Data Acquisition & Monitoring Cloud数据采集与监测云平台
The nerve center of every Rasber monitoring system: a self-developed acquisition gateway series and the Rasber Monitoring Cloud connect field sensors to dashboards, alerts and AI analytics — one continuous, fully owned data chain. 整个监测系统的"神经中枢"：自研采集网关系列与监测互联云平台，把前端传感器与数据看板、预警推送和 AI 分析连成一条完整、全自研自控的数据链路。
Edge devices that never lose a reading 不丢一条数据的边缘采集设备
Three self-developed gateways cover wired buses, long-range wireless and vibrating-wire sensors. Data is filtered and checked at the edge, buffered locally during network loss, and pushed to the cloud the moment connectivity returns. 三款自研网关覆盖有线总线、远距离无线与振弦传感三类场景。数据在边端完成滤波与校验，断网时本地缓存，网络恢复后即刻续传上云。
- ✓Edge computing + filtering边缘计算 + 滤波
Anomalies are identified and flagged right at the front end, before upload.异常数据在前端即被识别与标记，再行上传。
- ✓Breakpoint-resume + event-triggered reporting断点续传 + 触发加报
On-board storage rides out network loss; rapid changes trigger accelerated reporting.本地存储抵御断网；数据突变时自动提高上报频率。
- ✓Hardened for the field为野外环境而生
Solar power sized for 7 days of overcast with 30% reserve, lightning-protected enclosures, remote OTA upgrades.太阳能按"7 天阴雨 + 30% 冗余"配置，机箱防雷接地，支持远程 OTA 升级。
Wired Data Logger有线采集器
RS485 bus input with AutoID auto-addressing, 4G uplink, and 16 GB on-board storage for breakpoint-resume on network loss.RS485 总线接入、AutoID 自动编址、4G 上传，16GB 本地存储实现断网续传。
LoRa Base StationLoRa 无线基站
1 km+ transmission range with ad-hoc mesh networking and 4G/MQTT uplink — cable-free coverage for remote, dispersed sites.传输距离 1km 以上，自组网 Mesh 组网，4G/MQTT 上传——偏远分散场景免布线覆盖。
VW Acquisition Module振弦采集模块
16 channels with intelligent frequency-sweep, compatible with vibrating-wire sensors from multiple vendors. 8-ch (RFRS1240) and 4-ch (RFRS1220) variants available.16 通道智能扫频，兼容多厂家振弦传感器；另有 8 通道（RFRS1240）与 4 通道（RFRS1220）可选。
Store-and-forward keeps data safe through network loss.断网缓存，网络恢复自动续传。
Ad-hoc mesh networking, no cabling required.自组网组网，无需现场布线。
Intelligent frequency-sweep, multi-vendor compatible.智能扫频，兼容多厂家传感器。
Lightning protection with <10 Ω grounding, −40 to 70 °C.防雷接地电阻 <10Ω，工作温度 −40~70℃。
Inside the Edge Layer: Six Function Blocks边端设备内部：六大功能块
Field-service statistics show that most edge failures trace to power, lightning protection and APN/SIM configuration — not the sensors. That is why every Rasber edge device is engineered around six clearly separated function blocks.现场售后统计表明，多数边端故障源于电源、防雷与 APN/SIM 配置——而非传感器本身。因此瑞茨柏边端设备围绕六个清晰分离的功能块设计。
Main Control SoC主控 SoC
ARM Cortex-A / RISC-V running Linux or an RTOS, executing edge algorithms — filtering, checking and anomaly flagging before upload.ARM Cortex-A / RISC-V，运行 Linux 或 RTOS，执行边缘算法——上传前完成滤波、校验与异常标记。
Sensor Interfaces传感器接口
Vibrating-wire frequency-sweep, 4–20 mA, RS-485, CAN and SDI-12 — one box aggregates mixed sensor fleets.振弦扫频、4–20mA、RS-485、CAN 与 SDI-12——一台设备汇聚多类型传感器。
Communication Module通讯模块
4G/5G, NB-IoT, WiFi, LoRa — plus BeiDou short message for sites with no public network at all.4G/5G、NB-IoT、WiFi、LoRa——以及面向完全无公网场景的北斗短报文。
Power Management电源管理
Solar MPPT charging with lithium or lead-acid batteries, and DC-DC rails at 5/12/24 V for the sensor bus.太阳能 MPPT 充电，锂电 / 铅酸蓄电池，DC-DC 输出 5/12/24V 为传感器总线供电。
Local Storage本地存储
SD / eMMC buffering rides out network loss; data resumes to the cloud from the breakpoint once connectivity returns.SD / eMMC 缓存抵御断网；网络恢复后从断点继续上传云端。
Protective Enclosure防护机箱
IP65/IP67 housings rated −40 to 70 °C, with surge protection rated 8/20 µs · 20 kA against lightning.IP65/IP67 机箱，工作温度 −40~70℃，防雷浪涌防护 8/20µs · 20kA。
Field Deployment Checklist现场部署清单
- 1Size the solar power with a safety factor太阳能配置留安全系数
Panel wattage ÷ site average daily sunshine × 0.5 safety factor must exceed the device's average daily consumption — a rule calibrated on rainy-season field data. Even a 10% shortfall can mean an outage after sustained overcast.太阳能板瓦数 ÷ 现场日均日照 × 0.5 安全系数 ≥ 设备日均功耗——该规则源自雨季实测。哪怕少 10%，连续阴雨后也可能断电。
- 2APN configured at the factoryAPN 出厂前配置完成
On site, only the SIM card is swapped — eliminating the most common cause of "phantom" 4G failures: a mistyped APN.现场只需更换 SIM 卡——杜绝 4G"假性故障"最常见的原因：APN 配置错误。
- 3Lightning grounding under 10 Ω防雷接地电阻 <10Ω
Earth resistance below 10 Ω, with the lightning rod at least 3 m from the device. Substandard grounding is the leading cause of strike damage.接地电阻低于 10Ω，避雷针距设备不小于 3 米。接地不达标是雷击损坏的首要原因。
- 4OTA upgrades proven in the lab firstOTA 升级先过实验室
Every remote firmware rollout is validated in the lab before being pushed to cold, remote or hard-to-reach stations.每次远程固件升级先在实验室跑通，再推送至低温、远郊或难以到达的站点。
One Continuous Cloud-Edge-Device Chain完整的云-边-端数据链路
From the sensor in the borehole to the chart on your control-room wall, every link is developed and maintained by Rasber — no black-box dependence, full data sovereignty.从测孔中的传感器到指挥大屏上的曲线，每一个环节均由瑞茨柏自研自控——无黑盒依赖，数据主权完全可控。
Field Sensors前端传感器
- MEMS high-precision sensingMEMS 高精度传感
- RS485 bus / AutoID addressingRS485 总线 / AutoID 编址
- Vibrating-wire & LoRa options振弦与 LoRa 无线可选
Acquisition Gateway采集网关
- RIPI-DS01 / DS02 / RFRS1260RIPI-DS01 / DS02 / RFRS1260
- Edge computing + filtering边缘计算 + 滤波
- Breakpoint-resume / event-triggered断点续传 / 触发加报
Transmission传输网络
- 4G/5G/NB-IoT all-carrier4G/5G/NB-IoT 全网通
- MQTT / TCP / HTTPMQTT / TCP / HTTP
- LoRa ad-hoc networkingLoRa 自组网
Monitoring Cloud监测云平台
- Microservices architecture微服务架构
- GIS/BIM 3D visualizationGIS/BIM 3D 可视化
- Tiered warning / multi-project分级预警 / 多项目管理
PC / App / Video WallPC / App / 大屏
- Web dashboards & reports网页看板与报表
- Mobile app alert push手机 App 预警推送
- Control-room video wall指挥中心大屏
Six Core Capabilities, One Platform一个平台 · 六大核心能力
Built on a microservices architecture, the Rasber Monitoring Cloud turns raw sensor streams into decisions — with full audit trails: every threshold change is version-logged and every alarm leaves a trigger record.基于微服务架构的瑞茨柏监测云，把原始传感数据转化为决策依据——并提供完整审计：阈值修改留版本记录，每次报警留触发日志。
Real-Time Monitoring实时监控
Second-level data refresh across all measurement points, with live curves, cloud maps and period statistics.全测点数据秒级刷新，实时曲线、监测云图与期数统计一览无余。
Intelligent Tiered Early Warning智能分级预警
Configurable graded alert levels pushed by SMS and app, with version-logged thresholds and trigger logs for every alarm.报警阈值可配置、分级推送至短信与 App；阈值留版本、报警留日志，事后可追溯。
GIS/BIM 3D VisualizationGIS/BIM 3D 可视化
Measurement points placed on design drawings, GIS maps and BIM models — see the structure, not just the numbers.测点落位于设计图、GIS 地图与 BIM 模型之上——看见结构本身，而不只是数字。
Multi-Project Management多项目管理
Tiered role-based permissions let owner, contractor and supervisor accounts work on the same platform in parallel.权限分级管理，业主、施工、监理多方账号在同一平台并行使用。
Open REST APIREST API 开放接口
Standard RESTful + MQTT interfaces integrate with your existing GIS, BIM, OA and regulatory supervision platforms — no vendor lock-in.标准 RESTful + MQTT 协议，对接既有 GIS / BIM / OA 及政务监管平台——不锁定供应商。
AI Analytics EngineAI 分析引擎
Neural-network models deliver trend forecasting and decision support on top of live monitoring data.神经网络模型基于实时监测数据，提供趋势预测与辅助决策。
Three Layers, Clear Permission Boundaries三层架构 · 清晰权限边界
The platform follows the standard three-layer IoT architecture: a device layer of sensors, an edge layer handling acquisition, protocol conversion, buffering and edge AI, and a cloud layer that splits into access (MQTT / HTTP / device shadow), data (time-series + relational + object storage), algorithm (rules + anomaly detection) and application (dashboards, mobile, government access, API) tiers.平台遵循标准三层物联网架构：端层为传感器；边层负责采集、协议转换、缓冲与边缘 AI；云层细分为接入（MQTT / HTTP / 设备影子）、数据（时序库 + 关系库 + 对象存储）、算法（规则 + 异常检测）与应用（看板、移动端、政务接入、API）四级。
| Module模块 | Purpose用途 | Permission boundary权限边界 |
|---|---|---|
| Control indicators (alarm thresholds)控制指标（报警阈值） | Graded alarm threshold configuration分级报警阈值配置 | Writable by owner + supervising engineer only; every change version-logged仅业主与监理可写；修改留版本记录 |
| Project overview / cloud map工程概况 / 监测云图 | Project info, progress, measurement points on design drawings工程信息、进度、设计图上的测点落位 | Readable by owner, contractor and supervision业主 / 施工 / 监管三方可读 |
| Daily reports日报 | Daily monitoring summaries每日监测汇总 | Writable by the supervising engineer监理可写 |
| Data summary / comparison / period statistics数据汇总 / 对比 / 期数统计 | Multi-dimensional queries; contractor vs. third-party comparison flags deviations >10% in red多维度查询；乙方与第三方对比，偏差 >10% 红字标出 | Readable by all parties全员可读 |
| Project management (staff)工程管理（人员） | Staff categories and accounts员工类目与账号 | Writable by the owner only仅业主可写 |
| Automation management自动化管理 | Device status and remote upgrades设备状态与远程升级 | Writable by Rasber O&M only仅瑞茨柏运维可写 |
Four Audit Trails, Traceable Reviews四项审计 · 复盘可追溯
Beyond the version-logged thresholds and alarm trigger records noted above, account changes leave approval records (applicant, approver, permissions before and after), and every API call leaves an audit log (caller, time, endpoint, parameters). Together these four audit trails make any post-event review traceable to a person and a timestamp. 在前述阈值版本记录与报警触发日志之外，账号变更留审批记录（申请人、审批人、变更前后权限），每次 API 调用留审计日志（调用方、时间、接口、参数）。四项审计共同保证事后复盘可定位到人、到时间。
API Access in Five StepsAPI 对接五步走
Integration over standard RESTful API + MQTT follows a fixed flow: requirements → interface documentation from pre-sales → customer development → joint testing → go-live. The platform already interfaces with government regulatory platforms — meeting mandates such as Shanghai's 2024 rule that automated monitoring data be transmitted directly to the supervision platform. 基于标准 RESTful API + MQTT 的对接流程固定为五步：提出需求 → 售前提供接口文档 → 客户开发 → 联调 → 上线。平台已对接政务监管平台——满足如上海市 2024 年"自动化设备数据不落地、直传监管平台"的合规要求。
AI That Works on Engineering Data面向工程数据的 AI 能力
Three production AI capabilities sit on top of the cloud platform, turning monitoring data into early, defensible safety judgments.三项已落地的 AI 能力构建于云平台之上，把监测数据转化为更早、更可靠的安全判断。
Neural-Network Safety Assessment神经网络安全评估
Models trained on monitoring data assess structural safety state and forecast deformation trends before thresholds are reached.基于监测数据训练的模型评估结构安全状态，在触及阈值之前预测变形趋势。
Kalman / Sidereal-Day Filtering卡尔曼 / 恒星日滤波
Advanced denoising for GNSS time series strips multipath and orbital noise to expose true millimeter-level displacement.针对 GNSS 时序数据的先进降噪算法，剔除多路径与轨道噪声，还原真实毫米级位移。
Machine-Vision Defect Recognition机器视觉病害识别
Computer-vision models recognize surface defects such as cracking, complementing sensor data with visual evidence.计算机视觉模型识别裂缝等表观病害，以影像证据补充传感数据。
Frequently Asked Questions常见问题
What happens to the data when the network drops?断网时数据会丢吗？
Can our existing GIS / BIM / OA systems pull data from the platform?我们已有的 GIS / BIM / OA 系统能从平台取数吗？
Who is allowed to change alarm thresholds?谁有权修改报警阈值？
Can owner, contractor and supervisor all use the platform at once?业主、施工、监理能同时使用平台吗？
A gateway drops offline right after commissioning. What is the usual cause?网关上线即掉线，通常是什么原因？
How is the field cabinet protected against lightning and power failure?现场机箱如何防雷、防断电？
From Order to Long-Term O&M从下单到长期运维
Every unit ships with factory QC reports, and accuracy is traceable through third-party metrology institute calibration.每台设备随附出厂质检报告，精度可通过第三方计量机构校准溯源。
Standard products ship from stock; fast response on customization.标准产品现货发出，定制需求快速响应。
On-site installation guidance and partner enablement training.现场安装指导与合作伙伴赋能培训。
Backed by full-lifecycle technical service across four phases.四阶段全生命周期技术服务保障。
Cloud-hosted O&M, remote device-status monitoring and periodic reports.云端托管运维、设备状态远程监控与定期报告。
Every Sensor Family Ends Up Here所有传感器系列，最终都汇入这里
Every Rasber sensor family terminates in this platform — inclinometers, GNSS, vibrating-wire and settlement gauges all share the same edge devices, the same cloud and the same dashboards.瑞茨柏所有传感器系列最终都汇入这一平台——测斜、GNSS、振弦与沉降系列共用同一套边端设备、同一朵云、同一组看板。
Sliding Inclinometer滑动式测斜仪
Manual deep-displacement surveys, synced to the same cloud for side-by-side comparison with automated data.人工深层位移测量，数据同步至同一云端，与自动化数据同屏对比。
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In-Place Inclinometer固定式测斜仪
RS485 sensor strings connect to the RIPI-DS01 wired logger for unattended, automated deep-displacement monitoring.RS485 传感器串接入 RIPI-DS01 有线采集器，实现无人值守的自动化深层位移监测。
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Flexible Inclinometer柔性测斜仪
Shape-array strings stream 3D deformation profiles through the gateway series into the same monitoring cloud.阵列式传感器串经网关系列将三维变形剖面汇入同一监测云。
Learn more了解详情 →Connect your project to the cloud让您的项目接入监测云
Our engineers respond with gateway selection guidance, API documentation and a platform demo configured for your project scale.我们的工程师将提供网关选型建议、API 接口文档，并按您的项目规模配置平台演示。