Real-World Access Control Challenges: Lessons from a High-Rise Campus

Access control systems are often designed under ideal conditions—but installations rarely happen in ideal environments.

A high-rise campus project highlights how real-world conditions can impact even well-planned systems, and why adaptability is critical.

The initial challenge

The project required integrating access control into sliding doors within a modern architectural setting. Traditional solutions, such as maglocks and electric bolts, presented concerns related to:

• Wiring limitations

• Security during power outages

• Integration with the building’s design

  
  

To address these issues, a more integrated locking solution was selected.

What went wrong in the field

Despite proper planning, several doors failed to function correctly after installation.

The issue was not electrical—it was physical.

Misalignment between the door and frame prevented consistent contact between power transfer components, which disrupted system performance.

Why this happens

This type of issue is common in real-world construction due to:

• Installation tolerances

• Door sag over time

• Structural movement

• Material expansion and contraction

  
  

Even small deviations can impact how access control systems perform.

The solution

Rather than replacing frames or reworking the structure, an adjustable hardware solution was introduced.

This allowed installers to:

• Correct alignment in multiple directions

• Fine-tune the system during installation

• Maintain performance over time

  
  

The takeaway

Successful access control systems must account for real-world variability. Adaptability is just as important as design when it comes to long-term