Integration capabilities
Brings legacy systems, third-party solutions, datasets and IoT devices into one platform, and orchestrates the streams between them.
Connect your systems →Affectli connects your systems to one live ontology of your operation. Every alarm arrives with its asset, its site and its crew, and a workflow tracks the work it raises until the job is closed.
| Severity | Time | Object | Event | Source | Status |
|---|---|---|---|---|---|
| High | 06:41:12 | RSV-12 · Reservoir | Level 31 %, falling 4 %/h | SCADA | Workflow started |
| Medium | 06:40:58 | PST-07 · Pump station | Pump P2 tripped, overcurrent | PLC | Linked · INC-3317 |
| Medium | 06:38:20 | DMA-118 | Night flow 22 % above baseline | Meter data | Under review |
| Low | 06:36:02 | VLV-2210 · Valve | Position changed by command | SCADA | Logged |
| Info | 06:31:47 | CRW-04 · Crew | Shift started · 4 members | Mobile | Logged |
| Cleared | 06:29:15 | RSV-03 · Reservoir | Level restored to 78 % | SCADA | Closed |
| Info | 06:22:40 | GATE-02 · Access point | Contractor entry approved | Access control | Logged |
Eleven modules sit under these four jobs. They share the same data, the same ontology and the same permissions, so adding a module does not add another system to reconcile.
A data fabric: one connected layer across the systems you already run. Connects to everything you run. Replaces nothing.
Brings legacy systems, third-party solutions, datasets and IoT devices into one platform, and orchestrates the streams between them.
Connect your systems →Ingests data of many types into a shared data pool and a data lake, for relational and non-relational sources alike.
The technology underneath →The Mi-Stream engine applies rules, filtering, integrity checks and schedules to every feed, whatever the hardware, and passes events to the Events Monitor.
How Mi-Stream works →A live ontology ties every data point to the asset, site, person or event it belongs to. Prediction and drill-down sit on top.
Meaningful, connected data. Pivot from any data point to everything linked to it with a single click.
How the ontology works →Machine learning and predictive models on live and historical data, from the AI engines you choose.
Prediction in practice ↓Live data in layers you can drill into, down to granular detail, including digital twins of any asset.
See a digital twin ↓Maps, workflows and messaging turn an event into coordinated work.
Digitises your processes. Events raise tasks and real-time alerts against the criteria you set, and each process runs the same way every time.
From alarm to work order ↓Situational Awareness on one live map, with heat maps and custom layers. Pivot from any point on it.
The operating map ↓Encrypted instant messaging and broadcasts, attached to the incident, asset or task they concern.
Conversations on the work ↓Reporting for every level of the organisation, and control over who sees and does what. Your data stays yours, wherever Affectli runs.
Real-time reporting and customisable management dashboards, with a drag-and-drop report builder.
See a dashboard ↓Teams and workspaces with permissions set by classification and role. Each organisation’s data and configuration are kept separate.
Classifications and access ↓Situational Awareness puts live data from every connected system on one GIS map: one operating picture for the whole operation. Asset icons change colour on fault or alarm and update as issues are resolved or escalated. Select any point to see its history, its linked objects and the people nearest to it.
Icons change colour on fault or alarm, and change again as the issue is resolved or escalated.
See where readings cluster or drift across a whole network, from pressure to demand.
Add the layers your teams plan with: planned works, priority residents, weather or zones.
Find the nearest qualified person to any asset and send them, without leaving the map.
SectorsEnergy and utilities at Mi-C3 ↗Transport and ports at Mi-C3 ↗
Set your criteria once. When a SCADA reading crosses them, the Events Monitor raises a real-time alert, and Affectli creates the work order, assigns it and tracks it until it closes.
Steps can be manual or automated. Each process runs the same way every time, so every shift follows the same procedure.
Water and wastewater at Mi-C3 ↗The Mi-Stream engine ingests the reading, applies your rules and pushes an event to the Events Monitor.
The ontology ties the event to its asset, its site, the open work and the nearest crew.
A workflow raises and assigns the task, and opens an A-Box record that holds its tasks, messages and documents.
The crew closes the task from a phone or tablet, and the timeline feeds real-time reporting.
A digital twin is a live schematic of any asset or group of assets. Drill into the detail you need, such as a generator’s fuel level or a server-room temperature.
Insights dashboards give every level of the organisation the same data: assigned tasks, ticket status, error detection and app shortcuts, with real-time reporting and a drag-and-drop report builder.
Oil and gas at Mi-C3 ↗Affectli runs machine learning and predictive analytics on live and historical data. It works with different AI engines and models, so you can mix, match or upgrade them without being locked into a single vendor.
Models score streams as they arrive, raising real-time alerts and starting automated responses.
Models search historical data for patterns, recurring faults and the conditions that come before them.
Machine learning, predictive and natural language processing (NLP) models from different engines can run side by side, and be replaced as better ones arrive.
Messages, broadcasts and files sit on the incident, asset or task they are about. Teams and workspaces, with classifications and permissions, decide who sees and does what, including contractors, vendors and partners.
A quick reference for architects and evaluators. Each component is part of the same stack, and each one appears in the walkthrough above.
Ingests feeds from thousands of sources, applies rules, filtering and integrity checks, and pushes events to the Events Monitor.
Integrations →A real-time event feed, filtered by view or objective. Each record opens to its full history: people, documents, status, actions and severity.
Workspace ↑Drag-and-drop design of apps, processes, workflows, pipelines and forms, built on BPMN 2.0.
Designer ↑The contextual workspace for tasks, messages and documents, with timeline and calendar views.
Workflows ↑Parent-child classifications that organise entities and set who can see and do what.
Collaboration ↑One GIS map with live asset status, heat maps, custom layers and nearest-person dispatch.
Maps ↑Schematic views of any asset or group of assets, drillable into granular, live detail.
Digital twins ↑Customisable management dashboards, real-time reporting and a drag-and-drop report builder.
Insights ↑
Bring one operational question and the systems involved. A product specialist will walk you through the modules that answer it, from the Events Monitor to the workflow that closes the loop.