News and Information_Infrared Thermal Imager – Night Vision Device – Security Equipment – Beijing Soske Technology Development Co., Ltd.

Monocular Multifunction Low-Light Night Vision System Solution (Ranging Type): An integrated device for nighttime observation, range measurement, and on-site evidence collection.

Industry News

Project Updates

Home

2026/05/27

The core value of the SSK‑WT monocular multi‑function low‑light night‑vision system solution (range‑finding variant) lies in integrating low‑illumination low‑light imaging, laser rangefinding, azimuth/elevation/roll attitude assistance, photo and video capture, wireless transmission, and data storage into a single portable device. It is not merely a night‑vision device for “viewing nighttime scenes”; rather, it is an all‑in‑one individual‑use observation platform designed for nighttime surveillance, target ranging, on‑site recording, and mission‑related evidence collection.

How do you choose long-range surveillance equipment for Hai Phong? Why should you consider thermal imaging, low-light performance, optical defogging, and PTZ stability?

2026/05/26

When selecting long-range surveillance equipment for coastal defense, don’t focus solely on resolution and price. The ideal solution for coastal defense, shoreline monitoring, island and reef protection, and port perimeter security must simultaneously offer infrared thermal imaging, low-light high-definition imaging, optical defogging, long‑range zoom, a stabilized pan‑tilt unit, intelligent alarm capabilities, and robust outdoor durability. The SSK/NW‑IRS8000 high‑definition night‑vision long‑range side‑mount PTZ camera is perfectly suited for coastal surveillance projects that require long‑range detection, all‑weather observation, and wide‑area patrol scanning.

Industry News

Application of High-Definition Night-Vision Long-Range Side-Mounted Pan-Tilt Units in Coastal Defense: An All-Weather Surveillance Solution for Coastlines, Islands, Reefs, and Port Perimeters

2026/05/26

SSK/NW-IRS8000: a high-definition, night‑vision, long‑range side‑mount pan‑tilt unit, ideally suited for all‑weather, long‑range surveillance applications such as coastal defense, shoreline monitoring, island and reef protection, and port perimeter security. It detects targets at night using infrared thermal imaging, captures fine details with its 4‑megapixel low‑light visible‑light camera and long‑zoom lens, enhances image quality in adverse weather conditions through optical defogging, and delivers wide‑area patrol and scanning via a high‑precision side‑mount pan‑tilt mechanism. For coastal defense projects, its value lies not merely in “seeing far,” but in providing a comprehensive, system‑level surveillance capability that enables “long‑range detection, clear identification, stable tracking, and round‑the‑clock operational readiness.”

From fire helmets to an integrated air‑ground three‑dimensional firefighting and rescue system: smart firefighting is transforming on‑scene command.

2026/05/25

Smart firefighting is transforming on‑scene command and control. Firefighting helmets are no longer mere protective gear; they have become frontline sensing terminals at the fire scene. The integrated air‑ground 3D firefighting and rescue system is no longer just a back‑end platform—it has evolved into an all‑in‑one collaborative ecosystem that connects firefighters, drones, tri‑defense PADs, fire trucks, and the command center. The SSK/NW‑FAI infrared thermal imaging smart firefighting helmet captures real‑time frontline imagery and personnel status, while the air‑ground 3D system handles data aggregation, analysis, dispatch, and post‑incident review. Only when these two components work in tandem can they truly underpin intelligent firefighting and rescue operations.

Industry News

How should you choose an intelligent fire‑rescue system? Why must the integrated air‑ground three‑dimensional combat system be used in conjunction with a smart firefighting helmet?

2026/05/25

When selecting a smart fire‑rescue system, you shouldn’t focus solely on the platform or the helmet. The ground‑air three‑dimensional integrated combat system must be used in tandem with the intelligent fire‑fighting helmet, as the helmet serves as the frontline data gateway, while the platform functions as the backend command hub. The SSK/NW‑FAI is responsible for collecting thermal imaging, visible‑light, vital‑signs, gas‑detection, positioning, and alarm data; meanwhile, the ground‑air three‑dimensional integrated combat system handles fused communications, air‑ground coordination, command and dispatch, and post‑mission analysis. Only by integrating these two components can a truly operational closed loop for smart fire‑rescue be established.