#trusted collaboration

Most other organizations have to rely on collaboration to open up exciting new business opportunities.  We’ve written before about the benefits of secure data trusted collaboration, including increased profitability and innovation. We’ve also discussed the challenges and security vulnerabilities around data sharing.

The underpinning concept of PKI, where one person encrypts a message knowing that the recipient has the secret key to decrypt it, has been in practice for thousands of years. Today, it’s most familiar use is probably online communications. 

With the basics explained, let’s take a look at the processes of PKI infrastructure. Past encryption systems, such as the Caesar cipher, used relatively basic methods to disguise the message they were protecting. Due to the value of deciphering secret messages, decryption efforts, like those happening at Bletchley Park during WW2, became increasingly important. 

Numerous high-profile cases have highlighted the vulnerabilities surrounding NFT copyright content and the urgent need for robust and scalable security measures. For example, pirates gain unauthorized access to the original content and distribute it freely or sell it without the creator’s consent. 

With a more thorough understanding of the current state of NFT security and potential solutions, market participants can better understand their options as they navigate the evolving landscape of digital assets while safeguarding the interests of creators and collectors alike.

This particular trusted collaboration involved one of the world’s largest distribution system operators (DSOs) and one of the world’s largest automakers, including Electric Vehicles (EVs). The DSO and the automotive OEM saw the need to work closely together to plan future EV charging network deployments. They wanted to analyze current EV geolocation status as well as examine forward-looking EV trends.

Within the disruption of Web3, tokenization presents new challenges, especially related to asset and rights management. As a growing number of assets are tokenized, it’s becoming increasingly essential to have secure and reliable solutions for managing Web3 assets.

For brands to successfully adopt Web3 technology, not only will they have to navigate a host of technology issues and business issues, but they will also have to be smart and strategic about legal issues, particularly in terms of intellectual property (IP). 

For asset issuers, MarketMaker’s TRM technology provides a flexible set of tools that can be tailored to the specific needs of each asset. This includes the ability to customize token parameters, such as specifying limits on the token supply, setting pricing, and setting distribution parameters.

The DSO and OEM needed a secure data trusted collaboration and data management platform that could keep sensitive data safe, and maintain GDPR protection.  They turned to Intertrust. Using the Intertrust Platform, the partners are able to work securely across hundreds of data silos and clouds.

The Platform acts as a secure data virtualization, data aggregation, and data collaboration layer for all the different data sources and formats. 

The trusted exchange of data with these partners allows utilities to understand their customers better and boost operational efficiency. Unfortunately, without a trusted distributed computing solution, utilities struggle to mitigate the operational and reputation risks associated with sensitive data and intellectual property.

Data orchestration uses automated processes to bring together data from dispersed silos and data collection points, combine it, and deliver it directly to those who need it, in uniform formats. It speeds up data flows and prevents data lakes from becoming unwieldy.

The DSO and OEM needed a secure data trusted collaboration and data management platform that could keep sensitive data safe, and maintain GDPR protection.  They turned to Intertrust. Using the Intertrust Platform, the partners are able to work securely across hundreds of data silos and clouds.