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  • Top Benefits for Organizations & Seqrite EDR


    In today’s hyper-connected world, cyberattacks are no longer just a technical issue, they are a serious business risk. From ransomware shutting down operations to data breaches costing millions, the threat landscape is constantly evolving. According to IBM’s 2024 Cost of a Data Breach Report, the global average cost of a data breach has reached 4.45 million dollars, marking a 15 percent increase over the past three years. As a result, more organizations are turning to EDR cybersecurity solutions.

    EDR offers real-time monitoring, threat detection, and rapid incident response to protect endpoints like desktops, and laptops from malicious activity. These capabilities are critical for minimizing the impact of attacks and maintaining operational resilience. Below are the top benefits of implementing EDR cybersecurity in your organization.

    Top EDR Cybersecurity Benefits 

    1. Improved Visibility and Threat Awareness

    In a modern enterprise, visibility across all endpoints is crucial. EDR offers a comprehensive lens into every device, user activity, and system process within your network.

    • Continuous Endpoint Monitoring

      EDR agents installed on endpoints continuously collect data related to file access, process execution, login attempts, and more. This enables 24/7 monitoring of activity across desktops, and mobile devices regardless of location.

    • Behavioral Analytics

    EDR solutions use machine learning to understand normal behavior across systems and users. When anomalies occur—like unusual login patterns or unexpected file transfers—they are flagged for investigation.

    2. Faster Threat Response and Containment

    In cybersecurity, response speed is critical. Delayed action can lead to data loss, system compromise, and reputational damage.

    • Real-Time Containment

      EDR solutions enable security teams to isolate infected endpoints instantly, preventing malware from spreading laterally through the network. Even if the endpoint is rebooted or disconnected, containment policies remain active.

    • Automated Response Workflows

      EDR systems support predefined rules for automatic responses such as:

      • Killing malicious processes
      • Quarantining suspicious files
      • Blocking communication with known malicious IPs
      • Disconnecting compromised endpoints from the network

    • Protection for Offline Devices

      Remote endpoints or those operating without an internet connection remain protected. Security policies continue to function, ensuring consistent enforcement even in disconnected environments.

    According to IDC’s 2024 report on endpoint security, companies with automated EDR solutions reduced their average incident containment time by 60 percent.

     

    3. Regulatory Compliance and Reporting

    Compliance is no longer optional—especially for organizations in healthcare, finance, government, and other regulated sectors. EDR tools help meet these requirements.

    • Support for Compliance Standards

      EDR solutions help organizations meet GDPR, HIPAA, PCI-DSS, and the Indian DPDP Act by:

      • Enforcing data encryption
      • Applying strict access controls
      • Maintaining audit logs of all system and user activities
      • Enabling rapid response and documentation of security incidents

    • Simplified Audit Readiness

      Automated report generation and log retention ensure that organizations can quickly present compliance evidence during audits.

    • Proactive Compliance Monitoring

      EDR platforms identify areas of non-compliance and provide recommendations to fix them before regulatory issues arise.

    HIPAA, for instance, requires logs to be retained for at least six years. EDR solutions ensure this requirement is met with minimal manual intervention.

    4. Cost Efficiency and Operational Gains

    Strong cybersecurity is not just about prevention it is also about operational and financial efficiency. EDR helps reduce the total cost of ownership of security infrastructure.

    • Lower Incident Management Costs

      According to Deloitte India’s Cybersecurity Report 2024, companies using EDR reported an average financial loss of 42 million rupees per attack. In contrast, companies without EDR reported average losses of 253 million rupees.

    • Reduced Business Disruption

      EDR solutions enable security teams to isolate only affected endpoints rather than taking entire systems offline. This minimizes downtime and maintains business continuity.

    • More Efficient Security Teams

      Security analysts often spend hours manually investigating each alert. EDR platforms automate much of this work by providing instant analysis, root cause identification, and guided response steps. This frees up time for more strategic tasks like threat hunting and policy improvement.

    The Ponemon Institute’s 2024 report notes that organizations using EDR reduced average investigation time per incident by 30 percent.

    5. Protection Against Advanced and Evolving Threats

    Cyberthreats are evolving rapidly, and many now bypass traditional defenses. EDR solutions are built to detect and respond to these sophisticated attacks.

    • Detection of Unknown Threats

      Unlike traditional antivirus software, EDR uses heuristic and behavioral analysis to identify zero-day attacks and malware that do not yet have known signatures.

    • Defense Against Advanced Persistent Threats (APTs)

      EDR systems correlate seemingly minor events such as login anomalies, privilege escalations, and file modifications—into a single threat narrative that identifies stealthy attacks.

    • Integration with Threat Intelligence

      EDR platforms often incorporate global and local threat feeds, helping organizations respond to emerging threats faster and more effectively.

    Verizon’s 2024 Data Breach Investigations Report found that 70 percent of successful breaches involved endpoints, highlighting the need for more advanced protection mechanisms like EDR.

    Why Choose Seqrite EDR

    Seqrite EDR cybersecurity is designed to meet the needs of today’s complex and fast-paced enterprise environments. It provides centralized control, powerful analytics, and advanced response automation all in a user-friendly package.

    Highlights of Seqrite EDR Cybersecurity:

    • Powered by GoDeep.AI for deep behavioral analysis
    • Unified dashboard for complete endpoint visibility
    • Seamless integration with existing IT infrastructure
    • Resilient protection for remote and offline devices
    • Scalability for growing enterprise needs

    Seqrite EDR is especially well-suited for industries such as finance, healthcare, manufacturing, and government, where both threat risk and compliance pressure are high.

    Conclusion

    EDR cybersecurity solutions have become a strategic necessity for organizations of all sizes. They offer comprehensive protection by detecting, analyzing, and responding to threats across all endpoints in real time. More importantly, they help reduce incident costs, improve compliance, and empower security teams with automation and insight.

    Seqrite Endpoint Detection and Response provides a powerful, cost-effective way to future-proof your organization’s cybersecurity. By adopting Seqrite EDR, you can strengthen your cyber defenses, reduce operational risk, and ensure compliance with evolving regulations.

    To learn more, visit www.seqrite.com and explore how Seqrite EDR can support your business in the age of intelligent cyber threats.

     



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  • Espionage Campaigns Uncovered by Seqrite Labs

    Espionage Campaigns Uncovered by Seqrite Labs


    Seqrite Labs APT-Team has identified and tracked UNG0002 also known as Unknown Group 0002, a bunch of espionage-oriented operations which has been grouped under the same cluster conducting campaigns across multiple Asian jurisdictions including China, Hong Kong, and Pakistan. This threat entity demonstrates a strong preference for using shortcut files (LNK), VBScript, and post-exploitation tools such as Cobalt Strike and Metasploit, while consistently deploying CV-themed decoy documents to lure victims.

    The cluster’s operations span two major campaigns: Operation Cobalt Whisper (May 2024 – September 2024) and Operation AmberMist (January 2025 – May 2025). During Operation Cobalt Whisper, 20 infection chains were observed targeting defense, electrotechnical engineering, and civil aviation sectors. The more recent Operation AmberMist campaign has evolved to target gaming, software development, and academic institutions with improved lightweight implants including Shadow RAT, Blister DLL Implant, and INET RAT.

    In the recent operation AmberMist, the threat entity has also abused the ClickFix Technique – a social engineering method that tricks victims into executing malicious PowerShell scripts through fake CAPTCHA verification pages. Additionally, UNG0002 leverages DLL sideloading techniques, particularly abusing legitimate Windows applications like Rasphone and Node-Webkit binaries to execute malicious payloads.

    • Multi-Stage Attacks: UNG0002 employs sophisticated infection chains using malicious LNK files, VBScript, batch scripts, and PowerShell to deploy custom RAT implants including Shadow RAT, INET RAT, and Blister DLL.
    • ClickFix Social Engineering: The group utilizes fake CAPTCHA verification pages to trick victims into executing malicious PowerShell scripts, notably spoofing Pakistan’s Ministry of Maritime Affairs website.
    • Abusing DLL Sideloading: In the recent campaign, consistent abuse of legitimate Windows applications (Rasphone, Node-Webkit) for DLL sideloading to execute malicious payloads while evading detection.
    • CV-Themed Decoy Documents: Use of realistic resume documents targeting specific industries, including fake profiles of game UI designers and computer science students from prestigious institutions.
    • Persistent Infrastructure: Maintained command and control infrastructure with consistent naming patterns and operational security across multiple campaigns spanning over a year.

    • Targeted Industry Focus: Systematic targeting of defense, electrotechnical engineering, energy, civil aviation, academia, medical institutions, cybersecurity researchers, gaming, and software development sectors.
    • Attribution Challenges: UNG0002 represents an evolving threat cluster that demonstrates high adaptability by mimicking techniques from other threat actor playbooks to complicate attribution efforts, with Seqrite Labs assessing with high confidence that the group originates from South-East Asia and focuses on espionage activities. As more intelligence becomes available, associated campaigns may be expanded or refined in the future.

    UNG0002 represents a sophisticated and persistent threat entity from South Asia that has maintained consistent operations targeting multiple Asian jurisdictions since at least May 2024. The group demonstrates high adaptability and technical proficiency, continuously evolving their toolset while maintaining consistent tactics, techniques, and procedures.

    The threat actor’s focus on specific geographic regions (China, Hong Kong, Pakistan) and targeted industries suggests a strategic approach to intelligence gathering AKA classic espionage related activities. Their use of legitimate-looking decoy documents, social engineering techniques, and pseudo-advanced evasion methods indicates a well-resourced and experienced operation.

    UNG0002 demonstrates consistent operational patterns across both Operation Cobalt Whisper and Operation AmberMist, maintaining similar infrastructure naming conventions, payload delivery mechanisms, and target selection criteria. The group’s evolution from using primarily Cobalt Strike and Metasploit frameworks to developing custom implants like Shadow RAT, INET RAT, and Blister DLL indicates their persistent nature.

    Notable technical artifacts include PDB paths revealing development environments such as C:\Users\The Freelancer\source\repos\JAN25\mustang\x64\Release\mustang.pdb for Shadow RAT and C:\Users\Shockwave\source\repos\memcom\x64\Release\memcom.pdb for INET RAT, indicating potential code names “Mustang” and “ShockWave” which indicate the mimicry of already-existing threat groups. An in-depth technical analysis of the complete infection chains and detailed campaign specifics can be found in our comprehensive whitepaper.

    Attributing threat activity to a specific group is always a complex task. It requires detailed analysis across several areas, including targeting patterns, tactics and techniques (TTPs), geographic focus, and any possible slip-ups in operational security. UNG0002 is an evolving cluster that Seqrite Labs is actively monitoring. As more intelligence becomes available, we may expand or refine the associated campaigns. Based on our current findings, we assess with high confidence that this group originates from South-East Asia and demonstrates a high level of adaptability — often mimicking techniques seen in other threat actor playbooks to complicate attribution focusing on espionage. We also, appreciate other researchers in the community, like malwarehunterteam for hunting these campaigns.

    • Non-PE [Script-Based Files, Shortcut, C2-Config, Encrypted Shellcode blobs]
    File Type Hash (SHA-256)
    LNK (Shortcut) 4ca4f673e4389a352854f5feb0793dac43519ade8049b5dd9356d0cbe0f06148
    55dc772d1b59c387b5f33428d5167437dc2d6e2423765f4080ee3b6a04947ae9
    4b410c47465359ef40d470c9286fb980e656698c4ee4d969c86c84fbd012af0d
    SCT (Scriptlet) c49e9b556d271a853449ec915e4a929f5fa7ae04da4dc714c220ed0d703a36f7
    VBS (VBScript) ad97b1c79735b1b97c4c4432cacac2fce6316889eafb41a0d97f2b0e565ee850
    c722651d72c47e224007c2111e0489a028521ccdf5331c92e6cd9cfe07076918
    2140adec9cde046b35634e93b83da4cc9a8aa0a71c21e32ba1dce2742314e8dc
    Batch Script (.bat) a31d742d7e36fefed01971d8cba827c71e69d59167e080d2f551210c85fddaa5
    PowerShell (.ps1) a31d742d7e36fefed01971d8cba827c71e69d59167e080d2f551210c85fddaa5
    TXT – C2 Config 2df309018ab935c47306b06ebf5700dcf790fff7cebabfb99274fe867042ecf0

    b7f1d82fb80e02b9ebe955e8f061f31dc60f7513d1f9ad0a831407c1ba0df87e
    Shellcode (.dat) 2c700126b22ea8b22b8b05c2da05de79df4ab7db9f88267316530fa662b4db2c
    Hash (SHA-256) Malware Type Notes
    c3ccfe415c3d3b89bde029669f42b7f04df72ad2da4bd15d82495b58ebde46d6 Blister DLL Implant Used in Operation AmberMist, DLL sideloaded via Node-Webkit
    4c79934beb1ea19f17e39fd1946158d3dd7d075aa29d8cd259834f8cd7e04ef8 Blister DLL Implant Same family as above, possible variant
    2bdd086a5fce1f32ea41be86febfb4be7782c997cfcb028d2f58fee5dd4b0f8a INET RAT Shadow RAT rewrite with anti-analysis and C2 flexibility
    90c9e0ee1d74b596a0acf1e04b41c2c5f15d16b2acd39d3dc8f90b071888ac99 Shadow RAT Deployed via Rasphone with decoy and config loader
    Tactic Technique Technique ID Observed Behavior / Example
    Reconnaissance Spearphishing for Information T1598.002 Use of job-themed resumes (e.g., Zhang Wanwan & Li Mingyue CVs) to target specific sectors.
    Resource Development Develop Capabilities T1587 Custom implants: INET RAT (rewrite of Shadow RAT), use of Blister DLL loader.
    Acquire Infrastructure T1583.001, T1583.006 Use of spoofed domains (e.g., moma[.]islamabadpk[.]site); ASN usage.
    Initial Access Spear Phishing Attachment T1566.001 Use of malicious ZIPs with LNKs and VBS (e.g., 张婉婉简历.zip, 李明月_CV.pdf.lnk).
    Drive-by Compromise (ClickFix technique) T1189 Malicious site tricks user into pasting PowerShell copied to clipboard.
    Execution Command and Scripting Interpreter (PowerShell, VBScript, Batch) T1059 Multi-stage execution via VBS ➝ BAT ➝ PowerShell.
    Signed Binary Proxy Execution (wscript, rasphone, regsvr32) T1218 Use of LOLBINs like wscript.exe, regsvr32.exe, rasphone.exe for execution and sideloading.
    Scripting (Scriptlets – .sct files) T1059.005 Use of run.sct via regsvr32 for further payload execution.
    Persistence Scheduled Task/Job T1053.005 Tasks like SysUpdater, UtilityUpdater scheduled for recurring execution.
    Privilege Escalation DLL Search Order Hijacking T1574.001 DLL sideloading via rasphone.exe, node-webkit for Shadow RAT, Blister loader.
    Defense Evasion Obfuscated Files or Information T1027 Scripts with obfuscation, hex-encoded C2 configs, junk code in SCTs.
    Deobfuscate/Decode Files or Information T1140 INET RAT decrypting C2 configuration from list.txt.
    Software Packing (Shellcode loader) T1027.002 Blister decrypts and injects shellcode from update.dat using AES.
    Indirect Command Execution T1202 Executing SCT through regsvr32, using P/Invoke to load DLLs.
    Credential Access Input Capture (potential within Shadow/INET RAT) T1056 RAT capabilities imply possible credential theft.
    Discovery System Information Discovery T1082 INET RAT collects computer/user names upon execution.
    Command & Control Application Layer Protocol: Web Protocols T1071.001 Shadow/INET RATs communicate over HTTP(S).
    Ingress Tool Transfer T1105 Payloads and decoys downloaded from external servers.
    Collection Data from Local System T1005 Likely via RATs for file collection or clipboard access.
    Exfiltration Exfiltration Over C2 Channel T1041 Shadow/INET RAT reverse shell features suggest data tunneling over same HTTP channel.

     

    Authors

    Sathwik Ram Prakki

    Subhajeet Singha

     



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  • Top 10 Cloud Security Challenges in 2025 And How to Solve Them with Seqrite

    Top 10 Cloud Security Challenges in 2025 And How to Solve Them with Seqrite


    In today’s world, organizations are rapidly embracing cloud security to safeguard their data and operations. However, as cloud adoption grows, so do the risks. In this post, we highlight the top cloud security challenges and show how Seqrite can help you tackle them with ease.

    1.    Misconfigurations

    One of the simplest yet most dangerous mistakes is misconfiguring cloud workloads think storage buckets left public, weak IAM settings, or missing encryption. Cybercriminals actively scan for these mistakes. A small misconfiguration can lead to significant data leakage or worst-case, ransomware deployment. Seqrite Endpoint Protection Cloud ensure your cloud environment adheres to best-practice security settings before threats even strike.

    2.    Shared Responsibility Confusion

    The cloud model operates on shared responsibility: providers secure infrastructure, you manage your data and configurations. Too many teams skip this second part. Inadequate control over access, authentication, and setup drives serious risks. With Seqrite’s unified dashboard for access control, IAM, and policy enforcement, you stay firmly in control without getting overwhelmed.

    3.    Expanded Attack Surface

    More cloud services, more code, more APIs, more opportunities for attacks. Whether it’s serverless functions or public API endpoints, the number of access points grows quickly. Seqrite tackles this with integrated API scanning, vulnerability assessment, and real-time threat detection. Every service, even ephemeral ones is continuously monitored.

    4.    Unauthorized Access & Account Hijacking

    Attackers often gain entry via stolen credentials, especially in shared or multi-cloud environments. Once inside, they move laterally and hijack more resources. Seqrite’s multi-factor authentication, adaptive risk scoring, and real-time anomaly detection lock out illicit access and alert you instantly.

    5.    Insufficient Data Encryption

    Unencrypted data whether at rest or in transit is a gold mine for attackers. Industries with sensitive or regulated information, like healthcare or finance, simply can’t afford this. Seqrite ensures enterprise-grade encryption everywhere you store or transmit data and handles key management so that it’s secure and hassle-free.

    6.    Poor Visibility and Monitoring

    Without centralized visibility, security teams rely on manual cloud consoles and piecemeal logs. That slows response and leaves gaps. Seqrite solves this with a unified monitoring layer that aggregates logs and events across all your cloud environments. You get complete oversight and lightning-fast detection.

    7.     Regulatory Compliance Pressures

    Compliance with GDPR, HIPAA, PCI-DSS, DPDPA and other regulations is mandatory—but complex in multi-cloud environments. Seqrite Data Privacy simplifies compliance with continuous audits, policy enforcement, and detailed reports, helping you reduce audit stress and regulatory risk.

    8.    Staffing & Skills Gap

    Hiring cloud-native, security-savvy experts is tough. Many teams lack the expertise to monitor and secure dynamic cloud environments. Seqrite’s intuitive interface, automation, and policy templates remove much of the manual work, allowing lean IT teams to punch above their weight.

    9.    Multi-cloud Management Challenges

    Working across AWS, Azure, Google Cloud and maybe even private clouds? Each has its own models and configurations. This fragmentation creates blind spots and policy drift. Seqrite consolidates everything into one seamless dashboard, ensuring consistent cloud security policies across all environments.

    10.  Compliance in Hybrid & Multi-cloud Setups

    Hybrid cloud setups introduce additional risks, cross-environment data flows, networking complexities, and inconsistent controls. Seqrite supports consistent security policy application across on-premises, private clouds, and public clouds, no matter where a workload lives.

    Bring in Seqrite to secure your cloud journey, safe, compliant, and hassle-free.

     



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  • How Seqrite Endpoint Protection Blocks Bots, Scripts, and Malware


    In today’s hyper-connected digital world, the cybersecurity landscape is shifting dramatically. Gone are the days when cyberattacks primarily relied on human intervention. We’re now facing a new breed of silent, swift adversaries: non-human threats. These automated entities—bots, malicious scripts, and sophisticated malware—are designed to operate at machine speed, exploiting vulnerabilities, bypassing traditional defenses, and often remaining undetected until significant damage has occurred. So, how do you defend against something you can’t see, something that moves faster than human reaction? The answer lies in intelligent, automated endpoint security. Enter Seqrite Endpoint Protection (EPP), your robust shield against these invisible invaders. Available for both cloud-based and on-premise deployments, Seqrite EPP is engineered with cutting-edge technologies specifically designed to identify and neutralize these stealthy, non-human threats.

    Understanding the Enigma: What Exactly Are Non-Human Cyber Threats?

    When we talk about “non-human cyber threats,” we’re referring to automated programs and code snippets that launch attacks without requiring direct human interaction. These include:

    • Bots: Automated programs designed to perform repetitive tasks at scale. Think credential stuffing attacks where bots try thousands of username/password combinations, or Distributed Denial of Service (DDoS) attacks that flood a server with traffic.
    • Malicious Scripts: These are pieces of automated code, often hidden within legitimate-looking files or web pages, designed to exploit system weaknesses, exfiltrate sensitive data, or spread malware across your network.
    • Exploit Kits: These are sophisticated toolkits that automatically scan systems for unpatched vulnerabilities and then deploy exploits to gain unauthorized access or deliver payloads like ransomware.

    The key characteristic of these threats is their autonomy and speed. They operate under the radar, making traditional, reactive security measures largely ineffective. This is precisely why proactive, automated detection and prevention mechanisms are absolutely critical for modern businesses.

    Seqrite Endpoint Protection: Your Multi-Layered Defense Against Automation

    Seqrite’s EPP doesn’t just offer a single line of defense; it deploys a comprehensive, multi-layered security framework. This framework is specifically engineered to detect and block automation-driven threats using a powerful combination of intelligent rule-based systems, behavioral analysis, and advanced AI-powered capabilities.

    Let’s dive into the key features that make Seqrite EPP a formidable opponent against non-human threats:

    1. Advanced Device Control: Many non-human threats, especially scripts and certain types of malware, are delivered via external devices like USB drives. Seqrite’s Advanced Device Control enforces strict usage policies, allowing you to define what devices can connect to your endpoints and how they can be used. By controlling storage, network, and wireless interfaces, you effectively close off a major entry point for automated attacks.
    2. Application Control with Zero Trust: Imagine only allowing approved applications and scripts to run on your systems. That’s the power of Seqrite’s Application Control. By implementing a Zero Trust model, it blocks unknown or unapproved applications and scripts from executing. Through meticulous allowlisting and blocklisting, only trusted applications can operate, making it incredibly effective against stealthy automation tools that attempt to execute malicious code.
    3. Behavior-Based Detection (GoDeep.AI): This is where Seqrite truly shines. Leveraging cutting-edge AI and machine learning, GoDeep.AI continuously monitors endpoint activity to identify abnormal and suspicious behaviors that indicate a non-human threat. This includes detecting:
      • Repetitive access patterns: A hallmark of bots attempting to brute-force accounts or scan for vulnerabilities.
      • Scripted encryption behavior: Instantly flags the tell-tale signs of ransomware encrypting files.
      • Silent data exfiltration attempts: Catches automated processes trying to siphon off sensitive information. The system doesn’t just detect; it actively stops suspicious activity in its tracks before it can cause any harm.
    4. Intrusion Detection & Prevention System (IDS/IPS): Seqrite’s integrated IDS/IPS actively monitors network traffic for known exploit patterns and anomalous behavior. This robust system is crucial for blocking automation-based threats that attempt to infiltrate your network through known vulnerabilities or launch network-based attacks like port scanning.
    5. File Sandboxing: When a suspicious file or script enters your environment, Seqrite doesn’t let it run directly on your system. Instead, it’s whisked away to a secure, isolated virtual sandbox environment for deep analysis. Here, the file is allowed to execute and its behavior is meticulously observed. If it exhibits any malicious traits—like attempting to mimic user behavior, access restricted resources, or encrypt files—it’s immediately flagged and stopped, preventing any potential damage to your actual endpoints.
    6. Web Protection & Phishing Control: Many non-human threats, particularly bots and sophisticated malware, rely on communication with remote command-and-control (C2) servers. Seqrite’s Web Protection proactively blocks:
      • Access to known malicious domains.
      • Phishing sites designed to steal credentials.
      • Unauthorized web access that could lead to malware downloads.
      • Crucially, it cuts off botnet callbacks, effectively severing the communication lines between bots and their command centers, rendering them inert.

    Enhancing Your Defense: Essential Supporting Features

    Beyond its core capabilities, Seqrite Endpoint Protection is bolstered by a suite of supporting features that further strengthen your organization’s resilience against non-human threats and beyond:

    Feature Benefit
    Patch Management Automatically identifies and fixes software vulnerabilities that bots and scripts often exploit to gain entry. Proactive patching is key to prevention.
    Firewall Provides a critical layer of defense by filtering unauthorized network traffic and blocking communication with known botnet IP addresses.
    Data Loss Prevention (DLP) Prevents automated data theft by monitoring and controlling data in transit, ensuring sensitive information doesn’t leave your network without authorization.
    Centralized Log Management Offers a unified view of security events, allowing for rapid detection and auditing of unusual or suspicious behaviors across all endpoints.
    Disk Encryption Management Safeguards your data by encrypting entire disks, stopping automated decryption attempts even if data is stolen, and protecting against ransomware.

     

    The Future of Endpoint Security: Why Non-Human Threat Detection is Non-Negotiable

    As we move deeper into 2025 and beyond, cyber threats are becoming increasingly automated, sophisticated, and often, AI-driven. Relying on traditional, signature-based security solutions is no longer enough to match the speed, stealth, and evolving tactics of automation-based attacks.

    Seqrite Endpoint Protection is built for this future. It leverages intelligent automation to effectively combat automation—blocking bots, malicious scripts, advanced ransomware, and other non-human threats before they can execute and wreak havoc on your systems and data.

    Final Takeaway: Don’t Let Invisible Threats Compromise Your Business

    In a world where cyberattacks are increasingly executed by machines, your defense must be equally advanced. With its comprehensive suite of features—including cutting-edge device and application control, AI-driven behavioral detection (GoDeep.AI), robust network-level protection, and secure sandboxing—Seqrite Endpoint Protection ensures your endpoints remain locked down and secure.

    Whether your organization operates with a cloud-first strategy or relies on a traditional on-premise infrastructure, Seqrite provides the adaptable and powerful security solutions you need.

    Ready to Fortify Your Defenses?

    It’s time to upgrade your endpoint security and protect your organization from both human-initiated and the ever-growing wave of non-human cyber threats.

    Explore how Seqrite can secure your business today. Request a Free Trial or Schedule a Demo.

     



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