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SeekU CPL – Track & Trust

SeekU CPL – Track & Trust

北京夕航科技有限公司

Social Networking免费v4.19.1
App Store
评分

5.0

3 条评分

星级

★★★★★

最近更新

2026年1月15日

发布日期

2019年8月2日

更新内容

v4.19.1

Product feature optimization

应用信息

开发者
北京夕航科技有限公司
分类
Social Networking
价格
免费
版本
4.19.1
App ID
1473655106

简介

Real-Time Location & Movement Tracking App for Couples This is a dedicated app for couples to share real-time locations and movement history. Always know where your partner is, where they’ve been, and how long they stayed — all in one place. With more couple-specific features, SeekU helps you protect each other and keep your love always connected! Features Always-On Location Tracking Track your partner’s real-time location without needing to open the app. Get updates effortlessly in the background. Low Power, Long Battery Life See your partner’s location anytime without worrying about battery drain or losing connection. Full Location History Access detailed movement history for the past 30 days — including places visited, duration of stay, and travel mode (walking, cycling, by car, etc.). Smart Alerts Set up geofences on the map. Get instant notifications when your partner enters or leaves a specific area. Private Couple Chat Chat with your partner directly on the map, send emojis, and share everything that matters to both of you. One-Tap Navigation Tap your partner’s avatar to instantly navigate to their location — the perfect tool for meetups and spontaneous dates. Device & Signal Insights See your partner’s phone battery level, GPS signal strength, device type, and network status for extra peace of mind. Ready to stay close no matter the distance? SeekU CPL – Keep love on the map. ------- User Agreement:https://base.quthing.com/base/agreement/privacy.html?appPackage=skshpro_ios&appChannel=AppStore Privacy Policy:https://base.quthing.com/base/agreement/user.html?appPackage=skshpro_ios&appChannel=AppStore

下载量预测

专业 · 预览

预估总下载量

8660150
保守估计乐观估计

1

低 / 月

1

预估 / 月

2

高 / 月

基于3 条评分
假设评分率3.5%
应用年龄83 个月

基于评分数量 ÷ 类别评分率估算,实际下载量误差可达 ±50%,与 Sensor Tower 方法一致。