Overview

Next-Gen Antivirus is an advanced cybersecurity solution that employs predictive analytics and AI-assisted behavioral detection to detect, analyze, and prevent both known and unknown malware, as well as fileless attacks. This innovative approach ensures comprehensive breach protection, safeguarding your systems against evolving threats in real-time.

• Employs behavior analysis and machine learning algorithms for dynamic detection of both known and unknown malware, including sophisticated fileless attacks.
• Implements a real-time alerting system, utilizing intrusion detection mechanisms to promptly notify security teams upon malware detection, by notifying via email or mobile app.
• Conducting incident forensics with MITRE ATT&CK®, provides detailed insights into attack techniques, tactics, and procedures, enabling the development of precise incident response plans.
• Efficiently quarantine infected devices, minimizing lateral movement within the network.
• Implements a one-click rollback mechanism and restores endpoints to their pre-malware state.
• Business continuity ensured via continuous monitoring, independent of internet connectivity, eliminating security blind spots.

Threat detection

Threat detection capability ensures uninterrupted operations through continuous monitoring, independent of any constraints, thereby eliminating security blind spots. Operating in real-time, our AI- and ML-supported malware detection mechanism excels at detecting both known and unknown malware, as well as fileless attacks.

Multi-layered detection technology ensures maximum detection accuracy :

• Ransomware detection engine
• DeepAV engine (Deep learning based antivirus)
• Behavior detection engine

Ransomware detection engine

Ransomware typically remains hidden on an infected computer until it blocks access or encrypts files. Often, victims are unaware of the malware until they receive a ransom demand or all files are encrypted. Early ransomware detection identifies infections before significant damage occurs, empowering users to take prompt action and mitigate irreversible damage.

• Behavior : Ransomware exhibits a typical behavior by opening numerous files and substituting them with encrypted versions. Detection systems based on behavior analysis can monitor such unusual activities and promptly alert users to potential threats.
• Decoy : A set of decoy files is present on all managed endpoints. These files serve as bait, and in the event of any suspicious activity, such as encryption of the decoy files, an immediate alert is issued, indicating a potential ransomware attack. Decoy files are strategically placed in various folders across all managed endpoints. This proactive measure ensures that if the decoy files are encrypted, timely alerts are sent to the administrator for prompt response and mitigation.
• Patented Technology : That ensures less than one percent false positive alerts minimizing alert fatigue.

DeepAV engine (deep learning based malware detection)

Preventive detection capability achieved by a combination of deep learning based neural network and ML. The detection capability instantly identifies malware families, how the malware operates, and its motive.

This method establishes a static detection approach employing diverse techniques to comprehend the nature of a threat. It involves a thorough dissection of the file, ultimately qualifying its intent as either malicious or benign.

Behavior detection engine

Suspicious behavior detection all system processes for signs of active malware, such as suspicious to the registry or file copy actions. Behavior detection dynamically analyzes all programs running on the systems to detect and block malicious activity.

Incident forensics

Gain granular visibility and respond swiftly to cyber threats through comprehensive reports and analysis based on the MITRE ATT&CK® tactics, techniques, and procedures. Proficiently mapping attack paths, techniques, and the kill chain, next-gen antivirus facilitates precise incident response. Identifying indicators of compromise (IOCs) enhance cybersecurity readiness, which empowers organizations to analyze, respond to, and fortify their security posture against evolving cyber threats.

Threat mitigation

An infected endpoint can be restored to its pre-malware state in a single click, effectively neutralizing the threat, which is crucial in countering threat actors who attempt to encrypt or erase backups, rendering recovery impossible. Additionally, the network quarantine feature isolates infected devices and promptly kills the malware, aiding in stopping a breach and enhancing containment measures.