Share on email
Share on facebook
Share on xing
Share on twitter
Share on pocket
It’s a cliché that data is the oil of the information age, but it highlights the importance of data to the digital economy. Unlike oil, data is an infinite resource. In fact, it comes in such abundance that it is harder to refine than its industrial age counterpart.
One of the key challenges for enterprises is to put their data to good use. This means defining, measuring and analyzing the right parameters. It means turning data into a competitive advantage, into smoother and leaner processes, and better products and services – which drive market value just as much as customer satisfaction and, ideally, use fewer limited resources.
Ulrike Hoffmann-Burchardi, Senior Portfolio Manager and Partner at Tudor Investment, took a deep-dive into how data, AI and automation are key shapers of the enterprise of the future with Ali Ghodsi, Co-Founder and CEO of Databricks – a unified platform for massive-scale data engineering, collaborative data science, full-lifecycle machine learning and business analytics with a customer base of more than six thousand organizations worldwide.
Dr. Ulrike Hoffmann-Burchardi is a Senior Portfolio Manager and Partner at Tudor Investment Corporation where she oversees a global equity portfolio inside Tudor’s flagship fund. With a background in data science and econometrics her investment thesis is focused on data and digital disruption. She serves as a member of the Advisory Board of NYC FIRST, a global youth-serving robotics community, and recently joined the Advisory Board of Portfolios with Purpose, a non-for-profit organization that fosters investment literacy among pre-career diverse youth.
Ali Ghodsi is the CEO and co-founder of Databricks. In addition to his work at Databricks, Ali serves as an adjunct professor at UC Berkeley and is on the board at UC Berkeley’s RiseLab. Ali was one of the original creators of open source project, Apache Spark, and ideas from his academic research in the areas of resource management and scheduling and data caching have been applied to Apache Mesos and Apache Hadoop. Ali received his MBA from Mid-Sweden University in 2003 and PhD from KTH/Royal Institute of Technology in Sweden in 2006 in the area of Distributed Computing.
The easy way to rediscover your favorite moments of the talk.
|0:05||Welcome by Steffi Czerny|
|3:30||Ulrike Hoffmann-Burchardi introduces Databricks and Ali Ghodsi|
|4:25||Ali Ghodsi on his childhood in Sweden and early fascination with coding and computers.|
|6:10||The origins of Databricks: How Ali Ghodsi and Ion Stoica met at U.C. Berkeley.|
|7:30||Developing Apache Spark. “This is almost like 1960s: There’s a new computer, and the new computer is the data center. It’s the cloud.” (Ali Ghodsi)|
|9:05||Artificial intelligence in data centers: How a Netflix competition sparked the making of Spark.|
|11:35||“We want the whole world to take this and run with it.” Turning research into a product.|
|12:15||With a little help from Ben Horowitz and a16z…|
|13:35||The challenge: making people use Spark instead of Hadoop.|
|15:05||An event in 2015 changes everything: the “sort contest”.|
|16:40||Suddenly everybody is talking about Spark – but “nobody knew that Databricks is the company behind Spark.”|
|18:00||The next challenge: earning money. “We succeeded in having impact in the world with open source project. We’re not business guys.”|
|20:10||Ali Ghodsi becomes CEO, benefits from his “data driven” background in academics.|
|21:45||“Most researchers are pretty good marketers. You have to explain the research results and convince other researchers who are very skeptical…”|
|24:00||Three pivots in 2016 that make all the difference.|
|24:45||The Delta project: addressing the needs of enterprises.|
|26:30||The hardest part about AI? Making the data useful for smart algorithms.|
|27:30||Why Databricks takes an integrated approach: “I think our secret sauce is that we combine the data processing and AI in one platform.”|
|28:15||Data lakes, data swamps, and the Lakehouse concept.|
|31:30||Why purified data is better data.|
|33:00||Regeneron, DNA databases, drug discovery: How companies use Databricks to battle Covid-19.|
|35:00||Data analytics and AI in predictive maintenance. “We tell them in advance, what’s the probability that some device will break down.”|
|37:30||Better usability with the help of automatic machine learning. “We automate, under the hood, a lot of the things that the data scientists today do manually.”|
|39:10||Managing the whole lifecycle of data, from preparation to production and back.|
|42:00||The advantages of open source.|
|43:00||Advice to CIOs: “Build with AI in mind. Don’t think about AI and data science as an afterthought.”|
|44:40||The right cloud computing strategy.|
|48:05||Advantages of data streaming.|
|51:15||Understanding unstructured data, nuances, emotion? Score one for human intelligence.|
|54:30||Data analytics and AI trends in 2021.|
|56:50||Advice to the young: “Double down on something and become worldclass in it.”|
A connected economy needs a modern infrastructure – but what becomes possible once you have 5G networks and smart sensors in place? Andreas Kunze, CEO and
Winners in the digital economy benefit from network effects and their own popularity, as user growth tends to attract additional users, fueling further growth. In
Computers are numbers guys. It took researchers decades to teach machines that can only handle zeros and ones how to deal with the uncertainties of