Innovation : Innovation + Job News

Ahead Research, a life sciences startup founded by two Johns Hopkins University School of Medicine students, is launching its second product, Medassure, this year.

Craig Monsen and David Do launched the health information company in Fells Point in 2012 along with its first product, Symcat. 

Symcat allows users access to medical information and to assess the state of their health. Available on the web or as an application on a mobile device, the program asks users to enter their medical symptoms, then provides information from the federal Centers for Disease Control's database on the most likely diagnosis. Symcat is available as a free download on any smart phone, both iPhones and Android devices.

Medassure takes Symcat a step futher by providing information on medications to take for the diagnosis and analyzing possible interactions with the users' other medications. The founders say they plan to merge the two products together and market under the single name of Symcat.

Tolu Babalola, the company's head of growth, says Ahead Research launched Symcat with little fanfare but plans to market it aggressively this year. “We did some marketing and advertising of Symcat but this year we are spending money on a marketing campaign,” he says. 
 
Monsen and Do, now in their final year at Johns Hopkins medical school, developed Ahead Research in a health technology incubator, Blueprint Health. The company's funding comes from a $30,000 award from the Cigna Health Innovation Challenge and a Robert Wood Johnson Foundation grant for $100,000.

In December, Ahead Research signed a memorandum of understanding with nonprofit BioHealth Innovation to accelerate the commercialization of Symcat. With offices in Rockville and Baltimore, BioHealth may launch a healthcare accelerator this year. 
 
Ahead Research has a full-time staff of three. The company expects to hire an undetermined number of software engineers in the next 12 to 18 months. It is also starting an internship program for college undergraduates in the local area.
 
Source: Tolu Babalola, Ahead Research
Writer: Barbara Pash

Columbia startup MIE Labs Inc. has signed a strategic agreement with Silicon Valley semiconductor company JVD Inc. to share design and back-end resources. The agreement allows the Columbia firm to expand its services and gives it a physical presence on the West Coast.

MIE Labs provide analog and mixed-signal integrated circuit design services, primarily to businesses. Integrated circuits are a set of electronic circuits on one small chip of semiconductor material. Because of their size and low manufacturing cost, integrated circuits are used in virtually all electronics. MIE Labs works with customers to design and develop their analog chips in order to speed the manufacturing process.

“We help other companies develop their hardware. It is not our goal to develop our own chips,” says Chalfin of analog chips that are used in cellphones and smart phones, computers and radios.

As part of its agreement with JVD, MIE is designing the chips while the California firm is producing them, says CEO Edward Chalfin. 

"The agreement is a way for smallish companies to address bigger opportunities," Chalfin says.

Chalfin founded MIE Labs nine months ago. The serial entrepreneur sold his former company, Integrated Circuit Designs Inc., to Texas Instruments. As part of the deal, Chalfin stayed on with Texas Instruments until last year.
 
“I did okay but not enough to retire to the Caribbean,” says Chalfin of his sale of Integrated Circuit. He founded it in 1995 and grew it to a 16-person staff before selling to Texas Instruments in 2007. 
 
Chalfin expects to hear in early 2013 from potential customers to whom he has submitted proposals. Customers include electronic systems manufacturers and companies that design and develop digital circuits but don’t have experience in analog. 

MIE is an affiliate of the incubator, Maryland Center for Entrepreneurship. Chalfin is the sole employee of the privately funded MIE. He is subcontracting with designers and vendors until contracts allow him to hire staffers.
 
Source: Edward Chalfin, MIE Labs Inc.
Writer: Barbara Pash

Johns Hopkins University Whiting School of Engineering is collaborating with universities around the country on a project to create robots that work more efficiently with people. The National Science Foundation has funded the four-year, $3.5-million human-robot interaction research project, part of the National Robotics Initiative, a federal effort. 
 
“In the world of robotics, there are two natural extremes: the completely autonomous robot and the fully technically-operated robot,” says Gregory Hager, chair of the computer science department at the engineering school.
 
“The idea is to create a more holistic robot,” he says of the project. “As more and more robots interact with people in different ways, that’s the middle stage we’re in now.”
 
Hager is the co-principal investigator of a team that includes researchers from Stanford University, University of California at Berkeley and Santa Cruz, and the University of Washington.
 
The project will focus on the manufacturing and medical industries, the two areas where humans and robots are most involved. Researchers' challenge is to improve human-robot teamwork and communication.
 
Hager says the researchers will examine the manufacturing process at two companies that make specialized products, like wire baskets, and require quick turnover. “Robots may be a way to enhance productivity at a reasonable cost,” he says, as well as reduce workers’ repetitive motion injuries.
 
For the medical industry, the team will work with Silicon Valley company Intuitive Surgical Inc., maker of the daVinci surgical robot, to improve speed, accuracy and precision. With over 2,000 daVinci robots in use, the company is the dominant player in the robotic surgery field.
 
“We hope to come up with methods that apply to a wide set of problems,” says Hager.
 
Source: Gregory Hager, Johns Hopkins University Whiting School of Engineering
Writer: Barbara Pash

BioHealth Innovation Inc., a nonprofit that seeks to commercialize technology in the biotech and healthcare fields, could open an accelerator for health information technology startups this year.

Co-located in Rockville and in Baltimore, BioHealth wants the accelerator to serve entrepreneurs and small businesses in central Maryland. Upon board approval, the organization plans to identify a location by the first quarter of this year and have it operational by the fourth quarter.
 
“We are evaluating it. We believe there is a need for one. We know there is interest,” BioHealth President and CEO Richard Bendis says. 
 
Also in the works for 2013 is an angel fund, a for-profit investment fund for high net-worth individuals to invest in early-stage biohealth companies, says Bendis, who is anticipating a first close for the fund by the end of 2013.

"We are bridging the gap between Montgomery County and Baltimore, where most of the biohealth assets reside in Maryland," says Bendis. "We are interested in things that have the potential to be commecially relevant -- not only that it works but you can build a product or business around it."

Bendis defines biohealth broadly. It encompasses traditional therapeutics and pharmaceuticals as well as diagnostics, medical diagnostics, health care services, electronic medical records, mobile health and biohealth cybersecurity.

"We see a convergence between technology and devices and pharmaceuticals and biotechnology. All those companies depend on data statistics and analytics," he says.
 
BioHealth Innovation was founded last year as a private-public partnership with the goal of accelerating the commercialization of technology and science affiliated with the biohealth industry in central Maryland.
 
"We work with scientists and entrepreneurs beyond the technology transfer phase. We get involved once they get past the transfer office in the university," says Bendis.

"We have the expertise that can help them do that [commercialize research]. We have investors on our board. We have a person who started and ran a biotech company. We connect people to the resources they need," he says.

To that end, BioHealth Innovation is initiating a program to provide free proposal and review assistance to small businesses that apply for Small Business Innovation Research (SBIR) grants. The SBIR requires federal agencies to set aside 2-1/2 percent of their research budgets, a total of $2.5 billion annually, for grants to small businesses. The goal is to speed commercialization of early-stage projects.
 
Bendis contends that while Maryland’s reputation in science is exceptional and the state is recognized as a leader in life sciences, it has not been as successful as other states in competing for the SBIR grants. Phase 1 grants run about $100,000 to $150,000; phase 2, $1 million and up.
 
At the National Institutes of Health, according to Bendis, Maryland small businesses submitted the third highest number of applications for its SBIR grants. But the state ranked 34^th in winning phase 1 grants and 36^th in winning phase 2 grants.
 
BioHealth Innovation’s assistance is available to anyone, private or academic, who is eligible to apply for an SBIR grant, with a particular emphasis on the National Institutes of Health grants.

BioHealth also offers what it calls "client agreements," and has already signed up a few bioheath start-ups in Baltimore. Bendis says the goal of the client agreements is "to help them move their business plans forward, to help them get clients and identify investors and local technology talent. They have a business but it is pre-revenue."
 
Source: Richard Bendis, BioHealth Innovation Inc.
Writer: Barbara Pash

The incubator at Towson University, TowsonGlobal Business Incubation, recently kicked off its third annual business competition, open to anyone in the Baltimore-Washington area who has an innovative business idea. Winners get cash prizes and free incubator membership.
 
“The goal is to promote and engage people in the region in entrepreneurship and innovation, and in taking the route of starting a small business,” says Darlene Ugwa, the incubator’s program coordinator. “It doesn’t have to be a product. It could be a service.”
 
The competition has two rounds. In the first round, participants submit a three-to-five page executive summary of their idea. A panel of judges winnows the participants to five finalists. In the second round, the finalists submit a detailed business plan, including research, marketing and financials. A panel of judges determines first and second place winners.
 
The deadline for round one, the executive summary, is Feb. 11. Finalists in round two have until the end of April to submit their business plans. Winners will be announced May 1.
 
Although prizes for this year’s competition are still being determined, last year’s first prize winner received $4,000 and free incubator membership for a period of time; the second prize winner received $1,000 and an associate membership.
 
The competition has grown since it started. There were 12 submissions the first year; 24 submissions the second year. Entrants ranged from a video gaming company to a medical diagnostic application and a website to rent power tools.
 
Besides presenting their business plans to the panel of judges, all the finalists give a presentation at a Towson University reception open to the public. Over 100 people attended last year’s event.
 
Source: Darlene Ugwa, TowsonGlobal Business Incubation
Writer: Barbara Pash
 
 

Mindgrub Games next week expects to release its third mobile game, “Escape! From Detention,” developed under its own brand and in conjunction with the Howard County Library System. Mindgrub Games, a division of Catonsville mobile application developer Mindgrub, plans to release more mobile games by the middle of this year. 
 
The John D. and Catherine T. MacArthur Foundation and the Institute of Museum and Library Services gave the public library a $100,000 grant to establish a science, technology, engineering and mathematics (STEM) laboratory for middle and high school students in the Savage Branch. Howard County then approached Mindgrub about the project.

“We created a basic game scenario and the kids were active participants in developing the game,” says Alex Hachey, lead Mindgrub Games designer. The game is downloadable for free from links on the Howard County Library System’s website.
 
The division is currently working on three new mobile games. One is a game for a client that may be announced later this month and two games under its own brand for a mid-2013 release.

Since Mindgrub Games was launched last summer, it has released two games. One, “Rescue Jump,” is its own brand. The second, “Scuba Adventures,” was done for a client, Discovery Kids, part of cable TV channel Discovery Network, and Zap Toys, a manufacturer in Hong Kong.
 
Mindgrub considered starting a games division two years ago, after an interactive festival showcased a mobile game that incorporated location technology, Hachey says.
 
“It was a spin on what Mindgrub had been doing. It got us thinking about games,” he says.
 
For “Scuba Adventures,” the division analyzed the market for competing games and worked with the client to develop a game to its specifications. The result is an educational game that sells for $1.99. Like all of Mindgrub Games’ products, it is available through Apple’s iTunes and the Android marketplace’s Google Play.
 
“Rescue Jump,” Mindgrub Games’ first product under its own brand, is a free download. It received over 1,300 downloads in its first two months.
 
Asked how the division makes money if the game is free, Hachey says, “Right now, it’s more of a learning objective. We are getting our feet wet in the game market. We are getting our name out. We can always add to or refine it [later] and then charge money.”
 
Since inception, Mindgrub Games has grown from three to seven full-time staffers. It is looking to hire Corona mobile applicaiton developers, illustrators and designers, depending on client contracts.
 
Source: Alex Hachey, Mindgrub Games
Writer: Barbara Pash
 
 
 
 
 
 

Baltimore tech startup SameGrain Inc.  plans to launch its first round of financing, for $500,000, this year.

Founder Anne Balduzzi calls SameGrain a “social discovery” platform, a new form of social media that connects people to each other for business and social purposes.

The Internet platform is private and anonymous, unless clients choose to reveal their names. “You can go online and find people like yourself or who attended the same schools  –  people with the same interests, same educational background, same health issues, and much more,” she says. The company is signing up early people willing to be beta testers on its website.
 
“We match people to other people, whether in the same city or elsewhere, for careers, business networking, shopping and similar life experiences,” says Balduzzi, whose background includes stints at Quantum Computer Services, the precursor to AOL and as the first product manager for Apple’s first online service.
 
Founded in 2011, SameGrain is located in the Emerging Technology Center at Canton.  In 2012, the Maryland Technology Development Corporation, known as TEDCO, gave the company $75,000 in seed money. SameGrain is applying for other state agency grants and soliciting financing from angel investors.
 
Balduzzi says the beta testing, a standard step for startups, will serve as market research and help it build a user base. Once the beta testing and funding are wrapped up, SameGrain will make an official marketing push, hopefully this year. 

SameGrain has already won several awards. It won first place in last summer’s Washington Post’s Capital Business “pick your pitch” competition, receiving more than 6,600 online votes. It won the StartRight Business Plan competition last summer. And, last fall, it was one of eight finalists in StartUp Maryland "Pitch Across Maryland,” chosen by a panel of entrepreneurs and investor experts.
 
The company has a staff of three full-time and four part-time. It is interviewing people with programming and design experience for possible future employment.
 
Source: Anne Balduzzi, SameGrain Inc.
Writer: Barbara Pash

Life sciences company Plasmonix will begin selling its first product, QuantArray, early this year. The Baltimore County startup plans to commercialize two other products later in 2013, the QuantaWell 100 and the Quanta NP, and will seek $2 million to $3 million for another round of financing, CEO William Gjust says.

Plasmonix develops support tools to detect cells in medical research and clinical diagnostics by enhancing luminescent and fluorescent signals using metal nanoparticles. QuantArray, its latest product, has various applications in performing assays, a test that analyzes components, and enhances luminescent signals hundred-fold over conventional methods. The technology can be be applied not only in the life sciences, but also apparel, paint and cosmetics. 
 
QuantaWell 100 also enhances signals hundred-fold but in a different format than QuantArray. Quanta NP is a supplementary solution that is used to improve the efficiency and sensitivity of commercially available assays.
 
“It’s a rarefied field. There is no direct competition that we are aware of,” says Gust of Plasmonix’ products. 
 
Gust says potential customers are any company or institution that performs assays, from pharmaceutical and biotechnology companies to academic facilities. Market research showed that the average price for standard assays is $25 per substrate microscope slide. Gust says he has not determined a price for QuantArray but it is likely to be slightly higher than the standard assay.
 
In 2011, Plasmonix received $1.5 million from venture capitalists in its initial round of financing. It has also received $200,000 from the Maryland Biotechnology Center and $100,000 from the Maryland Industrial Partnership, to be used by its academic collaborators.
 
Plasmonix grew out academic research, primarily at the University of Maryland Center for Fluorescence Spectroscopy. The company was formed in 2009. In 2011, it moved into the incubator, bwtech@UMBC Research and Technology Park, where it occupies a 1,500-square-foot office. The company employs four.
 
“We are translating academic research into robust, reproducible commercial techniques,” says Gust.
 
Source: William Gust, Plasmonix
Writer: Barbara Pash

Clear Guide Medical LLC is readying its first product, a medical device used in minimally invasive ultrasound surgeries that will be for sale in early 2014. Federal and state grants received this year aided the commercialization process for the Johns Hopkins spinoff, which hopes to receive another state grant early next year. 
 
The Baltimore life sciences company received a total of $550,000 from the federal National Institutes of Health and National Science Foundation, in 2011 and 2012, and $125,000 from the Maryland Technology Development Corp. in 2010 and 2012. It is waiting to hear about another grant from the latter, for $100,000.
 
“We are developing a medical device that will lower health care costs by allowing [procedures] to be done quickly and at less cost,” COO Dorothee Heisenberg says. The device clips onto an ultrasound probe and provides guidance to surgeons before and during minimally invasive procedures like needle biopsies, needle nerve blocks and vein catherizations. The device provides such information as the angle to hold the needle and how far to push to reach the nerve or vein.

Heisenberg says the advantage of the device is that it makes it easier for surgeons to learn how to use ultrasound, for which they need special training. She also sees a benefit for rural areas or areas where there aren’t a lot of medical facilities. Local physicians and clinics may be able to do a biopsy, and then consult with medical experts for a diagnosis.
 
Heisenberg expects Clear Guidance’s device to cost in the $12,000 to $15,000 price range. 

Clear Guide Medical was founded in 2010, a spinoff from the Johns Hopkins Department of Computer Science and the Johns Hopkins School of Medicine’s radiology department. In 2012, it was the first company to move into the Johns Hopkins accelerator, located on the Homewood campus, Heisenberg says.
 
The company has five employees. It is in the midst of applying for a worldwide patent that covers the US, nations in Europe, Japan, Canada and Israel – countries that are most likely to develop competing devices. Johns Hopkins is paying the patent filing and application expenses, about $80,000, for which Clear Guidance will pay back in time.
 
“We want to sell our product without complications,” Heisenberg says.
 
Source: Dorothee Heisenberg, Clear Guide Medical LLC
Writer: Barbara Pash

An amateur photographer in Maryland has won a national film contest sponsored by director Ron Howard and Canon USA. University of Maryland, College Park senior Dylan Singleton submitted a photograph to Project Imaginat1On, a combination photo contest and short film series that will be made by celebrity guest directors and shown in a film festival next year. 

Singleton’s winning entry was culled from thousands of photographs submitted by the public. Musician James Murphy, one of the celebrity directors, picked Singleton’s moody, atmospheric photograph of a swimming pool at night for inspiration, much to Singleton’s surprise. Eva Longoria and Jamie Foxx are among the other celebrity directors involved in the project. 
 
“I sent in a couple of photos. One day, I got a call that I was a potential finalist. I’m still in a bit of a shock,” says Singleton, a Columbia resident who is majoring in sociology. “I’ve been swamped with papers and finals. It hasn’t set in.”
 
James Murphy is best known as the leader of the Grammy-nominated band LCD Soundsystem. He also cofounded the DFA label, which released the band’s catalogue, and he provided the original soundtrack for the 2010 film, “Greenberg.” Most recently, he was executive producer of “Shut Up and Play the Hits,” a feature-length film chronicling LCD Soundsytem’s farewell show at New York’s Madison Square Garden in 2011.
 
For Singleton, a fan of online music blogs who has worked at the 9:30 Club in Washington, D.C., being chosen by Murphy was a particular thrill. Has Murphy called to discuss the photo or his film?  “I’d love it but I’m sure he is a pretty busy guy,” says Singleton, who won a $500 credit to the Canon online store and two tickets to the film festival.
 
Murphy’s film will go into production next year. The location and date of the Canon Project Imaginat1On Film Festival has not yet been announced.
 
The photo contest was open to the public, who could submit photos in 10 categories with titles like “Backstory,” “Time,” “Mood” and “Obstacle.” Singleton entered “The Unknown” category.
 
The public voted on the winners – 10 winners in nine of the categories and a single winner in the 10^th category – for a total of 91 winners. The celebrity directors will make 10-minute films that are inspired by the photographs they chose.
  
 
Source: Dylan Singleton, winner “Project Imaginat1On”
Writer: Barbara Pash
 




 




 
 
 
 


 

Believe Wireless Broadband is expanding its delivery area into the Washington, D.C., market and will install equipment on the roof of Union Station, Amtrak and commuter railroad station by Jan. 1. The Internet service provider is expanding from its current coverage area of Baltimore City, Baltimore County and parts of Anne Arundel and Howard counties.
 
Believe is also in the process of installing equipment on a tower on MD Route 100 in Howard County, to be finished in 2013.  It already has equipment on an existing tower on Moravia Road, Baltimore County. 
 
“This expands the areas we are able to serve. We are creating a multi point network,” Believe Vice President Marian Huller says.
 
Wireless broadband, aka fixed wireless broadband, connects to the Internet via a radio connection to its equipment. Believe offers business Internet services, wireless networks, voice over IP phone and point to point links of up to one gigabit per second.
 
Believe was founded in 2002. At the time, high bandwidth was not available in Baltimore City, and wireless provided a solution. The Baltimore County company’s mailing address is Owings Mills but its physical office is located in Towson.
 
The company has four full-time employees and is looking to hire a network administrator.
 
At a gb.tc event last month at downtown Baltimore's Lexington Market, the company installed Wi-Fi, the first time the market had been wired. After the event, Believe left the Wi-Fi in place, providing free wireless in the market’s seated area and conference room.
 
“The market holds lots of events. On one night I was there, students from the University of Maryland law school were giving free legal aid,” says Huller. So the company stole a page from the students by providing free wireless. “It was our way to give back to the community.”
 
Source: Marian Huller, Believe Wireless Broadband
Writer: Barbara Pash

InstantLabs Medical Diagnostics Corp. is entering the animal health/veterinary medicine field next year, with plans to develop a variety of tests for the detection and diagnosis of dangerous pathogens in animals.
 
CEO Steven Guterman says the tests will be based on its general purpose molecular diagnostic test kits, which can be refined for different markets. Located at the University of Maryland BioPark, InstantLabs commercialized its first test kit this year for the food safety market and currently is developing a test kit for the human health/hospital market.
 
“Our goal is to change the way people do food testing," Guterman says. "We spent a lot of time building a device with the power of molecular testing that is small, affordable and easy to use.”
 
Food companies typically send samples to an outside laboratory for testing, a process that can take three to five days for results. InstantLab’s test, for both extraction and identification, can be done on-site, with test results within 12 to 24 hours.
 
Customers include poultry processors, fish farmers and nutritional companies that use the kits to detect different and dangerous bacteria like salmonella, listeria and e-coli.
 
The food safety kits were first sold commercially in spring of 2012. So far, more than a dozen have been sold, half in the US and half overseas. By early 2013, the company will also have a test for the bacteria Vibrio.
 
In human health/hospitals, InstantLab is developing a test kit for MSRA, an antibiotic-resistant staphylococcus infection. It received a $100,000 award from the Maryland Industrial Partnerships to develop a test kit for the detection of MSRA.
 
The company is working with Jennifer Johnson, an assistant professor at the University of Maryland School of Medicine, on the test. It should be ready by the end of 2013, after which the company will begin human trials and seek US Food and Drug Administration approval.
 
InstantLabs was formed in 2008. In 2010, it moved to the University of Maryland BioPark in order to grow internally and have its own laboratory. In 2011, it moved to a larger space in the BioPark, doubling the size of its office.
 
The company has five employees in Maryland. Guterman says it is looking to hire a senior molecular biologist in 2013 for its entry into the veterinary field.
 
Source: Steven Guterman, InstantLabs Medical Diagnostics Corp.
Writer: Barbara Pash

US Army soldiers in Afghanistan are using specialized radio equipment made by a Columbia defense technology company. Syntonics LLC recently signed the $10.5 million contract with the military to provide equipment and servicing that enables and enhances radio communications.
 
The current contract follows an earlier deal with the US Army for the same equipment, its Radio over Fiber system that relays radio frequency signals over optical fiber. In 2010, Syntonics signed a $7-million contract with the US Army for the system to be deployed in Afghanistan for Operation Enduring Freedom.
 
The US Army Contracting Command, Aberdeen Proving Ground, is the contractor, under a Small Business Innovation Research contract. The US Navy’s Space and Naval Warfare System Command funded development of key technologies for the system.
 
In Afghanistan, tethered aerostats, aka blimps, are connected to command posts. The tethers have power and optical fibers. Cameras are attached to the aerostats for wide-area observation. The Syntonics system is attached to the aerostats via special equipment, enabling it to become an antenna site and allowing for secure radio communication with the command post and multiple radios on the ground.
 
Besides the military, Bruce G. Montgomery, Syntonics president, says the system is used by civilian agencies that have tactical communications, such as the Federal Bureau of Investigations and the Federal Emergency Management Agency.
 
This year, too, Syntonics expanded its market for another product, a distributed antenna system, from the military to a commercial customer. Its distributed antenna system allows you to put antennas in places that radio signals could not otherwise penetrate.
 
The system is already being used by US Marines and Army Special Op troops. In November, Syntonics signed a contract for the system with the operator of nuclear power plants, whom Montgomery declined to identify.
 
The antenna system uses MEMS technology that the company is developing with the University Of Maryland, College Park's A. James Clark School Of Engineering. In August, the Maryland Industrial Partnerships awarded Syntonics more than $140,000 for further research on the technology.
 
Founded in 2000, Syntonics was originally located in the Maryland Center for Entrepreneurship, of the Howard County Economic Development Authority.
 
In 2002, it moved to a commercial building in Columbia, where it has since quadrupled the size of its office, from 3,000 square feet to 13,000 square feet. It began commercializing its products in 2005.
 
The company has 30 employees, with the founding employees owning the company in a closely held arrangement.
 
Source: Bruce G. Montgomery, Syntonics LLC
Writer: Barbara Pash

Baltimore's Furbish Company unveiled its first product, SmartSlope, an eco-friendly green wall. The wall has been in development for two years and is now commercially available. It is being used by the first Costco in Washington, D.C., and constructionl was completed last week.  

Jimmy Dick, director of business development, says the "living" wall is intended to satisfy locally mandated storm water management regulations as well as for aesthetic considerations. The walls at Costco were installed as a vertical rain garden, with a circulating system that captures and recirculates storm water to water the plants that grow on the walls.
 
"The [DC] district told [Costco] it had to handle its storm water on site and this is how they are doing it," says Dick. Another green wall is scheduled to open next year at Phase 2 of The Shops at Dakota Crossing, in the DC area, as a component of its storm water management system.

Furbish was formed in 2003 to install and service green roofs. While it will continue that aspect of the business, Dick says it is developing products as well. SmartSlope, the living wall system, is its first product. Modern Foundations, in Woodbine, manufactures the system.
  
The living retaining wall system consists of individual concrete modules, each 20 inches wide by 15 inches deep by 8 inches tall. The modules link together.
 
After the modules are installed, SmartSlope provides native grasses, herbs and plants to grow over and cover the wall. The company’s system costs about $5 more per square foot than the typical concrete wall installation of $25 per square foot.
  
However, the majority of SmartSlope's business remains green roofs. This consists of installing a roof-top drainage system, layer of soil and plants that can withstand weather and wind.
 
Dick says that 99 percent of its green roof business is with commercial customers. “There’s no return on investment for residential customers,” he says. “Also, home roofs are not built for the weight” of a green roof.
 
Federal and municipal regulations and tax rebates for installation of storm water management systems have spurred growth of the green roof industry. Dicks says that SmartSlope already has $3 million worth of green roof contracts for 2013.
 
It has installed green roofs on behalf of Princeton, Rutgers and George Washington universities; a US Department of the Interior building; and the Baltimore Hilton, connected to the Convention Center.
 
In 2009, Furbish received an investment of $81,000 from the Chesapeake Bay Seed Capital Fund, a partnership of the state Department of Natural Resources and the University of Maryland. The funding was used to develop SmartSlope. The Maryland Technology Enterprise Institute is a minority investor.  In August, SmartSlope received about $200,000 from the Maryland Industrial Partnerships for development of alternative blends of green roof material.
 
Michael Furbish is the founder of the company. In 2008, it moved into an 18,000-square foot former warehouse in the Brooklyn area of the city that was renovated for office use and retrofitted with solar panels to provide radiant heating and hot water. The company has 15 employees.
 
Source: Jimmy Dick, SmartSlope
Writer: Barbara Pash

Blue Infusion Technologies has introduced its first product this month — a glove outfitted with Bluetooth technology that lets  the wearer operate a smart phone while keeping his hands warm. The Columbia startup is selling its BEARTek Gloves online before placing them in retail stores by fall/winter of 2013.

Blue Infusion Technologies' second product, a motorsports glove with Bluetooth technology, is being launched at the same time, also online first and later in retail stores.

“This is the first time the products are available for purchase,” says CEO Willie Blount, who founded the company two years ago. Blount is referring to the launches on Kickstarter.com, a competitive process that required sending a proposal, product descriptions and video demonstrating that it has a viable product.
 
BEARTek Gloves are priced at $150/pair and is outfitted with Bluetooth technology. A Bluetooth module contains a battery and custom hardware that enable a connection to a smart phone. Touching the thumb activates touchpoints on the fingertips, says Blount.
 
“You touch the thumb to a designated fingertip to make calls,” says Blount. “Skiers can call for emergency help if they aren’t carrying a phone or without reaching for a phone inside a jacket.” The motorsports glove is in the same price range and uses the same technology.
 
Blue Infusion Technologies is a virtual company that collaborates with the Maryland Center for Entrepreneurship, part of the Howard County Economic Development Authority. It is a Maryland-certified minority-owned business.
 
Last spring, the company received help on glove technology and product development from the Space Alliance Technology Outreach Program, which is funded by the National Aeronautical and Space Administration. In August, it received a $148,500 award from the Maryland Industrial Partnership to collaborate with Dr. Marc Cohen, a research scientist at the University of Maryland College Park, on the technology.
 
Blount says the idea for BEARTek and motorsports gloves came from his experiences and those of his business partner and COO Tarik Rodgers’ experiences. Blount is a former US Marine who has also worked for the US government as a specialist in electronics and aviation. Rodges, an engineer, is an experienced skier.
 
The company has arranged manufacturing of the gloves in a US factory, says Blount, who, with Rodgers, are the company’s two employees.  The company is a state-certified minority-owned business.
 
Source: Willie Blount, Blue Infusion Technologies
Writer: Barbara Pash