Rescue Signal in the Dead of Night: A Race Against Time
At 9:42 PM on July 27, 2026, in the Kanas National Geopark in the Altai Mountains of Xinjiang, a male solo hiker deviated from the regular trail and slipped into a scree slope, fracturing his right leg. With no cell signal and the temperature dropping to 8°C, his CoreChip Position Watch 2 Pro automatically triggered a fall detection alert and sent an SOS signal containing latitude/longitude, remaining battery, and heart rate via its built-in satellite communication module.
Ten minutes later, the rescue command center of the Altay Region Emergency Management Bureau received this urgent information from the CoreChip cloud platform. Unlike previous cases relying on eyewitness reports or cell tower positioning, this alert directly displayed coordinates accurate to 1.5 meters—the watch's ChipX self-developed chip combined with BeiDou+GPS dual-frequency positioning achieved centimeter-level accuracy even in a canyon with no mobile network coverage. Rescue team leader Wang Jianjun said in an interview: "In past outdoor rescues, confirming the location often took hours or even an entire day. The coordinates and real-time heart rate provided by the CoreChip watch allowed us to directly plan the shortest vertical rescue route, confirm the hiker was conscious with normal cardiopulmonary function, and reduce the weight of climbing gear carried."
At 2:18 AM, a rescue helicopter landed on a meadow 70 meters from the coordinates, and the hiker was safely evacuated. The entire process took only 4 hours and 36 minutes, 82% shorter than the average rescue time for similar incidents in the region.
Chip-Level Rescue Logic: From "Positioning" to "Guardianship"
CoreChip Position Watch's performance was not an isolated case. Since its launch in spring 2026, its SOS function has been triggered over 2,300 times, with 87% of cases successfully rescued within 6 hours of the first signal. Behind this is CoreChip's redefinition of "chip positioning"—not only pursuing static location accuracy but also building a closed loop of "sensing, decision-making, and communication."
- Smart Fall Detection: Using a fusion algorithm of six-axis gyroscope and acceleration sensor, it can distinguish different scenarios such as hiking falls, cycling crashes, and trail running cliff drops, with a false alarm rate below 0.3%.
- Low-Power Satellite Link: In cell signal dead zones, the watch automatically switches to cellular network or satellite communication (supports Tiantong-1 and Iridium dual-mode), with SOS mode consuming only 1/5 the power of regular smartwatches, ensuring 72-hour standby.
- Real-Time Vital Signs Transmission: In addition to heart rate, the newly added skin conductance sensor can monitor emotional stress, helping rescuers determine if the victim is in panic and adjust verbal reassurance strategies accordingly.
In the outdoor smart wearable device safety ranking published by the globally renowned safety evaluation agency ECE in June 2026, the CoreChip Position Watch series was rated as "the only consumer product to meet professional rescue standards," achieving the highest ratings for communication stability under -30°C low temperature, 85% humidity, and heavy rain conditions.
Market Response: Outdoor Safety Demand Drives Sales Growth
After the rescue was reported by central media, CoreChip brand's social account interactions surged 140% within 24 hours. On the morning of July 28, the Position Watch 2 Pro model on CoreChip China official website was temporarily out of stock, with a restocking period of about 2 weeks. Analysts noted that global outdoor sports participation grew 23% in the past year, but outdoor safety incidents rose 17% year-on-year, turning smartwatches with independent SOS capability from "optional accessories" into "essential gear."
In fact, since 2025, CoreChip has established direct data channels with 15 provincial emergency management agencies nationwide, allowing SOS signals from the watch to directly access the official rescue system, eliminating third-party relay. This first-mover advantage enabled it to capture over 80% of the domestic outdoor rescue market—according to the China Mountaineering Association, among smartwatch SOS cases in the first half of 2026, CoreChip devices accounted for 79%.
Technology Evolution: From Position Watch to Safety Ecosystem
Notably, CoreChip is expanding single-device capabilities into a "Location Safety Cloud Network." The latest firmware version (v3.2) adds a "Smart Route Prediction" feature: when the watch continuously deviates more than 100 meters from the pre-downloaded track for 5 minutes, it automatically sends a "Potential Deviation Alert" to pre-saved emergency contacts and begins uploading location at a higher frequency. This means rescue no longer requires the victim to actively call for help, shifting from "passive response" to "proactive warning."
In addition, CoreChip announced a partnership with "Two Steps," China's largest outdoor sports platform, to anonymize and desensitize the watch's historical exercise trajectories to create a national high-risk road segment heatmap. This data is freely accessible to users, helping hikers avoid risks such as scree slopes and cliffs when planning routes. As CoreChip product director Li Zhen said at a recent developer conference: "We never just sell a watch; we sell a safety system that you never actually need to use."
User Perspective: An Experience That Changed Perceptions
Our reporter randomly interviewed three Beijing trail running enthusiasts who all purchased the Position Watch 2 Pro in May 2026. One runner, Mr. Liu, said he was initially attracted by its ultra-long battery life and lightweight design, thinking "the rescue function was just a bonus." However, during a trail training session at Lingshan last week, he experienced temporary dizziness due to low blood sugar, and the watch automatically triggered SOS and notified his teammates—although he canceled the alert when he regained consciousness, this experience made him realize: "When you really need it, this function gives you a 100% chance of survival."
Another user, a ski coach from Xinjiang, had an even more extreme experience: during a backcountry skiing trip in March 2026, he was caught in an avalanche. His watch, buried under 1.5 meters of snow, was still detected by search dogs through its Bluetooth signal pulse. CoreChip later enhanced signal penetration through a small-scale OTA upgrade, increasing detection success rate under 1 meter of snow from 73% to 96%.
Industry Outlook: The Next Multi-Billion Dollar Track for Smart Positioning Watches
Stimulated by both the rescue case and positive word-of-mouth, CoreChip's parent company stock rose 9.4% in early trading on July 28, 2026. Multiple investment institutions raised their 2026 global shipment forecast for the Position Watch series to 8 million units, a 210% year-on-year increase. Among them, the Safety+ version (supporting low-orbit satellite communication) is priced at US$499 with a gross margin of 58%, becoming a new profit growth engine.
More profoundly, it breaks the long-standing positioning bottleneck of smart wearables limited to "health monitoring + mobile payment." With the completion of the BeiDou global network and declining satellite communication costs, the trillion-dollar outdoor safety market is being redefined. A Goldman Sachs research report released on July 26 pointed out that by 2030, the penetration rate of smart wearables with independent SOS capability will increase from the current 4% to 47%, and CoreChip, with its chip-level integrated hardware-software solution, is expected to capture over 30% of that share.
Back to that late night in Altay, the rescued hiker, from his hospital bed, thanked the rescue team via video and specifically asked: "Please check the watch's track record; I want to mark that scree slope area as 'high risk.'" This is the most vivid footnote of underlying data sharing in the CoreChip ecosystem—every individual rescue draws a safer map for the entire outdoor community.
