Industriant delivers the operator-facing layer—critical screens, standardized faceplates, reusable SVG graphics—so your controls team stays on logic and commissioning.
Industrial projects routinely deliver strong control strategies behind operator interfaces that slow reviews, confuse operators, and burn engineering hours on layout instead of commissioning.
Industriant closes that gap with HMI visual systems aligned to ISA-101 High-Performance principles: clear hierarchy, disciplined abnormal-state emphasis, and a repeatable standard that scales across screens, sites, and projects.
ISA-101 High-Performance gives engineers a defensible basis for visual choices—and gives reviews something to verify against.
Visual priority mapped to operational criticality. Level 1 overviews for situational awareness, detail screens for intervention.
Normal conditions stay quiet. Abnormal states demand attention through deliberate contrast—not color overload.
Alarms and deviations surface through hierarchy, not volume. Operators see faults first without hunting.
Symbols and patterns mean the same thing everywhere. Operators don't relearn screen to screen, site to site.
You own the PLC/SCADA architecture. We deliver implementation-ready HMI assets—screens, faceplates, graphics standards—designed to drop into your workflow.
Legacy HMIs, mixed standards, training burden. We unify the operator experience without changing control strategy.
You ship functional machinery. We deliver interfaces that reduce operator confusion and support calls.
Reduces "opinions about design" across teams and reviews.
Faults, interlocks, and deviations surface without hunting.
Operators don't relearn screen to screen or site to site.
Your controls team stays on commissioning, not layout.
Level 1 overview for situational awareness. Key unit and process screens. Standardized faceplates for motors, valves, PID loops, and alarms.
Normal vs. abnormal-state strategy. Hierarchy rules. Layout system. Symbol semantics. Applied pragmatically—not academically.
In-house library: pumps, valves, tanks, conveyors, mixers, sensors, utilities. Lightweight vectors built for HMI performance with specs for tag mapping.
Level 1 overview with split-panel layout: process mimic (left) shows material flow from bins through weigh hopper to mixer and loadout. Deviation panel (right) uses horizontal bar visualization so operators detect out-of-tolerance conditions instantly—without comparing dense numeric columns. Water overdose (WTR-02 at +7.8%) surfaces through ISA-101 abnormal emphasis while five normal dosing lines recede. W/C ratio trend tracks batch-to-batch drift.
Standardized reusable faceplate with split layout: P&ID mimic (left) shows pump symbol with suction/discharge piping, isolation valves, check valve, and inline instrumentation (PT, FT). Includes mode selector (Auto/Manual/Local), start/stop/reset commands, and full permissive checklist. Right panel provides live process values with embedded 1-hour trends for flow and discharge pressure—placing decisions where the data lives, not behind pop-ups.
P&IDs, tag exports, constraints, legacy docs.
Hierarchy, normal vs. abnormal, semantics.
Level 1 overview establishes design language.
Screens, faceplates, library patterns.
Implementation-ready assets + optional visual QA.
Unified HMI approach across multiple batching facilities. Real-time monitoring, recipe management, alarm handling. Established a repeatable deployment pattern.
Operator-facing monitoring for faster interpretation of process drift in sand casting operations.
Sault Ste. Marie, Ontario — serving system integrators and automation firms globally.