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LINBLENET Cloud

See and control every router you deploy

LINBLENET Cloud is the device management platform that comes with our router range. No third-party software to integrate, and no second vendor to chase when something breaks — the firmware and the dashboard come from the same people who built your hardware.

  • Online / offline per unit, with the reason it is down
  • Remote reboot, and firmware upgrades for a whole batch
  • Commands queue and run when an offline unit reconnects
  • Users and sites scoped by us — your operators see only their own

Accounts are opened by us rather than self-service: tell us which models you run and we set up the dashboard, the sites and the users. Existing customers can sign in with the credentials they already have.

LINBLENET Cloud dashboard showing online and offline counts, open alerts, monthly traffic and the list of devices that are down.
Dashboard after login — every counter is filtered by what your account is allowed to see.
English-first platform

Built as an overseas product, not a translation

LINBLENET Cloud is built as an overseas product, not a translation of a domestic system. The interface is locked to the site’s language on the server, so it will not flip back to Chinese when a customer’s browser is set to German or Dutch. On the overseas platform, only LINBLENET appears — there is no parent-brand co-branding.

Device coverage

Which routers it covers today

LINBLENET Cloud is being rolled out across our router range, model by model. Coverage depends on both the unit and the firmware build it ships with — so rather than publish a list that goes stale, we confirm it against the specific units you are buying.

Before you order

Nominate the units, we check each one

Tell us which models you plan to run. We confirm which of them report to the platform, over which line, and what that means for remote actions.

Already in the field

Existing units can be attached

Already running our routers at customer sites? Send us the serial numbers and we connect them to your dashboard — without touching their configuration.

Roadmap

Coverage keeps expanding

The platform is being extended across more of our range. If your model is not covered when you ask, it is worth asking again later.

Anything we cannot confirm, we say so before you order rather than after we deliver. That is the difference between a capability sheet and a working fleet.

Why operators ask for it

Three questions, every morning, on every site

A deployed router is not a problem until it stops reporting. By then a truck is already on its way. The platform is built around the three things that tell you whether that trip is necessary.

Question 1

Is it still on site and still connected?

Each unit reports on a heartbeat. When one goes quiet you see it in the offline list with how long it has been down — not in a ticket queue tomorrow morning.

Difference that matters: “never reported” and “reported, then went offline” are shown as two distinct states. They have completely different causes.

Question 2

Who used all the data?

Per-device traffic for the month, plus a ranking of top consumers. Figures reset on your SIM plan’s month, or run since install if you prefer — the dashboard states which.

Useful when a site on a fixed data plan starts throttling: you find the unit pulling the traffic before the carrier bills you for it.

Question 3

Can I fix it without going there?

Reboot a single unit, reset a misbehaving one, or push a firmware upgrade to a batch. Every action is logged with who sent it and what the device answered.

If the unit is offline when you send it, the task stays queued — it runs on the next connection instead of failing silently.

The fleet

A device list that tells you why, not just that

Offline is the least useful piece of information on its own. The list separates an authorised unit that has never phoned home from one that was working yesterday and stopped.

Device list in LINBLENET Cloud showing each router's access state, protocol badge, online rate, signal strength, monthly traffic and last-seen time.

What is on the row

Status, access, protocol and last seen — in one row

Each device carries its model, the protocol it reports over, and the date it last checked in. A unit has to be approved before it is allowed to connect at all, so a stray device cannot join your account by guessing a key.

Why offline?A short reason per row, instead of one generic “offline” badge.
HTTP / MQTTThe reporting line is visible per device, so you know how it is reachable.
Approved firstNew hardware waits for approval; nothing connects by default.
A single device

Signal, temperature and uptime — the numbers that decide a site visit

The device page is where a technician would otherwise spend the trip. Signal, load, temperature and uptime are all on the first screen, with 24-hour charts underneath.

Device detail page showing signal strength, CPU and memory load, module temperature, uptime, radio signal details and a 24-hour traffic chart.

What a technician sees

Before you put anyone in a van

A weak signal is a bad antenna or a bad position, not a broken router. A hot module is a cabinet with no airflow. Both are visible here, so the person you send already knows what to take.

Radio detailRSRP / RSRQ / SINR — the figures a carrier will ask for on a support call.
Load & temperatureCPU, memory usage and module temperature, charted over 24 hours.
Remote actionsReboot, extract log, upload log, upgrade firmware, open the device’s own web UI.
Cellular health

Your SIM, your carrier — we only show you the health

Our routers take a SIM card you supply and connect on your terms. The platform reads what matters for a project — live signal, data used this month, and how often the link drops — per device, in plain English. We do not sell you a data plan; we help you keep the one you already have online.

Live signal

See the bars before the call

Signal strength and radio detail (RSRP / RSRQ / SINR) for each unit, so you know whether a weak link is a bad antenna or a bad position.

Data used this month

Catch the thirsty unit

Per-device traffic for the month and a ranking of top consumers, so a site on a fixed data plan does not surprise you on the carrier invoice.

Drop-out frequency

Know the flaky one

How often each link goes down and for how long, so you can move the antenna or change the mount before it becomes a truck roll.

The SIM and the carrier are yours — the platform only surfaces their health. That is what lets a distributed fleet run without anyone watching a screen.

Remote actions

Every command gets an answer, including “the device refused”

Remote actions are the part that quietly fails on other platforms: you press reboot, the page says “done”, and nothing happens. Here each task carries its own status and the device’s reply.

Task centre listing remote actions with queued and success statuses, attempt counts, timestamps and the device result text for each.

What a task record contains

Queued, succeeded, or refused — never “sent”

A task is created the moment you press the button and executes on the device’s next connection. If a unit has been offline for a week, the job is waiting, not lost.

AttemptsHow many delivery attempts were made — visible for retries.
Device resultThe device’s own answer, in words: rebooting, log saved, firmware too old.
Logs keptExtracted logs stay on the server for a stated number of days, or download only.
Alerts & reports

An alert lands where your team already works

Monitoring only saves a truck roll if the right person sees it in time. The platform pushes alerts to the channels your team already has open — not just a dashboard they have to remember to check.

Slack · Microsoft Teams

Alerts render in the tools you use

Teams alerts use the native MessageCard, so they render directly inside Teams and Outlook — no Power Automate flow to build. One alert can hit both your on-call channel and a mailbox.

Telegram · Email · Webhook

Five channels, one rule

Beyond Slack and Teams, alerts reach Telegram, plain email and a generic Webhook for your own automation. Route by severity so only real incidents wake someone up.

Plain English · UTC

No mixed-language surprises

Alert and monthly-report emails are pure English — subject and body — timestamped in UTC. Monthly reports now bucket by UTC day, so figures do not slip a day at month boundaries.

Alert list in LINBLENET Cloud: one card per device, the problem and how many times it happened, with a plain-English cause such as an under-sized power adapter.

What the alert list looks like

One card per device, the cause in plain English

Problems are grouped per device, not per event, so you see “this unit rebooted repeatedly for 36 hours” rather than a hundred separate pings. The cause is written in words a technician understands, and only the device owner can mark it resolved.

Monthly reports summarise per-device traffic and status for the period, and the attachment header follows the site language. Reports are generated server-side and delivered to the addresses your account names.

Monthly report page showing total upload and download, a month-end estimate from the current pace, the reporting share, and a per-device table that exports to CSV or emails.

What the monthly report shows

Billing figures and the units that keep costing you

A monthly summary you can export to CSV or email to a customer. It totals upload and download, estimates the month-end total from the current pace, and ranks devices by data — so a unit quietly pulling a camera’s main-stream preview shows up before the carrier bills you.

Capability by reporting line

What works depends on how the device reports

Our units reach the platform over one of two lines: a lightweight MQTT connection on newer firmware, or the standard HTTP reporting that every unit has had since the beginning. Monitoring works on both. Remote actions need the MQTT line. We would rather show the gap than let you find it after signing.

Capability comparison between the MQTT reporting line and the standard HTTP reporting line
Capability MQTT line Standard (HTTP) line
Live status, signal, traffic, CPU, memory, uptime Yes Yes
Per-device and per-site permission scoping Yes Yes
Queue a task while the unit is offline Yes —
Remote reboot, reset, log extraction, firmware upgrade Yes —
Device’s own answer shown on the task Yes —
Change LAN IP, Wi-Fi SSID or password from the dashboard Not offered Not offered
Run arbitrary shell commands and read the output Command only, no return output —
Which line a unit uses depends on its firmware build, and the device row shows it. We will tell you before an order which line your model ships with — if remote actions are the reason you are buying, confirm this first rather than after delivery.
Getting started

Four steps, and none of them touch your network

The platform does not require a public IP, a VPN concentrator or an inbound port. Units dial out to it, which is why it also works behind carrier-grade NAT on a mobile network.

Devices provisioned

Units are registered to your account at the factory, or added by us from the serial numbers you already have in stock.

Units dial out

Each one connects outbound and waits for approval. No inbound rule, no port forwarding, no public address on your side.

You approve

Approve the hardware in the device list. Until then it cannot join the account, which keeps stock units and re-sold units out of your fleet view.

Users and sites

We set up your operators and their site scope. A regional engineer sees their own sites and nothing else.

Access & security

One platform, scoped from channel down to device

A distributor, their customers and each customer’s projects should never see the same thing. Permissions converge at every level, so an operator only ever sees what their role allows.

Channel

The top level. A distributor or regional partner sees every customer and site beneath them.

Customer

Each end customer sees only their own devices and reports — nothing from other customers on the platform.

Project

Within a customer, devices group into projects, so a site team works its own estate.

Device

At the bottom, every unit is approved before it can connect, and every view is filtered to the signed-in scope.

Eight roles

Right access for each job

Administrator, channel, customer, operator and viewer, plus finance, warehouse and sales roles — so billing, logistics and sales see only what they need.

Enterprise auth

Short-lived tokens, hardened storage

Passwords are stored with bcrypt; sessions use short-lived JWT access tokens with server-side refresh tokens. When an admin resets a password, every other active session is invalidated immediately.

Mobile-first

Built for the field, not just the desk

The console is responsive for tablet and phone — including a fix for the iPad bottom-navigation overlap — plus a lightweight mobile view for quick on-site checks.

Where it differs

It ships with our hardware, not on top of it

Most fleet platforms are a separate subscription that you glue onto a router from a third party. This one is written against our own firmware, and it is supported by the people who built the hardware.

One supplier for both halves

If a remote action fails, it is not “ask the platform vendor to ask the router vendor”. The firmware and the dashboard are ours, so the fault is ours to find.

Honest status, not optimistic UI

A task shows what the device answered. If the firmware does not support the action yet, the task says so in words rather than reporting success.

Scoped by default

Devices are approved before they connect, and every number on the dashboard is filtered to what the signed-in account may see.

Scope

Where it fits, and where it does not

It is a fleet monitoring and maintenance tool. It is not a full router configuration manager, and we would rather say so now than during your first month.

✓Good fit

  • Distributors and integrators maintaining routers on customer sites
  • Solar, charging, vending and signage estates where units are hard to reach
  • Any fleet where “is it online and did it use its data” is the daily question
  • Teams that need their operators split by region or by customer

–Not the right tool

  • Changing LAN or Wi-Fi settings remotely — the unit’s own web page is the place for that
  • Deep per-rule firewall or routing policy management across a fleet
  • Any need for line-by-line shell output as a supported feature
  • Certification or compliance evidence — the platform makes no claims of that kind

Get Cloud pricing

Tell us about your fleet and we will send a quote with the exact plan and volume pricing. Fields marked * are required.

We reply within one business day (CST). Your details are not shared.

Want to see it against your own fleet?

Tell us the models you have in the field and roughly how many sites. We will open a walkthrough dashboard with representative data, or add your units to a trial account if you prefer to see live numbers.

Sign in

We answer from Shenzhen, Monday to Friday 09:00–18:00 (UTC+8). If you already own our routers and just need access, mention the serial numbers and we will attach them to your account.

At a glance

MonitoringEvery unit, both lines
Remote actionsMQTT line
Inbound ports neededNone
Account setupOpened by us
Access modelPer user, per site