Helping dispatchers deploy rescue teams faster
A natural disaster can easily overwhelm a call center, which is why a team of IBMers created a web application to support dispatchers and ensure…
As Hurricane Katrina hit the Gulf Coast and flooded New Orleans, the number of emergency calls increased eightfold over the course of four days. Yet the number of skilled dispatchers taking those calls remained the same.
This situation, unfortunately, is not unique. A natural disaster can easily overwhelm a call center, which is why a team of IBMers created a web application to support dispatchers and ensure they stay productive during emergencies.
“If there’s a natural disaster somewhere and there’s a quick need for quite a few people to become operators, they can use our software with the experience that’s built in to become an efficient operator without being trained for two years,” said Alexander Lang, lead architect, IBM Watson Analytics for Social Media.
Lang and his colleagues — software engineers Thilo Götz, Julia Hancke-Stützle and Simone Zerfass, and visual designer and design lead Tim Reiser — created “AI-mergency Control Room (AICR)” as part of the 2018 Global Call for Code challenge.
“We were excited by the Call for Code campaign and wanted to contribute something where our core competencies of natural language analysis would really help,” Götz said. “We then spoke to a local fire chief about the challenges of a disaster situation, and that is when the idea took off.”
AICR was named a finalist in IBM’s internal Call for Code Challenge. The external winners will be announced at the Call for Code Global Prize Celebration on Oct. 29 at the Regency Ballroom in San Francisco.
When disaster strikes, dispatchers can struggle to prioritize incidents, particularly when they are reported more than once across operators. Manual tracking of first responder teams can also take a dispatcher’s time away from manning calls.
AICR uses a bevy of IBM Cloud services, including Watson Text to Speech, Watson Natural Language Understanding and Watson Knowledge Studio, to automatically transcribe incoming emergency calls and extract the details.
“The software helps you identify what has happened, who is involved and where it is,” Reiser said. “It takes this information and puts it directly on the map, and it also maps this to previous incidents. So, if you get many calls to the same incident, the software helps you identify it.”
The emergency incidents and their status are visualized in a map within Cognos Dashboard Embedded, giving the operator a full overview of the current situation and more. This helps dispatchers prioritize incidents across all reported emergencies, determine where rescue teams are already deployed and track emerging hotspots. All call information is stored in a database, powered by Db2, allowing for full visibility and traceability of events during and after a disaster.
The team hopes AICR will prevent “dispatcher fatigue,” allowing less-skilled dispatchers who are brought into the disaster area to ramp up quickly and become productive.
“If you want to get rescue teams deployed, you need to have good dispatchers,” Lang said. “We created a solution to help these people be more effective, and this way you get rescue teams to where they are needed faster.”