#edr xdr

[systech12]

Strengthening Your Business with Advanced Network and Security Solutions

In today’s digital age, businesses rely heavily on robust network and security solutions to protect their operations, data, and customer information. As cyber threats evolve, so must the strategies used to combat them. Implementing advanced network and security solutions is not just about safeguarding assets; it’s about ensuring the continuity and resilience of your business.

Why Network Security Matters

Network security is the first line of defense against cyber attacks. It involves various technologies and practices designed to prevent unauthorized access, misuse, or modification of your network and its resources. A strong network security system helps prevent data breaches, which can result in financial loss, legal consequences, and damage to your company’s reputation.

Key Components of Effective Network and Security Solutions

Firewalls: Firewalls are essential for controlling incoming and outgoing network traffic. They create a barrier between trusted internal networks and untrusted external networks, blocking harmful traffic while allowing legitimate communications.

Intrusion Detection and Prevention Systems (IDPS): These systems monitor network traffic for suspicious activity and can automatically take action to block potential threats. They are crucial for identifying and responding to threats in real time.

Virtual Private Networks (VPNs): VPNs provide secure remote access to your network, ensuring that data transmitted over the internet is encrypted and protected from interception.

Endpoint Security: Protecting individual devices that connect to your network is critical. Endpoint security solutions include antivirus software, encryption, and device management tools that secure endpoints from cyber threats.

Multi-Factor Authentication (MFA): MFA adds an extra layer of security by requiring multiple forms of verification before granting access to your network or systems. This reduces the risk of unauthorized access due to stolen passwords or credentials.

Regular Security Audits and Updates: Cybersecurity is not a set-and-forget solution. Regular audits, updates, and patch management are essential to stay ahead of emerging threats and vulnerabilities.

Benefits of Implementing Strong Network and Security Solutions

Enhanced Data Protection: With comprehensive network security, your business can protect sensitive data from breaches and leaks, maintaining the trust of customers and partners.

Regulatory Compliance: Many industries have strict regulations regarding data security. Implementing robust security solutions helps ensure compliance with these laws, avoiding costly fines and penalties.

Business Continuity: A security breach can disrupt business operations, leading to downtime and lost revenue. Strong security measures help ensure that your business can continue to operate smoothly, even in the face of cyber threats.

Reputation Management: A data breach can severely damage your business’s reputation. By prioritizing network and security solutions, you demonstrate a commitment to protecting your customers’ information, which can enhance your brand’s image.

Conclusion

Investing in advanced network and security solutions is essential for any business looking to protect its assets, maintain customer trust, and ensure long-term success. By understanding the key components and benefits of network security, businesses can develop a comprehensive strategy that addresses current threats while preparing for future challenges.

Original Source: Endpoint Protection Solutions

[megakotaro]

《企業端點完美防禦》26-偵測與回應的迷思

EDR指的是端點偵測和回應(Endpoint Detection and Response, EDR)，，是一種持續監控「端點」（桌上型電腦、筆記型電腦、手機、物聯網設備等）以緩解威脅的安全技術。 在《企業端點完美防禦》20-EDR小試牛刀：卡巴斯基端點偵測與回應優選版、與《企業端點完美防禦》22-綜觀全局：卡巴斯基反針對攻擊平台，我們看到了EDR的執行方法：收集端點資料、分析、加入偵測規則。雖然卡巴斯基把EDR分為優選版、和專家版，但差別在於優選版是針對端點可以偵測到的威脅進行調查，而專家版則是把端點上所有資料收集下來，經由機器學習分類為安全(綠色)、低危險性(灰色)、中危險性(黃色)、高危險性(紅色)，系統管理員可以對每個事件進行調查。 然而，我們已經在網路上看到太多吹噓自己EDR有多強、在MITRE…

[cyber-sec]

Evil XDR: Researcher Turns Palo Alto Software Into Perfect Malware

Source: https://www.darkreading.com/application-security/evil-xdr-researcher-turns-palo-alto-software-into-perfect-malware

More info: https://www.blackhat.com/asia-24/briefings/schedule/index.html#the-dark-side-of-edr-repurpose-edr-as-an-offensive-tool-37846

[basheeransari]

The Role of Managed IT Services in Cybersecurity & Cloud-Managed IT Services

Let’s be honest—cyber threats aren’t just the stuff of action movies. Your business isn't fighting off rogue hackers in hoodies from dimly lit basements (or maybe it is, who knows?). In reality, cyber threats are stealthier, smarter, and more relentless than ever.

Enter Managed IT Services—your digital bodyguards, working behind the scenes to keep your data safe. And when it comes to cloud-managed IT? It’s like giving your business a VIP pass to efficiency, scalability, and airtight security.

Let’s break it down—with the technical muscle to back it up.

1. The Role of Managed IT Services in Cybersecurity: Protecting Your Digital Assets

Cyber threats like ransomware, phishing, and insider attacks are relentless. Managed IT Services act as your 24/7 security command center, blending cutting-edge tools and frameworks to outsmart threats.

1.1 Advanced Security Operations Center (SOC): The Nerve Center

SIEM (Security Information and Event Management): Aggregates logs from firewalls, cloud apps, and endpoints to detect anomalies in real time. For example, SIEM tools like Splunk or LogRhythm correlate login attempts across systems to flag brute-force attacks.

SOAR (Security Orchestration, Automation, and Response): Automates threat containment, slashing response times. Imagine automatically isolating a compromised server before ransomware spreads.

XDR (Extended Detection and Response): Unified visibility across networks, endpoints, and cloud environments. XDR platforms like CrowdStrike Falcon uncover hidden threats in multi-cloud setups.

Threat Intelligence Feeds: Constantly updated feeds track new malware variants, vulnerabilities, and cybercrime tactics, allowing preemptive defense strategies.

1.2 Zero Trust Architecture (ZTA): No More Blind Trust

Micro-Segmentation: Limits lateral movement by isolating network segments. For instance, separating finance data from general employee access.

MFA & IAM: Multi-factor authentication and role-based access ensure only verified users get in. Tools like Okta enforce least-privilege access.

EDR (Endpoint Detection and Response): Monitors endpoints for behavioral anomalies, such as unusual file encryption patterns signaling ransomware.

Continuous Authentication: AI-driven authentication models assess user behavior dynamically, reducing risks of credential-based attacks.

1.3 AI-Driven Threat Detection: Outsmarting Attackers

UEBA (User and Entity Behavior Analytics): Uses machine learning to flag suspicious activity (e.g., Dave in accounting suddenly accessing sensitive files at 3 AM).

Predictive Analytics: Anticipates attack vectors using historical data. For example, identifying phishing campaigns targeting your industry.

Deep Learning-Based Malware Detection: Identifies previously unknown threats by analyzing patterns and behaviors rather than signatures.

1.4 Compliance Frameworks: Building a Regulatory Fortress

Managed IT Services align with frameworks like:

NIST Cybersecurity Framework (CSF): Risk-based strategies for identifying, protecting, and recovering from threats.

MITRE ATT&CK: Simulates real-world attacks to harden defenses. Red team exercises mimic APT groups like Lazarus.

CIS Controls: Automates audits for critical safeguards like data encryption and access controls.

ISO 27001 & GDPR Compliance: Ensures global security standards are met.

Case Study: A healthcare client reduced HIPAA violation risks by 80% through encrypted EHR systems and quarterly audits.

2. Cloud-Managed IT Services: Efficiency Meets Enterprise-Grade Security

Imagine an IT team that never sleeps, scales on demand, and cuts costs—all while securing your data. That’s cloud-managed IT.

2.1 Cloud Security Posture Management (CSPM)

Scans for misconfigured storage buckets (e.g., exposed AWS S3 instances). Tools like Palo Alto Prisma Cloud auto-remediate gaps.

Monitors IAM permissions to prevent overprivileged access. For example, revoking admin rights for temporary contractors.

Automated Compliance Audits: Ensures cloud environments align with regulatory policies.

2.2 Secure Access Service Edge (SASE)

Integrates Zero Trust with cloud-delivered security:

CASB (Cloud Access Security Broker): Secures SaaS apps like Office 365.

SWG (Secure Web Gateway): Blocks malicious URLs in real time.

FWaaS (Firewall as a Service): Replaces legacy hardware with scalable cloud firewalls.

ZTNA (Zero Trust Network Access): Prevents unauthorized access through software-defined perimeters.

2.3 Disaster Recovery as a Service (DRaaS)

Immutable Backups: Unalterable backups ensure data integrity. Veeam and Rubrik prevent ransomware from corrupting backups.

Multi-Region Failover: Keeps businesses running during outages. A retail client maintained uptime during an AWS outage by failing over to Azure.

Automated Recovery Testing: Regular tests ensure recovery strategies remain effective.

2.4 Cost Savings & Flexibility

Pay-as-you-go: Only pay for the cloud resources you use. Startups save 40% compared to on-premise setups.

Infrastructure as Code (IaC): Automates deployments using Terraform or AWS CloudFormation, reducing human error.

Statistic: Gartner predicts 60% of enterprises will use cloud-managed services by 2025 for cost and agility benefits.

Resource Optimization Strategies: AI-driven cloud cost optimization minimizes wasteful spending.

3. Incident Response and Disaster Recovery: When Seconds Matter

3.1 Automated Incident Response

Prebuilt Playbooks: For ransomware, isolate infected devices and trigger backups. For DDoS, reroute traffic via CDNs like Cloudflare.

Threat Containment: Automated network isolation of compromised assets. A financial firm contained a breach in 12 minutes vs. 4 hours manually.

AI-Based Incident Prediction: Uses past incidents to anticipate and mitigate future threats proactively.

3.2 Next-Gen Firewalls (NGFW)

Deep Packet Inspection (DPI): Uncovers hidden malware in encrypted traffic.

Behavioral Analytics: Detects zero-day exploits by analyzing traffic patterns.

Deception Technology: Uses decoy systems to detect attackers before they reach critical systems.

3.3 Digital Forensics and Threat Hunting

Malware Analysis: Reverse-engineers ransomware to identify kill switches.

Proactive Hunting: Combines AI alerts with human expertise. One MSP uncovered a dormant APT group during a routine hunt.

Blockchain-Based Security Logging: Ensures forensic logs remain immutable and tamper-proof.

4. Choosing the Right Managed IT Service Provider

4.1 Key Evaluation Criteria

Expertise in Frameworks: Look for NIST, ISO 27001, or CIS certifications.

24/7 Support: Ensure SOC teams operate in shifts for round-the-clock coverage.

Industry Experience: Healthcare providers need HIPAA experts; fintechs require PCI DSS mastery.

Customization Capabilities: Managed IT should be tailored to unique business needs.

4.2 In-House vs. Managed Services: A Cost Comparison

Mid-Sized Business Example:

In-House: $200k/year for salaries, tools, and training.

Managed Services: $90k/year with predictable pricing and no overhead.

5. Conclusion: Future-Proof Your Business

Cyber threats evolve, but so do Managed IT Services. With AI, Zero Trust, and cloud agility, businesses can stay ahead of attackers.

At Hardwin Software Solutions, we merge 24/7 SOC vigilance, compliance expertise, and scalable cloud solutions to shield your business.

📞 Contact us today—because cybercriminals don’t wait, and neither should you.

FAQs : 

1. How long does it take to onboard Managed IT Services, and when will we see results?

Onboarding: Typically 2–4 weeks, depending on infrastructure complexity. This includes risk assessments, tool integration (e.g., SIEM, XDR), and policy alignment.

Results: Proactive threat detection begins immediately, but full optimization (e.g., AI-driven threat modeling, Zero Trust implementation) takes 60–90 days.

2. Can Managed IT Services integrate with our legacy systems, or do we need a full infrastructure overhaul?

Yes! Managed IT providers use hybrid frameworks to secure legacy systems:

API-based integrations for outdated software.

Network segmentation to isolate legacy systems from modern attack surfaces.

Virtual patching to shield unpatched legacy apps from exploits.

3. How do you defend against AI-powered cyberattacks, like deepfake phishing or adaptive malware?

We counter AI-driven threats with:

Behavioral AI models: Detect anomalies in communication patterns (e.g., deepfake voice calls).

Adversarial Machine Learning: Trains defense systems to recognize AI-generated attack patterns.

Threat Hunting Teams: Human experts validate AI alerts to avoid false positives.

4. Do you offer industry-specific compliance solutions beyond HIPAA and GDPR (e.g., CMMC for defense contractors)?

Absolutely. We tailor compliance to your sector:

CMMC for defense contractors.

PCI DSS for payment processors.

FERPA for education.

Custom audits and controls to meet frameworks like NERC CIP (energy) or ISO 27701 (privacy).

5. How do you measure the ROI of Managed IT Services for stakeholders?

We quantify ROI through:

MTTD/MTTR Reductions: Track mean time to detect/respond to incidents (e.g., 30% faster threat neutralization).

Downtime Costs: Calculate savings from preventing outages (e.g., $10K/minute saved for e-commerce).

Compliance Penalty Avoidance: Estimate fines dodged via audit-ready systems.

Productivity Metrics: Reduced IT ticket volume (e.g., 50% fewer disruptions).

[alexanderkylesworld]

Extended Detection and Response for Advanced Threat Management

In an era where cyber threats are increasing in sophistication and frequency, organizations are in dire need of advanced strategies to protect their critical assets. Traditional security measures often struggle to keep pace with emerging threats, which is where Extended Detection and Response (XDR) comes into play. XDR provides a unified approach to threat detection and response, enhancing organizations' capabilities to manage and mitigate advanced threats. This article explores the components of XDR, its benefits, and how it can significantly improve an organization's security posture.

What is Extended Detection and Response (XDR)?

Extended Detection and Response (XDR) is an advanced security solution that aggregates and correlates data from multiple security products and information sources, including endpoints, networks, servers, and cloud environments. Unlike traditional approaches that operate in silos, XDR integrates detection, investigation, and response capabilities into a singular solution. This holistic approach enables security teams to gain XDR visibility and context about threats, streamlining incident response and minimizing dwell time.

Key Components of XDR

Several core components define an effective XDR solution:

Data Integration and Aggregation

XDR collects and consolidates data from diverse security sources—like Security Information and Event Management (SIEM) systems, Endpoint Detection and Response (EDR) tools, and network traffic analysis. This aggregation creates a centralized repository of security information that is crucial for threat detection and analysis.

Unified Detection and Analysis

By correlating data from various sources, XDR uses advanced analytics and machine learning algorithms to identify complex threats across the environment. This unified detection capability allows security teams to recognize patterns and anomalies that would be difficult to spot in isolated systems.

Enhanced Response Automation

XDR not only detects threats but also automates responses to incidents based on predefined playbooks. This feature allows security teams to take swift action against threats, reducing the time taken to contain and remediate incidents, and minimizing potential damage.

Threat Intelligence Integration

Incorporating threat intelligence into XDR enhances its ability to identify and contextualize threats. By leveraging information about known threats, vulnerabilities, and attack vectors, XDR can provide a more proactive defense against potential attacks.

Cross-Platform Analysis

XDR solutions extend beyond traditional boundaries, providing visibility across cloud environments, endpoints, and network infrastructures. This cross-platform analysis allows organizations to monitor for threats and respond effectively, regardless of where assets reside.

Benefits of Extended Detection and Response

Implementing XDR offers several key benefits for organizations seeking to improve their security posture:

Comprehensive Threat Visibility

XDR provides organizations with a holistic view of their security environment. By aggregating data across various platforms, security teams can monitor threats in real time and gain insights that may have previously gone undetected.

Improved Threat Detection

The advanced analytics and machine learning capabilities embedded in XDR enable quicker and more accurate threat detection. The system can recognize complex attack patterns and behaviors, enhancing the organization's ability to respond to advanced threats.

Faster Incident Response

By automating response actions based on predefined protocols, XDR significantly reduces the time it takes to respond to security incidents. This rapid response capability helps contain threats before they can escalate, minimizing potential damage.

Enhanced Operational Efficiency

XDR reduces the complexity involved in managing numerous security tools. By consolidating data and functions into a single platform, security teams can focus their efforts on strategic initiatives rather than juggling multiple systems.

Strengthened Security Posture

With its ability to provide continuous monitoring, integrated threat intelligence, and effective incident response, XDR strengthens an organization’s overall security posture. This comprehensive approach enables businesses to adapt to an evolving threat landscape proactively.

Implementing an XDR Solution

To successfully deploy an XDR solution, organizations should consider the following steps:

Assess Current Security Framework

Evaluate the organization's existing security infrastructure, including tools, processes, and capabilities. Identify gaps that an XDR solution could fill and determine specific objectives for implementation.

Select the Right XDR Vendor

Choose a reputable XDR solution that aligns with the organization’s needs. Consider factors such as integration capabilities, scalability, ease of management, and the vendor's track record of effective threat management.

Integration and Configuration

Integrate the XDR solution with existing security tools and systems. Configure the solution to align with the organization’s security policies and incident response protocols to maximize effectiveness.

Continuous Monitoring and Improvement

Post-implementation, continuously monitor the performance of the XDR solution and refine detection and response capabilities based on feedback and changing threat landscapes.

Conclusion

Extended Detection and Response is a vital approach for organizations aiming to enhance their threat management strategies in the face of increasingly complex cyber attacks. By integrating and analyzing data from diverse sources, XDR offers a comprehensive view of security threats, improved detection capabilities, and automated responses that bolster an organization’s security posture. As the cybersecurity landscape evolves, investing in an effective XDR solution will prove essential for organizations seeking to protect their assets and maintain operational resilience.

[cleverhottubmiracle]

[ad_1] Little in the modern IT world lends itself to manual or siloed management, and this is doubly true in the security realm. The scale of modern enterprise computing and modern application stack architecture requires security tools that can bring visibility into the security posture of modern IT components and integrate tightly to bring real-time threat detection, possibly even automating aspects of threat mitigation. This need has given rise to extended detection and response (XDR) tools. [ Download our editors’ PDF endpoint detection and response (EDR) enterprise buyer’s guide today! ] In this buyer’s guide What is XDR and what does it do? Benefits of extended detection and response (XDR) Trends in the XDR space What to look for in an XDR tool Leading XDR tools What to ask your team when deciding on an XDR Essential reading What is XDR and what does it do? XDR is a security tool that combines and builds on the strongest elements of security incident and event management (SIEM), endpoint detection and response (EDR), and even security orchestration and response (SOAR). In fact, some XDR platforms listed here are the fusion of existing tools the vendor has offered for some time. The primary value in XDR systems lies in their roots in SIEM, which gives the system copious amounts of event data from systems across the enterprise. This security data is further enhanced with the EDR components running on workstations and servers, even observing workloads running in cloud runtimes like serverless functions or containers. XDR systems typically take the data collected from your enterprise and compare it to telemetry from external data sources. When analyzed with machine learning tools, this vast array of data can lead to the proactive identification of threats or active attacks within the network. Benefits of extended detection and response (XDR) XDR’s ability to perform real-time analysis of event data provides a foundation to efficiently identify and prioritize threats as they happen. Taken a step further, XDR offers tooling to enable the system to take automated response actions (disabling a user, quarantining an endpoint, initiating a malware scan, or restarting a service). Enabling an XDR to take these actions for you can cut off attacks at the knees, preventing more extensive damage from taking place as an attack gains momentum and impacts more systems. In addition to early identification of attacks, XDR systems are helpful in threat hunting, root-cause analysis, and incident response. Events are automatically correlated with context such as user or system to track malicious activity as it navigates between systems, escalates privileges, or makes configuration changes. This level of visibility is available nearly instantaneously, without having to manually review and compile event logs or track configuration changes. These same insights can be leveraged to automate initial remediation steps: disabling accounts, marking email messages as SPAM, or even blacklisting IP addresses. Automation of this sort can help buy time to develop a response plan to fully remediate and re-secure your infrastructure. Trends in the XDR space It’s likely no surprise that the major trend with XDR systems revolves around AI and machine learning. Since the foundation of an XDR is large amount of text-based event data, AI is an easy way to enhance the technology. AI is most frequently used to add context through information gleaned from other business systems, open source or proprietary threat feeds, and current industry trends (such as emerging attack methods or even credential leaks). What to look for in an XDR tool Price will always be a key factor for enterprise security systems requiring scale, and XDR systems are no different. They are almost exclusively subscription-based, meaning you’ll have an annual or monthly cost to deal with. Like many security tools, this cost is a tradeoff as the financial risks of a data loss or simply the business impact of a compromise are monumental. The same is true of the manpower that would be required to acquire the same level of protection using existing systems and performing manual correlation of event data. One of the most important XDR features to focus on is integration with existing hardware, software, and cloud investments, which can impact the effectiveness of the chosen platform as well as the cost and level of effort involved with the initial implementation of the solution. The security team should have a good understanding of what makes up the core of the IT stack (cloud services, infrastructure, business apps, etc). If the XDR can’t gather intelligence from these components or can’t initiate corrective actions in those systems that impacts the value of the solution. The same is true if the XDR can interact with these systems but it requires copious customization or consultant-level interaction to achieve a functional minimum. The ability to manage policies and rules is also critical for your business to be able to tune the XDR’s capabilities to meet the business needs, enabling your IT security staff to respond to any threats or incidents more effectively. This functionality can take a variety of forms, from code-heavy rule sets to low-code workflows, or even actions implemented using third-party plugins available from a marketplace. Regardless of the implementation, the tools should be intuitive enough for your staff to manage internally unless you plan to outsource this role. Finally, ease of use and training (either vendor-or community-based) are important for quickly ramping up and sustaining your investment in an XDR platform. Leading XDR tools Below are 10 contending XDR tools that meet the general requirements to be considered for enterprise use. Bitdefender GravityZone XDR Bitdefender’s antimalware tools have long been a favorite of IT pros, so it’s no surprise that they have endpoint detection well in hand as part of its GravityZone XDR offering. In addition to endpoints, GravityZone monitors network devices, servers, and a wide range of cloud runtimes such as container-based apps, Microsoft 365, Azure, and AWS. GravityZone’s analytics start at the sensor with early context applied, with additional levels of data refinement and normalization applied at the cloud layer using BitDefender’s security analytics platform. GravityZone offers different ways to visualize incidents, including a timeline view and an incident advisor. Finally, GravityZone has a set of investigation and response tools that allow you to remediate specific endpoints, interact within a remote shell, or collect digital forensics. CrowdStrike Falcon Insight XDR CrowdStrike’s XDR offering, Falcon Insight XDR, touts itself as a focal point for securing your infrastructure by eliminating siloed security tools and enabling a cohesive view across security domains. Falcon Insight XDR collects event data from disparate, disconnected systems and aggregates, normalizes, and applies context to produce an enhanced dataset. This wealth of event data is then analyzed to discover threats or active attacks, leveraging machine learning to detect evolving techniques brought to bear by malicious users. Finally, Falcon Insight XDR enables security professionals to respond appropriately by initiating response actions either manually or through automated workflows to immediately shut down active attacks. CrowdStrike’s endpoint detection capabilities feed Falcon Insight XDR, giving the Ai-driven analytics platform a wealth of data from all corners of your IT stack. These analytics float prioritized threats to the top, enabling automated initial response or tasking your security and forensics teams. Cybereason XDR Cybereason chose to build its XDR on top of Google Chronicle, which is a Google Cloud-based SIEM and SOAR platform. There is a hefty upside to using Google as the foundation, and that is that Google does data, analytics, and correlation better than maybe any other entity in the world. Cybereason has built its EDR and cloud workload protection as first responders in their XDR, each of which provides early analysis of user and application activity, identifying key telemetry and passing it on to Google Chronicle. Cybereason’s MalOp Detection Engine takes threat data and correlates it into visualized timelines showing a full view of the attack path, enabling your security team to respond accordingly. Cybereason integrates with major platforms covering the breadth of the IT stack (endpoints, office automation, identity providers, and cloud infrastructure). These integrations allow for instant visibility into malicious activity and presenting these threats for immediate actionable response. Cynet XDR Cynet XDR platform connects with their CLM (centralized log management) solution, touching on all key elements of XDR. Cynet’s platform integrates with endpoints and network devices, as well as IAM solutions and cloud infrastructure. These integrations allow for playbook-based response, either through automated actions or your incident response team. Elastic Security for XDR Elastic is best known for its web and application content-delivery systems, but like Google, it is in the business of dealing with vast amounts of data and network traffic. Elastic Security for XDR enables you to leverage existing security tools or build out a full XDR platform using components and capabilities from Elastic’s product catalog. Elastic offers both SIEM and SOAR capabilities, as well as threat detection for both endpoints and cloud workloads, live threat intelligence, and a library of existing threats and mitigations in the form of Elastic Security Labs. Elastic’s analytics and AI capabilities are second to none, both in terms of performance and depth of analysis. The foundational data product gleaned from this process informs the rest of your security workflow, whether that results in automated remediation steps or your response team being notified. Microsoft Defender XDR Microsoft is one of only a handful of vendors that not only offers an XDR solution but also a full stack of services that XDR platforms tend to integrate with. An obvious benefit of using Microsoft Defender XDR is using solutions like Azure, Entra ID, and Microsoft 365, but beyond that most of the IT vendors in the world would be foolish not to leverage Microsoft’s customer base, which makes first-class integrations a given. Adding value to Microsoft Defender is the vast amount of event context available from the billions of workloads running on Microsoft’s infrastructure. The services under the Defender brand protect customer-facing resources (endpoints, apps, and email) and cloud services (databases, storage, server VMs, containers, and more), while Sentinel provides a robust SIEM foundation from which to view and act on contextualized alerts, hunt threats, and initiate investigations. Microsoft’s latest ace in the hole is Copilot. In briefest terms, Copilot functions as a UI for performing deep analysis, threat hunting, and incident response. Copilot empowers teams to raise the capability of every member of your incident response team. Palo Alto Networks Cortex XDR Palo Alto Networks Cortex XDR integrates with your network devices, endpoints, and cloud infrastructure to identify and shut down attacks. Cortex leverages behavioral analytics and machine learning to detect attacks, aggregating alerts in an efficient, organized way. Palo Alto Networks bills the Cortex XDR agent as a particular strength, leveraging malware detection, host-based firewall, disk encryption, and policy-based USB device management. The triage and investigation process is bolstered with automated root-cause analysis and attack sequence reporting. Incident reports and artifacts are also generated with a detailed breakdown of attack vectors, scope, and impact. Palo Alto Networks’s AI capabilities dive in at the threat detection step, identifying evolving attack methods that may not match an existing attack profile. Zero-day attacks are identified by comparing key activities to known malicious behavior across a global dataset. Incident response through forensic investigation, root-cause analysis, and remediation can be streamlined or even automated through playbooks and over a thousand integrations with third party products. SentinelOne Singularity XDR SentinelOne Singularity XDR bridges the gaps between cloud, endpoint, and identity to provide full, unified visibility across domains and technology stacks. Singularity’s cross-domain focus begins with data collection and analysis, building context regardless of the source of the event, and continues through remediation, allowing you to take the appropriate actions to resolve threats in a timely manner. Tight integration with a host of third-party tools and services is enabled through the Singularity marketplace, which surfaces curated connectors for AWS, IBM Security, Microsoft, Okta, ServiceNow, Splunk and many others. Singularity’s Storyline technology is leveraged throughout the process to build out a rich, actionable final product that guides you through the incident response phase. Trellix Helix Connect Trellix views XDR as the primary tool in keeping ahead of the emerging, evolving threat landscape. With AI-based attacks continually on the rise XDR and AI-based defenses are the obvious first step in protecting enterprise resources. Trellix Helix Connect facilitates more efficient analysis, quickly distilling event data down to critical detail and those events most likely to impact the business. Once critical events are identified Trellix quickly transitions into a prioritized response in the form of either automated steps or assigning next steps to an incident response team. Trend Micro Vision One Trend Micro has been in the IT software game for decades, and its XDR offering, Vision One, is one of the more widely respected XDR platforms on the market. Vision One checks all the boxes an XDR should, including the ability to ingest data from a variety of inputs and the ability to secure endpoints with EDR. Vision One also supports proactive identification of vulnerabilities both within the boundaries of your corporate network and any that are visible publicly. Vision One can seamlessly transition from detection and identification of threats into response via investigation and mitigation. Automated and enhanced remediation is implemented using customizable workflows and security playbooks. Vision One is also able to perform additional malware analysis in an isolated sandbox environment. What to ask your team when deciding on an XDR The most important thing each business needs to determine when shopping for an XDR is what vendors and systems your XDR is going to need to interact with. An XDR is of no value if it can’t identify risks in your existing systems and then act on them, making this the single most important decision point. The second critical thing to evaluate within your internal team is what is the appetite for building out and customizing the XDR to make it behave in a way that meets your business needs. If this appetite is low or you simply don’t have the skills internally you either need to select an XDR with simplified rule building, or you may need to plan on including some hours for consulting services in your budget. Essential reading What is SIEM? Security incident and event management explained SIEM buyer’s guide: Top 15 security information and event management tools — and how to choose How to pick the best endpoint detection and response (EDR) solution SOAR buyer’s guide: 11 security orchestration and response products and how to choose CISOs may be too reliant on EDR/XDR defenses 5 things security pros want from XDR platforms [ad_2] Source link

[stmonicait]

Backup Solutions

Backup Solutions 💾 Your Data, Our Priority – Advanced Backup Solutions!Don’t let data loss disrupt your business. With St. Monica for IT Services, you get:✅ Email backups for Microsoft 365 and Google Workspace✅ Device backups for computers, servers, and storage systems✅ Enhanced security with XDR and EDR features 📍 Data is stored securely in Australian data centres for fast recovery and…

[ericvanderburg]

Cyberbedrohungen erkennen und reagieren: Was NDR, EDR und XDR unterscheidet

http://securitytc.com/TGQDbx

[k12academics]

The Technology Management Group (TMG) was built by experts and propelled by service. Founded in 1989 by certified cybersecurity, enterprise IT governance, and data privacy solutions engineering expert Chris Moschovitis in New York City, our pioneering tech firm was built on one simple idea. That mid-market companies can neither afford nor keep the expertise necessary to leverage information technologies to maximize their value, optimize operations, and keep their business-critical data safe and sound--especially without breaking the bank or creating more problems.

From the beginning of our history, we've prioritized not only value creation but value protection. And we've been doing cybersecurity since before cybersecurity was a thing! From those first clunky websites to an interconnected planet, artificial intelligence, machine learning and big data--we've been there, done that through it all and we're still here today shaping the future together with you.

Our goal has always been to enable you to enable your business to be smart, be objective and pick the right tech to outpace your competition and deliver the greatest value for your dollar. And we're honored to be known in the business as the people that will go to the end of the world for the clients, clients that are still with us all these decades later.

[abdiyacaris]

Next-gen cybersecurity solutions and managed services

Next-gen cybersecurity solutions and managed services focus on advanced and proactive approaches to protecting digital assets, networks, and data. Here are some key areas where these modern cybersecurity solutions are evolving:

1. AI and Machine Learning (ML) Integration

Threat Detection and Response: AI and ML-driven systems can analyze network behavior and recognize patterns to identify anomalies in real-time, helping to prevent breaches before they occur.

Automated Incident Response: With AI, cybersecurity systems can automatically respond to potential threats, limiting the impact on the system.

Predictive Analysis: Machine learning models use historical data to predict and prevent emerging threats.

2. Zero Trust Architecture

Access Control: Zero Trust requires strict identity verification for every person and device, whether inside or outside the network, limiting potential damage from unauthorized access.

Microsegmentation: Networks are divided into segments with separate access controls, isolating threats if they breach the system perimeter.

3. Managed Detection and Response (MDR)

MDR services provide continuous monitoring and active threat hunting to detect, analyze, and mitigate threats in real-time.

Managed Security Services Providers (MSSPs) offer a cost-effective solution for businesses by handling complex cybersecurity requirements, allowing internal teams to focus on other areas.

4. Extended Detection and Response (XDR)

XDR solutions unify data across multiple security layers, like email, endpoints, servers, and networks, for enhanced visibility.

By integrating multiple data sources, XDR improves detection accuracy and provides deeper insights into threats, enhancing response capabilities.

5. Security Orchestration, Automation, and Response (SOAR)

SOAR platforms help manage security operations through automation, coordination, and analysis, making it easier to handle high volumes of security alerts.

With automated responses, SOAR reduces the time to react to incidents, improving overall security posture.

6. Cloud-Native Security Solutions

As businesses move to cloud environments, cloud-native security focuses on protecting data, workloads, and services hosted in the cloud.

Cloud Security Posture Management (CSPM) and Cloud Workload Protection Platforms (CWPP) are two tools for enhancing security within cloud infrastructures.

7. Identity and Access Management (IAM) with Multi-Factor Authentication (MFA)

IAM tools manage user permissions, enforce secure access controls, and prevent unauthorized access to critical resources.

MFA adds another layer of security by requiring multiple forms of verification, enhancing defenses against compromised credentials.

8. Endpoint Detection and Response (EDR) and Network Detection and Response (NDR)

EDR solutions monitor endpoint devices, identifying and mitigating malicious activities on each device.

NDR focuses on traffic moving through networks, helping detect unusual behaviors that might indicate threats.

9. Security Awareness Training and Phishing Simulation

Many managed services include employee training to mitigate social engineering risks.

Phishing simulations and ongoing education ensure employees recognize and avoid common threats.

These next-gen cybersecurity solutions and managed services are key to addressing increasingly sophisticated cyber threats, and they enable businesses to maintain robust defenses while optimizing resources and staying compliant with security standards.

[govindhtech]

Excellent Resources For Threat Detection And Mitigation

Crucial software programs that improve security by instantly recognizing and reducing any threats. Today’s digital world requires good cybersecurity. Threat detection and prevention tools are crucial for data and system security. This article provides a summary of some of the top tools for threat detection and prevention, emphasizing their main characteristics and advantages.

Falcon CrowdStrike

Prominent for its sophisticated threat detection capabilities, CrowdStrike Falcon is a cloud-native endpoint security technology.

Keeps an eye on and examines user activity to find irregularities and possible dangers.

Makes use of artificial intelligence to recognize and address complex threats.

Provide resources for real-time threat investigation and mitigation.

Advantages

Because of its cloud-based design, it is appropriate for companies of all sizes.

Provides a smooth deployment process and an intuitive user interface.

Security from Splunk Enterprise

For advanced threat detection and compliance, Splunk Enterprise Security offers a complete SIEM (Security Information and Event Management) solution.

Provide instantaneous insights on security occurrences and events.

Makes use of machine learning to identify and forecast possible security risks.

Provides thorough information and configurable dashboards for security investigation.

Advantages

Connects to a large number of other data sources and security tools.

Ability to manage substantial data quantities, making it appropriate for businesses.

Darktrace

Darktrace offers autonomous threat detection and response by using machine learning and artificial intelligence.

Establishes a baseline of typical behavior and detects deviations using machine learning.

Detects threats early on and produces few false positives.

Without human assistance, automatically reacts to and neutralizes threats.

Advantages

Constantly picks up new skills and adjusts to changing dangers.

Simple to implement, with little setup.

Palo Alto Networks Cortex XDR

Cortex XDR identifies and reacts to endpoint and network threats.

Using correlations between data from many sources, integrated threat intelligence finds sophisticated threats.

Automated Response: Prevents dangers by taking action automatically.

Complete insight: Offers complete insight into cloud and network infrastructures from end to end.

Advantages

Unified Platform: Consolidates many security features into a solitary platform.

Enhanced Detection: Increases the accuracy of detection by using threat information and sophisticated analytics.

MVISION insights from McAfee

The cloud-based McAfee MVISION Insights Threat Detection and prevention solution emphasizes proactive security.

Predictive analytics makes use of machine learning to foresee and avert possible dangers before they manifest.

Cloud-Native: Developed to integrate with cloud environments seamlessly.

Threat Intelligence: Improves detection capabilities by using worldwide threat intelligence.

Advantages

Preventing risks before they arise is the goal of the proactive approach.

Cloud Integration: Designed with cloud-based services and infrastructures in mind.

SentinelOne

SentinelOne provides an endpoint security platform powered by AI that includes integrated threat detection and response features.

Endpoint detection and response are provided by autonomous EDR, which requires less human involvement.

Threat information: Uses threat information to improve reaction and detection.

Forensic Analysis: Provides in-depth analysis to look into and comprehend dangers.

Advantages

Reduces the requirement for human involvement in threat response thanks to autonomous capabilities.

All-around Protection: Blocks ransomware and malware.

Helix of FireEye

An integrated platform for security operations, FireEye Helix combines threat detection, investigation, and response.

Unified Security Operations: unifies threat detection, analysis, and reaction into a single platform.

Advanced Analytics: Enhances detection using machine learning and threat intelligence

Automated reaction: To simplify security operations, reaction activities are automated.

Advantages

The holistic approach offers an all-encompassing perspective on security operations.

Integration: Connects to the infrastructure and security technologies that are already in place.

In summary

Having the proper tools is essential to fending off any cyber assaults. Platforms like Palo Alto Networks Cortex XDR and McAfee MVISION provide complete threat response across several levels, while solutions like Crowd Strike Falcon, Splunk, and Darktrace offer sophisticated threat detection capabilities backed by AI and machine learning. The best tool for your business will rely on its unique requirements, but all of these options guarantee better defenses against threats in real time, quicker reaction times, and secure systems.

Read more on Govindhtech.com

[smnet]

Bitdefender Gravity Zone Ultra Security

Sản phẩm  Bitdefender GravityZoneUltra Security   Đề xuất cho các công ty đang tìm kiếm một nền tảng bảo vệ điểm cuối EDR thế hệ tiếp theo, tích hợp để bảo vệ chính xác trước các mối đe dọa mạng tinh vi Tính năng   Tùy chọn quản lý Chỉ trên Cloud EDR  x Hạ Tầng   Mức độ ảo vệ điểm cuối Endpoint Security XDR Bảo vệ Datacenter (SVE)  x Bảo vệ thiết bị di động – MDM   Bảo vệ cho…

[trend-report]

EDR vs XDR vs MDR

EDR vs. XDR vs. MDR: Die Unterschiede der Sicherheitslösungen Bedrohungen durch Hacker werden immer raffinierter, umfangreicher und effizienter. Über die Hälfte deutscher Unternehmen fühlt sich durch Cyberangriffe in ihrer wirtschaftlichen Existenz bedroht – so eine Umfrage des Branchenverbands Bitkom. Zum Vergleich: 2021 waren es nur 9 Prozent. Unternehmen erkennen zunehmend die Gefahren, die Cyberangriffe auf ihren Geschäftsbetrieb haben können und reagieren mit Abwehrmaßnahmen. Auf der Suche nach effektiven Lösungen zur Erkennung von und zum Umgang mit Bedrohungen und Angriffen setzen Unternehmen auf Sicherheitslösungen wie Endpoint Detection and Response (EDR), Extended Detection and Response (XDR) sowie Managed Detection and Response (MDR). Da Anbieter von Sicherheitslösungen dazu neigen, sich immer stärker zu differenzieren, ist der Markt für EDR-, XDR- und MDR-Lösungen nicht frei von Hyperbeln und Fachausdrücken, die Verwirrung stiften können. Worin unterscheiden sich die Ansätze? Kudelski Security gibt einen kurzen Überblick über EDR, XDR und MDR. Was ist EDR? Endpoint Detection and Response (EDR) ist das grundlegende Überwachungs- und Bedrohungserkennungs-Tool für Endpunkte wie beispielsweise Mobilgeräte, Computer oder auch virtuelle Maschinen und intelligente Lautsprecher. Im Mittelpunkt jeder Cybersicherheits-Strategie steht das Zusammenspiel zwischen Menschen, Prozessen und Technologien. EDR ist für den „Technologie“-Teil ein beliebter Ausgangspunkt: Die Lösung sammelt Daten von Endpunkten, die auf Bedrohungen und Anomalien analysiert werden, und bietet Sicherheitsintegrationen mit anderen Lösungen. Darüber hinaus dient EDR als Ausfallsicherung, wenn Angreifer erfolgreich Firewalls, Zugangskontrollen, herkömmliche Antivirensoftware und andere Abwehrmechanismen überwunden haben. Zwar ist ein Nachteil von EDR-Lösungen, dass sie auf Endgeräte beschränkt sind und keinen Einblick in den Rest der IT-Infrastruktur bieten. Studien haben allerdings gezeigt, dass Endpunkte der Ausgangspunkt für etwa 90 Prozent der erfolgreichen Cyberangriffe und sogar 70 Prozent der erfolgreichen Datenschutzverletzungen sind. Auch wenn die Netzwerktransparenz begrenzt ist, ist EDR die ideale technologische Lösung für Unternehmen, die bei der Entwicklung ihrer Cybersicherheits-Strategie noch am Anfang stehen, oder für kleinere Unternehmen mit einer einfachen IT-Infrastruktur. Was ist XDR? Im Gegensatz zu EDR bieten Extended Detection and Response (XDR)-Lösungen einen umfassenden Einblick in das gesamte Unternehmensnetzwerk. Anstatt mehrere isolierte Überwachungssysteme für die verschiedenen Elemente des Netzwerks zu implementieren, ermöglicht XDR den Sicherheitsteams die Überwachung, Untersuchung und Reaktion auf Bedrohungen mit einer einzigen Softwarelösung. XDR-Lösungen sammeln Daten aus dem gesamten Netzwerk, korrelieren Daten, um automatisch Bedrohungen zu erkennen, und ordnen diese Bedrohungen nach ihrem Schweregrad ein – um entweder automatisierte Workflows auszulösen oder Sicherheitsteams mit den Informationen zu versorgen, die für die Einordnung und Lösung von Problemen erforderlich sind. EDR-Lösungen allein reichen nicht aus, um eine ausgereifte IT-Infrastruktur zu schützen, da sie wichtige Aspekte eines Netzwerks wie Mail-Programme, Cloud-Anwendungen und Server nicht überwachen. Während mehrere Lösungen für die Bedrohungsanalyse all dieser Elemente verwendet und durch Sicherheitsintegrationen miteinander verbunden werden können, nutzt XDR künstliche Intelligenz (KI) und maschinelles Lernen (ML), um eine ganzheitliche Abdeckung des Unternehmensnetzwerks zu liefern. Zu den weiteren Vorteilen zählen unter anderem eine größere Effizienz bei der Behebung und Priorisierung von Bedrohungen sowie Echtzeitüberwachung. Was ist MDR? Der deutschen Wirtschaft entstehen laut Bitkom jährlich 148 Milliarden Euro Schaden durch Cyberattacken – das sind 72 Prozent von den insgesamt 206 Milliarden Euro, die durch Datendiebstahl, Spionage und Sabotage entstehen. Da Angreifer digitale Angriffe von überall auf der Welt starten können, ist der Schutz von Unternehmen von entscheidender Bedeutung. Immer mehr Unternehmen setzen auf Managed Detection and Response (MDR): Der 2023 Gartner® Market Guide for MDR prognostiziert, dass bis 2025 60 Prozent der Unternehmen aktiv die Remote-Funktionen von MDR-Anbietern zur Abwehr und Eindämmung von Bedrohungen nutzen werden. MDR kombiniert EDR- und SIEM-Lösungen, die „as-a-Service“ angeboten werden. Das bedeutet, dass Unternehmen ihre Bemühungen zur Eindämmung, Beseitigung und Behebung von Bedrohungen durch externe Sicherheitsexperten verstärken können, die als Erweiterung ihrer eigenen Sicherheitsteams fungieren können. Mittlerweile bieten einige Cybersicherheits-Spezialisten das sogenannte „MDR der nächsten Generation“ an, welches um XDR-Funktionen erweitert wurde. Insbesondere kleine und mittelgroße Unternehmen (KMU) stehen mit Blick auf die Cyberabwehr vor großen Herausforderungen: Kein internes IT-Team, fehlende Expertise oder Zeit sind häufige Hindernisse bei der Umsetzung der Cybersicherheits-Strategie sowie den täglichen IT-Verwaltungsaktivitäten. Große Unternehmen haben zwar die Ressourcen, um ein großes internes Team aufzubauen, aber sie haben auch wesentlich größere und komplexere Netzwerke. MDR-Services entlasten Sicherheitsteams von der komplexen Verwaltung von Sicherheitstechnologien, sodass sie sich auf geschäftsfördernde Aufgaben konzentrieren können: die Optimierung des Betriebs sowie die Betreuung der eigenen Kunden. Fazit Cyberkriminelle entwickeln immer raffiniertere Angriffe, um in Unternehmensnetzwerke einzudringen. Fehlende Ressourcen, mangelndes Fachwissen und komplexe Netzwerkstrukturen stellen Unternehmen vor Herausforderungen. Durch den Einsatz von EDR-, XDR- oder MDR-Lösungen können sie ihre Cybersicherheit stärken und Sicherheitsteams entlasten. Bei der Wahl der passenden Strategie müssen unter anderem die Unternehmensgröße, individuelle Bedürfnisse sowie verfügbare interne Ressourcen in Betracht gezogen werden. „Eine der häufigsten Anfragen, die ich von Kunden erhalte, ist die nach genauen, aussagekräftigen Informationen über ihre eigene Bedrohungslandschaft. Sie müssen eine immer größer werdende Angriffsfläche bewältigen, die durch die Cloud-Einführung und massive Nutzung von SaaS-Lösungen entsteht. Hier kommt die MDR der nächsten Generation zum Tragen: Wir sehen, dass die Geschwindigkeit und Genauigkeit der Bedrohungserkennung, die sie liefert, das Risiko für unsere Kunden verringert – und zu einer echten, messbaren Stärkung der Cybersicherheitsmaßnahmen geführt hat. Das ist eine gute Nachricht: Denn je stärker der Schutz ist, desto schwieriger ist es, in das System einzudringen – und umso weniger attraktiv ist das Unternehmen für Angreifer“, fasst Olivier Vareilhes, Senior Director DACH, Kudelski Security, zusammen.                         Read the full article

[impact-newswire]

#openxdr#threatdetection#detections#informationsecurity#ai#endpoint#ciso#cybersecurity#soc#networksecurity#edr#ndr#mssp#siem#cio#infosec#msp#cybercrime#openxdrsummit#xdr#machinelearning

@stellarcyberai

[itrnews]

EDR versus XDR : que choisir pour mon entreprise ? from ITRtv on Vimeo.