Rising Malware Protection System

A specialized protection platform for the power industry, featuring a hybrid C/S and B/S architecture that supports Windows, Linux, and domestic operating systems, serving a massive user base with tens of millions of endpoints. It enables cross-platform unified management, policy deployment, and cascading operations; leverages four core engines—AI, genetics, decision‑making, and cloud—for multi‑dimensional threat detection and removal, identifying both unknown threats and family‑based variants; automatically scans and blocks unauthorized USB device execution, while its software security sandbox detects external, unknown applications; and provides endpoint compliance checks and isolation measures to meet the stringent requirements of the power sector.

Rising USB Device Security Management System

Enterprise‑grade USB data‑transfer security solution, featuring an industrial‑class integrated hardware design that prevents data leakage and the spread of malware. It precisely identifies registered, authorized devices and blocks unauthorized access; incorporates a Rising engine for on‑access scanning of viruses, trojans, and other threats; supports user‑, device‑, and file‑level access control to mitigate data leaks; maintains comprehensive logs of device connections and file operations for multi‑criteria traceability and auditing; and enables multi‑mode access via WEB, FTP, SFTP, and UNC, balancing security with ease of use.

Rising Network Security Verification System

An integrated verification tool developed in accordance with the "Technical Specifications for On-site Network Security Inspection Tools of Power Monitoring Systems," featuring a four-dimensional design. It complies with the requirements of Document No. 27 of 2024 issued by the National Energy Administration and is tailored to the unique characteristics of power monitoring systems. Powered by the CEL‑Sec engine, it executes over 300 baseline checks within seconds and offers capabilities for detecting unauthorized external connections, identifying vulnerabilities, and recognizing malicious code. The tool supports seven major dimensions of manual verification, including touch‑based confirmation, mandatory photo documentation for traceability, and parallel workflows across multiple roles. It also provides both active and passive asset mapping, generates dynamic topology maps, and reports back to higher‑level platforms. Built to industrial‑grade standards, it is ruggedized to IP65, operates over a wide temperature range, meets Level II electromagnetic compatibility, and supports individual deployment and off‑grid operations.