# SCADA Alarm and Event Log Private AI Layer Blueprint Generator

> Source: https://netray.co/tools/scada-alarm-event-logs-private-ai-layer-blueprint-generator
> Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems.
> Section: Free Tools

## Short answer

Fill in your SCADA Alarm and Event Log environment and get a shareable architecture plan for a private, read-only AI layer: components, controls, rollout and open questions.

## Category

mes-shop-floor

## Erp

SCADA alarm and event logs

## Industry

Manufacturing

## Audience

- CIO
- IT manager
- Controls engineer
- Solution architect

## Tool

**Kind:** template

**Output:** document

**Fields:**

#### Company name

**Key:** company

**Type:** text

**Default:** Acme Precision Ltd

#### System version

**Key:** version

**Type:** select

**Options:**

- Ignition 8.1
- Ignition 8.3
- WinCC
- FactoryTalk
- Other SCADA with SQL journal
- Other SCADA with CSV export only

**Default:** Ignition 8.1

#### Database or data store

**Key:** database

**Type:** select

**Options:**

- SQL Server reporting copy
- PostgreSQL or MySQL reporting copy
- CSV or syslog loaded into a reporting database

**Default:** SQL Server reporting copy

#### Hosting

**Key:** hosting

**Type:** select

**Options:**

- On-prem server
- Private cloud
- Air-gapped

**Default:** On-prem server

#### Named users

**Key:** users

**Type:** number

**Default:** 60

#### Sites or plants

**Key:** sites

**Type:** number

**Default:** 1

#### Main use cases

**Key:** use_cases

**Type:** textarea

**Default:** Top 10 alarms last month; alarm flood windows per operator station; chattering and standing alarms; draft rationalization entries; summarise the events around a trip.

#### Data that must never leave the site

**Key:** never_leave

**Type:** textarea

**Default:** Alarm data for restricted units, operator identities, process setpoints and recipes, network layout of the control system.

#### GPU available

**Key:** gpu

**Type:** select

**Options:**

- None yet
- 1 x 24 GB class
- 1 x 48 to 80 GB class
- 2 to 4 GPUs
- More than 4 GPUs

**Default:** None yet

#### Target go-live

**Key:** golive

**Type:** date

**Default:** 2027-03-01

**Blocks:**

#### Private AI Layer Architecture Plan: SCADA Alarm and Event Log

**Body:** Prepared for: {{company}}
System: Plant SCADA alarm and event logs, {{version}}
Data store: {{database}}
Hosting: {{hosting}}
Named users: {{users}} across {{sites}} site(s)
Target go-live: {{golive}}

#### 1. Context and scope

**Body:** {{company}} wants an AI assistant that works on data held in Plant SCADA alarm and event logs without moving that data off its own infrastructure. The assistant is read-only by default. Any change to a system of record is proposed by the assistant and executed only after a named person approves it, through the system's supported interface.

Main use cases:
{{use_cases}}

#### 2. Components

**Table:**

**Columns:**

- Component
- Design for SCADA Alarm and Event Log
- Notes

**Rows:**

**0:** Data access path

**1:** Replicated or exported alarm journal in a reporting database; one-way data flow out of the control zone

**2:** Read-only identity, reporting copy where possible

**0:** Retrieval index

**1:** Retrieval index over the alarm philosophy, rationalization master list, response procedures and incident reviews

**2:** Local vector store, metadata filters mirror permissions

**0:** Model serving

**1:** Open-weight model served with vLLM or Ollama on {{gpu}} in {{hosting}}

**2:** Size from users and questions per day

**0:** Tool server

**1:** Tool server with top_alarms, flood_events, chattering_alarms and alarm_history, with KPI math done in SQL

**2:** Approved read actions only, parameterised

**0:** Identity and permissions

**1:** Site or area roles; engineers and alarm management team get wider scope than operators

**2:** Checked before every query and retrieval

**0:** Audit

**1:** Append-only log of user, question, tool calls, query text, rows returned and answer

**2:** Retained per your records policy

#### 3. Security controls mapped to your constraints

**Body:** Data that must never leave the site:
{{never_leave}}

Hosting mode: {{hosting}}. All components run inside your network boundary. No model, index or log leaves it. For air-gapped hosting, model files, container images and updates enter through your controlled media process, and outbound telemetry in the serving stack is disabled.

Least privilege: a dedicated read-only service identity, no shared accounts, and per-user scope enforced in the tool server. Every answer shows its source records or query so a user can verify it.

#### 4. Three-phase rollout

**Table:**

**Columns:**

- Phase
- Scope
- Exit criteria

**Rows:**

**0:** Phase 1: Read-only questions

**1:** Cited answers on one site or line for a pilot group

**2:** Accuracy on a known question set accepted by the system owner

**0:** Phase 2: Drafts

**1:** Summaries, reports and proposed records for human editing

**2:** Edit rate and error types reviewed, no policy breaches in audit

**0:** Phase 3: Approved actions

**1:** Writes through the supported API or interface after named approval

**2:** Approval and rollback procedure tested, audit trail complete

#### 5. Open questions for IT and the system owner

**Body:** 1. Which interface does the vendor support for read access in {{version}}, and are there contractual limits on direct database reads?
2. Can we take a reporting copy of {{database}}, and who owns refresh and retention?
3. Which user groups map to which scopes, and who maintains the mapping?
4. What is the approved model list and the process for bringing in model updates?
5. What logging retention and review cadence does our policy require?
6. Who is the accountable owner for answer quality after go-live?

**Signatures:**

- Prepared by
- System owner
- IT security

**Notes:** This is a planning starting point, not a design guarantee. Confirm interface names, versions and vendor support terms with your vendor before building. KPIs such as alarms per operator per 10 minutes, peak counts, standing alarms and chattering alarms are computed in SQL on the reporting copy, using thresholds read from your own alarm philosophy rather than from the model. ISA-18.2 and IEC 62682 describe the lifecycle. The assistant explains and drafts; the alarm management team decides, through management of change.

## Content

**Intro:** This generator turns a few facts about your SCADA Alarm and Event Log environment into an architecture plan for a private AI layer that stays on your servers. It produces a document you can hand to IT, security and the system owner.

**Sections:**

#### How to use the generator

**Body:** Fill in company name, version, data store and hosting mode, then describe the use cases and the data that must never leave the site. Choose the GPU line that matches what you have or expect to buy. The document updates as you type and exports to PDF or Word. Share the first draft with the system owner and IT security, and use the open questions section as the agenda for your next meeting. Expect to edit the components table once you learn what your vendor supports.

**Bullets:**

- Start with one site or line
- Name an owner for answer quality
- List the data that must stay on site before you pick models
- Use the exported file as the basis for a change request

#### Method behind the plan

**Body:** KPIs such as alarms per operator per 10 minutes, peak counts, standing alarms and chattering alarms are computed in SQL on the reporting copy, using thresholds read from your own alarm philosophy rather than from the model. ISA-18.2 and IEC 62682 describe the lifecycle. The assistant explains and drafts; the alarm management team decides, through management of change.

#### What the plan covers

**Body:** The plan has five parts: context and scope, a component table, security controls tied to your inputs, a three-phase rollout and open questions. The rollout moves from read-only questions to drafted outputs to approved actions, with exit criteria between phases. Each component is described for Plant SCADA alarm and event logs specifically, including the data access path and the permission model.

**Bullets:**

- Data access path and identity
- Retrieval index and tool server
- Model serving on local GPUs
- Audit log and retention

#### Common mistakes

**Body:** Most failed pilots skip the permission model or the audit trail, then cannot get approval to widen use. Check the points below before you take the plan to a steering group.

**Bullets:**

- Analysing the live journal during a process upset.
- Mixing time zones or ignoring daylight saving so flood windows are wrong.
- Giving the assistant any acknowledge, shelve or suppress capability.

**Cta:** If you want a second pair of eyes on this plan, Netray designs and builds private, on-prem AI layers over systems like this, read-only by default.

**Faq:**

#### Does this plan require a cloud service?

**Answer:** No. Every component in the plan runs inside your network: the data access path, the retrieval index, the model serving on your GPUs, the tool server and the audit log. Air-gapped hosting is a supported option.

#### Is the assistant able to change data?

**Answer:** Not by default. The plan is read-only. Writes are proposed by the assistant and executed only after a named person approves, through the system's supported interface, and the audit log records the proposal and the approval.

#### How do I pick the GPU line?

**Answer:** Pick what you have or plan to buy, then check it with the sizing calculator for this system. A 24 GB class GPU suits small models and few users. More users or larger models need more memory or more GPUs.

#### Can I edit the document?

**Answer:** Yes. Edit the fields and export to Word. The component table and the open questions are the parts most worth tailoring once your vendor confirms which interfaces it supports for your version.

## Search terms

scada alarm and event log ai architecture, scada alarm and event log on-prem ai, private ai layer blueprint, on-prem ai architecture template, air-gapped ai architecture plan, local llm architecture document, read-only ai assistant design

---
Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json