Energy Nuclear Power Plant Inspection & Non-Destructive Testing (NDT)

nexgile-intellibrain-nucleus

The Nexgile-IntelliBrain Nucleus is a comprehensive digital platform designed for Non-Destructive Testing operations, with specialized focus on nuclear power plant inspection and asset integrity management. This enterprise solution serves as the central hub for managing complex inspection workflows, equipment operations, and regulatory compliance in highly critical environments.

Explore Digital Workers View Capabilities

System Status

Operational

3 Digital Workers

20 AI Agents

23 + Capabilities

AI Powered

Portal ID: nexgile-intellibrain-nucleus

Platform Overview

Comprehensive enterprise solution

The portal provides end-to-end management of NDT inspection projects from initial planning through final reporting. The system integrates various NDT techniques including Ultrasonic Testing (UT), Eddy Current Testing (ET), Radiographic Testing (RT), Visual Testing (VT), Thermography, and Penetrant Testing. Complex trajectory planning capabilities e... The portal provides end-to-end management of NDT inspection projects from initial planning through final reporting. The system integrates various NDT techniques including Ultrasonic Testing (UT), Eddy Current Testing (ET), Radiographic Testing (RT), Visual Testing (VT), Thermography, and Penetrant Testing. Complex trajectory planning capabilities enable precise inspection of nuclear reactor components including pressure vessels, steam generators, and primary circuit piping. Specialized workflows support Reactor Pressure Vessel (RPV) inspection with 3D vessel modeling, weld location mapping, and automated defect detection. Steam Generator inspection includes tube mapping, multi-frequency eddy current testing, and foreign object search capabilities. The system tracks known indications, monitors defect growth over time, and supports fitness-for-service evaluations. Comprehensive inventory management covers robotic inspection systems, ultrasonic equipment, eddy current systems, and radiographic equipment. The probe management module tracks custom probe specifications, calibration schedules, and qualification certificates. Integration with piezocomposite manufacturing enables complete traceability from raw materials to field deployment. The platform ensures compliance with international standards including RSE-M (French), ASME Section XI (US), and KTA (German) regulations. Built-in quality assurance workflows include non-conformance reporting (NCR), corrective action tracking (CAPA), and audit preparation tools. Immutable audit trails with cryptographic signatures support 40+ year data retention requirements for nuclear records. Integrated tracking of COFREND Level 2/3 certifications, ISO 9712 compliance, method-specific certifications, vision acuity testing, and plant-specific qualifications ensures all inspection personnel meet regulatory requirements. Multi-level review workflows support Level 2 technician analysis, Level 3 specialist peer review, engineering assessment, and client acceptance.

Platform Screenshots 4 images

Maintenance Dashboard - Equipment status monitoring and predictive maintenance overview

Checkout page - Order review and confirmation interface

Qualification Templates - Personnel certification and qualification management interface

Review & Approval Interface - Multi-level inspection workflow with Level 2 technician analysis, Level 3 specialist peer review, engineering assessment, and client acceptance

AI-Powered Automation

Digital Workers

Autonomous AI systems orchestrating multi-agent workflows

3 Workers

20 Agents

24/7 Uptime

Digital Worker

NDT Defect Analysis Digital Worker

Manual NDT defect analysis is time-consuming, prone to human error, and creates bottlenecks in nuclear inspection workflows. Level 3 experts spend excessive time reviewing low-risk geometric features instead of focusing on critical defects. Compliance with ASME Section XI requires extensive documentation and consistent interpretation of acceptance criteria.

AI Agents

Analysis Orchestrator Agent ACTIVE

Ultrasonic Testing Analysis Agent ACTIVE

+ 3 more

5 Agents View Details

Digital Worker

Nuclear Inspection Campaign Planning Digital Worker

Planning complex nuclear inspection campaigns manually takes 4+ weeks, involves multiple specialists, and often produces suboptimal schedules. Planners struggle to balance duration, cost, risk coverage, and resource constraints while ensuring full regulatory compliance. Without predictive analytics, critical components may not receive appropriate priority.

AI Agents

Campaign Orchestrator Agent ACTIVE

Data Analyst Agent ACTIVE

+ 7 more

9 Agents View Details

Digital Worker

Autonomous Inspection Mission Digital Worker

Real-time inspection operations require continuous monitoring, parameter adjustment, quality analysis, and anomaly response. Human operators cannot simultaneously track equipment health, optimize parameters, analyze quality trends, and document results. This leads to quality variations, missed optimization opportunities, and delayed anomaly response.

AI Agents

Mission Orchestrator Agent ACTIVE

Inspection Planner Agent ACTIVE

+ 4 more

6 Agents View Details

Business Overview

Platform at a Glance

Comprehensive overview of capabilities, audience, and value delivered

Enterprise Capabilities

23 core functions

End-to-end management of NDT inspection projects from initial planning through final reporting

Real-time supervision of robotic and automated inspection equipment

Multi-method NDT data acquisition, analysis, and visualization

Integration of Ultrasonic Testing (UT), Eddy Current Testing (ET), Radiographic Testing (RT), Visual Testing (VT), Thermography, and Penetrant Testing

Complex trajectory planning for precise inspection of nuclear reactor components

Reactor Pressure Vessel (RPV) inspection with 3D vessel modeling, weld location mapping, and automated defect detection

Steam Generator inspection with tube mapping, multi-frequency eddy current testing, and foreign object search

Known indication tracking and defect growth monitoring over time

Fitness-for-service evaluations

Comprehensive inventory management for robotic inspection systems and NDT equipment

Probe management with custom specifications, calibration schedules, and qualification certificates

Non-conformance reporting (NCR) and corrective action tracking (CAPA)

Audit preparation tools with immutable audit trails and cryptographic signatures

Personnel certification tracking for COFREND Level 2/3, ISO 9712, and plant-specific qualifications

Defect growth prediction models and remaining life estimation

Failure probability calculations and risk-based inspection prioritization

AI-assisted defect detection using machine learning

Multi-level review workflows for technician analysis, peer review, engineering assessment, and client acceptance

Remote collaboration with secure cloud-based data access for off-site experts

Automated report generation in multiple regulatory-compliant formats

Multi-tenant client portal with real-time inspection visibility

Interactive 3D model viewing and analytics dashboards

Secure messaging for stakeholder engagement

Target Audience

5 stakeholder groups

Certified NDT inspectors and technicians performing field examinations

Engineers and analysts interpreting complex NDT signals

Quality managers ensuring regulatory compliance

Project managers overseeing multi-site inspection campaigns

Client representatives requiring inspection status visibility

Competitive Edge

6 key differentiators

Comprehensive digital platform specialized for nuclear power plant inspection and asset integrity management

Central hub for managing complex inspection workflows in highly critical environments

Supports 40+ year data retention requirements for nuclear records

Multi-tenant client-facing portal for real-time stakeholder engagement

Enterprise solution integrating multiple NDT methods with advanced AI analytics

Complete traceability from piezocomposite manufacturing raw materials to field deployment

Value Proposition

7 key benefits

Reduces screening time through AI-assisted defect detection while maintaining high detection accuracy

Enables secure cloud-based data access for off-site experts through remote collaboration capabilities

Ensures all inspection personnel meet regulatory requirements through integrated certification tracking

Provides complete traceability from raw materials to field deployment

Ensures compliance with international standards including RSE-M, ASME Section XI, and KTA regulations

Produces regulatory-compliant documentation in multiple formats through automated report generation

Supports predictive analytics for defect growth prediction, remaining life estimation, and failure probability calculations