LogicApt supports clients across cybersecurity technologies involving authentication, identity verification, malware detection, vulnerability analysis, secure device configuration, DRM, access control, and hardware security. LogicApt’s work helps clients evaluate and position security inventions, threat-detection systems, and secure communication mechanisms.
LogicApt has executed patent research projects covering QR-code authentication, physical two-factor authentication, fiducial-marker authentication, machine-learning-based user authentication, malware detection using recurrent neural networks, binary vulnerability analysis, and secure digital asset systems.
LogicApt’s expertise includes
Multi-factor authentication and identity verification systems
This capability covers multi-factor authentication, mobile authentication, QR/fiducial marker authentication, biometric verification, behavioral authentication, and secure access-control systems.
Recent Engagements
Cryptographic QR Authentication
LogicApt analyzed authentication systems using QR codes and cryptographic verification. The engagement focused on token generation, scanning, validation, and secure user authentication.
Transparent Escalation to Physical Two-Factor Authentication
LogicApt reviewed systems that escalate authentication requirements based on risk or context. The analysis focused on user verification flow, second-factor triggering, and secure access control.
Computer User Authentication Using Machine Learning
LogicApt worked on ML-based authentication using behavioral or usage patterns. The engagement covered feature extraction, classification, identity verification, and anomaly detection.
Malware detection, vulnerability monitoring, and threat classification
This capability covers malware classification, vulnerability scanning, binary analysis, real-time security monitoring, anomaly detection, and anti-threat systems. It focuses on detecting malicious behavior, vulnerable code, or security-relevant system states.
Recent Engagements
Binary Vulnerability Determination
LogicApt analyzed systems for detecting vulnerabilities in binary software. The engagement focused on binary inspection, vulnerability identification, and security-risk classification.
Real-Time Vulnerability Monitoring
LogicApt reviewed systems that monitor software or network environments for security vulnerabilities. The analysis focused on continuous detection, alert generation, and risk assessment.
Malware Detection Using Recurrent Neural Networks
LogicApt worked on ML-based malware detection systems using sequential models. The engagement covered behavioral sequence analysis, malware classification, and neural-network inference.
Secure communication, device pairing, and access-control policies
This capability covers secure communication sessions, device pairing, policy enforcement, privacy-preserving data exchange, and access-control mechanisms. It includes technologies where security is enforced through communication protocols, credentials, tokens, or device states.
Recent Engagements
Secure Device Pairing and Access Control
LogicApt analyzed systems involving secure pairing between devices before permitting data exchange. The engagement focused on identity verification, authorization flow, and access-control communication.
Policy-Based Communication Control
LogicApt reviewed systems where communication permissions are controlled by policy rules. The analysis focused on rule application, authorization checks, and secure communication-state transitions.
Privacy-Preserving Device Communication
LogicApt worked on systems involving secure or anonymized device communication. The engagement covered address masking, privacy controls, and controlled data disclosure.
Delivering Value Across Cybersecurity Technologies
From cybersecurity companies and software vendors to connected-device manufacturers and digital-content platforms, LogicApt helps organizations evaluate and position security innovation and patent risk and competitive positioning. LogicApt’s technical analysis covers authentication flows, threat detection, access control, secure hardware, and protected communication systems.
