Available Life Cycle Assessment (LCA) Features
Missing Life Cycle Assessment (LCA) Features
Pricing
Starting Price
Options
Available Since
Deployment Options
Good Option For
Deep dive
Core Features
Earthster includes a comprehensive set of features that support large-scale, high-quality life cycle modelling:
Batch Life Cycle Assessment:
Earthster enables users to upload long product lists, bills of materials or supplier datasets and run lifecycle impact calculations across hundreds or thousands of SKUs simultaneously. This makes the tool suitable for companies with complex portfolios that cannot rely on one-by-one assessments.
Template and Parameter-Based LCA Models:
Users can build reusable templates for similar product families. Product variants can then be modelled by changing only defined parameters, significantly reducing modelling time and maintaining consistency across portfolio-wide assessments.
Full Lifecycle Coverage:
Earthster supports cradle-to-grave and cradle-to-gate modelling, covering raw materials, manufacturing, transport, use phase and end of life. This enables organisations to align with regulatory, certification or internal reporting requirements.
Built-In LCA Databases and Impact Methods:
The platform integrates established LCA databases and recognised impact assessment methodologies, enabling users to generate scientifically credible results without sourcing external data manually. It provides multiple impact categories, such as climate change, resource use, toxicity and water impacts.
Collaboration and Data Sharing:
Earthster facilitates collaboration between sustainability, supply-chain and design teams by enabling shared access to product data, lifecycle models and results. Supplier data can be collected and incorporated into LCAs, improving the completeness and accuracy of assessments.
API and System Integration:
The platform includes an API that supports integration with enterprise systems such as ERP, product data systems or internal sustainability databases. Organisations can automate data flows, unify product information and embed LCA calculations into product development cycles.
Reporting, Benchmarking and Verification Support:
Earthster supports workflows for producing Environmental Product Declarations, Product Carbon Footprints and Product Environmental Footprints. It includes visual dashboards, graphs and comparison tools to support internal decision-making and stakeholder communication.
Plans & Pricing
Earthster uses a subscription model based on user access and organisational size:
A personal or individual licence is available as a monthly subscription.
A flat-rate annual corporate licence is available for larger organisations with many users or products.
A free trial option allows potential users to test the platform.
Pricing details for enterprise tiers are not fully transparent and may require direct quotation. Costs may also vary depending on data access, number of users, additional modules and database licensing requirements.
Integrations
Earthster provides integration capabilities through:
An API for automating data flows and connecting with ERP systems, product data management systems or sustainability databases.
No-code data import functions for organisations without integration capacity.
Export workflows compatible with external verification, reporting tools and sustainability certification programmes.
Because the platform is cloud-based, integration does not depend on specific ERP brands or on-premise installations.
Certifications & Awards
Earthster aligns with major Life Cycle Assessment standards, including ISO 14040 and ISO 14044.
Its methodologies support recognised frameworks used in industry, such as Environmental Footprint impact categories, standard GHG accounting methods and other widely adopted modelling approaches.
There are no public statements indicating additional corporate certifications such as ISO 9001, B-Corp or third-party awards.
Expert Voices & Reviews
User testimonials highlight Earthster’s accessibility and ease of use.
Non-LCA specialists report that the platform is intuitive and modern, enabling them to perform lifecycle analyses without extensive training.
Users also praise the platform’s strong visualisation features, speed and ability to handle large, complex datasets with clarity.
Feedback emphasises the value of having a tool that can scale LCA across multiple teams and support decision-making at early design stages.
Customers & Case Studies
Earthster is used by organisations across manufacturing, materials, engineering and sustainability consulting.
Examples of customer types include:
Manufacturers with large product portfolios require consistent LCA across many SKUs.
Engineering and consulting firms are expanding their internal sustainability capabilities.
Material suppliers and circular-economy companies are assessing environmental impacts and generating EPDs.
Firms are aiming to integrate supplier data directly into product lifecycle modelling.
Case studies reported by the vendor describe improvements in speed, scalability, and accessibility compared to traditional one-off LCA consulting approaches.
Closing Insights
Strengths:
Earthster is well-positioned for organisations seeking scalable, repeatable lifecycle assessment. Its strengths include user-friendly design, powerful batch modelling, and compatibility with industry-standard impact methodologies. It reduces the dependency on external consultants and allows internal teams to run LCA autonomously.
The API and collaboration features make it suitable for companies integrating LCA into product development processes, procurement workflows or sustainability reporting pipelines.
Limitations:
Pricing transparency is limited, especially for enterprise tiers.
As with any LCA tool, results depend on the quality of input data, and organisations may need to invest in internal data systems or supplier engagement.
For extremely specialised or advanced modelling requirements, expert LCA software may still be needed.
Ideal Users:
Earthster is ideal for medium to large manufacturers, product companies and sustainability teams needing to run LCA at scale.
It is also useful for companies transitioning from one-off consultant-driven LCAs to an internal, repeatable and data-driven sustainability workflow.