CrowdStrike Endpoint Security Partner in Dubai

TECHBEE is one of the leading CrowdStrike Endpoint Security Partner in Dubai, UAE. CrowdStrike was the first company to offer cloud-based endpoint security. CrowdStrike Falcon has transformed endpoint security by being the first and only solution to combine next-generation antivirus, endpoint detection and response (EDR), and a 24/7 threat hunting service all in one lightweight agent.

CloudStrike Endpoint Security Partner in Dubai, UAE

What is Endpoint Security?

Endpoint security, also known as endpoint protection, is a cybersecurity technique to protecting endpoints from malicious activities, such as desktops, laptops, and mobile devices.

An endpoint protection platform (EPP) is a system that “prevents file-based malware assaults, detects malicious activity, and provides the investigation and remediation capabilities required to respond to dynamic security incidents and alarms,” according to Gartner.

What’s considered an endpoint?

An endpoint is any device that connects to the corporate network from outside its firewall. Examples of endpoint devices include:

Why Endpoint Security is Important

Because every remote endpoint can be a point of attack, an endpoint security plan is critical, and the number of endpoints is only growing as the pandemic-related move to remote work accelerates. According to a Gallup poll, the majority of US workers were working remotely in 2020, with 51% still working remotely in April 2021. The threats posed by endpoints and their sensitive data aren’t going away anytime soon.

The endpoint landscape is ever-changing, and enterprises of all sizes are tempting targets for cybercriminals. Even among tiny enterprises, this is common knowledge. According to a Connectwise study done in 2020, 77% of 700 SMB decision makers surveyed are concerned that they would be the target of an attack in the next six months.

According to the FBI’s Internet Crime Report, they received 300,000 more complaints in 2018 than in 2019, with reported damages totaling $4.2 billion. “Servers are still dominating the asset landscape due to the ubiquity of online apps and mail services involved in incidents,” according to the Verizon 2021 Data Breach Investigations Report. We’re starting to witness the dominance of phishing emails and websites carrying malware used for fraud or espionage as social attacks continue to infiltrate people (they’ve now gotten passed user devices).”

According to Ponemon’s “Cost of a Data Breach Report 2020,” each data breach costs on average $3.86 million globally, with the United States costing $8.65 million per data breach (Commissioned by IBM). According to the survey, the most significant financial impact of a data breach is “lost business,” which accounts for over 40% of the average cost of a data breach.

Endpoint assaults are difficult to defend against because they occur where humans and machines collide. Businesses struggle to keep their systems secure without interfering with their workers’ legitimate work. While technology solutions can be quite efficient, the risks of an employee falling victim to a social engineering attack can be reduced but never completely eliminated.

How Endpoint Protection Works

Endpoint protection, endpoint protection platforms (EPP), and endpoint security are various words that businesses use to describe centrally managed security systems that protect endpoints such as servers, workstations, mobile devices, and workloads from cybersecurity threats. Endpoint security software searches for suspicious or harmful indicators in files, processes, and system activity.

Endpoint protection solutions provide a single management console from which administrators can monitor, protect, investigate, and respond to issues on their company network. This can be performed via an on-premise, hybrid, or cloud-based method.

The term “traditional or legacy” is frequently used to characterise an on-premise security posture that relies on a locally hosted data centre to deliver security. To provide security, the data center serves as a hub for the management console to communicate with endpoints via an agent. Because administrators can often only manage endpoints within their perimeter, the hub and spoke paradigm can create security silos.

Many firms have switched to laptops and bring your own device (BYOD) instead of desktop computers as a result of the pandemic-driven work from home trend. This, together with the globalization of workforces, underlines the on-premise approach’s shortcomings. Some endpoint protection solution providers have turned to a “Hybrid” strategy in recent years, adopting a legacy architecture design and adapting it for cloud capabilities.

A “Cloud-native” solution, which is created in and for the cloud, is the third option. Administrators may monitor and manage endpoints remotely using a centralised management panel that is hosted in the cloud and connects to devices via an agent on the endpoint. If the endpoint does not have internet access, the agent can work with or without it to provide security. These solutions make use of cloud controls and policies to improve security performance beyond the traditional boundary, reducing silos and extending the reach of administrators.

Endpoint Protection Software vs. Antivirus Software

Endpoint security software safeguards endpoints, whether they’re physical or virtual, on-premise or off-premise, in data centres or the cloud. It can be found on laptops, desktops, servers, virtual computers, and even remote endpoints.

Antivirus is one of the most basic forms of endpoint protection and is commonly included as part of an endpoint security solution. Antivirus simply discovers and removes known viruses and other types of malware, rather than employing advanced techniques and processes such as threat hunting and endpoint detection and response (EDR). Traditional antivirus works in the background, checking a device’s content for patterns that match a virus signature database on a regular basis. Antivirus software is put on both within and outside the firewall on individual devices.

Core Functionality of an Endpoint Protection Solution

These basic features must be included in endpoint security technologies that provide continuous breach prevention:

1. Prevention: NGAV

Antivirus software can only detect about half of all threats. They work by comparing malicious signatures, or pieces of code, to a database that contributors update whenever a new malware signature is discovered. The issue is that malware that hasn’t been identified yet, or malware that hasn’t been identified yet, isn’t in the database. Between the moment a piece of malware is released into the wild and the time it is recognised by typical antivirus software, there is a time lag.

Next-generation antivirus (NGAV) bridges the gap by utilising more powerful endpoint protection technologies, such as artificial intelligence (AI) and machine learning, to detect new viruses by analysing a wider range of data, including file hashes, URLs, and IP addresses.

2. Detection: EDR

Preventative measures alone are insufficient. No defence is impenetrable, and some attackers will always succeed in breaching the network’s defences. Traditional security systems are unable to detect when this occurs, allowing attackers to remain in the environment for days, weeks, or months. Businesses must prevent “silent failures” by rapidly identifying and removing attackers.

Endpoint Detection and Response (EDR) solutions must provide continuous and complete visibility into what is happening on endpoints in real time to prevent silent failures. Advanced threat detection, investigation, and response capabilities, such as incident data search and investigation, alert triage, suspicious activity validation, threat hunting, and malicious activity detection and containment, should be sought by businesses.

3. Managed Threat Hunting

Automation alone will not be able to detect all threats. To detect today’s complex threats, security professionals’ skill is required.

Managed threat hunting is carried out by elite teams that learn from previous instances, compile crowdsourced data, and advise on how to effectively respond when hostile behaviour is spotted.

4. Threat Intelligence Integration

Businesses must understand dangers as they evolve in order to remain ahead of attackers. Advanced persistent threats (APTs) and sophisticated adversaries can move rapidly and quietly, so security teams must have up-to-date and accurate intelligence to ensure that defences are automatically and properly configured.

A threat intelligence integration system should include automation so that all incidents may be investigated and knowledge gained in minutes rather than hours. To allow proactive security against future attacks, it should create custom indicators of compromise (IoCs) directly from endpoints. Techbee IT and Designs LLC is one of the best and top CrowdStrike Endpoint Security Partner in Dubai. There should also be a human element, consisting of skilled security researchers, threat analysts, cultural specialists, and linguists who can decipher developing risks in various circumstances.

The Importance of Cloud-Based Architecture

1. Single, lightweight agent

Although endpoint security is complex, the solution should not be. The optimum method is to use a single lightweight agent that can be installed and scaled fast with little impact on endpoint performance.

2. Machine Learning

Machine learning should be included in the solution so that new attacks can be recorded and learned from. This capability allows for enormous and real-time crowdsourcing of intelligence concerning attack strategies.

3. Enhanced Manageability

In a variety of ways, cloud-based endpoint security saves management overhead. The update procedure for a traditional solution, for example, is dependent on the vendor’s schedule, which can take up to a year.

Over the next year, attackers will continue to improve their approaches, thus the upgrade will be outdated by the time it is applied on client systems. Cloud-based platforms are regularly updated and their algorithms are modified. The current version is always the most recent.

4. Protection On or Off Network

Assets are not usually connected directly to the corporate network due to remote workers, virtualization, and the cloud. That’s why it’s more critical than ever for a comprehensive endpoint solution to be able to detect threats even when the device is disconnected from the network or turned off. Your defence will be littered with blind spots and countless possibilities for enemies to fly under the radar if you don’t have full visibility across on- and off-network devices.

Without the need for resource-intensive network or host scans, CrowdStrike’s cloud-based architecture provides continual insight into endpoint vulnerabilities. The lightweight Falcon sensor provides data processing and decision making on the endpoint, whether on- or off-network, on- or off-premises, or in the cloud. The agent can protect against known and malware, zero-day exploits, and hash blocking using machine learning on the local host.

5. Keep Tabs on Adversaries

Today’s attackers are well-funded and professional in their approach. They purchase typical endpoint security solutions and test them in simulated situations to see how they can get around their protections.

They can’t do the same with a cloud-based solution because, even if the attackers obtain and install the solution’s endpoint sensors, the solution provider will be able to see their attempts to damage the system. Instead of the attackers figuring out how to use the solution, the defenders are learning how to think like the attackers.

CrowdStrike’s Advanced Endpoint Protection

Detection, prevention, and response must be quick and ongoing. This necessitates complete visibility across all endpoints, as well as the capacity to detect and prevent complex assaults in real time, as well as the ability to prevent persistent attackers from compromising their environments and stealing data.

CrowdStrike takes a fresh look at endpoint security. Unlike traditional security or network security solutions, CrowdStrike’s endpoint security solution unifies the technologies needed to successfully stop breaches, such as true next-generation antivirus and endpoint detection and response (EDR), managed threat hunting, and threat intelligence automation, all delivered through a single lightweight agent. The following modules are included in Falcon Enterprise:

CrowdStrike’s NGAV solution, Falcon Prevent has a 100 percent detection rate for both known and undiscovered malware samples, with a zero percent false positive rate. According to Gartner, Forrester, and other industry analysts, Falcon Prevent is the first “NGAV Approved” endpoint solution in the industry.

Falcon Insight EDR gathers and inspects event data in real time in order to prevent and identify endpoint assaults. Falcon Insight, which is based on CrowdStrike’s cloud-native architecture, records all activities of interest for further analysis, both live and after the fact, so security teams can quickly investigate and respond to incidents that elude normal preventative methods.

The CrowdStrike Falcon Overwatch The team takes detection above and beyond automation. Falcon Overwatch discovers and blocks over 30,000 breach attempts every year with one of the most experienced teams in the business and CrowdStrike Threat GraphTM, a database that processes over 6 trillion events per week. When a threat is detected, the Overwatch team can respond in a matter of seconds.

CrowdStrike’s Falcon X platformBy combining threat intelligence and endpoint protection, it is possible to achieve predictive security. Falcon X, which is suitable for enterprises of any size, has the capacity to assess any threats that reach an organization’s endpoints in real time. With Falcon X, businesses can finally get ahead of adversary behaviour and stay ahead of it.

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