Platingo

Peer-to-Peer Logistics Platform for Low-Emission B2B Deliveries

Automotive & Mobility Technologies
Private
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Company Overview

Snapshot

Founded in May 2024 by Amit Levin and Guy Naor, Platingo operates with 1–10 employees. The company is currently in the Pre-Funding stage, focusing on developing its peer-to-peer logistics platform.

Business overview

Platingo provides a logistics platform designed to connect producers and suppliers directly with commercial-vehicle operators for medium-sized B2B deliveries, bypassing traditional hubs and distribution centers. The company's core technology utilizes three proprietary algorithms for route optimization, cargo arrangement, and dynamic delivery-price calculation to enhance efficiency and reduce empty rides. Platingo serves regional supply chains, aiming to minimize congestion, maximize vehicle load utilization, and align operator incentives, thereby offering cost-effective and reliable delivery solutions while operating within the Automotive & Mobility Technologies sector.

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Company Intelligence Q&A

What is Platingo's primary focus?
Platingo focuses on peer-to-peer logistics for low-emission B2B deliveries, connecting producers and suppliers directly with commercial-vehicle operators to streamline regional supply chains.
When was Platingo founded?
Platingo was founded in May 2024 by Amit Levin and Guy Naor.
What is the climate impact of Platingo's technology?
Platingo's climate impact stems from displacing hub-and-spoke logistics with a peer-to-peer model, which lowers vehicle miles traveled and fuel consumption. Its route and cargo optimization features increase delivery efficiency and reduce emissions, tracked via the proprietary Platingo Coefficient.
What markets does Platingo target?
Platingo targets geomarkets including Israel, North America, Europe, and South America.
What are the key technologies used by Platingo?
Platingo utilizes artificial intelligence and platforms & interfaces as core technologies, specifically employing algorithms for route optimization, cargo arrangement, and dynamic delivery-price calculation.
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