Cyber Risk Management Solutions

Why is EDR Important? Managed Endpoint Detection & Response

Why is EDR important? It’s a question each organization will need to answer for themselves. Take a look at the top reason you may consider adding managed EDR to your security strategy. 

why is edr importantWhy is EDR Important?

Endpoint Detection and Response (EDR) is defined as a set of cybersecurity tools which are designed to detect and remove any malware or any other form of malicious activity on a network.

Managed EDR solutions are used to detect and assess any suspicious activity on the network endpoints. It is becoming a preferred resource for most enterprises for ensuring their network security. It’s important to consider EDR as well as SIEM, and they work better together. 

The reasons which make EDR important for businesses are as follows:

Proactive Approach

With the increasing dependence of technology on businesses, the digital perimeter of companies is expanding very fast. The approach of reactive management of cyber threats and security issues for the network is no longer a prudent strategy.

The current approach is to identify cyber threats and potential attacks before they occur and take remedial actions immediately. EDR solutions are best suited for this approach of proactive management of cybersecurity threats to your network.

Why is EDR important?  It can help you detect even malware which has polymorphic codes which keep evolving on its own and take suitable corrective action. Traditional antiviruses are no longer suitable for providing security to your network as hackers have become smarter and devised malware and threats which can easily bypass antiviruses.

Better Data Monitoring and Management

EDR solutions are designed in such a manner that they can collect and monitor data on each of the endpoints on a network. They collect and monitor data pertaining to potential cybersecurity threats to the network. The data is collected and stored in the form of a database on endpoints.

The stored data can be further analyzed for determining the root cause of any security issues and also for detecting any potential cyber threat.  Collection, monitoring, and analysis of such high-quality forensic data also help in preparing a superior incident response and management strategies.

Suitable for Large Scale Networks

As discussed above, businesses have to expand the scale of their networks tremendously to meet their business requirements. Businesses have been revolutionized by the growth in technology which has led them to expand their digital perimeter drastically.

Enterprises can have hundreds of thousands of endpoints on their networks. Such a large scale of the network makes it more vulnerable to cyber attacks as it can be breached from multiple points.

Traditional antiviruses are not powerful enough to provide a sufficient level of security to such massive networks. EDR solutions are specifically designed to meet the requirements of such large networks. They can easily collect and monitor data continuously on all these endpoints due to their design and architecture.

This exceptional feature of EDR solutions makes them very important for network security in any enterprise. When you outsource the management of your EDR, you’ll have a team of experts look at your systems on a 24/7 basis. 

Powerful Inbuilt Data Analytics

A good EDR solution comes with powerful inbuilt data analytics.

These analytical tools help you to identify cybersecurity threats to your network in the early phases of their development and allows you to deal with them effectively. Plus, when you use a managed EDR service, you’ll be notified through a cybersecurity expert and you don’t have to worry about false positives. 

The different inbuilt analytical tools offered by EDR solutions can provide you features like cloud-based intelligence, machine learning, statistical modeling, etc. which are very helpful for your IT team.

Compatibility and Integration with Other Security Tools

Another added advantage of using EDR solutions is their versatility and compatibility. These systems are very versatile and are compatible with and integrate seamlessly with other security tools.

You can easily integrate your EDR solutions with other security tools like malware analysis, network forensics, SIEM tools, threat intelligence, etc. to provide better security to your network. Most of the EDR systems and solutions feature open and documented APIs and reference architecture. This is a great answer to the question why is EDR important?

You can also go a step ahead and integrate your EDR solutions into Integrated Cybersecurity Orchestration Platforms (ICOPs) from different vendors. This excellent compatibility and integration of EDR solutions with a host of other security tools provide you added protection and makes EDR solutions a must-have resource for your network.

Observing Endpoints Without Interfering

Burdening the endpoint with heavy and cumbersome client software is not recommended. The traditional antivirus programs had this drawback as they took considerable space on the endpoints and burdened it.

Endpoints on an EDR solution play a very important role. They help to identify potential cyber threats and issues and allows for preparing an appropriate incident response.

It is the endpoint which is responsible for detection and response processes. Good EDR solutions use less space and have minimal footprints on the endpoints. They are lightweight and non-intrusive and facilitate continuous observing and monitoring of the endpoints without interfering with its functionalities.

Whitelisting and Blacklisting Options

EDR systems come integrated with whitelisting and blacklisting options. Whitelisting refers to the features wherein only specified applications are labeled as whitelisted and are allowed to run on a system, while other applications are blocked.

These features are a good starting point for ensuring network safety and security. They can be used as the first line of defense, especially against hackers whose modus operandi is known.

It can keep you protected against such hackers and cybercriminals. In addition to the whitelisting and blacklisting features, a typical EDR solution also includes other advanced security features which makes use of behavioral analytics to detect new types and trends of cyberattacks.

Better and Real-Time Incident Response and Management

EDR solutions are very effective in collecting continuous information on malware footprints and other types of potential cyber threats to the network. Such data is stored on the network endpoints which helps in preparing a suitable incident response and management strategies.

All information which is essential for preparing effective incident responses is collected in real-time by EDR solutions. You can use EDR tools to provide you instant access to this rich and valuable repository of data which will help you be updated on any type of potential security threats to your network.

In certain cases, specific cyber threats can be identified in the initial phases as they are developing in the network environments. You can design appropriate incident management responses in these early stages itself which can help to eliminate the threat immediately before it becomes a full-fledged threat for your network.

The forensic data and evidence collected by the EDR tools also cut down the investigative time and time needed for preparing incident responses and management by your IT team.

 

 

 

 

PREtect: A Tiered Cybersecurity Service

Traditional Antivirus vs. EDR (Endpoint Detection and Response)

Traditional Antivirus vs. EDR (Endpoint Detection and Response)

Traditionally, antivirus has been sufficient to protect your organization’s endpoints. EDR is the next level of protection – so what is the difference between antivirus vs. edr? 

antivirus vs. edr

What is Endpoint Detection and Response (EDR)

EDR solutions are tools which help you in detection and investigation of suspicious activities across all the endpoints of your digital perimeter. It is becoming the preferred technology for enterprises to provide better security for their networks when compared with the traditional antivirus, it’s important to understand the difference between antivirus vs. edr.

EDR solutions have many capabilities and advantages which are not offered by traditional antivirus programs. Take a look at the benefits of EDR solutions and the areas where they score over traditional antivirus.

How EDR Works

EDR solutions work by monitoring network and endpoint events and storing the information on a centralized database for further analysis, investigation, or reporting. Suitable software is installed on the host which helps in data monitoring and reporting on the potential threats.

It comes loaded with different analytical tools which run in the background to ensure monitoring and reporting of threats.

However, all EDR solutions do not perform the same range of functions. Their scope and nature of activities differ depending on the type of EDR solutions which you choose.

Benefits of Using an EDR

EDR systems have become a must-have for all modern-day enterprises to protect their digital perimeter from evolving cyber threats and security issues. The key benefits of using an EDR system in your organization are discussed below:

Comprehensive Data Collection and Monitoring

EDR solutions also collect comprehensive data on potential attacks. It continuously monitors all the endpoints of your digital perimeter both online and offline. The data collected facilitates investigations and incident response. The data is collected and stored on the endpoints and it is mapped against the security threats for detection of threats.

You can get in-depth insight and understanding regarding the anomalies and vulnerabilities of your network and prepare better strategies to protect it from cybercriminals.

Detection of all Endpoint Threats

One of the biggest benefits of using EDR security systems is its abilities to detect all endpoint threats. It provides you visibility on all of the endpoints of your digital perimeter.

It is superior to the traditional antivirus or other tools which use signature-based or perimeter-based solutions in terms of identifying potential threats. It can help your IT teams to understand the nature of potential attacks better and prepare the appropriate response for the same.

Provides Real-Time Response

EDR solutions can provide real-time response to different potential threats. You can see the potential attacks and threats as they are evolving in the network environments and can monitor it in real-time.

This real-time response feature of EDR solutions is very useful and can cut off the attack in its initial stages only before it becomes critical for the network. You can spot the suspicious and unauthorized activities on your network and can get to the root cause of the threat, thereby enabling a better response from you. This is a huge benefit when you compare antivirus vs. edr.

Compatibility and Integration with Other Security Tools

EDR systems have become highly advanced and they are being designed to be compatible and integrate with other security tools. This integrated approach provides excellent security to the network from potential cyber threats and attacks. It allows you to correlate data pertaining to network, endpoint, and SIEM. This enables you to develop a better understanding of the techniques and behaviors used by cybercriminals to hack into your network.

Antivirus vs. EDR

Some of the key differences between EDR and traditional antivirus are discussed below:

Scope

Traditional antivirus programs are more simplistic and limited in scope compared to the modern EDR systems. Antivirus can be perceived as a part of the EDR system.

Antivirus is generally a single program which serves basic purposes like scanning, detecting and removing viruses and different types of malware.

EDR security system, on the other hand, serves a much larger role. EDR not only includes antivirus, but it also contains many security tools like firewall, whitelisting tools, monitoring tools, etc. to provide comprehensive protection against digital threats. It usually runs on the client-server model and protects the various endpoints of an enterprise’s digital network and keeps the endpoints secure.

Hence, EDR security solutions are more suited for the modern-day enterprise as the traditional antivirus has become an obsolete security tool to provide total security.

Ability to Protect Enterprise Architecture

With technology becoming an integral part of business, the digital perimeter of the modern-day enterprises keeps on expanding rapidly. Traditional antiviruses are insufficient to protect such large scale and continuously expanding the digital perimeter.

Antiviruses are more of a decentralized security system which falls short of providing adequate security to the ever-expanding digital networks. This is why so many organizations are comparing antivirus vs. edr. The IT network and perimeter of enterprises have witnessed even faster growth due to the mobile revolution. While a growing digital network and perimeter can be beneficial to the business, it is also more vulnerable to cyber attacks as it can be breached from multiple endpoints.

This is where the EDR security systems play a vital role in ensuring the safety and security of the digital perimeter. They provide centralized security and continuously monitor the security threats across all the endpoints of the network. It provides much better and holistic protection to your digital network from hackers who are also growing smarter.

Ability to Spot Endpoint Threats

Cybercriminals are becoming more adept and smarter at their trade and using advanced threats to breach into networks. Traditional antiviruses provide you a basic level of protection from such advanced cyber attacks and are not sufficient to meet your network security needs.

A traditional antivirus program detects malware and viruses by signature-based detection which is loaded in its database. However, hackers are now capable of creating malware with continuously evolving codes which can easily bypass traditional antiviruses.

EDR systems detect all endpoint threats and provide real-time response to the identified threats. It can help you understand the complete scope of the potential attack which increases your preparedness for such attacks. EDR systems also collect high-quality forensic data which is needed for incident response and investigations.

Overall, EDR security systems are much better equipped at handling cyber threats than traditional antivirus.

Managed EDR

Managed Endpoint Detection and Response uses artificial intelligence to stop advanced threats and malware at the most vulnerable point – the endpoint. Antivirus isn’t enough to protect your endpoints!

Cybriant uses a “prevention-first” technology – we stop attacks before they cause harm, vs allowing attacks to happen, then clean up the mess.  By reducing the number of endpoint security products deployed on the endpoint, customers gain operational efficiencies by not having to manage signatures, policies, or deployments of additional protection.

Read more. 

 

Stop Advanced Threats at the Endpoint

3 Benefits of Cyber Security Monitoring Services

3 Benefits of Cyber Security Monitoring Services

Many organizations are moving to outsourced cyber security monitoring – many because of compliance requirements and many because of ongoing cyber threats. Here are three top benefits to outsource. 

cyber Security Monitoring

 

Cyber Security Monitoring Benefits

Cyber security monitoring is essential to ensure that your system is always available and is working efficiently. However, many small businesses do not have the time or resources to hire additional IT employees to monitor a network at all times.

Failure to monitor a network exposes your business to significant security threats and increases the chance of experiencing many technical issues in the workplace. A managed security services company can help you avoid many of these problems by providing around the clock network monitoring services at a fixed price each month.

Interested in learning more? Here are the top three reasons to consider network monitoring services for your small company.

#1 Reduces Downtime

One of the main advantages of cyber security monitoring services is that it is an excellent way to reduce downtime for your company. A full-functioning network is essential for day-to-day business operations and managed security services provider will ensure that everything is working at an optimal level by continually testing it on a frequent basis.

These preventative monitoring services will also repair and make any improvements to your network to minimize the chance of downtime that can result in significant financial costs for your company.

#2 Increases Productivity of Employees

An added benefit of cyber security monitoring services is that it is an effective way to increase the productivity levels of each employee.

For example, a managed security service provider will handle all of the technical duties involving a network, which allows employees to better concentrate on their core job tasks. Improving network performance is a top priority for an IT service provider, as this will enable employees to complete their job duties quicker and work much more efficiently.

#3 Limits Damage of Cyber Attacks

Cyber attacks can devastate the reputation of any small business and can also cause significant data breaches. Many of these cyber threats focus on penetrating the network to steal valuable information and wreak havoc on the entire operating system.

However, you can limit the damage of cyber attacks by partnering with a managed service provider that offers cyber security monitoring services. An organization like Cybriant will automatically detect any unusual activity within your network and prevent a cyber threat from spreading to other areas and causing widespread damage.

Cyber Security Monitoring Importance

Cyber security monitoring is essential in today’s work environment due to the wide range of cyber threats and the significant costs of downtime. A managed security services provider plays a critical role in keeping your network well protected by offering around the clock monitoring services.

Ultimately, these services reduce downtime, increases productivity, and limits the damage of cyber threats. Keeping your systems protected is always a top priority in today’s workplace, and an IT service provider is essential to give your small business much-needed peace of mind.

Conclusion

New attack vectors and vulnerabilities are discovered every day. Your organization likely has firewalls, IDS/IPS, and AV solutions installed that look for malicious activity at various points within the IT infrastructure, from the perimeter to endpoints. However, many of these solutions are not equipped to detect zero-day attacks and advanced persistent threats.

Your organization may already have SIEM technology that aggregates data from all of your security controls into a single correlation engine,  but it may also create huge amounts of alerts including false positives.  Our security experts can tune your SIEM and provide insightful analysis for real-time threat detection and incident response.

Cybriant assists companies in making informed business decisions and sustaining effectiveness in the design, implementation, and operation of their cyber risk management programs. Our cyber security monitoring service is the core of our expertise. In addition we offer a tiered solution that make cyber security affordable to all organizations. 

PREtect: a Tiered CyberSecurity Solution

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Is your Business at Risk from an Advanced Persistent Threat?

Is your Business at Risk from an Advanced Persistent Threat?

More than just a single hacker or thief trying to take advantage of your business or steal information about your customers or products, the Advanced Persistent Threat is the super-villain of the hacking world and needs to be prepared for accordingly.

advanced persistent threat

Defining the Advanced Persistent Threat (APT)

An APT or Advanced Persistent Threat is a sophisticated and coordinated network attack that allows an invader to access a network and to remain there, undetected, for a significant amount of time. The typical attacker has a goal of stealing data; APT attackers often set their sights on businesses and organizations with valuable secure data. An APT attacker often targets government agencies, financial institutions and other businesses dealing with high-value information.

The Navy recently detailed the five stages of a cyber intrusion. 

A recent piece in Wired magazine highlighted the growing number of Romanian cyber criminals who have focused on stealing from US consumers at a rate of over $1 trillion each year. Unlike the stereotypical hacker who lives and works in his mom’s basement, these cybercriminals have learned to band together and collaborate. These collaborations in Romania and around the world allow a team of criminals to work together, increasing their potential gains while reducing their risk of prosecution by local law enforcement.

While these cybercriminals cause headaches for consumers, they rarely launch large scale attacks against business organizations. Nations-sponsored espionage teams often engage in the same sort of collaborative efforts as their consumer swindling counterparts but focus on long term gain and results. These organizations are often identified as Advanced Persistent Threats, and as the name indicates, they are both skilled at infiltration and likely to make repeated attempts to damage your organization.

Since APTs are clouded in secrecy and their operations can vary, learning more about how they operate and how they have impacted other organizations can help you protect your business from this particular brand of criminal.

Recent APT Attacks in the News

  • Anthem Health Insurance was targeted by hackers, and authorities believe that the attackers may have had access to the system for over six months before they were discovered. Malware and a series of faked domain names opened the door into the network, though the actual entry point is unknown. In all, hackers were able to operate within the network for eight weeks before being discovered and they were discovered by accident.
  • In 2015, the US Office of Personnel Management was breached, and hackers stole multiple terabytes of confidential information. The breach impacted over 20 million individuals, as the hackers were able to identify defense contractor users and target the specific systems they were operating.
  • Sony lost large amounts of data in 2014, including unreleased movies, private information, and data about roughly 6,000 employees and various other pieces of confidential information. According to the FBI, only about 10% of organizations would have been prepared to withstand this malicious attack

How an APT Attacker Gets Into your Network

  • The attacker will heavily research the target organization, focusing heavily on the people who work there in the hope of exploiting someone for information. Once a few targets have been identified, the APT hacker then launches a phishing attack to gain credentials or access to the network.
  • Once inside, the attacker explores the network and begins to slowly remove or export information. If service disruption is a goal, then the attacker may also attempt to disrupt operations or even cause physical damage to the organization.

What can be done about Advanced Persistent Threats?

The security industry continues to create new protection and detection methods; these are used to identify possible issues and potential vulnerabilities before the criminal can get in. Various methods are used to shore up the technological side of the equation, but employee education and training is a must if an organization wants to prevent an attack by an APT.

Improve Employee Awareness and Education: Employees are a weak spot and can be easily exploited by any group wishing to harm your organization. Your workers do not have to be malicious to allow an APT attacker to access your system; they can be tricked by phishing scams, faked websites, and other methods. Boosting education and employee awareness of this type of attack can help reduce the risk of human error or malicious activity.

Better yet, monitor your organization’s endpoints so malware can’t execute. It’s possible with managed endpoint detection and response. 

Consider Baas or DRaaS: Both Backup as a Service and Disaster Recovery as a Service make it fast and easy for your brand to recover if you are breached. By having an up to date backup in place you can access your own files and network from a remote location, without losing data. When you opt for DRaaS or have a robust recovery plan, you ensure that your business runs without interruption and that you don’t lose time and money restoring your full systems on a new network. 

Choose Enterprise-Level Anti-Virus Protection: Multi-layered antivirus software and packages can help protect your system; the right AV system will include behavioral analysis and the ability to recognize and remove unknown programs and malware. A consumer solution may not offer the level of security needed to block an APT attack. Since infiltration is only the first step, regular monitoring of the way your systems are accessed via behavioral analysis can help you recognize an intruder and limit the amount of damage they cause.

Manage Devices: Any device, including smartphones, tablets, and other mobile devices that can access your system also exposes you to risk. The devices allowed to connect with your enterprise can be targeted for infection or data theft, allowing an APT attacker a way into your system. Placing limits on data transfer, using encryption and monitoring the way devices access your system can help cut your risk.

Include that in your overall cybersecurity strategy. Consider outsourcing the security monitoring of your SIEM, endpoints, and patching and vulnerability protection with a single service. 

Awareness of the danger is an ideal first step when you want to protect your network from APT attacks. Having an emergency backup plan in place and a robust disaster recovery setup can help you get back to work quickly if the worst happens. 

Defend Against Advanced Persistent Threats

Why Do I Need an EDR Solution?

Why Do I Need an EDR Solution?

Is an EDR Solution required for your cybersecurity strategy? Keep reading to see the benefits an EDR could provide as well as the potential benefit of outsourcing. 

edr solutionWhat is EDR?

EDR or Endpoint Detection & Response is rather defined as solutions to store and record endpoint system-level behaviors, block malicious activities, provide contextual information, make use of different types of data analytics to identify and detect unwanted suspicious system behavior and offer remedial measures to restore all affected systems.

Today’s organizations are quite aware of the fact that determined adversaries wait patiently to evade your defenses and to gain better access to networks and systems. This will only cause ‘silent failure’ of the standard security solutions as they are unable to detect such intrusions or alert you. Lack of visibility is often cited to be the major culprit for this failure. This challenge, however, can be addressed properly by EDR.

Endpoint detection and response, first coined by Anton Chuvakin, is actually still a new technology that hasn’t quite reached maturity yet. However, it can be best described as the endpoint security counterpart to SIEM: a solution that focuses on threat detection, investigation, and mitigation on enterprise endpoints and networks.

Endpoint detection and response’s main focus is improving IT security teams’ visibility into relevant endpoints and providing continuous monitoring. But that really is the tip of the iceberg of what EDR includes.

Many EDR solutions provide:

+ Endpoint data aggregation
+ Endpoint data correlation
+ Centralized reporting and alerting
+ Behavioral analysis similar to UEBA
+ Centralized data search
+ Forensic investigations
+ Whitelisting and blacklisting for users and entities

Source

EDR Security: Know the key aspects

Effective EDR is one that includes the capabilities given below:

  • Prevention of malicious activities
  • The threat to data exploration or hunting
  • Detection of suspicious activities
  • Alert suspicious activity or triage validation
  • Incident data investigation and search

What is Required in an EDR Solution?

To know what solution is to be derived for the organization, it is crucial to understand EDR’s key aspects and why they are vital! It is essential to identify EDR software which has the ability to provide the ultimate protection level without requiring much investment or effort. It should also enable value to the security team, but without draining precious resources.

Some EDR solution key aspects to consider:

  • Threat Database: Telemetry will be required for effective EDR gathered from endpoints and rich in context. Only then will it be possible to use different analytic techniques to mine for attack signs.
  • Visibility: Adversary activities can be viewed with real-time visibility on all endpoints, even if the environment is breached, thereby stopping them instantly.
  • Intelligence and insight: EDR with threat intelligence integration can help provide the necessary context, which also includes details on the attacking adversary or on other vital information pertaining to the attack.
  • Behavioral protection: ‘Silent failure’ is caused if only IOCs (Indicators of compromise) or signature-based methods are only relied upon, thus causing the occurrence of data breaches. Behavioral approaches will be essential for effective endpoint detection to search for IOAs (indicators of attack). This way, you will be alerted in case, of suspicious activities.
  • Cloud-based solution: Zero impacts can be ensured on endpoints with Cloud-based EDR solutions. It also assures capabilities like investigation, analysis and search is done in real-time and accurately.
  • Quick response: EDR which can enable accurate and quick response to incidents can help prevent an attack prior to it becoming a major breach. This allows the organization to safeguard itself and to get back to normalcy quickly.

Why is an EDR Solution Vital?

It is without a doubt that with sufficient resources, time and motivation, your adversaries are likely to devise ways and means to tackle your defenses, irrespective of how advanced it is. Given below are a few compelling reasons as to why EDR is to be made part of the endpoint security strategy.

  • Adversaries can be within the network for weeks. They may also return at will: Silent failure will only cause free movement by attackers in your environment. They might create back doors to allow returning back at will. It is only a third party that might identify the breach like your suppliers, customers or law enforcement.
  • Prevention alone will not assure 100% protection: Your organization is likely to remain ignorant due to the existing endpoint security solution. The attackers will only take full advantage of this and navigate within the network freely.
  • There will be necessary access to proper and actionable intelligence to derive the response to such incidents: Besides lacking in visibility, organizations might not know what is exactly happening on the endpoints, not be in a position to record things relevant to security, to store and later recall quickly this valuable information as and when required.
  • Organizations lack visibility required to monitor effectively endpoints: If a breach is discovered, then you are likely to spend a good amount of time trying to identify what exactly caused the situation, what exactly happened and how it is to be fixed. This is because of the lack of visibility. But the attacker will only return back in a few days before appropriate remedial measures are taken.
  • Remediation can be expensive and protracted: Organizations need to have the right capabilities. Otherwise, they will only spend weeks or even months trying to identify the type of actions to be taken. This might mean to reimage machine that could disrupt the degrade productivity, business processes, thus leading to serious financial losses.
  • Having data is part of the solution: Adequate resources will be necessary by the security teams to analyze and to derive full advantage from it, even if there is available data. It is for this reason, security teams have become aware of the fact that even after deploying event collection product like the SIEM, they tend to face complex data issues. There also crops our various types of challenges like what to identify, scalability and speed, including other problems, prior to addressing the primary objectives.

Conclusion

The EDR market is growing at a tremendous pace since the last couple of years. According to industry analysts, EDR is only expected to grow further at 45% the coming year 2020, when compared to 7 percent growth of the cybersecurity market. Hackers these days are gaining easy access to the more advanced and sophisticated tools, it is without a doubt that cyberattacks are only increasing with time. Governments and businesses, across the globe, have realized the potentiality and significance of EDR and have started to stop this modern and crucial technology.

The fact is that cyberattacks on endpoints only are found to be increasing rapidly in complexity and numbers. With digitization continuing to transform governments, industries, and businesses, devices in huge numbers are likely to be found online. Presently, only forty million traditional endpoints out of 700+ million are said to have adopted EDR solutions.

Read More: EDR vs. SIEM

Consider Managed EDR

Could a managed EDR solution be right for you?

When you outsource the management of your Endpoint Detection and Response (EDR) to Cybriant, our security analysts are able to:

  • Perform root cause analysis for any blocked threat or any other artifact deemed important found on an endpoint
  • Proactively search endpoints for signs of threats commonly referred to as threat hunting
  • Take decisive action when a security incident, or potential incident, is identified

Learn More

PREtect: a Tiered Cybersecurity Solution