PAVLOV MEDIA, INC.
CHAMPAIGN, IL

PAVLOV MEDIA, INC., established on September 9, 2004, is the nation's largest private provider of Internet and video services to off-campus student housing. Headquartered in Champaign, IL, with a mailing address at PO BOX 25, PAVLOV MEDIA has distinguished itself as a pioneer in high-speed Internet provision through its innovative technology and extensive research and development efforts. It holds patents for cutting-edge Internet technologies that deliver unparalleled speed and reliability via a robust fiber optic backbone. This infrastructure enables a direct connection to leading content partners like Google, YouTube, and Netflix, ensuring superior content delivery. PAVLOV MEDIA collaborates with building owners across various sectors—off-campus student housing, universities' on-campus accommodations, hotels, and healthcare facilities—to enhance the digital experience for residents and visitors. Its services are tailored for reliability and security, supported by over 170 private peering agreements which optimize connectivity by providing direct routing of customer traffic to destinations. The company’s backbone network facilitates content delivery speeds up to 10 Gigabits per second, leveraging strategic networking tactics to support comprehensive infrastructure. In its commitment to user support, PAVLOV MEDIA offers a Knowledgebase and Speedtest tools for enhanced connection management. Noteworthy is their approach to cybersecurity via registration protocols which help isolate compromised devices from the network. Leadership at PAVLOV MEDIA includes President Glenn Meyer and Vice President Michael O'Linc, who steer the company under its registered status in Florida since 2004. The organization maintains corporate transparency with annual reports last submitted on April 29, 2024, alongside an official website pavlovmedia.com for further information. PAVLOV MEDIA continues to be a flagship network provider by consistently fostering innovative and secure connectivity solutions across multiple high-density living environments.