Transforming ibm in the cognitive and cloud era
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Slides from a presentation given to an EU working group on the future of IT skills in December 2016.
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Transforming ibm in the cognitive and cloud era
- 1. © 2016 IBM Corporation Transforming IBM in the Cognitive and Cloud Era Steven Miller December 6th 2016
- 2. © 2016 IBM Corporation1
- 3. © 2016 IBM Corporation2
- 4. © 2016 IBM Corporation3 A strong history of innovation some examples: Computer Science Discipline FORTRAN Fractal Geometry UPC Barcode Data Encryption Standard (DES) Relational Database Deep Blue Watson IBM Punched Card Magnetic Tape Storage The Mainframe DRAM Magnetic Stripe Technology Floppy Disk Copper Interconnects Spintronics ibm.com/ibm100
- 5. © 2016 IBM Corporation4 IBM is now emerging as a cognitive solutions and cloud platform company (2015 annual report)
- 6. © 2016 IBM Corporation5 Transforming IBM Speed Design Teaming Differentiation
- 7. © 2016 IBM Corporation6 Recent acquisitions in support of our Transformation
- 8. © 2016 IBM Corporation7 IBM Design Design thinking enables teams to innovate at speed.
- 9. © 2016 IBM Corporation8 Left: IBM Internet of Things HQ in Munich Bottom: IBM Watson West in San Francisco Bringing Teams together
- 10. © 2016 IBM Corporation9 Cognitive Computing (AI) Technologies drive differentiation Decision Support People Insights Cognitive Software and Data Life Cycle Reasoning and Planning Human Computer Interaction Conversation Query and Retrieval Knowledge Extraction and Representation Learning Natural Language & Text Understanding Visual Comprehension Speech and Audio Embodied Cognition Cognitive Computing Platform Infrastructure Signal Comprehension Reasoning About Domains Interaction Systems Trust and Security
- 11. © 2016 IBM Corporation10 Bluemix.net
- 12. © 2016 IBM Corporation11 Watsonanalytics.com
- 13. © 2016 IBM Corporation12 Built-in learning to get started or go the distance The best of open source + IBM value- add create state-of- the-art data products Community and social features provide meaningful collaboration Learn Create Collaborate Data Science Experience datascience.ibm.com
- 14. © 2016 IBM Corporation13 Reality Check – Not everything is moving to the Cloud Bringing innovations from public cloud to your data center with the Hybrid Cloud, such as: DevOps APIs Containers Secure Gateways Mobile Apps
- 15. © 2016 IBM Corporation14 T-Shaped Professionals skilled in Design Thinking New roles + skills: Data Scientists Data Engineers Site Reliability Engineers Cognitive Engineers Cyber Security Engineers
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- IBM - 105 years old
- Surviving & Thriving requires constant change.
- At our core is an unmatched history of invention / innovation
- Speed thru thoughtful acquisitions – 2 examples. Truven Health Analytics and The Weather Company
- The complete user experience is now a minimum bar.
- We needed to bring our teams together once again. We’re placing NEW labs where people want to work.
- Slide from Michael Karasick’s keynote @ our Evolving Education workshop I think it’s self explanatory
- The entire analytics workflow in a single tool: Wrangle -- Load & Refine your Data Explore – Ask Questions – Watson suggests questions too! Predict – Identify what drives behavior and why Tell Stories – Not just create graphs and pretty pictures
- Reality check: Most organizations have sizable existing investments in on-premise IT. It doesn’t make sense to throw that away and start over. In many cases you simply cannot put your data in the cloud. Hybrid cloud enables a best of both worlds strategy. Bring new tech and new skills on board only as needed when needed.
- Not a comprehensive list… key examples http://tsummit.org What is a T-shaped professional? Currently higher education is producing I-shaped graduates, or students with deep disciplinary knowledge. T-shaped professionals are characterized by their deep disciplinary knowledge in at least one area, an understanding of systems, and their ability to function as “adaptive innovators” and cross the boundaries between disciplines. The two vertical bars of the "T" represent the disciplinary specialization and the deep understanding of one system. Systems describe major services, such as transportation, energy, education, food, and healthcare, that impact quality of life. These systems are comprised of interconnected components of people, technology, and services. To understand a system, one must know how it functions from the bottom to top in order to address challenges. The defining characteristic of the “T-shaped professional” is the horizontal stroke, which represents their ability to collaborate across a variety of different disciplines. To contribute to a creative and innovative process, one has to fully engage in a wide range of activities within a community that acknowledges their expertise in a particular craft or discipline and share information competently with those who are not experts.