I had a chance of moderating the national seminar organised by Symbiosis Centre for Information Technologies ( SCIT ). The seminar was titled ‘Amalgamating IOT and Big Data’ – Boon or Bane for Data Analytics. It was an amazing experience to see the curiosity among the management graduate students on finer aspects of technology ethics, technical architecture, business models, social aspects etc. I could see that SCIT is actively inspiring their students to explore the consultative aspects of Digital Technology in depth. While interacting with the aspiring entrepreneurs of SCIT I could understand that this institution is carving out a new generation of managers who does not loose their passion for technology in their pursuit for business acumen.
This is definitely a recommended pedagogic model for management education in the coming days. I have shared my perspectives on the management education and the SCIT experience in the following video. Looking forward to your views and comments.
When we enter the realm of quantum computing from the theoretical foundations, we encounter the enchanting world of complex algebra and quantum physics. The symbols and notions may look quite bewildering for a software engineer. I have encountered this during my numerous sessions on Quantum Computing for Software Engineers and Enterprise Architects. Based on this experience, I have put together a collection of essential building blocks of a Quantum Computer from a few useful architectural diagrams. Most of these diagrams are quite accessible and available for everyone in the internet. I have organised them in a logical and structured manner. These diagrams provide a layer wise and component based view of Quantum Computing Architectures. This is presented recently in the Women Who Code #WWC #Bangalore Chapter MeetUp held in VMWare on November 2018 for an engaging and interactive audience.
Zero Knowledge Proofs are one of the path breaking inventions in the last 30 years of computer science. Quantum Computing has been the bravest of the engineering efforts to build energy efficient and future forward computing infrastructure. Quantum Computing posits a lot of challenges to the classical computation based deterministic logic. In this context post quantum cryptography becomes an interesting value proposition to protect the current information technology infrastructure in the transition to the quantum computing world.
I have delivered a session on ‘Quantum Knowledge Proofs and Post QuantumCryptography’ in the Quantum Computing Knowledge Workshop organised by West Bengal State Government Information Technology Department in Kolkata. It was an amazing experience in an inspiring atmosphere conversing with entrepreneurs, academic experts and industry thought leaders about Quantum Computing Hardware, Quantum Computing SDKs, Quantum Key Distribution, Quantum Cryptography, QuantumBlockchain, Zero Knowledge Proofs etc.
19th National Seminar from Symbiosis Centre for Information Technology – SCIT titled IoT and Big Data : Leverage or Adversary to Data Analytics was indeed a life time experience and a cherishing experience for me. It is a rare opportunity to meet MBA students presenting enterprising ideas about Decentralised Agriculture Marketplaces and sharing thoughts about Universal Basic Income and clarifying concepts about Quantum Computing and Algorithmic Business Models.
Moderating an eminent panel of Industry thought leaders with academic erudition and implementation insights from world class organisations was a challenging task and a learning experience. Sourabh Mukharjee from Accenture, Dr. Sheela Siddappa from Bosh, Dr. Pradeep Bilurkar from Barclays, Kapil Gandhi from Ernst and Young were our fellow panelist. The event started with an inspiring inagural address from the director of #SCIT, Dr. Dhanya Pramod. It was followed by an illuminating and thought provoking keynote address by the Chief Strategy Officer of Fractal Analytics, Sameer Dhanrajani.
In the panel discussion we covered a wide spectrum of topics ranging from evolution of IoT and Big Data, Cloud based Data Integration approaches for IoT, IoT Analytics applications, Industry solutions and emerging use cases, emerging challenges around IoT Big Data landscape, need for standardisation, need for ontologies around IoT Data Sets, career opportunities in IoT Big Data Analytics area etc. Altogether it was a dream journey to an inspiring academic institution. I wish all the very best for this institution and its committed faculty members and passionate students !
I am deeply honored and excited to know that some of our efforts at converging AI, Analytics, Blockchain, Big Data, IoT, Quantum Computing are getting recognized across global thought leadership forums. IoT World Congress has shared my views on the Digital Convergence in the recent article they have published in the forum.
What will happen when these three technologies act jointly and coordinate in the same environment? For experts in data science and cognitive computing such as Gokul Alex, AI will constitute the brain which will make the decisions set to manage the industrial production of the future, IoT will act as the backbone of the connected society and blockchain will establish an impregnable data exchange chain between them.
Alex points out that the convergence of these three great technologies means blockchain will manage the extraordinary potential of AI. “IoT will help to transform the potential of blockchain into effective connectivity networks, while the concurrence of AI, IoT and blockchain will encourage the creation of synergies in the working environments of digital economies, converting the fourth industrial revolution into a reality. Robotics will also play a leading role in this confluence, once AI has transformed its operations into more fluid and transparent processes for both humans and machines.”