Miovision Platform Usage - Data Processing

The City of Orlando's Procurement and Contracts Division is seeking to procure Miovision Platform Usage - Data Processing credits through a sole source procurement (Solicitation Number S24-0381). The procurement is specifically for Miovision Technologies Incorporated's automated traffic data collection and management platform, which utilizes Video Collection Units to capture and analyze traffic data at various locations including intersections, roundabouts, highways, and mid-block areas. The platform processes video using proprietary algorithms protected by U.S. patent 20080270569 and provides a web-based interface for secure data viewing, storage, and sharing. The solicitation was issued on April 23, 2024, with responses due by April 29, 2024, at 5:00 p.m. (ET). During a seven-calendar-day period, alternative suppliers are invited to submit product information, statements of qualifications, or capabilities to Purchasing Agent Lindsey Hladik via email (lindsey.hladik@orlando.gov) if they believe they can provide comparable services.

The procurement appears to be open to all qualified vendors, with no specific set-aside designations or restrictions mentioned in the documentation. Miovision Technologies Incorporated is positioned as the exclusive manufacturer of both software and hardware components necessary for traffic data collection, including portable camera equipment, mounting systems, and video collection units. The company is located in Kitchener, Ontario, Canada, and is seeking to establish itself as the sole source vendor for the City of Orlando's transportation data collection needs. While specific award values or budget ranges are not explicitly stated in the provided documents, the procurement is focused on data processing credits for the Miovision platform. The sole source nature of the procurement suggests that Miovision has unique technological capabilities that cannot be easily replicated by other vendors, particularly through their proprietary video processing algorithms and comprehensive traffic data management system.