Axis outlines five key security tech trends for 2026

Axis has identified five technology trends that it says will shape the security and safety sector in 2026, pointing to deeper involvement from IT teams and a growing emphasis on integrated systems. The findings reflect changes in how organisations deploy cameras, analytics, and infrastructure across physical and digital environments.

The first trend centres on a shift towards what Axis describes as an ecosystem-first approach. Security decisions are increasingly framed around the choice of a single, coherent platform rather than individual devices or applications.

As security systems incorporate more sensors, analytics tools, and software layers, integration has become a central concern. Organisations are prioritising platforms that can handle configuration, management, and scaling without relying on complex combinations of incompatible products.

This approach places greater weight on the breadth of hardware and software available within one ecosystem, including products developed by partners. Mixed-platform environments remain common, but they are increasingly seen as harder to manage and less adaptable over time.

Hybrid system design remains a core feature of security deployments. This combines on-premise servers, cloud services, and processing at the edge, typically within cameras or sensors. Axis suggests that the balance between these components is shifting.

Edge and cloud resources are taking on a larger share of workloads as new use cases emerge. Cameras with embedded processing can now handle tasks that were previously dependent on central servers. At the same time, cloud platforms are being used to analyse video data for operational insights beyond security.

On-premise infrastructure continues to play a dominant role, particularly where data governance or latency is critical. The hybrid model is presented as a way to satisfy IT efficiency requirements while meeting operational and data security expectations.

Edge computing is identified as an increasingly important part of security system design. Advances in artificial intelligence and processing power have reduced many of the earlier limitations associated with running analytics directly on devices.

Cameras and sensors are now capable of performing more advanced functions locally, including object detection and intelligent video search. This reduces the need to transfer large volumes of raw data across networks.

The expansion of edge capabilities has also influenced cybersecurity design. Features such as secure boot and signed operating systems are becoming standard, reflecting a push to embed security controls directly into devices rather than relying solely on network defences.

Mobile surveillance is expected to see further growth during 2026. Improvements in connectivity, remote management, and edge processing have expanded the range of environments where temporary or mobile cameras can be deployed.

Use cases include public safety, construction sites, transport hubs, and large events. In these settings, mobile systems can be installed more quickly than permanent infrastructure and are often easier to approve.

Power efficiency has also improved. Cameras now consume less energy without reducing image quality, which supports battery-powered or renewable energy deployments. This allows surveillance coverage in locations where a fixed power supply is not available.

The trend reflects a broader shift towards flexible security solutions that can be relocated or scaled as needs change.

The final trend focuses on technology autonomy. Organisations across the technology sector are seeking greater control over critical components, particularly as supply chains and regulatory pressures evolve.

Axis highlights its long-term approach to designing its own system-on-chip technology as a way to maintain control over product functionality. Developing proprietary components allows tighter integration between hardware and software, but it also requires sustained investment and expertise.

The company positions autonomy as selective rather than comprehensive. Core technologies are developed in-house, while partnerships remain central to addressing areas that fall outside its primary focus.

This balance between internal development and external collaboration is presented as a way to respond to rapid technological change while maintaining consistency across product lines.

Axis notes that its research points to continued demand for systems that support safety, security, operational efficiency, and business intelligence. It also highlights collaboration with customers and partners as a key factor in adapting to changing requirements as 2026 approaches.