Locala HELPS HP INCREASE FOOTFALL UPLIFT BY 167%
HP Inc. Core Pavilion
International information technology heavyweight HP Inc. partnered with Locala and PHD Media to test a unique Attribution Model in LatAm. They used mobile advertising to bridge an online campaign with real traffic in stores during the HP Core Pavilion campaign across six markets: Colombia, Chile, Ecuador, Guatemala, Costa Rica and Peru.
The Latin American market has a significant growth potential due to the diverse shopper behaviors across its countries. Yet, consumer activation across mobile devices remains an uncharted territory. With this in mind, HP Inc. stepped up to the challenge to launch a multi-market branding campaign on mobile devices to promote its new Core Pavilion laptop.
First, tech enthusiasts in the vicinity of an HP Inc. retailer were exposed to a personalized ad. Then, they could click on it to see a store locator landing page based on their live location. At the heart of this campaign strategy was the use of audience targeting combined with live location data to effectively appeal to different consumers and boost traffic to stores.
In 6 weeks, the campaign yielded an average of 8.78% visitation rate and increased footfall uplift by 167% into 400 HP Inc. retailers across 6 Latin American markets. This campaign further proceeded to exceed expectations as HP Inc. saw over 30,085 incremental visits directly attributed to campaign impressions. Colombia saw the best performances with an overall conversion rate of 37% and the average CVR for all markets was 34%. Most impressively, post-campaign insights showed that most visits into stores took place within a week after ad exposure.
This campaign allowed HP Inc. to reach and engage with their intended audience and measure the real-world impact from their ad impressions to every store. With the use of mobile-first creatives, the ad integrated seamlessly into the users’ browsing activities and combined a Call-To-Action with a store locator landing page customized for their live location.