by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. Tom Bradicich – VP at Hewlett Packard Enterprises (HPE): Dr. Bradicich led the charge at HPE to integrate edge computing with IoT solutions. He's responsible for HPE's edge-to-cloud continuum vision, merging analytics and real-time processing.
Jason Shepherd – VP of Ecosystem at ZEDEDA: Shepherd has extensive experience in edge and IoT technologies. As a key member of ZEDEDA, a leader in orchestration for the edge, he frequently provides insights into the future of decentralized computing.
Mahadev Satyanarayanan – Professor at Carnegie Mellon University: Often recognized as the pioneer of edge computing, Satyanarayanan's research laid much of the foundational concepts. His papers offer deep dives into the subject and anticipate its trajectory.
Inma Rodriguez – Edge Computing Expert at Ericsson: Rodriguez plays a pivotal role at Ericsson in developing and promoting edge computing solutions, especially as they integrate with 5G technologies.
Rob High – CTO of Edge Computing at IBM: High is at the helm of IBM's edge computing vision, driving the technological and philosophical pillars of IBM's approach to this transformative tech.
Gavin Whitechurch – Executive VP at KNect365, Informa: Whitechurch organizes some of the most influential tech conferences globally, often spotlighting edge computing. He brings together the brightest minds in the field, promoting collaboration and knowledge-sharing.
Farah Papaioannou – Co-founder of Edgeworx: A prominent figure in edge computing, Papaioannou's firm, Edgeworx, develops an open-source software platform enabling edge computing. She's a vocal advocate for the transformative potential of edge technologies.
Matt Baker – SVP of Strategy and Planning at Dell EMC: A leading strategist in Dell's edge computing and broader tech vision, Baker provides insights into how edge computing will reshape industries, from healthcare to manufacturing.
Cole Crawford – Founder & CEO of Vapor IO: Crawford's company focuses on creating edge-to-cloud infrastructure. As a thought leader, he frequently comments on how edge computing intersects with AI, IoT, and 5G.
Marc-Elian Bégin – CEO of SixSq: Bégin's company specializes in edge computing solutions for the Internet of Things (IoT). His expertise covers both the business and technical aspects of edge computing, offering a holistic view of the field.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. John Preskill – A professor of theoretical physics at the California Institute of Technology, Dr. Preskill is renowned for his work on quantum information and quantum computing. He's the director of the Institute for Quantum Information and Matter at Caltech and has delivered various public lectures on quantum technology's promise.
Dr. Krysta Svore – As the General Manager of Quantum Software at Microsoft, Dr. Svore is a leading voice in developing algorithms and software for quantum computers. Her work focuses on transforming quantum algorithms into practical applications.
Dr. Robert Schoelkopf – A Sterling Professor of Applied Physics and Physics at Yale, Dr. Schoelkopf has been a pioneer in the field of quantum science and engineering. He's co-founded Quantum Circuits, Inc. (QCI), pushing forward with innovations in quantum computing technology.
Dr. Jay Gambetta – Holding a pivotal role as IBM Fellow and Vice President at IBM Quantum, Dr. Gambetta has been instrumental in IBM's efforts in quantum research. He specializes in aspects of quantum information, algorithms, and device performance.
Prof. Michelle Simmons – A leading researcher at the University of New South Wales in Sydney, Prof. Simmons has received international acclaim for her pioneering work in atomic electronics and quantum computing.
Dr. Seth Lloyd – As a professor at MIT, Dr. Lloyd's contributions span quantum mechanical theory, especially how information theory intersects with quantum mechanics. His explorations into the capabilities and limits of quantum computers have been widely recognized.
Dr. Charlie Bennett – Often hailed as one of the founders of quantum information theory, Dr. Bennett's work at IBM as a Fellow has delved deep into the entanglement phenomenon and quantum cryptography.
Dr. John Martinis – Known for his experimental work in quantum computing, Dr. Martinis was associated with Google's quantum effort, making significant contributions to the company's quantum supremacy claim.
Prof. Rainer Blatt – Holding a position at the University of Innsbruck, Prof. Blatt's work has significantly advanced the field of quantum computing. He's known for his experiments using trapped ions to form quantum bits (qubits).
Dr. Matthias Troyer – As a Principal Researcher at Microsoft, Dr. Troyer's work revolves around quantum algorithms and their applications. Before joining Microsoft, he was a professor of computational physics at ETH Zurich, where he developed algorithms for quantum computing.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Werner Vogels: As the CTO of Amazon, Vogels is a driving force behind Amazon Web Services (AWS), the cloud service that revolutionized how businesses think about IT infrastructure. His vision and guidance have made AWS a market leader, shaping the cloud industry's trajectory.
Satya Nadella: The CEO of Microsoft, under Nadella's leadership, Azure has risen to be a dominant player in the cloud space. He emphasizes on a “cloud-first, mobile-first” strategy, pushing Microsoft's cloud innovations and integration across platforms.
Diane Greene: Formerly at VMware, Greene made virtualization a mainstream concept. She then headed Google Cloud for a period, steering the platform towards enterprise readiness and competitiveness.
Dr. Joseph Liu: A leading expert in cloud security, Dr. Liu from Monash University has made significant contributions to the design and implementation of cloud-based cryptographic algorithms and systems.
Adrian Cockcroft: Previously Netflix's Cloud Architect, Cockcroft's work on migrating Netflix to a cloud-based model was groundbreaking. Now at AWS, he continues to lead innovations in cloud architectures and solutions.
Kelsey Hightower: As a staff developer advocate at Google Cloud, Hightower's influence on Kubernetes, an open-source container orchestration system, is noteworthy. He's a strong advocate for sustainable and efficient cloud-native applications.
Ben Kehoe: Working as a Cloud Robotics Research Scientist at iRobot, Kehoe's approach to serverless applications and cloud infrastructure is pioneering. His insights provide a fresh perspective on leveraging cloud for real-world applications.
Corey Quinn: With a unique blend of humor and expertise, Quinn deciphers the often complex world of AWS through his newsletter “Last Week in AWS”. He provides critical insights and overviews of the rapidly evolving AWS ecosystem.
Tammy Butow: An expert in chaos engineering and cloud reliability, Butow's work focuses on ensuring cloud infrastructures can withstand unexpected disruptions. Currently at Gremlin, she is at the forefront of creating tools and methodologies for resilient cloud applications.
Lynn Langit: An independent cloud architect, Langit's work spans multiple cloud platforms including AWS, Azure, and Google Cloud. A former Microsoft employee, she now educates the community through courses, articles, and public speaking, emphasizing best practices in cloud adoption.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. Hasso Plattner: Co-founder of SAP and a thought leader in the enterprise software industry, Dr. Plattner championed the development of SAP HANA, an in-memory database that revolutionized data processing speeds for business applications.
Nikita Ivanov: Founder and CTO of GridGain Systems, Ivanov's work revolves around the Apache Ignite project, which focuses on in-memory computing solutions to accelerate applications and real-time analytics.
Dr. Tilmann Rabl: A recognized figure in the realm of big data systems, Dr. Rabl's research at the University of Waterloo has encompassed in-memory databases, contributing to advancements in efficient data processing.
Monica Beckwith: An independent consultant and recognized Java Champion, Beckwith's expertise lies in performance tuning of Java Garbage Collection, which is instrumental for in-memory computing platforms.
Dr. Volker Markl: Based at TU Berlin, Dr. Markl has been a driving force behind several in-memory computing projects, researching scalable algorithms and infrastructures that leverage in-memory data processing.
Thomas Hazel: The founder of Deep Information Sciences, Hazel has made strides in developing in-memory database systems that cater to big data analytics, ensuring real-time processing and analysis.
Dr. Anastasia Ailamaki: A professor at EPFL, Dr. Ailamaki's research in database management system architectures, particularly in-memory systems, has been groundbreaking in identifying and mitigating inefficiencies.
Matei Zaharia: The creator of Apache Spark, an in-memory big data analytics platform, Zaharia's innovations have enabled organizations to process large datasets in real-time with exceptional efficiency.
Dr. Michael Stonebraker: A renowned figure in database research, Stonebraker's work at MIT has touched on various aspects of in-memory databases. His contributions to systems like VoltDB are noteworthy.
Ofer Bengal: Co-founder and CEO of Redis Labs, Bengal has been a significant proponent of in-memory NoSQL databases, particularly through the popular Redis platform.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Prof. Leonard Adleman: Often referred to as the father of DNA computing, Adleman at the University of Southern California demonstrated the first instance of DNA being used to solve a computational problem, providing the foundation for the field.
Prof. Erik Winfree: At Caltech, Winfree's research combines bioengineering, computer science, and physics, delving deep into DNA-based computation, self-assembly, and the synthesis of digital logic within molecular systems.
Prof. Andrew Ellington: Operating out of the University of Texas at Austin, Ellington focuses on evolutionary biotechnology, including the application of evolved nucleic acid species in computation and nanoscale assembly.
Dr. Marta Kwiatkowska: Based at the University of Oxford, Kwiatkowska's work in formal verification methods intersects with DNA computing, especially in the synthesis and analysis of DNA-based systems.
Prof. Damien Woods: At the Institute of Science and Technology Austria, Woods works on molecular programming, algorithmic self-assembly, and, more broadly, how DNA can be employed in algorithmic processes.
Dr. Anne Condon: At the University of British Columbia, Condon's research combines computer science and bioinformatics, focusing on algorithms for predicting RNA, DNA structures, and DNA-based computation.
Prof. Masami Hagiya: From the University of Tokyo, Hagiya is known for his contributions to the theoretical foundations of DNA computing and his work in building DNA-based logic gates.
Prof. Lloyd M. Smith: Working at the University of Wisconsin-Madison, Smith's contributions to DNA sequencing technologies have provided pivotal tools that enable the progress of DNA computing.
Prof. Natasa Jonoska: At the University of South Florida, Jonoska delves into the mathematical aspects of DNA computing, focusing on formal language theory, computability, and the theoretical underpinnings of DNA-based information processes.
Dr. Sudheer Sahu: As a researcher at Microsoft, Sahu has been exploring the potential integration of DNA-based computation with traditional silicon-based computing, driving forward the practical applications of DNA computing in the tech industry.
