Brownfield reality
Plants combine generations of equipment, protocols, control systems, sensors, and manual work.
Industries / Advanced Manufacturing
Turn Every Production Signal Into Accountable Action.
Corteq connects machines, vision systems, quality, maintenance, planning, supply, and operators into one governed production thread from plant floor to enterprise.
Plant operations / Industrial intelligence
- Industry profile
- Advanced Manufacturing
- System
- Machine · Cell · Plant
- Work
- Inspect · Maintain · Produce
- Boundary
- OT · Edge · Enterprise
Operating reality
The factory already generates the signals. The gap is connecting them to the production decision.
Quality, machine health, work instructions, supply, scheduling, labor, and engineering change all shape the same outcome. Cortex keeps that context connected around the operator and production plan.
Production consequence
False alarms, missed defects, unplanned stops, and poorly timed change create immediate cost and risk.
Edge constraint
Inference and coordination often must run near equipment with strict latency, safety, and connectivity limits.
What Corteq builds
One industrial intelligence layer across machine, cell, and plant.
Cortex connects perception, operations, engineering context, bounded action, and evidence around the existing production system.
Visual quality
Connect every finding to the production record
Detect defects, show evidence and confidence, route human review, and trace disposition to lot and process context.
Predictive maintenance
Prioritize failure risk by production consequence
Fuse telemetry, inspection, history, operating conditions, parts, and schedule into actionable maintenance options.
Production operations
Coordinate plan, material, machine, and labor
Resolve live constraints and exceptions into authorized schedule and work changes.
Industrial agents
Put governed assistance at the point of work
Ground troubleshooting and instructions in approved engineering content with tools, permissions, and hard stops.
Operating thread
From first signal to accountable outcome.
The sequence stays visible from input through action. Each step preserves the context, authority, and evidence the next step depends on.
- Step 1Observe
Collect machine, vision, process, quality, material, schedule, and operator signals at the edge.
- Step 2Diagnose
Resolve condition against product, process, history, engineering limits, and production effect.
- Step 3Authorize
Place recommendation, evidence, risk, instruction, and required approval with the responsible person.
- Step 4Improve
Execute the approved work, verify the result, and return evidence to quality, maintenance, and planning.
Mission outcomes
Measure the operating change.
The standard is not whether the model runs. It is whether the workflow moves faster, remains governed, and produces an outcome the organization can inspect.
Earlier detection with evidence attached
Inspection findings connect to product, process, confidence, review, and disposition.
Maintenance reflects operational consequence
Teams act on connected machine risk instead of isolated thresholds.
Exceptions update the whole production picture
Schedule, supply, equipment, labor, and work stay coordinated as conditions change.
Built on Corteq Cortex
One architecture. Adapted to the operating environment.
Every deployment uses the same five deep-dive layers while the mission objects, workflows, policies, systems, and evidence change by industry.
Start with the operating thread
Bring the production exception where the signal still stops short of action.
We will map the systems, context, human gates, deployment boundary, evaluation plan, and fastest path to a fieldable capability.
Request a mission briefing