
Detect airborne crop disease weeks before visible signs of infection using Scanit's real-time pathogen-detection-as-a-service.🌽🚜 #AgTech #FarmSmart
- Tweets145
- Following186
- Followers103
- Likes39

ALT Scanit Technologies, Inc. is proud to be associated with The RESERVOIR and its ecosystem. Our membership has given us the opportunity to engage with a diverse range of stakeholders across its community. Día de la Uva en Español 2026, a Spanish-language Grape Day, is one such engagement we are looking forward to participating in next week. Scanit session: Presentation with Q&A (1:45–2:45 PM) and a booth through the event. Our Customer Experience Manager, Marcos Martinez, will speak on autonomous airborne spore detection for targeted powdery mildew spray timing, and how this data can help growers optimize spray schedules and promote labor efficiency. The SporeCam tells you when inoculum is actually present, so spray timing follows the disease rather than the calendar. This also points to scouting at the blocks/vineyards that matter, cutting the labor and fuel spent walking and spraying ground that didn’t need it.

ALT Session Details Title: Agriculture and Applied Autonomy: How Dual-Use Autonomous Systems Can Improve American Agriculture & Defense Date: Tuesday, May 12, 2026 Time: 1:00 PM – 4:00 PM EDT Location: Room 250 A, Huntington Place, Detroit, Michigan Format: End-user workshop (interactive) Conference: XPONENTIAL 2026 by AUVSI Topics Covered The current state of UAS integration across U.S. agriculture Regional considerations for deploying autonomous systems Dual-use potential of autonomous agricultural systems for military applications Panelists Will Dawson — Agricultural Drone Initiative Jaydeep Rane — Scanit Technologies Lukas Koch — Kelly Hills Arthur Erikson — Hylio Brandon Beal — Elevation Aerial Applications Leo Baldiga Michael Reinke — Michigan State University Who should attend: Agricultural operators, defense and aerospace professionals, policy makers, technology integrators, and anyone working on the deployment of autonomous systems.
























