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Monday, October 5, 2015

3 Startup Tips From a Founder Who Sold His Startup for $500 Million


Before selling his company to Disney for half a billion dollars, digital media entrepreneur Danny Zappin learned these crucial lessons.
In the past two years, Danny Zappin has sold one company and bought 18 others.
After Disney purchased his online video company Maker Studios for $500 million last year, the 40-year-old Zappin co-founded digital media startup Zealot Networks and began an 18-company acquisition spree. Los Angeles-based Zealot closed its most recent acquisition in September, purchasing Mumbai-based video network Nirvana Digital.
While going on a mergers-and-acquisition tear is not a growth strategy many entrepreneurs can replicate, some of the lessons Zappin learned while running his previous company can be applied to almost any startup. Here are three of his tips for entrepreneurs. 
1. Don't raise money to prove your model.
Many entrepreneurs raise investment capital before proving they have a sustainable business, but that doesn't mean you should. When Zappin was building Maker Studios, he put off raising outside money until his company had hit $1 million in revenue and reached the breakeven point.
"Use that money to double down on something that's working, versus experimenting with an idea that may or may not work," he says. "I would strongly advise that if you're not at breakeven yet, be close to breakeven--or have a clear path to it--before you take investment."
2. Avoid letting venture capitalists do your hiring. 
You want to build a founding team with a diverse base of expertise from day one. Why? If you have too many people who do the same thing, or come from similar backgrounds, investors may start placing executives in your company to plug the holes. Because Zappin's founding team at Maker was composed primarily of creative types with experience in digital media, venture capitalists were quick to hire executives with business management experience.
"Those investors are going to place their own people, and you end up in a weird situation where you have executives who are really working for the investors, not the founders," Zappin says. "Had I had somebody who was on the business development, sales, or technology side early on, we would have had a much better result."
3. Give equity to as many of your employees as you can.
Sharing a small amount of equity with a large group of early employees is a great way to get your startup team focused on what's best for the company, rather than on their pay, Zappin says. At Maker, between 10 and 15 employees had small equity stakes, an ownership structure that Zappin says helped grow the startup fast early on. 
"That really is what was able to get Maker off the ground," he says, adding that more than 200 Zealot employees own a small piece of the company. "I want to make sure everyone's aligned and incentivized for the company to do well, so it's not a select group that's getting rich off the backs of the rest of the people's work." 
Source: www.inc.com

Friday, August 28, 2015

Handmade Bioreactor Part 2

Undergraduate students from Greece, designed and develop
the first computer-bioreactor in the world



Saturday, August 8, 2015

Handmade Computer-Bioreactor Part 2

Undergraduate students from Greece, designed and develop the first computer-bioreactor in the world




We build ecosystem and not our egoism

We're very proud to announce that our invention accepted by the

This work was financially supported by the Estia Laboratory


Poster Title: Conversion of an AMD ventilator agitator for airlift bioreactor for plant cell and microorganism cultivation - Authors: T.P. Zafiriadis, A. Miron, G. Kuziortis

In recent years, a couple of bioreactor modifications have been developed and successfully adopted for the in vitro cultivation of plant cells and microorganisms. Bioreactors such as mechanically agitated, airlift and photo­bioreactors have been designed and used for large scale cultivation of algal, higher biomass and bioactive compounds production.
Our primary objective of this study was to build and design a cost effective and eco­friendly airlift bioreactor 4L in which the agitation rate (i.e. 150, 250, 500 rpm) will be controlled through computer software without affecting the personal computer performance (temperature, graphics).
As a result we've designed and develop the first computer in the world that is be able to do more than a simple computer can do, and that is fermentation. This project can give rise to important achievements that every person in the world who has access to a desktop computer, is be able to do. Furthermore, due to its eco­friendly attitude, is that our computer tower has designed with Plexiglas that can be broken down into its original chemical constituents or directly and completely recycled.
If you plan to attend 29th EFFoST, we would appreciate the opportunity to meet you.

  • Acknowledgments 

First, I express my sincere gratitude to Professor Ioannis Giavasis for allowing me to conduct this research at the biotechnology laboratory. I am especially grateful for his confidence and the freedom he gave me to do this work.

I wish to express my sincere gratitude to Professor Thanasis Manouras who supported me in all stages of this work and offered me the most valuable tool, a motherboard.


Dear Professor, Thomas Zafeiriadis you had a profound influence on my life and on a lot of lives I know. I would like to thank you from the bottom of my heart for your kindness and the strength you have given by believing in us. We bless you with all the goodness in the world.

Yours sincerely,
Aris Miron