerabilities that could lead to a breach, a compliance violation, or insider misuse.

Here's what they look for:

- **Misconfigurations** – For example, if a cloud bucket storing sensitive data is left public by accident, or encryption is turned off
- **Overentitlements** – Too many people having access to sensitive data they don't actually need
- **Data flow tracking** – Watching how data moves between systems and who interacts with it, which helps spot unauthorized access or unusual behavior
- **Compliance issues** – Are you meeting GDPR, HIPAA, CCPA, or internal policy requirements for data handling?

This step is like a full-body scan for your data environment. And it doesn't just throw alerts—it prioritizes risks based on how critical the data is, so your team knows where to focus first.

### Step 4. Remediation and Prevention – Fix the Problems & Stay Ahead

Finally, it's not enough to just know where the issues are. DSPM solutions also help remediate them—and prevent them from happening again.

Here's how:

- **Real-time dashboards** and alerts keep your security team informed and in control
- It provides **clear remediation steps** or automated fixes—like revoking excess access, encrypting exposed data, or securing misconfigured cloud storage
- DSPM can even **integrate with developer workflows, catching security issues** during the DevOps process before they ever reach production
- It continuously scans for **new data or emerging risks**, so you're always one step ahead

In short, Data security posture management doesn't just clean up your data posture once—it's built to monitor, enforce, and evolve with your data.

## Benefits of DSPM for Modern Workplaces {#benefits-of-dspm-for-modern-workplaces}

### 1. Full Data Visibility

You can't protect what you can't see.

One of the biggest challenges companies face is simply not knowing where all their sensitive data is located, especially when it's spread across platforms like AWS, Microsoft 365, Slack, Salesforce, or Google Drive. DSPM tools solve this by automatically **discovering and mapping all your data**, regardless of where it lives.

### 2. Better Access Control

Ever heard of the principle of least privilege? 

It means users should only have access to the data they absolutely need—and nothing more. DSPM enforces this principle by **identifying overexposed or misconfigured permissions**, such as public cloud buckets or unnecessary admin access. 

### 3. Ongoing Risk Assessment

Data isn't static—it's constantly being created, shared, moved, and modified. 

DSPM solution continuously **monitors your data environment for new risks**. It ensures your organization stays proactive, not reactive, about potential threats. Plus, data security posture management supports real-time compliance monitoring, helping you stay aligned with regulations like **GDPR, HIPAA, CCPA**, and internal data policies without the manual effort.

### 4. Faster Threat Response

When a data-related incident occurs, speed matters. DSPM helps you **respond faster and smarter** by:
- Prioritizing threats based on how sensitive the affected data is
- Flagging misconfigurations or violations before they lead to a breach
- Triggering alerts and even automated workflows to fix problems quickly

### 5. Stronger Security Policies

Even the best tools can't help if your policies are all over the place. DSPM supports the enforcement of **strong, organization-wide policies** for data storage, sharing, access, and disposal. It ensures that these policies aren't just documented—they're actively applied and monitored across your cloud and SaaS environments.


![DSPM security benefits for enterprise data protection](/blog/assets/2025/benefits-of-dspm.webp)


## DSPM Integrations {#dspm-integrations}

### 1. IAM (Identity and Access Management)

[**Identity and Access Management**](https://www.miniorange.com/iam/) (IAM) solutions control who has access to what within your organization—ensuring only the right people can reach sensitive resources. It brings data-centric context to IAM by **identifying what sensitive data exists** and who has access to it. 

It helps you:
- Automatically flag over-privileged users
- Detect access anomalies (e.g., a marketing user accessing finance data)
- Automate access reviews and policy updates

So instead of just managing access broadly, DSPM helps you apply least-privilege principles to your most critical data.

### 2. CASB (Cloud Access Security Broker)

[**Cloud Access Security Broker**](https://www.miniorange.com/casb/) (CASB) solution monitors and controls activity across cloud apps, ensuring policies are enforced across SaaS, IaaS, and PaaS. While CASB focus on cloud usage and compliance, **DSPM provides deep data-level insights**. Together, they offer:

- Granular visibility into what sensitive data exists in which cloud app
- Real-time alerts if that data is shared externally or violates policy
- Contextual risk analysis by linking user behavior with sensitive data

This combo helps prevent shadow IT risks and improves data governance across your cloud footprint.

### 3. EDR (Endpoint Detection and Response)

EDR solutions monitor endpoints (like laptops, phones, and servers) to detect malware, ransomware, and suspicious behavior. DSPM connects the dots between **endpoint threats and sensitive data**. For example:

- If malware hits a device, DSPM identifies whether that device had access to PII or financial data
- Flags data exfiltration attempts in context (e.g., USB transfer of sensitive files)
- Helps prioritize incidents based on data sensitivity

This results in faster, smarter threat responses—so your team knows what's really at stake.
Learn more about [**Endpoint Detection and Response**](https://www.miniorange.com/blog/what-is-endpoint-detection-and-response-edr/) (EDR)

### 4. SIEM (Security Information and Event Management)

SIEM platforms collect and correlate logs and events across your infrastructure to detect threats and generate alerts. It is great at identifying unusual activity, but often lack **data awareness**. DSPM enhances SIEMs by:

- Feeding real-time insights on where sensitive data resides
- Adding risk scores based on data sensitivity
- Helping analysts understand which data is involved in an alert

This makes alerts more meaningful and enables **data-aware incident investigation**.

### 5. DLP (Data Loss Prevention)

[**Data Loss Prevention**](https://www.miniorange.com/dlp/) (DLP) tools prevent unauthorized sharing or transfer of sensitive information—like blocking a credit card file from being emailed. DSPM takes DLP to the next level by ensuring that DLP policies are **accurately aligned with your real data inventory**. It helps:

- Discover sensitive data DLP tools may miss
- Suggest policy updates based on newly discovered data
- Reduce false positives by classifying data precisely

In short, DSPM ensures that your DLP rules actually reflect your current data landscape.

### 6. IDPS (Intrusion Detection and Prevention Systems)

IDPS monitors network traffic for suspicious activity and blocks potential threats. While IDPS focuses on network-layer behavior, DSPM adds data-layer intelligence. It can:

- Highlight if an attack path leads to sensitive data
- Add data risk indicators to traffic anomalies
- Inform IDPS rules based on where critical data is stored

This lets you add data-aware threat detection into your network defenses.

### 7. Security Analytics & AI Tools

These tools analyze massive amounts of security data using machine learning to detect advanced threats and patterns. DSPM provides deep visibility into sensitive data, which makes AI-driven tools smarter. For example:

- AI can factor in data sensitivity to better prioritize threats
- DSPM gives structured and unstructured data context for behavior analysis
- Enhances insider threat detection by mapping unusual user activity to sensitive data access

With DSPM in the mix, AI tools get more relevant context and can produce higher-quality, actionable insights.
![DSPM integrations and security tools for comprehensive data protection](/blog/assets/2025/dspm-integrations.webp)


## Difference between DSPM with other cloud security tools {#difference-between-dspm-cspm-and-ciem}

It's easy to confuse DSPM with CSPM, and CIEM . Here's how they're different:

### DSPM (Data Security Posture Management)

DSPM is all about visibility, classification, risk assessment, and protection of sensitive data, whether it's sitting in a database, cloud storage bucket, or flowing through SaaS tools like Salesforce or Slack.

**For Example:** You want to make sure no customer PII is sitting unprotected in your cloud storage. DSPM helps you discover it, classify it, and secure it—automatically.

### CSPM (Cloud Security Posture Management)

If DSPM is all about data, CSPM is all about your cloud setup. CSPM tools are designed to monitor your cloud infrastructure for misconfigurations (e.g., public S3 buckets, open ports), compliance gaps (e.g., failing PCI DSS, HIPAA checks), and vulnerabilities in how cloud services are set up.

**For Example:** Your development team accidentally made a storage bucket public. CSPM spots misconfiguration and alerts you before it becomes a security incident.

**Know more about [Cloud Security Posture Management](https://www.miniorange.com/blog/what-is-cloud-security-posture-management-cspm/) (CSPM)**.

### CIEM (Cloud Infrastructure Entitlement Management)

CIEM takes a deep dive into who has access to what in your cloud environment. It's like your permissions auditor—it helps you ensure that users (and services) don't have more access than they need, there are no risky permission escalations or dormant access rights and access policies follow the principle of least privilege.

**For Example:** An old intern's cloud account still has admin rights weeks after leaving the company. CIEM detects this and recommends revoking the access.

| Tool | Focus Area | Key Function |
|------|------------|--------------|
| DSPM | Data | Finds, classifies, and protects sensitive data |
| CSPM | Cloud Infrastructure | Detects cloud misconfigurations and compliance gaps |
| CIEM | Access Permissions | Manages and audits user entitlements |

## To Sum Up {#to-sum-up}

A **DSPM solution** gives your organization the visibility, control, and automation needed to protect sensitive data in real time. Whether you're dealing with regulatory requirements or zero-trust policies, DSPM security equips your team to stay ahead of threats—not just react to them.

If you're still wondering how to get started with a **DSPM data security posture management** framework tailored to your infrastructure, we're here to help.

Reach out to our experts at info@xecurify.com to explore how miniOrange can help you implement the right **DSPM data security** strategy for your business.

## Additional Resources {#additional-resources}

- [Top 15 Cybersecurity Threats in 2025 You Need to Know](https://www.miniorange.com/blog/types-of-cyber-security-attacks/)
- [Top 5 SSO Providers for the Best Business Security](https://www.miniorange.com/blog/sso-providers/)
- [10 Fantastic SSO Platforms for the Best Enterprise Security](https://www.miniorange.com/blog/sso-platforms/)
- [What is Session & Cookie Hijacking: How to Prevent it?](https://www.miniorange.com/blog/prevent-session-hijacking-with-casb-solution/)
- [CASB Auditing: A Must-Needed Feature for Cloud Security](https://www.miniorange.com/blog/what-is-casb-auditing/)


 As data spreads across cloud platforms, SaaS apps, and remote environments, protecting sensitive information has never been more challenging. This is where Data Security Posture Management (DSPM) steps in.  

Why DSPM Is Essential for Cloud Data Security in 2025


Cybercrime is at an all-time high, and the numbers are alarming. By 2025, experts predict that the annual damage caused by these attacks can soar to around $10.5 trillion. With numbers like these, it’s clear organizations should not rely solely on traditional security measures to protect their online operations. 
 

While tools like antivirus software, anti-malware, and firewalls have improved over the years, they're still limited to detecting known, file-based endpoint threats. Most importantly, traditional endpoint security tools can't detect or neutralize advanced threats like ransomware attacks, zero-day exploits, or other large-scale cyberattacks.

**Endpoint Detection and Response (EDR)** picks up where these traditional endpoint security solutions leave off. It provides the tools that security teams can use to discover, investigate, and, prevent suspected and emerging threats on their own.

This blog explores everything you need to know about EDR, including its importance, key capabilities, and how it can help safeguard your business. 

Let’s dive in!

## What is Endpoint Detection and Response (EDR)? {#what-is-edr}

Endpoint Detection and Response (EDR) is a powerful cybersecurity solution designed to combat modern cyber threats that businesses face more often. It continuously detects threats across endpoint devices—such as laptops, servers, and mobile phones, investigating the entire lifecycle of the threat. 

EDR is not just about detection; it’s also about understanding the full context of an attack. It provides insights into what happened, how it got in, where it has been, what it's doing now, and what to do about it. By containing the threat at the endpoint, EDR helps eliminate the threat before it can spread. 

## Importance of EDR: Why Businesses Must Use It {#why-edr-imp}

**1. Real-Time Monitoring**

  Imagine having eyes on all your devices—laptops, servers, mobile phones—24/7. That’s exactly what EDR does. It keeps tabs on endpoint activities around the clock, ensuring no suspicious behavior slips through the cracks. It’s like having a security camera for your digital ecosystem.

**2. Swift Incident Response**

  What if you could neutralize a cyber threat before it even had a chance to wreak havoc? EDR’s automated responses act fast—often within seconds—shutting down attacks before they cause any serious damage. This quick action keeps your business running smoothly without any hiccups.

**3. Active Threat Detection**

  EDR equips security teams to actively eliminate potential weaknesses and threats before they can be exploited by hackers. This proactive approach is crucial, especially for defending against zero-day attacks.

  Moreover, according to a study by the Ponemon Institute, organizations with EDR solutions cut their data breach costs by up to **45%**. That’s a tangible benefit for businesses and their operational resilience.

## Why Businesses Should Deploy EDR? {#why-deploy-edr}

### 1. Keeping Up with Compliance
Whether it’s GDPR for customer data or HIPAA for healthcare, businesses are under constant pressure to meet strict security standards—or risk heavy fines.

**How EDR helps:**

Take a healthcare business for example. With all the sensitive patient data around, hackers can easily use it to launch attacks like ransomware. EDR ensures this information stays secure by providing advanced security measures, helping healthcare providers prove they’re compliant with regulations.

### 2. Securing the Remote Workforce
With remote work becoming the new norm, your security perimeter has stretched far beyond the office walls. Home networks and coffee shop Wi-Fi? They’re not exactly secure.

**How EDR helps:**

EDR ensures every device—whether it’s in your office or at an employee's kitchen table—is protected. It adds a consistent layer of security using solutions like [Cloud Access Security Broker](https://www.miniorange.com/casb/) (CASB) security or [Data Loss Prevention](https://www.miniorange.com/dlp/) (DLP) to guard against threats like unsecured networks, keeping your data safe no matter where work happens.


## Key Functions & Capabilities of EDR Security  {#capabilities}

- **Reduce Security Risks**  
  EDR helps find unknown devices, gadgets, and apps on your network, along with their vulnerabilities. It follows risk-based policies to manage these devices, control their communication, or apply virtual patches.
&nbsp;
- **Stop Advanced Attacks**  
  EDR detects and blocks threats like ransomware in real time. It also has anti-tampering features to stop malware from disabling its protection.
&nbsp;
- **Find and Fix Threats Automatically**  
  EDR uses smart behavior analysis to spot unusual activity, hunt for threats, and track signs of cyberattacks. It can also automate fixes using pre-designed response plans.
&nbsp;
- **Work Faster and Smarter**  
  EDR prioritizes serious threats, automates initial responses, and helps security teams act quickly. It detects threats in real time, contains attacks, and starts investigations right away.

## Key Components Of EDR Security Solutions {#key-components}

### 1. Detection
Detection is where the battle begins. EDR continuously scans every file interacting with your endpoints. Sometimes, a file might seem harmless at first but later reveals malicious behavior. When that happens, your EDR raises a red flag, notifying your IT team.

What makes detection even more powerful is global cyber threat intelligence. EDR taps into vast databases of existing and evolving cyber threats, using AI to detect anything resembling hacker tools. It’s like having a vast library of criminal profiles to cross-reference at lightning speed.

### 2. Containment
Once a threat is detected, the next step is containment. Here’s where EDR isolates the problem, preventing it from spreading across your network. This could mean segmenting a part of the network or cutting off access to infected endpoints.

For example, in the case of ransomware, containment stops the threat from locking up more files or devices, giving you time to plan your next move.

### 3. Investigation
Containment buys you time for a deeper dive. Investigation is all about understanding what happened:
- How did the threat get in?  
- What applications or data were affected?  
- Did the malware replicate itself elsewhere?  

This step isn’t just about solving the immediate problem. It’s about learning from the attack to strengthen your defenses.

### 4. Elimination
Finally, we get to elimination—the grand finale. Everything you’ve learned in the previous steps comes together to remove the threat completely.

Here’s the kicker: elimination isn’t just about deleting malware. It’s about figuring out where it came from and how it behaved, so you can prevent similar attacks in the future. Some advanced EDR systems even let you roll back infected endpoints to their pre-attack state. That means less downtime and fewer headaches for your team.

## Simple Benefits of EDR

EDR plays a key role in keeping businesses secure by helping security teams respond quickly to cyberattacks. It improves how threats are detected, offers real-time ways to fight back, and strengthens an organization’s security to reduce data breaches and keep operations running smoothly. Here’s how EDR helps:

- **Stops Security Breaches Early**  
  EDR constantly monitors devices to catch threats, stops them from spreading, and automatically takes action like isolating threats, investigating, and fixing issues.
&nbsp;
- **Finds Hidden Threats**  
  Using advanced tools like machine learning and behavior analysis, EDR detects complex attacks that regular antivirus programs might miss.
&nbsp;
- **Provides Useful Data**  
  EDR gives security teams detailed insights into what’s happening on devices, including logs and forensic data, to better understand and respond to threats.
&nbsp;
- **Automates Threat Responses**  
  When a threat is detected, EDR can automatically isolate infected devices, block harmful processes, and remove malware, making the response faster and more efficient.
&nbsp;
- **Reduces Vulnerabilities**  
  With tools to hunt for risks, EDR identifies weak spots in your network before hackers can take advantage of them.
&nbsp;
- **Helps Meet Security Rules**  
  EDR provides detailed reports and logs to show compliance with industry standards and regulations, proving proper security actions were taken.
&nbsp;
- **Prepares for Future Attacks**  
  After an attack, EDR analyzes how it happened and shares threat intelligence to strengthen defenses and prevent similar issues.

In short, EDR keeps businesses safe by detecting, stopping, and preventing cyberattacks while helping teams stay compliant and prepared for the future.

## How Does EDR Work? {#how-edr-works}

Endpoint Detection and Response (EDR) tools monitor devices like computers and servers to quickly spot and respond to cyber threats. Here’s a simple breakdown of how they work:

1. **Constant Monitoring**  
   EDR installs software on each device to keep track of its activities. This software uses advanced security tools like CASB, MDM, and DLP to analyze behavior and identify anything unusual. It logs important actions, like file access or software use, and ensures security teams can see all devices and users in real-time.
&nbsp;
2. **Collecting and Sharing Data**  
   The software sends the activity data from each device to a central system, either in the cloud or on-site. This includes things like login attempts, app usage, and other events. The system stores this data, so if behavior changes, EDR can act immediately.
&nbsp;
3. **Finding Problems**  
   EDR analyzes the collected data to detect anything suspicious, such as malicious files or unusual behavior. When a problem is found, the system alerts the security team and starts investigating how the threat got in.
&nbsp;
4. **Taking Action**  
   When EDR identifies a potential threat, it sends alerts to security teams and, if necessary, takes immediate action, like isolating a device or part of the network. This containment prevents the threat from spreading. Once the issue is investigated, EDR removes the threat and restores the affected devices.
&nbsp;
5. **Keeping Records**  
   EDR keeps detailed records of past activities and threats. These logs help security teams investigate incidents and understand broader attack patterns. This historical data is useful for preventing future issues.

## Types of EDR Deployments {#types-of-edr}

When it comes to protecting your organization’s endpoints, choosing the right deployment model for your Endpoint Detection and Response (EDR) solution is crucial. Each deployment type offers distinct advantages, so let’s dive into the options and explore which one might be the best fit for your needs.

### 1. On-Premises Deployment

**What It Is:**  
This deployment model involves installing and managing the EDR solution directly within your organization’s own data centers.

**Best For:**  
Companies with strict data privacy regulations, like those in healthcare or finance, or organizations with legacy infrastructure.

**What’s Great About It:**  
- Full control over data storage and processing.  
- Ability to customize configurations to fit your business needs.  
- You can manage and upgrade the system in-house, offering total control.

**Challenges to Consider:**  
- High upfront costs for hardware, software, and skilled staff.  
- Potential scalability issues as your company grows.

### 2. Managed EDR Services

**What It Is:**  
With this deployment, you outsource the management of your EDR solution to a Managed Security Service Provider (MSSP).

**Best For:**  
Organizations with limited cybersecurity expertise or those looking to offload some of the operational responsibilities.

**What’s Great About It:**  
- 24/7 monitoring and incident response from experienced security professionals.  
- Access to advanced threat intelligence and tools.  
- Takes the load off your internal IT team.

**Challenges to Consider:**  
- You rely on a third party for timely responses, which can affect your control.  
- Lack of full visibility into the provider’s processes and actions.

## Choosing the Right EDR Solution {#choose-the-right-edr-solution}

Understanding what makes a good Endpoint Detection and Response (EDR) solution is crucial to finding one that works best for your needs. The right EDR should offer strong protection with minimal effort and cost, helping your security team stay effective without being overwhelmed. Here are six key features to look for in an EDR solution:

- **Endpoint Visibility:** Real-time monitoring of all your devices is essential to spot and stop attackers before they can do damage. This capability allows you to see what’s happening as it happens.
&nbsp;
- **Threat Database:** A good EDR collects and analyzes large amounts of data from devices. This enables the detection of potential attacks through advanced analysis methods.
&nbsp;
- **Behavioral Protection:** Instead of relying solely on known attack patterns (signatures), seek an EDR that monitors unusual behaviors (indicators of attack). This proactive approach helps alert you to threats before they cause harm.
&nbsp;
- **Insight and Intelligence:** Your EDR should include threat intelligence to provide additional details, such as identifying potential attackers and their methods. This empowers you to respond more effectively.
&nbsp;
- **Fast Response:** The faster your EDR can detect and handle issues, the less damage attackers can inflict. A quick response minimizes downtime and speeds up recovery.
&nbsp;
- **Cloud-Based Solution:** Cloud-based EDR tools don’t slow down your devices and can handle tasks like searching, analyzing, and investigating threats in real time without interruptions.


## Conclusion {#summary}

Endpoint Detection and Response (EDR) is no longer optional; it’s a necessity for any business serious about cybersecurity. With its advanced detection, real-time monitoring, and automated responses, EDR ensures your organization stays one step ahead of cybercriminals. By choosing an EDR solution, you’re not just investing in a tool—you’re safeguarding your business’s future.

**Want to take control of your endpoint security!** Contact us at [info@xecurify.com](mailto:info@xecurify.com) to learn more about EDR solutions and safeguard your organization against advanced cyber threats.

### Reference links  {#reference-links}

1. [What is Cloud Access Security Broker? CASB Solutions?](https://www.miniorange.com/casb/)
2. [Mobile Device Management (MDM) solutions ](https://www.miniorange.com/unified-endpoint-management/solutions/mobile-device-management)
3. [Remote Work Security with CASB ](https://www.miniorange.com/casb/solutions/remote-work-security)
4. [Secure Hybrid Work Environment - CASB Solution](https://www.miniorange.com/casb/solutions/hybrid-work-security)
5. [Data Loss Prevention | DLP](https://www.miniorange.com/dlp/)
6. [Zero Trust Network Access (ZTNA) | Key Benefits & Features  ](https://www.miniorange.com/zero-trust-network-access)



Ever wondered how to keep your business safe from the ever-growing wave of cyber threats? Let’s understand what Endpoint Detection and Response (EDR) is and how it can be a trusted ally in protecting your business online.

CASB

What is Session & Cookie Hijacking: How to Prevent it?

CASB Auditing: A Must-Needed Feature for Cloud Security

What is Cloud Data Loss Prevention (DLP)?

Why DSPM Is Essential for Cloud Data Security in 2025

What is EDR in Cyber Security?