Projects
Tranmission Line Tower Corrosion Assessment
Scope: Automated Condition Assessment
Processed and classified high resolution Unmanned Aerial Vehicles (UAV) aerial imagery of electrical transmission towers, assessing coating types (painted vs. galvanized) and corrsion extent based on rigorous inspection standards.
Outcome: Successfully accelerated condition assessment workflows. Enabled AI-augmented inspection of granular hardware including bolts, washers, yoke plates,
Digital Forensic Asset Identification Model
Scope: Crime Scene Investigation Support​
Developed AI image processing tool to identify specific objects of interest for investigators, processing thousands of crime scene images to surface critical evidence automatically.
​
Outcome: Demonstrated high quality utility in accelerating forensic workflow and managing the "data deluge" in modern investigations.
Secure AI Litigation Support
Scope: Deployed secure, air-gapped using an AI model to manage 100,000 + pages of discovery documents, synthesizing data and identifying discrepancies in legal arguments.
​
Outcome: Ongoing project provides legal team with powerful, confidential tool to navigate complex cases with unprecedented speed and accuracy.
Gas Pipeline Pitting and Corrosion Detection
Scope: ​Developed specialized AI vision model analyzing imagery from crawling robots to identify specific corrosion types like pitting, critical to pipeline integrity
​
Outcome: Successfully automated detection of structural threats, proving AI can enhance safety and longevity of energy transport networks.
Smart City Road and Signage Monitoring
Scope: Utilized street level camera data to develop system for identifying road damage (potholes) and compromised traffic signage, providing real time infrastructure status update.
​
Outcome: Proved feasibility of using existing mobile camera assets to maintain safer, more efficient urban environments.
Engineering Knowledge Continuity System
Scope: Developed private AI knowledge management system for a firm with 30 years of documented test and procedure data. Using an AI architecture organized decades of records, standards, and unwritten expertise of senior staff to be available for next generation of engineers.
The firm works internationally it is important for them to be knowledgeable of national and international standards, their overlaps and gaps for efficient and valid test procedures.
Tranmission Line Tower Corrosion Assessment
Scope: Automated Condition Assessment
Processed and classified high resolution Unmanned Aerial Vehicles (UAV) aerial imagery of electrical transmission towers, assessing coating types (painted vs. galvanized) and corrsion extent based on rigorous inspection standards.
Outcome: Successfully accelerated condition assessment workflows. Enabled AI-augmented inspection of granular hardware including bolts, washers, yoke plates,
Digital Forensic Asset Identification Model
Scope: Crime Scene Investigation Support​
Developed AI image processing tool to identify specific objects of interest for investigators, processing thousands of crime scene images to surface critical evidence automatically.
​
Outcome: Demonstrated high quality utility in accelerating forensic workflow and managing the "data deluge" in modern investigations.
Secure AI Litigation Support
Scope: Deployed a secure, air-gapped AI environment to ingest and analyze over 100,000 pages of discovery. The system synthesizes massive datasets and flags critical discrepancies in legal arguments in real-time.
Outcome: This ongoing partnership provides the legal team with a high-speed, confidential edge, allowing them to navigate complex litigation with unprecedented precision.
​
Beyond simple e-discovery, RecognAIse empowers litigators with Predictive Strategic Intelligence. Our AI doesn't just find documents; it models judicial behavior, automates the construction of complex case chronologies, and acts as a 'digital mentor' by surfacing successful arguments from your firm’s historical archives.
We turn the chaos of litigation data into a data-driven blueprint for victory.
Gas Pipeline Pitting and Corrosion Detection
Scope: ​Developed specialized AI vision model analyzing imagery from crawling robots to identify specific corrosion types like pitting, critical to pipeline integrity
​
Outcome: Successfully automated detection of structural threats, proving AI can enhance safety and longevity of energy transport networks.
Smart City Road and Signage Monitoring
Scope: Utilized street level camera data to develop system for identifying road damage (potholes) and compromised traffic signage, providing real time infrastructure status update.
​
Outcome: Proved feasibility of using existing mobile camera assets to maintain safer, more efficient urban environments.
Engineering Knowledge Continuity System
Scope: Developed private AI knowledge management system for a firm with 30 years of documented test and procedure data. Using an AI architecture organized decades of records, standards, and unwritten expertise of senior staff to be available for next generation of engineers.
The firm works internationally it is important for them to be knowledgeable of national and international standards, their overlaps and gaps for efficient and valid test procedures.
CIGRE B2 Technical Publication Knowledge Management
Scope: Developed a specialized AI knowledge management platform processing and indexing 30+ years of technical brochures, research papers, and green books. Enables instant retreival from thousands pages in up to 140 languages.
Outcome: Preserves international institutional memory, providing centralized, intelligent interface for navigating global overhead transmission line experience, standards and research.
