奥运会网络安全报告（英文版）_40页_10mb

The Cybersecurity of Olympic Sports: New Opportunities, New Risks

Core Content

This white paper explores the evolving cybersecurity landscape of major sporting events, with a focus on the Olympic Games. As digital technologies become more integrated into sports, they introduce new opportunities for performance enhancement, fan engagement, and operational efficiency, but also new vulnerabilities and risks. The paper outlines a framework for evaluating these risks and provides historical and speculative examples of how cyberattacks could impact the Olympics in the future.

Main Findings

1. Cybersecurity Risks Are Increasing

• Digital technologies used in sports create new attack vectors that can affect various aspects of the event, from scoring systems to fan experiences.
• Future risks may include:
  • Stadium system hacks
  • Scoring system hacks
  • Photo and video replay hacks
  • Athlete care hacks
  • Entry manipulation
  • Transportation hacks
  • Hacks to facilitate terrorism or kidnapping
  • Panic-inducing hacks

2. Impact on Event Integrity

• Cyberattacks that manipulate the integrity of sports results are of particular concern, as they are hard to detect and can undermine public trust.
• In sports with subjective judging (e.g., gymnastics), the use of AI or automated systems increases the risk of undetectable manipulation.

3. Risk Framework: FMEA

• The paper introduces a Failure Mode and Effects Analysis (FMEA) framework to assess cybersecurity risks.
• Severity: Measures the potential impact of an attack, ranging from physical harm to reputational damage.
• Occurrence: Assesses the likelihood of an attack based on the number of touch points in the system.
• Detectability: Highlights the challenge of identifying attacks that are difficult to detect, which can lead to prolonged harm.

4. Tolerability of Cyberattacks

• Tolerability is defined as the willingness of event officials to accept certain levels of risk.
• More frequent but less severe attacks are more tolerable, while rare but serious attacks are less tolerable.
• The framework helps prioritize which risks to address based on their potential impact.

5. Historical Cybersecurity Incidents

• Known cyberattacks on major sporting events include:
  • Ticket scams and DDoS attacks targeting IT infrastructure.
  • Hacking of athlete data to discredit competitors.
  • False alarms related to the electrical grid and other critical systems.
• These incidents, while concerning, are relatively limited in scope and impact compared to future risks.

6. Future Cybersecurity Threats

• The Internet of Things (IoT) and other emerging technologies are expected to increase the complexity of cyber threats.
• Examples of future risks include:
  • False fire alarms causing chaos in Olympic hotels.
  • Fake tickets flooding online sales platforms.
  • Hacked drones disrupting competitions.
  • Malware in event screening systems potentially enabling terrorist activities.
  • Hacked cooling systems causing operational disruptions.

Key Recommendations

• Sports officials should carefully evaluate the cybersecurity risks of new technologies before adoption.
• Analog systems may offer a more secure alternative in some cases.
• Security protocols must be strengthened to address both known and emerging threats.
• Detectability is a critical factor in risk assessment; low detectability can lead to underestimating the severity of an attack.
• The Olympic movement should invest in real-time monitoring, ethical hacking, and incident response planning to safeguard against future cyber threats.

Conclusion

As the Olympics become more digitized, the potential for cyberattacks grows. The paper emphasizes the need for a proactive and comprehensive approach to cybersecurity, using a structured risk framework to guide decision-making. It also highlights the importance of balancing technological innovation with the need for security, ensuring that the integrity of the Games is not compromised by digital vulnerabilities.