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The inevitability of future IT crises necessitates that we all consider a proactive approach to capacity-building:

• Establish an AI Centre of Excellence (CoE): Form a multidisciplinary team including executive leaders, IT and cybersecurity experts, legal and compliance officers, and representatives from key business units. Define the CoE’s scope, responsibilities, and objectives to ensure alignment with organisational goals.
• Develop Comprehensive AI Policies and Procedures: Create policies covering data privacy, bias prevention, and ethical AI use. Regularly review and update these policies to keep pace with technological advancements and regulatory changes.
• Conduct Regular Risk Assessments: Identify potential risks related to AI adoption, such as data breaches, biased algorithms, and compliance issues. Implement mitigation strategies, such as rigorous data anonymisation, diverse training datasets, and continuous monitoring of AI systems.
• Implement Continuous Auditing and Monitoring: Set up processes for regular audits to identify and rectify biases and errors in AI systems. Use performance metrics to evaluate AI applications, ensuring they meet accuracy, reliability, and fairness standards.
• Foster Transparency and Stakeholder Engagement: Communicate clearly about AI initiatives, including data usage and decision-making processes. Engage with stakeholders, including tenants, property owners, and regulatory bodies, to build trust and ensure alignment with their expectations.
• Provide Training and Education: Ensure that all employees involved in AI strategy, development, and deployment receive training on the ethical and responsible use of AI. Promote AI literacy across the organisation to foster a culture of responsible AI use.

Did you know that 70% of all sensory receptors in our bodies are in our eyes? Lighting is therefore essential to our mood, productivity, and well-being. Its impact is even more significant for neurodivergent individuals, whose sensory experiences differ from neurotypical norms. Optimising lighting environments within sensory zones can enhance comfort, functionality, and quality of life for everyone using the space. Recognising and accommodating sensory processing differences in lighting design and individuals’ ability to control their lighting is crucial for creating inclusive spaces.

Technology can play a key role by implementing lighting designs that minimise glare or shadows, common causes of distraction and discomfort, and leverage smart technology to provide personalised control and customisation to suit individual sensory preferences.

It is not just loud noises that can cause distress and distraction for neurodivergent people; smaller trigger sounds, such as others breathing or eating, can also be problematic. Neurodivergent individuals may also struggle to comprehend a conversation when there is other speech happening in the background. “Sound masking” can reduce distractions like these.

Sound masking traditionally uses filtered pink or brown noise played through loudspeakers within the space at low levels to mask other sounds. However, intelligent biophilic (the tendency for humans to interact with nature) soundscaping can provide additional benefits by reducing distraction while also enhancing well-being. Biophilic soundscaping uses natural sounds, such as babbling brooks or bird calls, instead of filtered pink or brown noise. Nature-based sound masking has been shown to be subjectively preferred to other masking sounds. Additionally, people performing cognitively demanding tasks maintain higher productivity over time in the presence of natural water-based masking sounds. Intelligent soundscaping systems can recognise distractions, like speech, and introduce masking sounds only when needed. This is a useful feature for quieter sensory zones, as the soundscaping provides support for distractions when needed and fades away when it is not

Technology can play a key role by implementing lighting designs that minimise glare or shadows, common causes of distraction and discomfort, and leverage smart technology to provide personalised control and customisation to suit individual sensory preferences.

The inevitability of future IT crises necessitates that we all consider a proactive approach to capacity-building:

• Investing in Redundant Systems: Implementing redundant and failover systems can prevent complete outages. These systems should be regularly tested to ensure they function correctly during an actual crisis.

• Enhancing Incident Response Training: Regular training and simulations for IT teams can improve their readiness to handle real-world incidents. These exercises should include scenario-based training to cover a wide range of potential crises.

• Developing Comprehensive Continuity Plans: Business continuity plans must be comprehensive, detailing steps for maintaining operations during various types of disruptions. These plans should be reviewed and updated regularly to adapt to evolving threats.

• Leveraging Advanced Monitoring Tools: Utilising advanced monitoring and diagnostic tools can help detect and address issues before they escalate into full-blown outages. Continuous monitoring ensures early detection and swift response.