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Digitalisation is a powerful tool in corruption prevention
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InTECHgrity Framework

Corruption Prevention through Digitalisation

Digitalisation is widely recognised as a powerful tool in corruption prevention.  Automation reduces reliance on manual processes, data analytics enhances transparency and risk detection, and embedded system controls strengthen governance and oversight. Our work in this area dates back to the 1980s.

Digitalisation Timeline

1980s
Pre-Internet Era: Laying the Foundations of Computerisation

CPD provides advice for major computerisation projects across government departments, ensuring that corruption prevention controls are in place during the transition from manual systems to digital processes.

1990s to 2000s
Internet Era: Embedding Digital Controls Through Reviews

Through regular procedural reviews, CPD advises government departments to adopt digitalisation to strengthen controls in their processes.

2022
Digitalisation as a Strategic Priority

Digitalisation for Corruption Prevention was formalised as a key strategy, recognising technology as a critical enabler of systemic integrity.

Digitalisation as a Strategic Priority
2023
Establishing the Digital Corruption Prevention Framework

Developed the Digital Corruption Prevention Framework, providing guiding principles for government departments to leverage technology to strengthen corruption prevention.

Establishing the Digital Corruption Prevention Framework
2024–2025
From Principles to AI in Practice

Advanced implementation through digital tools and AI proof‑of‑concept projects, including: 

  • Aa 
  • Bb…
2025
Coding4Integrity Hackathon

Launched the Coding4Integrity Asian Youth Anti‑Corruption Hackathon, promoting youth empowerment, cross‑border collaboration, and innovative technology solutions for integrity challenges.

Coding4Integrity Hackathon
2026
InTECHgrity Framework

Developed the InTECHgrity Framework, providing step‑by‑step actionable guidance and practical examples to help organisations systematically embed effective corruption‑prevention controls into IT systems by design.

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The InTECHgrity Framework

The InTECHgrity Framework sets out 21 essential integrity controls for computer systems to prevent and mitigate corruption risks.  These controls are grouped under three overarching control objectives.

System Integrity Controls

Safeguarding the system's core functions

These controls protect the technical foundation of the system through secure configuration, strong access management, segregation of duties, and tamperresistant audit trails, ensuring the system cannot be easily manipulated or overridden.

Process Integrity Controls

Embedding integrity into digital workflows

These controls ensure that workflows — from data capture to approval — are systemenforced to prevent manipulation, reduce excessive discretion, and close process loopholes through automation and builtin safeguards.

Anomaly Detection Functions

Enabling early identification of irregularities

These functions leverage analytics, alerts, dashboards, and exception reporting to detect unusual patterns and red flags early, enabling timely intervention and continuous control enhancement.

Visit this website (https://www.icac.org.hk/icac/intechgrity/en/index.html) to learn more about each control, and download the guide (add link) for detailed information.

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