Inferensys

Glossary

Technical Documentation

The comprehensive dossier a provider must compile to demonstrate a high-risk AI system's design, development, and compliance, containing detailed information on architecture, data, and performance metrics.
Risk analyst performing AI risk assessment on laptop, risk matrices visible, casual office risk session.
REGULATORY COMPLIANCE

What is Technical Documentation?

The comprehensive dossier a provider must compile to demonstrate a high-risk AI system's design, development, and compliance, containing detailed information on architecture, data, and performance metrics.

Technical documentation is the legally mandated compilation of records that proves a high-risk AI system conforms to the essential requirements of the EU AI Act. It must comprehensively describe the system's intended purpose, design specifications, development methodology, and performance characteristics to enable market surveillance authorities to verify compliance.

This dossier must include a detailed description of the system's algorithmic architecture, training methodologies, and the data governance criteria applied to datasets. It also requires a clear articulation of the human oversight mechanisms, the expected level of accuracy, and the known limitations, forming the evidentiary basis for the presumption of conformity.

HIGH-RISK AI SYSTEM DOSSIER

Core Components of the Technical Documentation

The technical documentation is the central evidentiary artifact for demonstrating compliance with the EU AI Act. It must provide competent authorities with a complete, transparent, and understandable account of the system's design, development, and performance.

02

Detailed System Design & Architecture

A logical schematic of the system's algorithmic structure and data flow. This must include the development methodology, design specifications, and the system's high-level architecture.

  • Algorithmic Logic: A description of the model's design philosophy, including key architectural choices (e.g., transformer, CNN).
  • Input Data Specifications: The precise format, nature, and source of the data the system ingests.
  • Human-Machine Interface: A detailed description of the human oversight mechanisms and the controls available to the operator to override or interrupt the system.
03

Training Methodologies & Datasets

An exhaustive account of how the model was built, validated, and tested. This section is critical for data governance and bias auditing.

  • Training Data Provenance: The origin, selection criteria, and volume of the training, validation, and testing datasets.
  • Pre-processing Steps: All data labeling, cleaning, and augmentation techniques applied.
  • Data Governance Criteria: An explicit examination of the datasets for potential biases and an explanation of how they are relevant to the system's intended purpose.
04

Performance Metrics & Accuracy Levels

The quantitative benchmarks that define the system's operational envelope. These metrics must be appropriate for the intended purpose and transparently disclosed.

  • Key Performance Indicators: The specific, measurable metrics (e.g., F1 score, word error rate) used to evaluate the system.
  • Confusion Matrices & Error Analysis: A breakdown of the types of errors the system makes and their potential consequences.
  • Performance on Subgroups: A report on the system's accuracy across different demographic or operational cohorts to demonstrate fairness.
05

Risk Management & Compliance Evidence

The documented output of the mandatory risk management system, linking identified hazards to specific mitigation measures. This section proves the system is safe for its intended use.

  • Risk Register: A log of all reasonably foreseeable risks to health, safety, and fundamental rights.
  • Mitigation Strategies: A direct mapping of each identified risk to a technical or organizational control, such as an adversarial robustness evaluation.
  • Conformity Assessment Link: A clear reference to the relevant harmonized standards or technical specifications used to achieve the presumption of conformity.
06

Post-Market Monitoring Plan

A proactive, documented strategy for continuous surveillance of the system's real-world performance after deployment. This is not a static report but a living process.

  • Monitoring Mechanisms: The technical tools used to collect performance data and user feedback from the live environment.
  • Incident Thresholds: Pre-defined criteria that trigger a serious incident report to the market surveillance authority.
  • Feedback Loops: The process by which collected data is fed back into the quality management system to trigger corrective actions or a new conformity assessment.
TECHNICAL DOCUMENTATION

Frequently Asked Questions

Clarifying the mandatory dossier required to demonstrate high-risk AI system compliance under the EU AI Act.

Technical documentation is the comprehensive, legally mandated dossier that a provider of a high-risk AI system must compile to demonstrate compliance with the EU AI Act. It serves as the primary evidence for the conformity assessment process, containing detailed information on the system's design, development, and performance. The documentation must be drawn up before the system is placed on the market and kept up-to-date throughout its lifecycle. It is not merely a user manual; it is an exhaustive technical record that allows market surveillance authorities and notified bodies to verify that the system meets all essential requirements, including risk management, data governance, and human oversight protocols.

Prasad Kumkar

About the author

Prasad Kumkar

CEO & MD, Inference Systems

Prasad Kumkar is the CEO & MD of Inference Systems and writes about AI systems architecture, LLM infrastructure, model serving, evaluation, and production deployment. Over 5+ years, he has worked across computer vision models, L5 autonomous vehicle systems, and LLM research, with a focus on taking complex AI ideas into real-world engineering systems.

His work and writing cover AI systems, large language models, AI agents, multimodal systems, autonomous systems, inference optimization, RAG, evaluation, and production AI engineering.