Environmental financial products (EFPs) play a crucial role in climate action. In this overview, discover the three main types of EFPs and how they can help us achieve our climate goals. #climate #carboncredits #renewableenergy

Previously, we explored current major trends shaping #blockchain technology, including two that we’ve implemented here at Allinfra. As we move further into 2024, here are three upcoming trends that are poised to make a significant impact on business.

As blockchain technology continues to evolve, 2024 so far has brought several transformative trends to the forefront. Here are five that are driving the industry forward. https://t.co/qAlUpoUSMw #Blockchain #TechTrends #BlockchainInnovation

What environmental financial products are, the role they play in climate action and why digital products are so important.

Whether you have recently learned about Allinfra Climate or have been following our journey for a few years, here’s an updated look at our platform.

In our latest article, we explain what a blockchain-native carbon credit is, and how it can be an effective solution for the challenges of carbon offsetting. https://t.co/4JgahVTT72 #carbonoffsetting #carboncredits #blockchain #tokenization

It’s a win-win situation. Organisations can leverage web3 technology to contribute to positive climate action, but also minimise training time, simplify onboarding of new users and eliminate other hurdles to adopting web3 in an enterprise setting.

Logging in will feel a lot like the web2 process most people are familiar with – using an email, user-generated passwords, two-factor authentication and the ability to reset passwords. There are no messy seed phrases or other web3-related worries for the end user or organisation.

For Allinfra Climate clients, this means an organisation can create logins for multiple users using one wallet, and assign different permissions and roles for different users.

From a user perspective, “account abstraction” means certain technical details about interacting with the blockchain are concealed behind higher-level interfaces. This significantly reduces the complexity of using web3 applications.

In order for blockchain applications to be more user-friendly to a greater number of people, a user experience that is similar to that of web2 applications would be ideal.

Allinfra uses blockchain technology because, as it is secure by design, it solves many significant issues that exist in environmental markets – from data provenance to reliance on third parties and double counting.

This will provide all the benefits of web3 in a familiar web2 interface. Here’s why it’s important.

At Allinfra, we're always looking to introduce the newest technologies that improve performance of our products and usability for our clients. Over the next few weeks, we'll be introducing web2-style logins for Allinfra Climate using #accountabstraction.

We are pleased to share that Allinfra Climate has been chosen to underpin an initiative launched by @nri_official in early 2024 to promote the creation and distribution of forest-derived J-Credits. Learn more: https://t.co/vXve8F8SRY #carboncredits #jcredits #blockchain

Are you an owner of an EV fleet? Reach out to our team to learn how you can increase efficiency and transparency in the creation of EV-related carbon credits, while reducing costs.

Allinfra Climate enables fleet owners to capture and process vehicle and charge data, as well as create reports and digital environmental financial products (EFPs), such as carbon credits, directly from the platform in a native digital form.

Since 2018, methodologies have been established for the charging of electric vehicles (EVs) to produce voluntary carbon credits, as EV usage displaces the use of fossil fuels.

This implementation allowed the fleet owner to obtain data that was perfect for reporting, emissions calculations and acting as source data for the calculation and offsetting of charge emissions through the equivalent purchase of renewable energy certificates.

Allinfra Climate collected, stored and tokenized bike-specific usage data in an immutable and auditable manner directly from each bike, including details on battery usage, charge state and even other location data.