Company-Specific AI

  • Your knowledge accessible — Documents, policies, procedures become searchable through controlled retrieval
  • Your data stays governed — Classification, retention, and access control maintained
  • Outputs are auditable — All AI interactions logged and traceable
  • Aligned with risk posture — Controls match your organization's risk tolerance

Predictive Systems for Energy Infrastructure

We design prediction systems that reduce unplanned downtime by forecasting failures and identifying early risk signals — enabling proactive maintenance and smarter spare-part planning.

Typical Inputs

  • Asset telemetry / sensor data (SCADA, monitoring, logs)
  • Weather and environmental signals
  • Maintenance history + work orders
  • Quality and service KPIs (failures, MTTR, response times)

Typical Outputs

  • Failure probability and time-to-failure estimates
  • Maintenance recommendations and prioritized work orders
  • Outage risk predictions and "where to look first" guidance
  • Explainable dashboards for operations, engineering, and management

Project Deliverables

  • Data readiness assessment (quality, completeness, security)
  • Model baseline + evaluation plan (accuracy, false positives, business impact)
  • MLOps plan: monitoring, drift detection, retraining cadence
  • Operational integration: alerts, dashboards, ticket automation

Business Impact

  • Reduced unplanned downtime
  • Optimized spare-part planning
  • Proactive maintenance scheduling
  • Data-driven resource allocation

Company-Internal LLMs + Procurement Predictions

A controlled internal assistant that answers "how do we do X?" from policies and documentation, and can support procurement with data-driven insights (demand signals, supplier risk, purchase planning).

Two-Layer Architecture

  1. Knowledge Layer (RAG) — for unstructured documents (procedures, PDFs, contracts, e-mails)
  2. Prediction Layer (ML) — for forecasting (demand, lead times, risk signals) where structured data exists

Knowledge Layer Deliverables

  • Data classification and access model (who can see what, by default)
  • Knowledge ingestion pipeline (ownership, update cadence, audit trail)
  • Prompt + output standards (format, citations, escalation rules)

Prediction Layer Deliverables

  • Feature engineering from historical data
  • Forecasting model plan (features, evaluation, operational KPIs)
  • Integration with procurement workflows

What We've Built

Predictive Maintenance for Solar Parks

ML-based predictive maintenance system developed in a research cooperation (2020). Pattern detection and failure forecasting for asset operations.

Case Study Machine Learning Research
View Case Study →

AI-Supported Decision Models

Decision support systems for engineering decision-making with explainable AI outputs and audit trails.

Decision Support Engineering Explainable AI

Governance-First ML/LLM Approach

Data Minimization

GDPR-aligned data handling with purpose limitation. Only necessary data used for model training and inference.

Model & Prompt Risk Controls

Risk assessment for model selection, prompt engineering guardrails, and output validation.

Logging & Monitoring

Comprehensive logging of all AI interactions, performance monitoring, and anomaly detection.

Clear Responsibility

RACI matrix for AI operations, incident response procedures, and escalation paths.

Interested in predictive AI or custom LLMs?

Book a consultation to explore how AI can work with your specific data and requirements.