The Technologies That Will Influence Security in 2026

Connected security systems are moving into a more mature phase as organisations prepare for 2026. Locks, sensors and a wide range of devices are increasingly being integrated into larger security ecosystems, creating new opportunities to generate actionable data, rather than being used as isolated components.   

This shift is creating a stream of reliable data to support compliance monitoring,  operational decisions and more informed planning. As these ecosystems expand, they are beginning to offer clearer insight into routine activity and emerging risks across both commercial and public settings. The value comes from its relevance and the ability to interpret it in real time.

Data distribution and processing are becoming central considerations. Artificial intelligence is playing a growing role in detecting anomalies, predicting trends and automating routine security processes. Yet intelligence may not reside solely in centralised cloud systems. Hybrid architectures combining on-premises software and cloud components are likely to become the norm. Real-time responsiveness is typically handled by local systems, while cloud resources enable remote monitoring, predictive maintenance, and large-scale data analysis.

Governance frameworks must be strong enough to handle the increased volume and sensitivity of data that connected systems generate. These challenges are not barriers but conditions to be managed with the same attention given to technology itself. When they are addressed methodically, organisations can improve situational awareness, streamline operations and respond to risks before they escalate.

Looking Forward

The shift toward integrated, intelligent security systems will ultimately accelerate. By embracing these developments thoughtfully, organisations can simplify operations, and ensure secure, resilient environments

One of the most useful steps organisations can take is to assess which systems and functions genuinely need to remain on site and which can be supported through cloud solutions. This distinction is important because cloud solutions can offer scalability, flexibility and operational efficiencies, but not every process or dataset is suitable for off-site implementation. Understanding where cloud capabilities can add value without compromising control or compliance is a critical first step in shaping security technology strategy.

Goals linked to compliance, efficiency and reliability provide a clear framework for technology investment and process improvement. When organisations define what they intend to achieve, security technology becomes a means to reach those outcomes rather than a collection of features to be deployed.

AI is playing a growing role in anomaly detection, trend prediction, and handling complex operational tasks. However, attention to AI and cybersecurity will remain critical. AI can improve decision making and efficiency, but it also introduces new questions around data accuracy, ethical use and operational vulnerabilities. Cybersecurity threats continue to evolve, affecting both technical systems and human behaviour.

A culture that understands the benefits and risks of connected technologies supports better decision making and more resilient operations.

To explore further, read “The Future of Safe Storage Is Connected” white paper here.