Fire follows four stages – ignition, growth, fully developed, and decay (burnout). In order to ensure that a fire does not progress beyond the first stage, adequate detection and suppression technology needs to be in place.

A comprehensive risk analysis is the first step towards coming up with a solution that is viable and will achieve the desired results. When one is aware of the why and how the challenge is coming, a ...

Our homes are usually ignored and left to chance when it comes to fire protection. This is due to ignorance and lack of legislation concerning fire protection in private homes that are not in complexes. ...

The State of Identity Security 2026 report from Sophos finds human error and poor non-human identity management are the root causes of most attacks, as agentic AI accelerates the risk.

As surveillance environments continue to grow in scale and complexity, organisations need infrastructure that is easy to deploy, simple to manage, and ready for AI-driven workloads.

Demands for AI privacy and sovereignty expose the limits of architectures built for centralised and borderless data flows. Organisations that redesign early are gaining a measurable edge in AI readiness and scale.

AI adoption accelerates worldwide, with South Africa making gains amid uneven diffusion. Locally, South Africa ranks 46th of 147 economies measured, and its AI usage increased to 23,1% in Q1 2026.

Fire risk assessments form the foundation of any effective fire safety strategy. They help organisations identify potential hazards before they become emergencies, while also ensuring compliance with South Africa’s building regulations and municipal fire safety requirements.

Electricity remains the single largest operating cost for most data centres. In many African markets, power infrastructure is ageing or inconsistent, forcing operators to rely on backup generation to keep facilities online.