Industry Solutions
行业解决方案
Tailored magnetic communication for extreme environments
为极端环境定制的磁通信方案
Underground Emergency Rescue
地下应急救援
Traditional Pain Points
传统痛点
- •Traditional radio signals cannot penetrate rock layers传统射频信号无法穿透岩层
- •Acoustic communication affected by noise and distance声学通信受噪声和距离影响
- •Delayed response in critical rescue scenarios关键救援场景响应延迟
MAGLOO Benefits
MAGLOO优势
- ✓70% increase in rescue success rate救援成功率提升70%
- ✓Real-time voice communication through concrete and rock穿透混凝土和岩层的实时语音通信
- ✓Millisecond-level command transmission毫秒级指令传输
AUV Underwater Swarm
AUV水下集群
Traditional Pain Points
传统痛点
- •RF signals absorbed by seawater within meters射频信号在海水数米内被吸收
- •Optical communication limited by water clarity光学通信受水体清澈度限制
- •Acoustic latency unsuitable for coordinated maneuvers声学时延不适合协同机动
MAGLOO Benefits
MAGLOO优势
- ✓Reliable communication in turbid water conditions浑浊水体中可靠通信
- ✓Coordinated swarm operations with minimal latency低时延集群协同作业
- ✓No interference with sonar systems不干扰声呐系统
Diver Voice Communication
潜水员语音通信
Traditional Pain Points
传统痛点
- •Hand signals insufficient for complex instructions手势信号无法满足复杂指令
- •Acoustic devices bulky and power-intensive声学设备笨重且功耗高
- •Limited range in noisy underwater environments嘈杂水下环境中通信距离受限
MAGLOO Benefits
MAGLOO优势
- ✓Clear voice communication up to 50m underwater水下50米清晰语音通信
- ✓Compact, lightweight equipment design紧凑轻量化设备设计
- ✓Instant connection without pairing delays即时连接无配对延迟
Underwater Structure Monitoring
水下结构健康监测
Traditional Pain Points
传统痛点
- •Cable-based monitoring expensive to install有线监测安装成本高昂
- •Wireless RF ineffective through water and metal无线射频穿透水和金属效果差
- •Battery-powered sensors need frequent maintenance电池供电传感器需频繁维护
MAGLOO Benefits
MAGLOO优势
- ✓Wireless sensor networks through water and structures穿透水和结构的无线传感网络
- ✓Low power consumption extends battery life低功耗延长电池寿命
- ✓Real-time structural integrity data transmission实时结构完整性数据传输