As a recognized national high-tech enterprise with more than 30 authorized patents, EFFORT is firmly committed to a development strategy centered on "Quality + Innovation."

EFFORT maintains heavy investment in research and development, focusing on next-generation technologies such as self-testing LED emergency power supplies, fully wireless emergency lighting systems, and advanced IoT-integrated platforms.

In 2025, EFFORT continued to prioritize talent cultivation by organizing multiple "Junior Engineer Defense"sessions along with various internal technical sharing and knowledge exchange activities.

During 2025–2026, EFFORT achieved remarkable export growth, particularly in Europe and other developed markets.

From 2023 to 2025, EFFORT was consecutively awarded the prestigious "Specialized, Refined, Differentiated, and Innovative" (SRDI) SME certificate by the Ningbo municipal authorities.

EFFORT participated in the Hong Kong International Lighting Fair in October 2024 and April 2026, where it prominently featured its state-of-the-art intelligent emergency lighting technologies.

In June 2024 and across subsequent editions, EFFORT actively participated in the Guangzhou International Lighting Exhibition, one of Asia's largest and most influential lighting industry events.

In March 2026, EFFORT made a strong impression at Light + Building Frankfurt, the world's premier trade fair for lighting and building technology.

EFFORT has recently obtained official DEKRA CTF1 laboratory recognition, marking a key milestone in its quality and certification capabilities.

In May 2026, EFFORT successfully secured a significant invention patent (No. CN121660837B) titled “Distributed Building Escape Path Correction Method” from the China National Intellectual Property Administration. This groundbreaking technology utilizes advanced distributed algorithms to dynamically detect and correct escape routes in real time within intelligent emergency evacuation systems. By addressing common issues such as path blockage, dynamic hazard changes, and inaccurate guidance during emergencies, the innovation substantially enhances evacuation efficiency and safety in high-rise buildings, airports, hospitals, and large public facilities. It represents a major leap forward in smart building safety solutions.