The rise of decentralized early warning systems, with QUAKECore leading the trend.
In recent years, the frequency of natural disasters has increased, and the global demand for more effective disaster warning systems is becoming urgent. The QUAKECore Network is pioneering a new approach by utilizing a decentralized physical infrastructure network (DePIN) to establish a global earthquake sensing network aimed at detecting early signs of natural disasters such as earthquakes, tsunamis, and volcanic eruptions. Through blockchain technology, QUAKECore aims to create community-owned infrastructure and implement the democratization of disaster alerts through its native token $QCT.
DePIN technology innovation addresses the shortcomings of centralized systems.
DePIN combines blockchain technology with physical hardware, allowing individuals to own and operate infrastructure devices such as sensors, and be rewarded for their contributions. According to media reports (BeInCrypto), the DePIN industry grew 400% in market value over the past year, reaching $20 billion (approximately NT$640 billion). Compared to traditional systems, DePIN is more resilient, scalable, and inclusive, eliminating bottlenecks and inefficiencies through decentralized ownership. In disaster management, DePINs like QUAKECore can rely on collective data from a global network of devices to provide faster and more accurate alerts.
Traditional early warning systems face challenges; decentralization is the solution.
In 2024, natural disasters have caused significant losses. According to a report from (USA Facts), of the ten most severe billion-dollar disasters since 1980, nine occurred in the last decade. For example, floods in the Valencia region of Spain resulted in over 200 deaths, with delays in emergency alerts playing a critical role in the tragedy; hurricanes in Florida and North Carolina caused widespread destruction, displacing thousands of families and resulting in economic losses amounting to billions of dollars.
Traditional centralized alert systems rely on a single authoritative agency for data processing and dissemination, facing multiple challenges: infrastructure gaps, response delays, and high maintenance costs. QUAKECore's decentralized system addresses these issues through a distributed approach, making disaster detection more efficient.
Source: USA Facts Nine of the ten most severe billion-dollar disasters occurred in the last decade.
The operational model and future outlook of QUAKECore's DePIN.
QUAKECore is building a global network of earthquake sensors composed of its proprietary QUAKE Devices, third-party sites, and even ordinary smartphones. Participants connect their devices to the network and earn $QCT tokens as rewards by sharing local earthquake data. When multiple sensors in a specific area detect anomalous seismic activity, the decentralized platform of the network analyzes the data and triggers alerts through the disaster alert dApp, sending real-time warnings directly to local communities and emergency responders, avoiding the delays common in centralized systems.
In addition to emergency alerts, QUAKECore plans to commercialize by selling earthquake data to organizations that rely on such insights for planning and decision-making. Potential clients include government agencies, insurance companies, construction companies, smart city developers, and research institutions.
The QUAKECore system is based on blockchain technology as its infrastructure, utilizing the peaq Layer 1 blockchain designed specifically for DePIN to ensure the transparency, scalability, and efficiency of its system. This includes key features such as data verification, decentralized storage, automated rewards, and scalability.
Rüdiger Strack, co-founder of QUAKECore, stated: "Centralized alert systems often fail to meet the needs of modern disaster response. By decentralized earthquake data collection and incentivizing participation, we are building a lifesaving network while providing value to contributors and data buyers."
As climate change exacerbates the frequency and severity of natural disasters, decentralized network solutions like QUAKECore are more important than ever. By combining blockchain infrastructure with community participation, this initiative promises faster and more reliable disaster alerts and brings a more equitable approach to disaster management. The innovative DePIN technology application of QUAKECore sets new standards for lifesaving infrastructure, proving that decentralization can not only enhance efficiency but also save lives.
"Blockchain saves lives! QUAKECore relies on DePIN for disaster relief, making earthquake forecasting faster" was first published in "Crypto City".