IBM Innovations and Smarter Planet projects

Transcription

1 Gabriele Crisman Team Leader Inside Sales IBM International Services Centre IBM Innovations and Smarter Planet projects

2 Why to Innovate?

3 Why to Innovate? To Drive Growth What is the most important capability required for growth? Ability to innovate Ability to allocate the best talent Ability to manage a global organization Ability to allocate capital Ability to manage increasing regulation costs Source: McKinsey survey of 9,345 global executives 07 McKinsey Global Survey 2010: 84% of executives say Innovation is extremely 2007 or very important to their companies growth strategy

4 In The Era of Big Data, It s Innovate or Perish. Today's rate of change is at a faster pace than ever. The average lifespan of a company listed in the S&P 500 index of leading US companies has decreased by more than 50 years in the last century, from 67 years in the 1920s to just 15 years today. Estimates: by 2020, more than three-quarters of the S&P 500 will be companies that we have not heard of yet. Source: (Prof. R. Foster - Yale University)

5 How many years has IBM?

6 IBM s Story of Innovation: Looking back at where we started..

7 Innovations that changed history Carbon Nanotubes (2003) High Temperature Superconductivity (1987) Deep Blue (1997) Cell (2005) Blue Gene/L (2004) Speech Recognition (1971) Fortran (1957) Copper Interconnect Wiring (1997) RISC (1980) SiGe (1994) RAMAC (1956) Fractals (1967) First Petaflop Supercomputer (2008) One Transistor Memory Cell (1966) Nano MRI (2009) Relational Database (1970) Scanning Tunneling Microscope (1986)

8 Innovation That Never Stops 3D Systems DNA Transistor Watson Atom Storage Neonatal Care Spoken Web

9 IBM s Global Research Division Infrastructure ~3,000 Researchers Around the World Almaden (1955) San Jose, CA Watson (1961) Yorktown Heights, NY Zurich (1956) Rueschlikon, Switzerland Tokyo (1982) Yamato, Japan First New Research Lab in 12 Years Austin Brazil (2010) (1995) Sao Paulo Austin, &Rio TX de Janeiro China (1995) Beijing, China Brazil Sao Paulo &Rio de Janeiro Haifa (1972) Haifa, Israel India (1998) Delhi, India Australia Melbourne, Victoria

10 Assessment via External Recognition 5 Nobel Laureates 9 US National Medals of Technology 5 US National Medals of Science 6 Turing Awards High Temperature Superconductivity Electron Tunneling Effect Scanning Tunneling Microscope SiGe DRAM Copper Chip Silicon-on- Technology Insulator Nuclear Magnetic Resonance Techniques Basis for MRI today High Performance Computing First woman recipient in the history of this prestigious ACM award 22 Members in National Academy of Sciences > 330 Professional Society Fellows 62 Members in National Academy of Engineering 12 Inductees in National Inventors Hall of Fame AAAS ACM ACS APS IEEE AVS IOP ECS OSA Laser-etched hair based on excimer laser surgery foundation for LASIK surgery

11 Smarter Planet Instrumented We have the ability to measure, sense and see the exact condition of everything. Interconnected People, systems and objects can communicate and interact with each other in entirely new ways. Intelligent We can respond to changes quickly and accurately, and get better results by predicting and optimizing for future events.

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13 University of Bari, Italy The University of Bari in Puglia, Southern Italy, has built a Cloud solution that enables fast, low-cost applications to be built for traditional local industries like fishing, wine growing and logistics Local fishing fleet: Fishermen report their catch using mobile devices via Cloud Catches allocated, processed and packaged while still at sea Link to live auctions which serve local markets/restaurants Incomes increased by up to 25%; time-to-market reduced by 70%

14 Organizations are capitalizing on cloud computing to drive operational efficiency and effectiveness. University of Bari: Enabling the better use of information to improve processes in the fishing industry. Catch information Demand information Types Pricing Sizes Fishing crews Locations Cloud-based marketplace Shipping needs Customers Timing Quantities Order confirmation Fulfillment confirmation 1. Using mobile devices, fishing crews report catch information while still miles out to sea. 2. This information is compared against demand in a real-time virtual auction. 3. As matches are made, transactions are confirmed. 4. If prices or other requirements don t align, fish can be thrown back immediately. 14

15 The Louvre, Paris The Louvre in Paris is one of the biggest museums in the world and Europe s most visited. To preserve and protect its facilities and world-famous artwork, the museum staff handles thousands of repair and maintenance visits each year. With nearly 9 million visitors annually, the goal is to keep galleries open Computerized maintenance management: Manages more than 65,000 repairs and maintenance visits Corrective/predictive maintenance Single database and shared repository Helps museum visualize processes including the initial planning, maintenance and facilities systems such as air-conditioning system and locking system for 2,500 doors

16 Intelligent Operations Centre, Rio de Janeiro The city of Rio de Janeiro perennially faces flooding in summer. Mudslides have resulted in extensive physical damage and loss of life. Eduardo Paes, the mayor of Rio, wanted to figure out a way to get in front of this chronic problem, not least because the city is hosting the 2014 World Cup and 2016 Summer Olympics. Intelligent Operations Center: Integrates and interconnects information from multiple departments Weather monitoring system allows first responders to send people, supplies and vehicles to danger areas Uses predictive analytics to forecast: Which hills most at risk? Which shelters have vacancies? Which hospitals have beds? How to manage traffic from Copacabana beach?

17 Let s build a smarter planet. Thank you. Gabriele Crisman crisman@sk.ibm.com Find me also on: