By Florian Pinel
My time at South by Southwest (SXSW) could be called, “Five Days in a Food Truck,” or, “What it’s Like to Cook with a Computer.”
For the better part of a week, chefs James Briscione and Michael Laiskonis and I prepared everything from Caribbean snapper fish and chips, to chocolate burritos with an Austrian twist for the throngs of techies who hustled between presentations by Neil deGrasse Tyson, Edward Snowden, and more. Continue Reading »
By Steven Rodriguez & Alexa Genova
While attending the National Retail Federation’s (NRF) Annual BIG Show, it became apparent what an impact technology is going to have on the future of retail.
Sure, we see and use technology to shop now, whether it’s shopping online, using our Smartphone for a coupon or just “checking in” via social media at a store. But what we saw at NRF gave us a glimpse into how technology will change retail as we know it.
By Dr. P.N. Ravindra
Bangalore, a name synonymous to the India’s Silicon Valley, has seen much change over the past few years. The metropolis has seen a boom in the IT sector, an unstoppable infrastructure development and ever increasing population influx. Currently, housing around 10 million people, the mega-city has been spurred by rapid growth and has acted as an engine of economic development. This unprecedented growth has led to an increased demand on the natural resources and put tremendous amount of pressure on water supply.
Water is critical to every aspect of our lives – be it food, healthcare, businesses. To meet the growing needs of the population, Bangalore currently gets a supply of around 1,125 million liters of water per day from various sources. The most important resource is River Cauvery, located 100 km away, which supplies 95 percent share of drinking water, which is pumped up a gradient of 300 meters to bring it to the city. Apart from this, water from various reservoirs surrounding the city caters to the needs of the people. However, the water supply in Bangalore is still under deficit as the demand grows exponentially. Continue Reading »
By Evan Nisonson
A staggering one-in-three high school graduates who took the ACT tests in 2013 are not ready for college, the testing organization has said in a recent report. Of the 1.8 million high school graduates who took the test last year, only 26 percent achieved college readiness benchmarks in all four subjects of English, reading, math and science. Another 27 percent met two or three benchmarks, and 16 percent met just one.
This is a significant challenge to the expectations of policy makers, educators, parents and students themselves who look to our educational systems to better prepare the youth of today into the skilled workforce of the future. To be clear, the number of unprepared, or even under-prepared, college freshman can impact states even today through a rise in unemployment and a decrease in the number of much-needed skilled workers. We must do better.
One part of a solution is to arm our teachers with better tools, such as digital content, that would lead to a more personalized and more impactful curricula for students. The other is harnessing the multitude of data generated in education to establish linkages between K-12, postsecondary, and workforce partners.
The latter part of the solution is what the Montana Office of Public Instruction (OPI) has chosen to deploy to better prepare their students for college and careers. The aim of the project is to facilitate collaboration between educators, parents, and students to develop academic, financial, and future career plans that align with student aspirations. Continue Reading »
By Pat Toole
Jovanna Marquez was a Florida high school student who was contemplating a career in criminal justice when a teacher convinced her to take a computer science class and then introduced her to IBM’s Master the Mainframe Contest.
It changed her life. Ms. Marquez is now studying computer science at the University of Central Florida and credits Master the Mainframe with helping her develop technical chops and find her true career path. Call it “Millennials Meet the Mainframe.” Or, “zEnterprise for Generation Z.” It’s a story about how a new generation of students are finding great career opportunities working with the IBM mainframe, which continues to advance as one of the world’s most dynamic and vital computing platforms. Continue Reading »
By Claudia Fan Munce
IBM has long had a keen interest in tech startups. For nearly two decades, behind the scenes, we forged relationships with venture capitalists to learn about their portfolio companies with an eye to acquiring some of the best of them when the time was right. That strategy served us well. Over the past decade, we have acquired more than 120 companies for a total of more than $34 billion dollars in critically strategic areas such as cloud computing, digital marketing and data analytics.
But oh how our world is changing.
Today, IBM is emerging as a major player in the startup economy. We continue to pursue our acquisition strategy, but now we’re doing much more. We have begun to invest directly in startups, we offer cloud services for thousands of born-on-the-Web companies, and we’re working with startups to help them build services powered by Watson, the cognitive computing system that shook up the world by beating two former grand-champions on the TV quiz show Jeopardy!. Continue Reading »
By Steve Hamm
All Samar Birwadker and Subbu Balakrishnan had was the germ of an idea for a product when they attended a startup workshop in San Francisco in April of 2012. But they met Joshua Krammes there, and he helped them think through the intricacies of turning their idea into a company—Good.Co Inc., which is now in the later stages of creating a cloud service for matching the personalities of job candidates with the cultures of companies they’re interested in working for.
Krammes advised them to learn the ropes of entrepreneurship in the TechStars program, and, later, after they launched the company, he helped out with a host of business issues. But Krammes isn’t a startup consultant or venture capitalist, like you’d expect. He’s an evangelist at IBM SoftLayer who runs the Catalyst program for startups. Continue Reading »
By Rob High
My hometown of Austin, Texas, is food truck heaven. The city boasts more than 1000 trucks serving up an incredible variety of fare—everything from potato-chip-flavored ice cream sandwiches to Japanese deep fried octopus meatballs. When hordes of technorati and live music fans gather here for the annual South By Southwest (SXSW) festival next week, they’ll have plenty of culinary treats to choose from. But we have something really different to bring to the table — IBM’s Watson food truck.
You’ve probably watched Watson compete on TV, but now for the first time you can see, taste and smell the results of its creativity.
The bright orange truck will serve up exotic delicacies including Indian Tumeric Paella, Italian Grilled Lobster and Ecuadorian Strawberry Dessert. Unlike the menus of the other trucks, these dishes were created through a collaboration between Watson, a cognitive computer, and award-winning chefs at New York’s Institute of Culinary Education (ICE). Continue Reading »
By Martin Cooper
After decades of existence, the mobile phone is finally beginning to hint at its potential to address some of society’s most important challenges.
As the mobile industry grows out of its vapid obsession with pixels, apps, and bling, recognition of one of the mobile phone’s higher callings is getting attention. This emerging focus on the phone as a device for transferring personalized health information to and from an individual sets society up for revolutionary improvements in healthcare.
Just imagine a society in which diseases, and the pain and suffering they cause, simply do not exist—in which people are healthy until end-of-life. Such a society is within the realm of scientific possibilities, but only if we change our approaches to healthcare. Smarter use of data, enabled by mobile phones, can help as we switch from curing diseases that have already struck to anticipating and preventing the diseases before they strike. Continue Reading »
By Adalio Sanchez
Forward-thinking academic institutions rely on advanced technology systems to support internal research programs and to improve their own IT operations. Just as importantly, the practical application of these technologies in the academic world plays a critical role in promoting the development and education of students in the fields of science, technology, engineering and mathematics.
Throughout my career as a technologist, I’ve witnessed firsthand how the right technology solutions have the power to foster and advance STEM education and make our education systems smarter – from turning ideas into useful knowledge and practical business technologies that can benefit our economy and society, to filling the employment pipeline with workers equipped with the skills necessary to make them competitive and successful. Continue Reading »