Ted Mann Clips Away at Startup Success with his Coupon App

Ted Mann, Founder of SnipSnap

@snipsnapapp

“Coupons are not the most sexy thing to work on in the tech business,” says Ted Mann, founder of mobile couponing app SnipSnap. “But the truth is that they are huge part of the retail economy. Eight-five percent of Americans use them every month.”

SnipSnap grew out of that familiar struggle to remember to bring the coupons to the store. One day, as Ted was staring at the “bowl of shame” of unused and expiring coupons on his dining room table, he couldn’t take it anymore. And SnipSnap was born.

Fast forward three years, and today SnipSnap serves 4 1/2 million users who have saved over 200 million dollars. It even spent time as one of the App Store’s Top 50 Apps.

Inspiration
“To me, coupons are a giant pain in the butt,” laments Ted. “If you forget it, you’ll wait to make the purchase or go back later. I figured there had to be a better way.”

“I don’t carry a purse, but I always have my iPhone with me.” Ted started taking pictures of all of his coupons to use in the store, pulling out his phone at the cash register instead of paper. “It worked, but was awkward. I’d go to the store and the cashiers would be just as surprised as I was that it worked.” He used his system for six months. “At the time, it was a way to keep my wife happy. I had no idea to make it a business.”

Critical Mass
“I was filling up my photo roll with coupons instead of baby pictures. I started using EverNote, which let me now search my coupons. I could see them in grid or list form. That got me thinking about UI. I called that version 0.02.”

Ted and UI designer Kyle Martin launched the initial version at startup accelerator DreamIt Ventures in Philly. “It was a great experience. That initial version barely worked, but it worked well enough to see that people would use it like crazy.”

Using It
SnipSnap focuses on retailer-issued coupons, such as those ubiquitous 20% off coupons from Bed Bath and Beyond. “We focus on retailer-issued coupons, because there are already lots of businesses working on manufacturer-issued ones.”

Today, 55 retailers pay to advertise with SnipSnap. And it’s a partnership that is beneficial on many levels. “If you buy steaks,” says Ted, “you get offers from advertisers who send you a coupon for steak, like Omaha Steaks.”

“We can target coupons based on the coupons you ‘snip’ with the app. When you snip a coupon, an event is created. If you’re in the market for baby stuff, for instance, the next time you snip a baby coupon, you’ll see other related coupons. You’ll get recommended offers from Babies-R-Us.”

SnipSnap also uses your location. “We draw a virtual radius around each store location or shopping center. As soon as you enter that geofence, you get a push notification for those stores.”

Validation
SnipSnap entered the battlefield at TechCrunch. “Although we didn’t win our battlefield, we won our division. But the best thing was having MC Hammer as a judge. He told us we were his favorite startup.”

Going forward, Ted just wants people to save money. “I want to convince everyone here today to download SnipSnap and save a few bucks.”

UI designer Kyle adds, “Stay tuned, because in the next months we’re going to be bringing out some cool new features.”

DSC_0009
DSC_0073
DSC_0018
DSC_0014

Walnut St. Labs Accepted into AWS Activate Program

Walnut St. Labs has been added to AWS Activate’s Program. AWS Activate works with incubators, accelerators and seed funds around the world, including: 1776, DreamIt Ventures, First Round Capital, Techstars, Tigerlabs and many many others. AWS Activate’s Portfolio Packages are available to startups in accelerators, incubators, and Seed/VC Funds.

Amazon Web Services provides startups with low cost, easy to use infrastructure needed to scale and grow any size business. Some of the world’s hottest startups, including Pinterest and Dropbox, have leveraged the power of AWS to easily get started and quickly scale.

AWS Activate is a program designed to provide startups with the resources needed to get started on AWS. Join some of the fastest-growing startups in the world and build your business using AWS. AWS Activate is free to join, and gives you access to a package of services and benefits. See the Benefits page for more detail.

Week Three #ProtoComp2015 Putting on the Finishing Touches

This whole #ProtoComp2015 experience with Unisys has been such an enlightening journey, on so many different levels. It’s opened many doors in our community and we’re grateful to serve as a change agent not only for Unisys and the contestant, but also for local educational bodies who are itching for future innovative and collaborative efforts. We can’t even fully comprehend the extent of value added or the fact that Phase One is coming to a close next week, but we’ll get there.

Our Founder, Chris Dima, had the vision, and more crucially—the courage—to create a hub that both idiosyncrasy and synchronicity can aggregate in the suburbs, where supposedly nothing “cool” ever happens.

Jeff Waring and Alicia Zeoli of Westtown School led a crash course on Design Thinking. Unlike analytical thinking, design thinking is a process which includes the “building up” of ideas, with few, or no, limits on breadth during a “brainstorming” phase.

Design thinking helps reduce fear of failure in the participant(s) and encourages input and participation from a wide variety of sources in the ideation phases. The phrase “thinking outside the box” has been coined to describe one goal of the brainstorming phase and is encouraged, since this can aid in the discovery of hidden elements and ambiguities in the situation and discovering potentially faulty assumptions.

Unisys Consulting Engineer and Security Architect, Mike Kain, led the second Crash Course on Thinking Security. Many computer applications are bound to a particular point in time; more precisely, to a given set of technologies and costs. The same is true of computer security.

“The advent of mobile computing will also stress traditional security architectures… It will be more important in the future.”
— Firewalls and Internet Security, Cheswick and Bellovin (1994)

Unfortunately, once something becomes regularly practiced or commonplace consumption, people become wedded to it, and rarely look back at the environment and assumptions that made it possible or even necessary. This is especially serious for security, since it causes us to endure the costs and annoyances of marginally useful (or even harmful) mechanisms while blinding us to newer threats. Security methodologies must therefore account for the dynamic spectrum that new technologies thrive in.

In the process of offering a neutral space to host creatively innovative projects, we never could have imagined how many ground breaking connections would manifest. One such connection was solidified this week between STEM Hacks Leader Buck Jones and The Westtown Innovation Team.

Both organizations are leading the way in their prospective spaces to offer their students access to nuanced curriculums and utilities that harness the makings of the next generation’s technological breakthroughs. Walnut St. Labs and Unisys’ #ProtoComp2015 was a creative and exciting environment for these two parties to exchange ideas.

STEMHacks is one of the very first high-school hackathons in Pennsylvania whose mission it is to inspire the youth to code. In 24 hours 200+ students from the tri-state area will create a project from scratch that will be judged from some of the leaders in the tech industry for a chance to win amazing prizes. With unlimited food, drink, interesting demos and workshops, and of absolutely no cost.

In response to the growing interest of Westtown students, the burgeoning of STEAM careers and commitment to innovation, they have undertaken renovation and construction of a new $13 million new Science Center – which opened in January, 2014. The new Science Center houses the Westtown Science Institute.

Westtown has increased its academic offerings and adopted new curricula in STEAM subjects from Primary Circle through 12th grade. From new courses in engineering, robotics, digital arts, to linear algebra and independent study in math, they prepare their students for an ever-evolving world.

DSC_0251
DSC_0263
DSC_0269
DSC_0267
IMG_9450
IMG_9444
DSC_0280
DSC_0300
DSC_0296
DSC_0320
DSC_0301
DSC_0331

Announcing #ProtoComp2015 Judging Panel

And the Winner is…

We’ve had an amazing time during the course of launching and coordinating #ProtoComp2015 in partnership with Unisys. Week 3’s Crash Courses and prototyping work sessions are set to begin tomorrow evening, and we wanted to take a moment to announce our Judging Panel that will assess the teams final product on May 13th.

 

1c24912 Christina Watters Christina is a Consulting Engineer in the Forward/ClearPath Forward Engineering organization at Unisys Corporation in Malvern, PA. Christina is responsible for business and engineering process architecture including the selection of open source tools that facilitate software development, build, release, and test, supporting Agile environments. She was instrumental in engineering the framework for open source technology compliance and is currently driving the software distribution model.

Christina has been with Unisys for over 37 years. During this time she has managed geographically diverse software and hardware professionals and provided leadership in process design for ASIC’s, printed circuit boards and hardware and software projects. Christina has a BS in Legal Studies from Kaplan University, holds three process patents and is a certified SCRUM Master and Agile Product Owner.

 


 

22a3a13Jim ThompsonJim is the Chief Engineer and Vice President of Engineering and Supply Chain at Unisys. In this role, Jim is responsible for the design, development and manufacture of technology products that align with the Unisys’ strategy and marketplace needs.

Jim’s career with Unisys spans 27 years in various customer facing and engineering roles. He is also responsible for creating the vision and architecture for Unisys’ modern mission critical products such as ClearPath, Stealth and Forward! Prior to joining Unisys, Jim held various technical positions in financial institutions and commercial firms, as well as being an independent consultant.

Jim holds technology patents in the areas of operating systems, storage and banking. In 2015, in recognition of driving innovation at Unisys, Jim was awarded the prestigious Corporate Innovation Award by the Institute of Electrical and Electronics Engineers (IEEE), Philadelphia Section.

 


 

277e59dMichael SalsburgMichael is the Chief Architect for Unisys cloud solutions. He’s been fascinated by computing and automation since he was 14 and has been in business for well over forty years.

Michael’s career at Unisys has taken a lot of twists and turns. He admits to being somewhat of a recidivist. He worked for Unisys from 1982 to 1990, and then left Unisys to create his own company called Performance and Modeling. As a consultant, he worked with Unisys and other companies to model computer performance and predict its impact on application service level objectives.

Before leaving, Michael was the architect for all Unisys performance products. His company was bought by a rising star in Silicon Valley, for whom he served as CTO and corporate officer.

In 2002, Michael returned to Unisys and have continued pursuing the idea that computing should be focused on optimal delivery of services to the business. Infrastructure based on cloud concepts provides the foundation to achieve this goal. He’s written over 60 papers on these concepts and presented them throughout the world.

 


 

18c2088Chris DimaChris launched Walnut St. Labs in December 2013 with the help of a community of innovators in the area. He leads strategic development at Walnut St. Labs, including the overall model, the incubator and partnerships.

Walnut St. Labs is an innovation lab in downtown West Chester, PA. It’s provides co-working space, a robust events calendar, including two weekly events, and an early stage incubator. Walnut St. Labs is focused on developing its new model that will more efficiently productize and commercialize early-stage innovation — assisting innovators getting new ideas to market.

Chris drives strategy and business development for MongoSluice, cutting-edge big data tool. MongoSluice dynamically creates schema from unstructured data in NoSQL and then streams strongly-typed data to any RDBMS datastore.

 


 

34010f4Peter LoBuePeter‘s educational background was driven by his passion to learn about how computers work. Research in Human Computer Interaction and Design Thinking has since attracted my attention to caring more about how people work and how technology influences their behavior.

As an Experience Designer, Peter has had the pleasure of solving human problems, making use of my technology skills and collaborating with all types of personalities and roles. His most recent employment provided him with experience in a wide range of projects, from the more technical sides of design (usability, interaction design) to more strategic (service design, web strategy) facets.

Peter led #ProtoComp2015’s Week One Crash Course on rapid prototyping and showed the contestants how to create an effective user interface design, including how to test assumptions with potential users and incorporate findings into the design process. Rapid prototyping is the activity of tweaking your prototype over time to get the desired feedback, while also visually documenting your findings. He discussed the process in detail and presented some killer examples.

Printing (3D) Life with Danny Cabrera

Danny Cabrera, CEO of BioBots

@BioBots

Danny Cabrera is clearly enjoying the whirlwind ride of bioengineering. He’s a few minutes late this morning, completely excusable considering he’s ducked out of TechCrunch Disrupt in New York City to make the drive to Walnut St. Labs on a few hours of sleep.

It’s all to support BioBots, his Philly-based life science startup company. “We exist in the space between hardware and software,” says Danny. “We build bioprinters, devices that build three-dimensional living tissues.”

4

Origins
Danny went to community college in Miami before transferring to Penn to study computer science and biology, areas that combine two of his passions. “Building tools to engineer life is exciting.”

At Penn, he linked up with a professor as well as a fellow Miami community college student. While the prof was immersed in 3D tissue engineering using non-3D printing methods, Danny’s friend was working in his dorm room on a device that would extrude living tissues.

Together, Danny and his buddy spent Sundays working on the device. They won a $5,000 prize and decided to use their winnings to continue their work over the summer recess, setting up shop in an apartment on top of a bar.

5

BioBots
“To create tissue, a solution of three things is needed: an initiator substance, a polymer, and cells.
One of the reasons BioBots is exciting is because our $5,000 device offers an alternative to the large, half million dollar bioprinters currently on the market.”

One of BioBots’ uses is building mini organs that can be used to test drugs, offering a humane alternative to animal-based research. “Another use is to build miniature tumors. By taking cells from patients, a researcher can biopsy a patient’s tumors, and figure out what kills the tumors without killing the other tissues.”

2

Getting the Word Out
Danny wasted no time in contacting all his connections in the engineering world. “I was blasting out 20-50 calls and emails a day. We got a new professor involved. Just a month after we had the device working, we sold it to that professor.”

Their efforts got the attention of some other Penn profs who walked them through how financing a company works, and suggested an accelerator. Ultimately, Danny and his team got hooked up with DreamIt Health Philly, which connected them to the resources they needed. “We got $50K, legal services, lab space, office space for 6 months, and mentors. By the end of January, we had sold 25 of them.”

3

The Future
In Danny’s mind, “things that come out of a printer will never be implantable. The device squirts cells out in the geometry you need, but there are a lot of steps needed to turn those cells into complex systems. We’re trying to take what your body needs 15 to 20 years to do and do it in a month.”

Although Danny and his team outsource the metal parts for the BioBots, everything else is done in house. “We want to build the machines, not the organs. Organs are too specific and time/cost intensive. BioBots gives users the edge to design their own organs.”