Based on years of research and development experience in the Internet of Things, Biorong Federation of Things has launched Ciplelink continuous monitoring system, which fundamentally reconstructs the logical architecture of remote alarm-making the system "conscious" and the equipment "heartbeat".

Realistic challenges:

Why is "alarm not reached" the most fatal way of failure?

In reality, although many alarm systems have superficial functional completeness, their architecture design still stays in the traditional paradigm of passive trigger + single link transmission + no self-checking logic, which easily leads to the following structural hidden dangers:

This kind of Silent Failure is often hidden in the test blind area, but it is the main source of "no one knows" when the field accident occurs.

Technology evolution path:

From "Passive Response" to "Event-driven Active Perception"

Ciplelink introduces "device/platform heartbeat mechanism + multi-link communication redundancy + multi-channel alarm access" from the system architecture design level, and upgrades the traditional alarm system to an intelligent system with "fault perception capability" and "communication closed-loop capability".

1. Dual heartbeat mechanism: complete data and controllable abnormality

Server heartbeat, real-time perception of system status

Alarm heartbeat, monitoring the operation of front-end equipment

There are active heartbeat synchronization and status return channels between the alarm and the platform and between the platform and the server to ensure that the system is "perceptible, traceable and automatic alarm".

-Active "self-check" of the system, without relying on the naked eyes of the operation and maintenance personnel.

-Data integrity is guaranteed.

2. IOT card communication: born for industrial continuous operation

Support embedded industrial design, dedicated APN channel, multi-operator intelligent switching and other technical configurations, with intelligent traffic scheduling and automatic recovery mechanism. When the equipment is in an abnormal state, it starts the backup channel autonomously to ensure 7 × 24 hours of uninterrupted communication.

-Avoid the risk of card closure.

-Controllable tariff in the whole life cycle.

3. Multi-link convergence communication: build a transmission path redundancy system

Support multi-type link configurations such as cellular, wired, LAN, BR-Link wireless, etc., with active-standby switching strategy. When the main link fails, the equipment will automatically switch to the sub-optimal link to ensure real-time data upload and control command delivery.

-Realize network level disaster recovery capability (Link-level Failover).

-Multi-scene and multi-selection.

4. Multi-channel closed-loop alarm access mechanism

Alarm information supports multi-channel parallel access of SMS, telephone, WeChat, enterprise WeChat, nails, platform messages, etc., with delivery status tracking and failure retry mechanism.

-Improve the "ultimate reachable rate" of alarm information.

-Meet the reception preferences of multi-post and multi-level response groups.

List of core advantages: engineering scenario-oriented design, system-level reliability guarantee.

Not all sensor systems can fit into a data center .

Data centers have extreme requirements for environmental monitoring. Ciplelink Support Access:

· Temperature and humidity sensor · CO CO, oxygen, hydrogen peroxide · dew point, water vapor concentration and other analog/digital equipment

It is not only a compatible interface, but also a system design of real-time, stability and self-checking ability. This system can really cover many precise spaces such as clean area, rack and so on.

The real alarm strategy must be upgraded from "device response" to "system intelligent closed-loop".

Ciplelink uses policy logic to guard the issuance and implementation of every alarm, and uses system architecture to ensure extreme reliability and high environmental fault tolerance, so that your data center has no worries.

This is the trustworthy alarm system strategy in mission-critical scenarios.