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Features

Not a menu dump. Capabilities are hung on what keeps you busy at night — aligned with the current implementation.

Features exist to hold three yardsticks: first-pass · remote clarity · data you dare use, and four field stories: plant · campus ledger · OEM · integrator less on-site.
See What we solve and Scenarios.

How to read this page​

You want…Read
How AI cuts debug and support callsAI: understand · answer
Less point matching, no core forksLess debug: connect
Duty can see and actTo the field: see · act
Operate after connectOps: ledger · care · consumables
Trust reports; integrate without lock-inData you dare use · less lock-in
How private deploy startsHow the base holds (link architecture)

AI: understand · answer​

Lingdian AIOT embeds AI in delivery and triage — not a bolted-on chat box. Tagline: less debug with AI; AI understands and answers; users just use.

CapabilityHow you use itCost it cuts
AI onboardUpload point tables / protocol docs / sample payloads → OCR & recognition → thing-model draft and parse rules → human review then one-click publishTriple point-matching, night of register copy
Lingdian AssistantAdmin float or full-page chat with device / point / alarm / log context; Skills and platform tools to query and propose actionsRepeat support calls; experts guessing remotely
Knowledge · Flow · SkillAI Center assets; complex jobs (e.g. thing-model recognition) as Skills the assistant invokesRewriting scripts and scripts-as-docs per project
AI-assisted SCADAOptional layout / binding hints on the diagram sideDragging from a blank canvas forever

Principles (same as architecture):

  • Humans review: AI drafts; publish / control and other high-risk writes need confirmation.
  • Same permissions: assistant = current user; same tenant and RBAC.
  • Does not replace the access base: protocol gaps still use plugins; AI speeds “recognize semantics,” not hot-plug codec.

See Design Philosophy. Acceptance: can an unfamiliar table reach a reviewable model? Does asking about this device and this log get a precise answer?

Less debug: connect​

CapabilityWhat you can do
MQTT direct / gateway + childrenUnified Topic via gmqtt
Modbus TCP / RTUTransparent gateway or master policy with models
HTTP · TCP · UDPNetwork module + plugins
Protocol repo · hot-plugPublish/activate packs; WASM / Go Plugin
Product / device / thing modelTypes, property/event/service, pre-register
Connect & debugParams, simulate uplink, downlink; raw + normalized logs

Point-table recognition: AI onboard above. Details: Device Access chapters. Go is Broker Client only — Architecture.

To the field: see · act​

See: dashboards/trends/aggregates · industrial SCADA · mini program (same control-plane APIs). SCADA AI hints: AI: understand · answer.

Act: rule engine & flows · linkage · alarm center · notify center · OTA. Triage Q&A and Skills: AI: understand · answer.

Ops: after connect​

Equipment ledger · care plans/tasks · consumables SKU/BOM/stock · region tree · phone jobs (scan, close loops). Maps to the campus ledger story.

Data you dare use · less lock-in​

Standard parameters (tree, alias, match, inspect) · dual-track store · data forward (MQTT/HTTP to MES/cloud) · Open API · tenant/project/RBAC/workbench.

Without a data team: standard parameters + dual-track + thing-model-only business hold trust.

Which pack for which story​

StoryTypical packs
PlantAccess + models + dashboards/SCADA + rules/alarms + forward
Campus ledgerLedger/care/consumables + notify + mini program
OEMProtocol repo + product templates + tenant/private + OTA
Integrator less on-siteDual-track logs + AI Q&A + remote debug + reusable projects

How the base holds​

Device → Go → Node → Vue (no skip) · gmqtt + LingdianDeviceMessage · PG / TDengine / Redis · start on 4C2G · scale with same boundaries · capacity in Performance. Extend via plugins, Cool modules, Skills, forward scripts, Open API — add modules, don’t fork the core.

Acceptance questions (not menu counts)​

  1. Can an unfamiliar point table reach a reviewable thing model?
  2. Without a laptop on site, can remote explain last raw + normalized result?
  3. Can synonym / dirty data be caught or blocked?
  4. Can a “low supply” style rule go from alarm to action?
  5. Can one ledger/care step finish on the phone?

If yes, the feature reached the field.

Next​

Scenarios · Architecture · Design Philosophy · Demo