saahilkhan's blog

The key technology behind secure and decentralized rights markets is tokenization, a process of representing real-world or digital assets on a blockchain as tokens. This revolutionary technology is changing the way we think about asset management and value transfer. Companies and creators can now create and issue their own tokens as a means of fundraising, incentivizing users’ engagement, and providing value to the entire ecosystem.

When NFT copyright content is stolen or pirated, the uniqueness and value associated with the assets are greatly degraded. This not only undermines the trust and confidence of NFT creators and collectors but also can result in substantial financial loss.

As more and more businesses undergo a digital transformation, the amount of data they can collect, store, and analyze is growing exponentially. Unfortunately, all this data is typically in different formats, sources, and locations. Without a sound strategy for handling the data, organizations can fall prey to inefficient business processes, lost developer time, rising costs, and more.

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

PKI architecture used to keep networks of IoT devices safe from attack, the role of digitally signed X.509 certificates is to enable trusted exchanges. This is achieved by leveraging asymmetric cryptography, where a user has both a public and private key pair tied to their identity. This allows anyone else to decrypt data to send to the user using the public, which they can then decrypt with their private key. 

Trusted Data sharing can be severely hampered by issues that “slow down” data, such as lack of interoperability, incompatible data collection and querying protocols, and low-speed ETL processes. This element of data sharing is often overlooked as, technically, the data is still shared. But the hidden cost is how much value has been lost in transit.

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. To ensure data safety when communicating with others, the data is encrypted and can only be decrypted by a party with the correct private key.

Consent management refers to an organization’s protocols and processes for requesting and collecting user consent for their data and ensuring these varying levels of consent are adhered to throughout the data lifecycle. 
 

Data aggregation provides a steady stream of insight for teams of all sizes. As such, it’s become an essential tool across many verticals, such as finance, energy and utilities, and healthcare. Below, we’ll look at the most common data aggregation mistakes and how they can be fixed.

Data lifecycle management means planning and building architecture for data integrity around all of these stages to make sure they are functioning optimally and reaching their expected outcomes. Additionally, data lifecycle management is important for delivering on several key functions and responsibilities of your DataOps team, including regulatory compliance and data interoperability.