McC AI Group applies proprietary patent-pending Engineering Intelligence to critical infrastructure systems where operational decisions must be reliable, explainable, and governed. Our applications address environments where process complexity, regulatory obligations, sensor uncertainty, and operational risk render conventional automation insufficient.

Water and Wastewater Infrastructure

McC AI Group develops Engineering Intelligence applications for water and wastewater systems, where process performance, energy use, regulatory compliance, and operational reliability must be managed in tandem.

Industrial Process Systems

McC AI Group applies Engineering Intelligence to industrial processes where operating conditions change, measurements may be uncertain, and automated actions must remain within defined engineering and safety constraints.

Environmental Protection Systems

McC AI Group applies Engineering Intelligence to environmental systems that require reliable contaminant control, defensible performance evaluation, and long-term operational accountability.

Transportation and Civil Infrastructure

McC AI Group extends Engineering Intelligence to transportation and civil infrastructure systems where asset condition, environmental performance, public safety, and long-term resilience must be evaluated together.

Energy and Resource Efficiency

McC AI Group develops Engineering Intelligence applications that improve energy and resource efficiency without sacrificing process stability, regulatory compliance, or operational safety.


Core Modules of the Engineering Intelligence Platform

SensorAI — Trusted Information

Determines whether operational information can be trusted for its intended use.


Evaluates sensor and signal integrity, process and equipment context, and information confidence; supports validated virtual or inferred information where appropriate.

WisdomAI — Engineering Knowledge & Explainable Reasoning

Determines what trusted information means in a site-specific engineering context and what response should be considered.


Applies site-specific engineering knowledge, operating history, standards, procedures, and explainable reasoning to operational conditions.

OperationsAI — Operational Intelligence

OperationsAI operational intelligence icon showing a process workflow, engineering gears, and optimization chart.

Determines how the facility should operate under current conditions.


Models process and equipment behavior, evaluates operating conditions, and develops facility-specific optimization strategies, engineering constraints, and operational recommendations.

PilotAI — Governed Automation

Determines what action is allowed.


Evaluates recommendations and proposed actions against approved operating boundaries, constraints, information confidence, and organizational authority before allowing governed execution.


Application Overview

AerationAI integrates with existing PLC/SCADA systems to optimize airflow in real time, reducing aeration energy demand while maintaining treatment performance. AerationAI-SND extends this architecture to governed low-DO simultaneous nitrification and denitrification, supporting energy-efficient nitrogen removal while protecting biological treatment performance.