Spectralink is an OEM specializing in wireless communication devices built for use within the four walls of the modern enterprise. As industry leaders and technical innovators, Spectralink offers industry-focused mobility solutions for a variety of verticals. Their devices deliver superior voice quality and consistency using their proprietary Voice Over IP (VoIP) technology creating an end-to-end mobility portfolio.
While Spectralink serves diverse industries, including retail and manufacturing, it is a key player in the healthcare communications sector, providing more effective communications for more effective healthcare. Hospitals and healthcare systems around the country equip their doctors, nurses, and support staff with Spectralink devices to enable the consistent and reliable flow of real-time communication. Spectralink's solutions improve workflows through superior voice quality and devices which integrate seamlessly with leading healthcare applications and EHR systems.
To deliver enterprise-grade mobility solutions that enable people to do their jobs better, Spectralink continually seeks out pioneering technology to improve its offerings. The company was looking to stay competitive and meet the ever-evolving needs of the US healthcare marketplace. As competitors enter the field in greater numbers looking to take a bite out of Spectralink's success, the firm wanted to stay ahead of the curve by enhancing product offerings to maintain leadership.
Among the challenges in healthcare, one of the most notable is the increased use of barcodes and barcode scanning to improve efficiency in patient care. Everything from medication administration and patient ID verification to equipment inventory and asset management is managed by data collection using barcoding. By adding enterprise-grade barcode scanning to its already powerful communications tech, Spectralink could strengthen its position in the marketplace, keeping the competition at arm's length. But to achieve this, they needed a customizable SDK designed to meet their unique needs and work with their existing, highly successful hardware. They also needed a company that understood the hospital work environment and had experience with the workflows and challenges faced by hospitals and clinics.
The Spectralink team began researching their options and trying to match their products with the barcode scanning software available. They put each contender to the test, looking for speed, accuracy, and efficiency as the hallmarks of the most effective SDK to meet their needs and the needs of their clients. In a hospital environment, scanners must read barcodes in low light, on reflective surfaces, and even when the barcode is faint or damaged.
After checking out the available options, Spectralink decided to add Code Corporation's enterprise-grade barcode reading software, CortexDecoder, to their OEM hardware. CortexDecoder integrates with the native camera in Spectralink devices instead of equipping each device with a scan engine built specifically to read barcodes. By integrating CortexDecoder SDK barcode reading software with Spectralink devices, medical staff can efficiently and accurately monitor bedside care, including patient ID, medication dosage, and frequency of medications.
After adding the CortexDecoder in 2016, Spectralink eliminated the need for an expensive scan engine while providing a better barcode reading solution in their products. As a result of CortexDecoder's SDK performance, Spectralink increased its customers' workflow productivity while decreasing equipment spending. Since CortexDecoder SDK works with the device's built-in camera, it provides an improved and more intuitive user experience. This design simplicity also means there are fewer parts for greater reliability, fewer issues with damage, and greater savings on equipment costs.
CortexDecoder's barcode reading SDK improved the speed of Spectralink's barcode reading across the board. When challenged with damaged or distorted barcodes, the devices read with zero-miss accuracy at a rate six times faster than the competition. Additionally, CortexDecoder could read barcodes on shiny or reflective surfaces, such as medication packaging or IV fluid bags, as well as accurately scanning in low light or from difficult angles.