Mapify is a cloud‑based platform that centralises logistics operations—delivery scheduling, stock movements, and maintenance checks—into a single interface accessible from phones, tablets, or desktops. It offers calendar, list and map views, mobile QR code scanning, live delivery updates, incident reporting, and AI‑driven search to improve asset utilisation, prevent downtime, and reduce hidden operational costs.
Funding
Funding not disclosed
Founders
Product
Problem
Logistics teams often rely on disparate tools such as spreadsheets, email threads, and manual paperwork to schedule deliveries, track stock, and manage maintenance, leading to missed deliveries, hidden costs, and inefficient use of assets.
Solution
Mapify provides a unified, cloud‑based platform that brings all logistics activities—delivery scheduling, stock movements, and maintenance checks—into a single interface accessible from phone, tablet, or desktop. Users can view tasks on calendar, list, or map layouts, receive real‑time updates, and attach documents directly from the field. QR code scanning and floor‑plan mapping enable quick inventory verification, while AI‑driven search surfaces contextual insights to uncover capacity and improve asset profitability. The system records incidents and generates reports, helping organizations predict downtime and reduce hidden operational costs.
Target Audience
Mapify is aimed at logistics managers, fleet operators, and property logistics teams that need real‑time visibility and coordination of deliveries, inventory, and maintenance activities.
Features
- Calendar, list, and map views for planning and conflict resolution across the organization
- Mobile QR code scanning for stock tracking with floor‑plan location tagging
- Live delivery schedules with incident reporting and document attachment on the go
- AI‑powered search to ask contextual questions and reveal hidden capacity
- Centralized document storage for quick retrieval of paperwork and compliance records
- Maintenance tracking and predictive alerts to prevent downtime events