Most project delays we see in SAIS-regulated facilities share one common factor: security was planned last.

At first glance, this may appear manageable. In practice, it is one of the most common causes of design disruption, coordination conflicts, and approval delays.

The issue is not security itself. It is the timing of its integration within the project lifecycle.

Security Planning Is Not a Late-Stage Activity

A common misconception across many projects is that security can be added once the primary engineering scope has been completed.

However, industrial security requirements directly shape site layout, access routes, perimeter design, building interfaces, infrastructure coordination, and operational zoning — elements that are costly to revisit after design has advanced.

Where Late Planning Hits Hardest

The impact of delayed security planning is rarely limited to security systems. It typically cascades across multiple disciplines and creates:

     · Design revisions across multiple packages

     · Additional coordination between disciplines

     · Delays in regulatory review

     · Procurement and installation adjustments

     · Extended approval timelines

In SAIS-regulated projects, security approval depends on structured alignment between the risk assessment, design strategy, facility classification, system integration, and regulatory documentation. When security planning is delayed, this alignment breaks down — and projects often enter review with incomplete documentation, misaligned risk and design, and coordination gaps between disciplines.

This frequently results in repeated review cycles and additional approval delays.

In many cases, the financial and schedule impact of these changes significantly exceeds the cost of early security integration.

Why Early Integration Matters

Projects that integrate security planning from the earliest stages are better positioned to achieve efficient design coordination, reduced rework, more predictable approval processes, and faster delivery.

Early security planning allows project teams to align security objectives with engineering development before critical design decisions become difficult to modify.

Security as a Project-Level Decision

One of the most important shifts for project owners is recognizing that industrial security is not an isolated technical discipline — it is a project-level planning consideration.

Security decisions influence how facilities are structured, operated, monitored, and ultimately approved. Treating security as a late-stage requirement creates avoidable complexity throughout the project lifecycle.

The hidden cost of late security planning is reflected not only in additional systems or engineering modifications, but in time, coordination effort, approval predictability, and operational readiness.

Projects that approach security as a structured planning function rather than a reactive compliance activity are significantly more likely to progress efficiently through regulatory review and implementation.

At SASECON, our work focuses on aligning security engineering with the regulatory expectations governing strategic infrastructure in Saudi Arabia. 

Our objective is not only to design security measures, but to ensure that projects achieve predictable SAIS approval and operational readiness.

How early is security integrated in your projects? We'd be interested to hear where the challenge usually starts.