SailPlan is a data platform that aggregates unstructured data from maritime operations to enhance efficiency and sustainability for shipowners, fleet operators, and governments. By providing precise analytics on emissions, fuel consumption, and engine performance, SailPlan enables users to reduce costs, improve compliance, and optimize maintenance strategies.
Funding
$17.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Maritime operations generate vast amounts of unstructured data, making it difficult for shipowners, fleet operators, and governments to gain actionable insights into efficiency, sustainability, and overall performance. Traditional methods of data collection and analysis often lead to inaccurate reporting, inefficient fuel consumption, and difficulty in complying with environmental regulations.
Solution
SailPlan offers a data platform that aggregates and analyzes unstructured data from maritime operations, providing users with precise analytics on emissions, fuel consumption, and engine performance. By leveraging this data, shipowners, fleet operators, and governments can optimize maintenance strategies, reduce costs, improve compliance with regulations like IMO DCS and EU MRV, and make informed decisions about decarbonization investments. The platform enables accurate reporting of emissions, prediction of engine maintenance needs, and evaluation of alternative power sources, leading to significant savings and improved sustainability.
Target Audience
The primary target audience includes shipowners, fleet operators, ship managers, and governments seeking to enhance efficiency, sustainability, and compliance in maritime operations.
Features
- Aggregates data from an individual ship or an entire fleet through a cloud-based platform.
- Provides direct emissions measurements for accurate reporting under IMO DCS and EU MRV.
- Detects early signs of engine trouble and predicts potential failures.
- Enables precise analytics to measure the performance of decarbonization technologies.
- Facilitates the evaluation of alternative power sources like HVO, biofuel, shore-power, and batteries.
- Tracks methane slip from LNG-powered vessels to minimize methane emissions and reduce fuel costs.