A Holistic Identity for a Work of Art
An authenticated object of any kind, including unique artworks and artifacts, has multiple components that are required to validate the claims to an identity. We connect these three components, namely: 1) an object , 2) a secure physical identity, and 3) a secure digital identity.
In the past, all of these components were isolated, creating holes or weaknesses in the ability to prove or rely on provenance claims or authentication documentation. Now, we have united these components so they stay together over the course of an object’s life, which allows for long-term oversight into the life of an individual artwork.
Leveraging New Technology
Today, technology touches just about everything in our lives, and the Blockchain Art Certificate of Authenticity has leveraged its benefits to create an unprecedented and unparalleled form of artwork authentication.
The core of our platform embraces the inevitability of technology by utilizing Blockchain and Internet of Things (IoT) to innovate and improve upon outdated systems, while seamlessly plugging into existing authentication practices.
Over the last ten odd years I’ve had the pleasure of working with some great companies, working side by side to design and develop new apps and improve upon existing products. See for yourself!
#Photoshop, #Illustrator, #CSS, #Python, #Ruby, #Photography
The term “portfolio” refers to any combination of financial assets such as stocks, bonds and cash. Portfolios may be held by individual investors and/or managed by financial professionals, hedge funds, banks and other financial institutions. It is a generally accepted principle that a portfolio is designed according to the investor’s risk tolerance, time frame and investment objectives. The monetary value of each asset may influence the risk/reward ratio of the portfolio.
When determining a proper asset allocation one aims at maximizing the expected return and minimizing the risk. This is an example of a multi-objective optimization problem: many efficient solutions are available and the preferred solution must be selected by considering a tradeoff between risk and return.
In particular, a portfolio A is dominated by another portfolio A’ if A’ has a greater expected gain and a lesser risk than A. If no portfolio dominates A, A is a Pareto-optimal portfolio. The set of Pareto-optimal returns and risks is called the Pareto efficient frontier for the Markowitz portfolio selection problem.