Market Solutions

It all comes down to understanding your needs.

Which credentials options will serve you best? To answer that question, a number of factors have to be considered. Do you manage a large facility or a small one? Is there a high turnover rate? Do you operate in one building or a number of buildings? What’s unique about your facility and its users?

Fortunately, you don’t have to answer all these questions on your own. We’re here to help. Below, you’ll find in-depth looks at how different credential systems can be used in different environments. 

HEALTHCARE
Every day, medical facilities are forced to balance convenience with security. Authorized personnel need easy access to key locations – and they need it fast. But patient records, medication, and other materials must be safeguarded. In situations like these, a well-conceived credential strategy is a must.

K-12
Kids. They’re the most precious resource in your facility. You need to keep them safe – along with hundreds of thousands of dollars worth of sports equipment, computers, lab materials and confidential files. We can help you craft a credentials plan that allows you to keep your building secure, and your budget healthy.

HIGHER ED
Because most college campuses incorporate multiple buildings, architectural styles and reader systems, it can seem nearly impossible to create a comprehensive credentials solution. But Schlage has the knowhow and the products to make the task easier than you’d think.

GOVERNMENT
Courthouses, military installations, public offices and other government applications all have unique challenges. Fortunately, the experts at Schlage know how to assess the needs of each to create credentials strategies that increase efficiency and security.

COMMERCIAL
There’s no single ideal credential plan for today’s retail environments, warehouses, and factories. To create a strategy that truly works, you need to consider the unique factors that affect your employees, your facility, and your business. Schlage experts can help you think through all the variables.