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ANDRO hailed by Business Journal as one of Best Places to Work

ANDRO Computational Solutions, LLC has been ranked as one of the Best Places to Work in Central New York by the Central New York Business Journal.

Best Places to Work recognizes and celebrates Central New York’s leading employers. The Business Journal considers the best companies to be those which foster a great place to work, are innovative, promote technology, offer people-focused programs, and have great leadership. ANDRO met or exceeded these selection criteria.

ANDRO, a privately-owned company established in 1994, has been dedicated to research, development, and the application of advanced computer software for a variety of defense and commercial applications. ANDRO’s diverse portfolio includes research and development in applying artificial intelligence and machine learning for dynamic spectrum management and spectrum exploitation, cyber-secure wireless communications, cognitive software defined radios and networks, multi-sensor and multi-target tracking, advanced radar data fusion and sensor resource management.

ANDRO continues to not only make a mark in the community with its technological achievements, but with outreach and support for several local organizations and efforts. Over the past 28 years, ANDRO has been an avid supporter of the Central New York community with a focus on workforce development, motivating youth through STEM plus Arts (STEAM) leadership education, and an overall support of economic development.

Past organizations that ANDRO has supported include the Armed Forces Communications and Electronics Association (AFCEA), Kicks for Kids Foundation, Rome Art and Community Center, Rome Capitol Theatre, the Project Fibonacci Foundation, Inc., CNY Food Bank, Cure Sanfilippo Foundation, Rome Area Chamber of Commerce, American Heart Association, Bellamy Awards, United Way and FIRST Robotics, to name a few.

To stay competitive in today’s recruitment efforts, ANDRO values its vast benefits to entice entry level and senior staff members by providing full medical coverage, paid time off, tuition assistance, life insurance, and the opportunity to grow with a locally-owned and operated company. Visit www.androcs.com for more information on ANDRO, including job placement opportunities. The company is in the process of expanding its operations and more information on this is forthcoming.

Rankings of the CNY Business Journal Best Places to Work in CNY will be announced at its golf event and reception on Sept. 12 at the Timber Banks in Baldwinsville, Onondaga County.

Daily Sentinel, May 24, 2022

Military Veteran and Native Roman Appointed ANDRO Senior Contracts Manager

ANDRO Computational Solutions, LLC of Rome recently announced the appointment of Chris Yager as Senior Contracts Manager of their Research & Engineering Services Division. Yager, a U.S. Air Force veteran and native Roman, attended Rome Free Academy and graduated from Wayland Baptist University with a Bachelor of Science in Occupational Education with a focus on the interpretation of regulatory standards and compliance. He also received associate degrees in General Studies from Mohawk Valley Community College and in Aircraft Maintenance Technology from the Community College of the U.S. Air Force.

Yager’s extensive government contracting experience encompassed areas related to global Air Force logistics and aircraft maintenance. His early military career began in mechanics working on fighter and attack aircraft. He then transitioned into a Contracting Officer’s Representative (COR) role for the Remotely Piloted Aircraft Enterprise. In that role, he managed a contract oversight team to ensure contractor compliance with Federal regulations where he played a pivotal role in contract source selection processes administering the Defense Federal Acquisition Regulation Supplement (DFARS) on behalf of item procurement and acquisition.

Company officials stated that Yager’s collaborative attitude and skills make him a perfect fit in effectively working with cross-functional teams, including ANDRO’s finance, program management, and engineering departments. Officials further added that his strategic perspective and dedication to continuous process improvement will be invaluable to the company, allowing him to readily engage with stakeholders and to drive success in his newly-appointed leadership position.

During the end phase of his U.S. Air Force career, Yager advanced into a senior leadership position, where he oversaw a broad portfolio of contracts related to aircraft communications and maintenance support. Most recently, he served as the senior enlisted leader for the largest logistics hub in the Pacific, responsible for the training and readiness of over 1,000 active duty, civilian, and contractor personnel. In this capacity, he managed international contracts spanning five countries across a 6,000-mile area of responsibility.

ANDRO president Dr. Andrew Drozd stated, “We are excited to welcome Chris in his new role at ANDRO and thank him for his service to our nation. As a dedicated Air Force veteran, he brings exceptional discipline and a meticulous eye to detail that will further enrich our ANDRO team in all aspects of contractual management. His military experience has equipped him with strong leadership and problem-solving skills, which are crucial for managing intricate contracts. His commitment to excellence aligns seamlessly with ANDRO’s mission to provide outstanding services for our clients.” Drozd further added, “We are confident in Chris’ crucial role in supporting our ongoing growth, exploring new opportunities, improving our operational efficiency, and achieving our strategic goals.”

ANDRO provides research, engineering, and technical services to defense and commercial industries in advanced spectrum exploitation, secure wireless communications, software-based waveform development, cognitive software-defined radio networking, secure drone-based mobile communications and networking, multi-sensor data fusion, and sensor resource management. For more information, including job placements, visit www.androcs.com.

ANDRO Featured in UAV Commerical News Article

Why Upstate NY is the Center of the Drone Universe

Read the full article here

The center of the drone universe is in what at first glance appears to be the most unlikely of locations: among the bucolic farmlands and woodlands of Upstate NY – and especially Syracuse, NY. But this region has all the building blocks for leading the country in drone technologies. 

It’s 1995 and the Future Looks Bleak

For more than a century, Upstate New York thrived, with manufacturing serving as a major engine of that prosperity. But by 1995, this began to change. The wave of plant closures and downsizing that started in the 1980s was accelerating into the 1990s. Industry giants like General Electric, General Motors, Carrier Corporation, Rockwell, and Revere—the “Who’s Who of Manufacturing”—were all exiting. Facilities that once employed thousands now stood empty, leaving a stark reminder of the region’s shifting economic landscape.

With the Cold War ending in 1991, a new wave of Base Realignment and Closure (BRAC) actions was announced. Griffiss Air Force Base in Rome, NY, was slated for shutdown, and the F-16s from the 174th Fighter Wing were set to be relocated from Syracuse’s Hancock Field Air National Guard Base. Thousands more jobs disappeared, deepening the region’s economic crisis and fueling a widespread real estate downturn.

But it’s out of that cauldron of despair that the many heroes of this story emerge – a key part of Upstate NY’s future. 

It All Starts with The Reaper (Drone)

With Upstate NY in something akin to an economic “near-death” state in the 1990s, it’s a bit ironic that the first drone in Upstate NY was the “Reaper” (full name: MQ9 Reaper Drone). 

“We knew that there was no chance that we could save the F-16s from being moved from the 174th Fighter Wing. Those fighters were gone,” explains Marc Viggiano, formerly COO of Sensis, a major local defense contractor. “But we had to find a way to make sure that the 174th wasn’t going to be closed. And Jim Walsh led that charge.” 

Jim Walsh, Sr. was the Congressman for New York’s 25th Congressional District from 1989 to 2009. And he saw a future where the 174th Fighter Wing’s F-16s were replaced with MQ9 Reaper Drones. 

“Jim approached me and said, ‘I want you to perform a feasibility study to figure out how we could fly the Reaper out of Hancock Field Air National Guard Base.’” continues Marc Viggiano. “So, we landed a contract with the Air Force Research Lab in Dayton, Ohio and we got to work.”

But this wasn’t going to be easy. Remember, it was the 1990s. “Drone” wasn’t even part of the common vocabulary, and the concept of flying an aircraft without a pilot on board was far from mainstream.

“To say that the FAA wasn’t thrilled about this would be the understatement of the 20th century,” explains Marc. 

“Hank Krakowski, then the COO of the FAA, calls me down to his office in Washington, DC. He’s behind his desk and he is flanked to the left and right with his lieutenants and his legal staff. I’m sitting all alone in a chair in front of them.” 

“And Hank says: ‘You’ll never fly drones out of my airports.’ All I could do was listen and think: ok, we need to find a way to convince these guys that this is the way of the future.” 

It was a challenge that Marc recalls with relish. Because after years of effort from Jim Walsh, Marc, and a host of other heroes, Upstate NY won. 

“I kept in touch with Hank after he retired and so when we finally got the Reapers, I couldn’t help but elbow him a bit. I sent him an article of the 174th taking delivery. It was great.” 

The Drone Universe Expands…And Becomes Friendly 

OK. So, we are now in the late 2000s, and Upstate NY has the MQ9 Reaper, but things are still pretty grim. The region was still losing lots of jobs and companies. 

“You have to understand that, while all the big players like GE and Carrier had already left, we were still seeing smaller manufacturing facilities closing through the 2000s,” explains David Montanaro, a serial entrepreneur. “The region’s leadership tried anything they could to stem the hemorrhaging.” 

But none of these efforts were truly effective. The pull of Southeast Asia and Mexico, with their dramatically lower costs, was a siren call that few manufacturers could resist. The real issue was that, at the time, nothing was stepping in to replace those lost industries. Yet.

David Montanaro had started a Voice Over IP venture in Syracuse, NY in the 2000s, but it was a fairly unusual thing for a commercial tech company to start in Upstate NY at that time. 

That wasn’t true though in defense technology. 

Many successful local defense companies were either already established by the 2000s or were starting. Sensis, SRC, ANDRO, and AIS to name a few. And these companies have been thought leaders and pioneers in drone technologies well before it was trendy to be. 

SRC is one of those companies whose engineers and technologies have shaped the entire drone industry, but few really know how important a role SRC has played – and continues to play. 

“You have to remember that in the 2000s we were still in the Iraq War and there were a lot of MQ9 Reapers and other drones coming back to the United States,” explains Andrew Carter, who was a lead engineer at the time for SRC but is now co-founder and CEO of ResilienX, a start-up focused on enabling drones ecosystems. “But it was very difficult to fly those drones because of all the restrictions imposed by the FAA.” 

Tony Basile, then Commander of the 174th Fighter Wing during the transition from the F-16s to the MQ9 Reapers, explains: “We couldn’t fly around the [Hancock] airport at all, and the closest restricted airspace was far away. The FAA required us to have a chase aircraft to get to that restricted airspace.” 

Syracuse Air Traffic Control led the effort to get rid of the chase aircraft and SRC won a contract to figure out this problem to develop the hardware and software to track drones and SRC truly delivered something great. 

Andrew Carter continued, “the sensors we developed at SRC were so good that it was picking up everything – birds, planes – anything in the sky. Our first test installation of the system was in a desert region and so we spent many, many hours with binoculars scanning the sky to verify the contacts.” 

This spawned yet another technology advancement. “Because the sensors were so powerful, we had to develop a classifier system to sort out and focus on the right contacts,” Andrew Carter explained. 

ANDRO Computational Solutions is another “unsung hero” defense technology company based near Syracuse, NY. Itsspectrum technologies are some of the most advanced in the world and form the backbone of many of the communications networks used across all branches of the military. 

“We’ve been working on incorporating our spectrum technologies into many of the military’s drone platforms for years that includes Beyond 5G installation,” says Andy Drozd, founder and CEO of ANDRO. “And we’ve advanced the state of the art to do amazing things. We can perform spectrum sensing to find out who is out there and who is using the spectrum. Is it a friend? Or foe? We can facilitate spectrum access, enable spectrum sharing, or deny spectrum use to our foes in the air, on land, and sea.”

“But the new frontier is this,” Andy continues. “How do we radically reduce the cost of these drone platforms, so they are basically disposable? We need to be able to produce millions of these assets. So, at ANDRO, we are working on not only making our spectrum technologies the most advanced but also very inexpensive as part of the host platform integration process.” 

“We are entering into a very dangerous period. Ukraine, Middle East, China’s build up. We must be prepared as to what will happen in the next few years. We must create communications and information systems that are unbeatable. This is essential for us to win.” 

AIS views the world similarly. Founded in 2001 and also based near Syracuse, NY, AIS is at the forefront of what is called “Counter UAS” technologies.

“We’re in the business of taking down drones,” jokes Charles Green, co-founder and CEO of AIS. “It started with military and commercial clients asking us to test their drones for vulnerabilities. This work naturally evolved into counter-UAS opportunities, particularly in exploiting control systems. If you can get into those systems, you can take control of the drone—and ultimately, take it down.”

Charles also recognized that the culture within the defense technology ecosystem was highly competitive—and not in a healthy way. “Back then, regional defense companies would constantly undercut each other. It was a toxic environment, and I played my part in that,” he admitted. “But as time went on, we realized that we had to change. Silicon Valley companies were succeeding by helping each other, by fostering partnerships. We needed that same spirit. Collaboration and partnerships are essential if we’re going to tackle big challenges together.”

Upstate NY Has Builder Talent

“Upstate NY has people who can actually build things,” explains Marc Viggiano. 

It’s an interesting legacy of the massive manufacturing base the region once had. While many left when the manufacturers closed shop, there were many highly skilled workers who stayed. And they opened up small manufacturing shops, machine shops, fabrication shops, etc.

“These are people who have been doing things that many have considered passe for the last two decades. You know, actually building things,” says Dave Montanaro. “There are dozens and dozens of companies who can build anything you want. Right here.”

Steve Brinks, founder of Brinks Manufacturing in Hamilton, NY (home of Colgate University), is one of those people. His factory is what you think of when you think of a factory. It’s purpose-built for building things and so form follows function – it’s not pretty but it gets the job done. And it exudes a sense of grit and determination that was born from the fallout of all the manufacturing exodus of the 1980s and 1990s. 

“Yes, a lot of my customers disappeared over that period because all the factories were closing in our region. We were able to not only survive but grow because we embraced technology. We started using CAD, email, and the internet, and we now get jobs from across the country.” 

Think Variant, also headquartered near Syracuse, NY, has also thrived and overcome the same adversities to be a dominant force in advanced manufacturing. The Think Variant team holds over 90 patents and has been featured on CNN, Fox News, NBC, ABC, and Wired Magazine for their groundbreaking work in digital fabrication and manufacturing.

Scott Antonacci, CEO of Think Variant, explains: “We were founded in 2021, so we are a relatively new company, but Think Variant is powered by a team with over 50 years of combined experience in mechanical, robotic, and electrical engineering, software design, and design thinking.” 

But this is just scratching the surface. There are dozens of other companies with similar pedigrees across the region. 

The Dawn of GENIUS NY

So, with local defense technology companies and “builder talent” as a backbone, the “Upstate Revitalization Initiative” (URI) enters the story in the 2010s. It was a project spearheaded by New York state to try to jump-start the Upstate NY economy by making large, targeted investments. But unlike previous initiatives, the URI was structured as a competition. All the Upstate NY communities would submit proposals and there were to be three winners only – each getting $500 million. 

“We called it ‘The Hunger Games,’” jokes Marc Viggiano. “Rob Simpson, CEO of Centerstate CEO, had a great idea to have our own competition within our region to select the proposal that would be submitted to the URI.” 

“To be honest, I was on the team that focused on cybersecurity and not drones. But once we selected drones as our proposal-focus, all of the teams coalesced around it.” explained Marc Viggiano. 

“Rob Simpson and the rest of the team on the URI had an impressive vision: to capitalize on what was at the time a nascent drone corridor that stretches from Rome, NY to Syracuse, NY,” explains Charles Green from AIS. “It was a massive effort, bridging across multiple economic development entities. I was honored and excited to participate in that vision.” 

But this vision had deep roots, and it was something that took years of research and planning. 

“We did not stumble into UAS,” explains Rob Simpson. “It was very intentional. We knew we had amazing capabilities in our area: manufacturing, IOT, micro-electronics capabilities – to name just a few. But these capabilities were being deployed in multiple verticals like medical, aerospace, radar systems and many others. We asked the question: how could we map these capabilities to a global market need? That’s where UAS and UTM came in. We decided to make a big bet on those.”

It was a big bet that paid off. The region won $500 million from the URI and a significant portion of this money would then go to fund a litany of projects aimed at making the region the center of the drone universe and one of them was a new business plan competition. 

“We had been running a business plan competition with private funds for almost a decade,” continues Rob Simpson. “The biggest challenge of the region is that we weren’t starting companies fast enough to cover the businesses we were losing.” 

“The existing business plan competition was $200k per year and we had success in building a pipeline of start-ups,” explains Kara Jones, Director of GENIUS NY. “But it was very general. There wasn’t an industry focus.” 

The result was GENIUS NY, a business competition focused exclusively on UAS technologies. That in and of itself was revolutionary but the next step was even better. The grand prize is $1 million investment and that got a lot of people’s attention. 

“From nearly the start we had companies apply and join from all over the world,” continues Kara.

The GENIUS Ecosystem 

This is a well-worn pun but: there is a lot of genius behind the GENIUS NY program that goes far beyond the $1 million prize money. Sure, it was a great idea to have such a large prize because it gets a lot of attention but that’s not what makes GENIUS NY special. What is special is the ecosystem that’s been created – and that’s growing. 

“We’re on our 8th cohort of start-ups now at the GENIUS NY program and we’ve done a lot of work to understand what is needed for our companies to be successful,” explains Kara Jones, Director of GENIUS NY. “We’ve grown our network of evaluators, mentors, and support companies. And there is a now an amazing ecosystem of drone companies that know drone technologies. Plus, they all help each other.” 

“On the east coast, Syracuse is the only region that understands the drone industry,” explains Edwin Sanchez, CEO and co-founder of Votix, a company that made it to the finals for the 2023 GENIUS NY competition. “Syracuse is a Swan among Ducks,” jokes Edwin. “Let me explain. We now call Syracuse home, but we come from South Florida. When we started Votix, we pitched 100s of investors. The venture capitalists all wanted crypto and other fin tech. They don’t understand drones. But when I pitched Votix in Upstate NY, people got it. They understand drones and why Votix is a great company for the drone industry.”

But there is a lot more to the Syracuse region than just a deep understanding of drones and the drone industry. It’s something that Charles Green from AIS had stressed in his interview: this region values partnerships and helping each other out. There is a culture here that makes it a core goal to win as a group. 

This was something that Edwin Sanchez, as an outsider to the area, immediately recognized when he and his team arrived here. 

“The drone industry has suffered from lack of partnerships,” Edwin explains. “Everyone is trying to figure out their place and push their own technology stack. So, there is a strong tendency to stay away from partnerships. But it’s not like that here. GENIUS NY brings companies together to connect them to create a stronger fabric. We are going to win because we are working together.” 

And that’s why companies like Votix stay in the region long after the competition has ended, and it is a sentiment that many other GENIUS NY companies shared. 

Manny Cerniglia, CEO of FlyHound, a company that has developed a new, patented drone technology enabling rapid location of missing persons, agrees. “I have to admit that we initially became interested in GENIUS NY because of the prize money. Like all start-ups, we were looking for investment. But we were really blown away by the network effect and support of the GENIUS NY ecosystem. We weren’t expecting that.”

“The Tech Garden is filled with drone companies, so I can just go to the office next door and talk with a drone expert in person,” continues Manny. “But this area is now a strategic asset for us because of the presence of defense contractors who are experts in RF spectrum technologies and other wireless communication technology companies like JMA.” 

Andrew Carter from ResilienX echoed similar thoughts. “It’s great to work with founders and executives. In most companies, much of the strategy work happens in a vacuum and no one wants to share what they are thinking. GENIUS NY breaks down those boundaries. I get to work with other GENIUS NY companies to talk about what they see in the market and what their strategies are, and we partner with a lot of the other GENIUS NY companies.”

It’s an environment that has gone beyond just business relationships. “Yes, you tend to work with people you like and trust, but that is taken to another level with GENIUS NY. The families of GENIUS NY companies know each other and hang out. We share AirBNBs. It’s just a great environment.”

“It is also an incredibly welcoming program. Even if you aren’t in the program!” explains Justin Call, CEO of Modovolo, a drone start-up company based near Syracuse, NY that hasn’t yet applied to the GENIUS NY program. “GENIUS NY has invited us to many of their events and we’ve gotten to know a lot of the GENIUS NY companies. We already see amazing partnership opportunities.”

Beyond GENIUS

GENIUS NY has brought in many drone-tech companies into the region but it’s no longer alone. It has been joined by other programs, one of which is the HUSTLE Defense Accelerator based nearby in Rome, NY and the other is LeMoyne Colllege’s drone program. 

“When the Griffiss Air Force Base was shut down in the 1990s, the Air Force left a massive research lab (called the “Air Force Research Lab’s Information Directorate” or “AFRL”). The Griffiss Institute was founded in 2002 with a mission to transfer technology out of AFRL and into the commercial sector,” explains Michael Feng, Senior Director, Innovation and Partnerships. 

“We launched HUSTLE in 2022 so we could bring in startups to leverage technology and our partnership with AFRL to do even more,” said Michael. “The results have been amazing. One of our companies, DroneCity, is building drones with 400 lbs. capacity and another is Archangel, a company that uses AI technology with drones.”

In 2018, Le Moyne launched an entrepreneurship program (complete with a minor) and that spurred the need for actual physical space to house it. The Keenan Center was born. 

“The Keenan Center had everything for the budding entrepreneur, including an awesome maker space. We have all the latest 3D printer tech, CNC machines – we can fabricate anything,” explains Doug Hill, a Director at the Keenan Center. “But because I have been a long-time flight enthusiast – including being a pilot – I knew that we needed to get into drones.” 

That was especially true after Doug Hill met Ken Stewart from NUAIR. “With Ken as advisor, we immediately saw we had to tie the Keenan Center with the drone ecosystem. It was becoming obvious to us that to support the GENIUS NY ecosystem we needed pilots. So NUAIR gave $600k to start the drone pilot initiative. And we also started the relationship with GENIUS NY. We work with the GENIUS NY teams, include students in startup scene.” 

There were a lot of challenges though. “It took a lot to convince people that a professional drone program was needed. Many folks thought it was just going to Wal-Mart and buying a toy. We needed to get people to understand it is so much more than that. The typical drone pilot programs just stop at Part 107. It’s like giving a Ferrari and saying: learn to drive. Part 107 is just the learner’s permit. In order to be a successful drone pilot, you need to learn mission types. You need professional flight skills. And only 10% of being a drone pilot is actually flying. The rest is engineering and data analytics so you can actually deliver great results for customers.”  

The Center of the Drone Universe

The drone universe is about so much more than just drones. It’s an entire ecosystem of innovation and collaboration. It’s the fabricators, machine shops, and skilled manufacturing talent. It’s the cutting-edge technologies drones carry to perform critical tasks. And it’s the systems integrators who seamlessly connect it all, transforming potential into action.

That systems integrator is NUAIR, a non-profit entity based in Syracuse, NY’s Hancock Airport that was founded in 2012 originally to become a test site. 

“Congress directed the FAA to figure out and create the test sites because the big companies like Amazon, Wing (Google) were doing all of their drone testing outside of the US,” explained Tony Basile, COO of NUAIR and former Wing Commander of the 174th. “Congress wanted to stop that.” 

So, Tony Basile took the lead on writing the proposal and the rest is (somewhat) history. By 2013, a test site was launched at nearby Griffiss with collaboration between Oneida County, AX Enterprize, and NUAIR. Since then, NUAIR has grown well beyond that original purpose, moving its operations to Syracuse International in August of 2023 and expanding its scope beyond UAS to include Advanced Air Mobility (AAM). 

The unique advantages of NUAIR’s dual-use facility for both Civil and Department of Defense (DoD) Unmanned Aircraft Systems (UAS) operations offers specialized infrastructure and capabilities that set it apart from other locations, providing clients with a valuable opportunity to validate and verify their UAS hardware, software, or services. This is essential for businesses aiming to expand or refine their UAS technologies.

NUAIR provides Unmanned Traffic Management (UTM) in the region through a sophisticated suite of hardware and software, all of which is supplied by local companies or companies from the Genius NY program including SRC, ResilienX, Hidden Level, Aloft, Truweather. These capabilities mean that NUAIR can enable Beyond Visual Line of Sight (BVLOS) UAS operations in a way very few others can.

And NUAIR is another reason why GENIUS NY companies come and stay. As Eleanor Hanna, SVP of Marketing Communications explained, “One of the draws of this program is working with NUAIR. We have continued to invest in the program, in the industry and are still yielding results. NUAIR has also continued to evolve and last month opened its new space at the Syracuse airport.”

Ken Stewart echoes that sentiment. “Through NUAIR’s advanced capabilities and strategic partnership with GENIUS NY, we have developed an ecosystem that positions Central New York as a leading destination for innovation and industry growth—one that is attracting attention both across the U.S. and around the world.”

It’s a boast that many leaders of the industry, state, and federal government agree with. In 2022 Congress enacted the “Advanced Air Mobility Coordination and Leadership Act” with the stated purpose to not only maintain but extend America’s predominant role in aerospace. As part of that act, a task force of twenty-two federal agencies was formed to understand current America’s capabilities and their last stop was Syracuse, NY to see the region, including NUAIR’s operations. 

Let’s just say that before coming to Syracuse, the task force didn’t realize that it is the Center of the Drone Universe. 

After visiting, one of the task force’s members stated: “We should have made Syracuse our first stop as we learned more here than anywhere else.”

About the Author: Justin Call is the CEO of Modovolo, a start-up that’s launched the Lift, an endlessly configurable modular drone platform of Lift Pods and Utility Pods that are clicked together like Legos to build the right drone for every application, with hours of flight time, and at a price orders of magnitude less than anything on the market. You’ll want to see it for yourself.

About Modovolo: Modovolo is a start-up that’s launched the Lift,  an endlessly configurable modular drone platform of Lift Pods and Utility Pods that are clicked together like Legos to build the right drone for every application, with hours of flight time, and at a price orders of magnitude less than anything on the market. You’ll want to see it for yourself. 

For inquiries, please contact: Justin Call, justin@modovolo.com

ANDRO and Modovolo Open Doors to an Invite-Only Facility Tour and Prototype Demonstration

ANDRO Computational Solutions, a cutting-edge innovator in RF spectrum and edge computing technologies, and Modovolo, a drone manufacturer that has developed a modular drone platform and proprietary production process, are announcing an exclusive invite-only demonstration event at Modovolo’s facility on November 23, 2024. This unique event invites a select group of the local technology community, industry partners, and drone enthusiasts to step inside and experience a behind-the-scenes look at advanced unmanned aerial systems technologies.

ANDRO will present its mobile RF spectrum and edge computing technologies that will be incorporated into Modovolo’s drone platform for use by military customers. And Modovolo will do a flight demonstration of its “V1.42” advanced drone prototype but the spotlight will be on Modovolo’s new 3D printer technology and manufacturing production cell.  The event also includes interactive stations and Q&A sessions with both companies’ engineers and product specialists.

“We’re excited to give the public a behind-the-scenes look at our work and the advanced technology that will make the combined ANDRO and Modovolo platform one of the most innovative on the market,” said Andy Drozd, CEO of ANDRO.

“It’s a great way to see what we believe the future of drones will be,” said Justin Call, CEO of Modovolo.  “And it’s also an opportunity to connect with both the ANDRO and Modovolo teams, learn about the drone industry, and experience how our combined innovation is shaping the future.”

Space is very limited (3 spots remaining) and this is by invite only. For further information on the location of the event and other details, please contact Justin Call at justin@modovolo.com.

About ANDRO. ANDRO is a local defense contractor firm based in Rome, NY that has over 30 years of experience developing and commercializing advanced RF spectrum and edge computing technologies that are utilized throughout the US military.

About Modovolo. Modovolo is a local start-up based in Utica, NY that’s launched the Lift, an extremely low-cost, endlessly configurable modular drone platform of Lift Pods and Utility Pods that are clicked together like Legos to make the right drone for every mission with hours of flight time. Yes, hours. The Lift has more flight time capabilities than drones costing 20X more. You can see Modovolo’s test flights on its YouTube channel here: https://www.youtube.com/@Modovolo

In the News:

WKTV: https://www.wktv.com/video/drone-demonstration-event-held-in-mohawk-valley/video_a8339b8b-8f2b-5cbf-a9b2-59010d0a9d66.html

Special Interview with Dr. Andy Drozd, President of ANDRO

A childhood love of science fiction led Andrew L. Drozd, Ph.D., to a love of science.

Drozd is president and CEO of Andro Computational Solutions LLC, a tech company headquartered at the Griffiss Business & Technology Park, in Rome.

Drozd (rhymes with rose) grew up in Rome and turned an early-career interest in communications into a tech company that innovates at the intersection of artificial intelligence and wireless telecommunications technology. He worked for General Electric and other companies before striking out on his own 30 years ago.

“We solve some of the most difficult problems in radio spectrum management and radio frequency communications for the Defense Department and commercial clients,” Drozd says. He says Andro is the first in the world to solve a complex problem of updating communications hardware via software.

Andro recently shared the award for STEM project of the year from the Technology Alliance of Central New York.

Another tough problem is raising the skills of young people to fill tech and manufacturing jobs in the Mohawk Valley. A decade ago, Drozd and a group of fellow businesspeople started the Project Fibonacci Foundation for STEAM Education. It’s named for a numerical sequence that occurs in nature and the cosmos, and also in music, design and mathematics. The foundation conducts immersive programs in schools and conducts a yearly conference, at which young people are tasked to solve a difficult problem using critical thinking skills. Drozd believes including the arts in science, technology, engineering and math education brings an essential dimension to problem-solving.

Andro employs about 50 people and is growing, with offices in Rome, Syracuse, San Diego, Washington, D.C., and Dayton, Ohio.

Drozd is in his mid-60s and lives in his hometown of Rome with his wife, Barb. Their son, Evan, works for a division of Andro. Our conversation has been edited for length and clarity.

Andrew Drozd, Ph.D., is president of Andro, a tech company in Rome. He stands in front of a sign at the company. Drozd also is founder and chair of the Project Fibonacci Foundation to promote STEAM education. (Marie Morelli | mmorelli@syracuse.com)Marie Morelli | mmorelli@syracuse.com

Andrew Drozd, Ph.D., is president of Andro, a tech company in Rome. He stands in front of a sign at the company. Drozd also is founder and chair of the Project Fibonacci Foundation to promote STEAM education. (Marie Morelli | mmorelli@syracuse.com)Marie Morelli | mmorelli@syracuse.com

Tell me a bit about your journey to becoming a scientist.

I’ve always been a bit of a geek when it came to science. I would watch “The Twilight Zone” and “The Outer Limits.” They piqued my interest in space, space travel, even aliens. As I got a little older, I got more into things like “Star Trek.” And that really piqued my interest because now I could see all the technology that has to be built to travel to space.

I had an affinity for science in high school [at the former Rome Catholic] and had inspiring teachers who challenged me. I saw the relationship between science and mathematics, which always intrigued me.

[At my first job at the Rome Air Development Center, now known as Rome Labs] I got into drafting. That was when I started realizing there’s this correlation between science and art, style and perspective. It expanded my way of thinking. And that today is why I look at things in terms of a STEAM model, a STEM plus arts model.

Were you in leadership roles growing up? Who and what influenced you in developing your leadership abilities?

I was not exposed to any standout leadership pursuits or opportunities during my formative years that I can recall. … My professional leadership role happened early in my career. Barely one year into my full-time career, I had to step in to take the reins on a project that was being managed in a less than effective way. That opportunity put me on a course for roles as a technology leader and program manager early on.

There’s one professor in particular who really molded me, [the late] Dr. Don Weiner. He was a Syracuse University emeritus professor. He instilled in me the value, the meaning, the purpose of what you do. And he always taught me: If you fail, get up, keep working at it, continue on. I learned a lot about embracing failure, doing better, improving, refining and getting the reward out of that. He was a very important aspect of my growing up.

You’ve been using artificial intelligence for a while. The rest of us are just catching up to it. Should we be afraid of it?

Yes and no. AI brings advantages as well as risks.

For every intended good use of AI comes the potential for bad actors and unscrupulous intent. Hence, the need for guard rails or what I call “kill switches” to put humans on the loop rather than in the loop.

… A good use of AI is in its ability to rapidly detect cancer or tumors, for example. Will that eliminate doctors? No, I don’t think it will. Will it eliminate the physician assistants? Possibly. It’s transforming the landscape of the job markets and job opportunities, good and bad.

Where it is dangerous is the tried-and-true concerns with misinformation, disinformation, deep fakes. Foreign countries and domestic actors are just sending out stuff and adulterating what we should know.

We’re already looking at how AI machines will battle each other. Not like robots, but computers that are trying to fight for a certain kind of a goal. It’s based on this concept of game theory. … As you make those things smarter and tougher and more durable over time, it’s going to be difficult to defeat. If the enemy, so to speak, gets a hold of this kind of concept, we’re in trouble. That’s the downside.

What do you wish you’d known about running a company before you started?

Dealing with Department of Defense and federal budgets… As you’re developing your business, you’re synchronizing it with the cycle of the budgets because sometimes the federal budget has a drastic drop, depending on the administration or other factors. The funding isn’t there, and now you’re stuck running a business with X number of people. What do you do?

Andro is a very durable company. We survived through about three phases of these downturns, and we got through it and got stronger each time. But I wish someone had mentored me about what to watch out for, because I learned it the hard way.

How can a leader spark innovation in an organization?

Creating opportunities to address urgent needs challenges. I inspire our workforce and research teams to put themselves in the role of the warfighter or the first responder. What can we do to develop innovative solutions and better products that can be used to defend our troops who are in harm’s way and save lives and property? The same extends to the world of first response and emergency management. Keep pushing the edge of the envelope to make a difference that benefits society and is purposeful and meaningful.

… You just can’t cut corners because that’s going to affect somebody later. If we don’t address a particular corner case or an edge case in a problem, then that could cost lives. I instilled this kind of thinking in all [of my employees].

I also espouse the philosophy of intra- and entrepreneurism — take the bull by the horn and push things to the limit until there is none.

What’s an intrapreneur?

Someone who basically takes entrepreneurial frames of thought and brings them into the company on internal projects. An example would be where a budding program manager will start thinking about developing their own path forward, professional development, and eventually maybe they’ll start their own company. I’m OK with that. I don’t want to lose that talent. But if I can cultivate it for a period of time and maybe look at spinning that off, making, putting them in charge, then I think that’s a great thing.

What advice would you give for effective leadership, especially for a new leader or for someone aspiring to take on leadership responsibilities?

The biggest piece of advice is an old adage: Be ready to embrace failure and power through it, and be agile and adaptable, and stay cool but be upfront with your clients and workforce.

A fixed mindset or frame of thought is not going to get you very far. The technology that we have today especially is advancing at such a rapid pace that the degrees that I got [in physics and math] provided a wonderful foundation. But in terms of the technology today, they’re almost irrelevant.

What’s the best advice a parent, mentor or boss ever gave you?

Failure is the best teacher. It sounds trite, but it’s really true. You learn so much from the mistakes you make, and you just regroup and make it better. You have to be persistent, too.

When I was a young lad, I was also a bit rambunctious and one of my teachers also told me I likely wouldn’t amount to anything. I had to prove that teacher wrong and it was a great lesson in applying reverse psychology.

If you could go back in time, what would you tell your younger self?

Get ready for a wild ride! It won’t be easy, but the rewards are immense if you stay the course.

Tell me about the genesis of the Project Fibonacci Foundation and what you hope to accomplish with it.

Leonardo Pisano (Fib)Bonacci was a 13th century Italian mathematician who by observing nature, identified a mathematical structure that was repeated across multiple domains of nature, art, science and engineering. His discoveries led to the Golden Ratio that is found in the geometry of the Great Pyramids to the shape of astronomical bodies. He is our namesake for the foundation.

The short story is that local CEOs in the Mohawk Valley met to discuss ways we could try to stimulate interest in families relocating to our area and expand the job base in tech and manufacturing fields. That inspired me to launch a foundation that tapped into a rich STEM + Arts or STEAM mindset that emphasizes leadership education and using the arts to grow the STEM workforce.

… It’s not just art. We’ve got to find the science and the math behind the art. There are nuances there I think we could bring out that would help students understand why this is important, why they’re all interconnected, and we have to break the silos on domains.

.. Now you start engaging different talents to solve complex problems. And that was the core of it. We wanted to use the arts to grow the STEM workforce by solving complex techno socio technological problem sets in the world today, like climate change or the emergence of AI.

What needs to happen to prepare the region’s work force for the arrival of Micron and associated companies?

Create inspiring and aspirational STEAM programs that entice the youth of our area to stay and take jobs with Micron and/or to launch their own startups. We need to create opportunity and shine a light on workforce preparedness pathways that highlight the value of local industries and programs that can help lead them there and that revitalize our communities. Also, focus on expanding the net to encompass those who are underrepresented or underserved, including females in STEM.

How would you sell CNY and the Mohawk Valley to someone who may want to relocate here for job opportunities?

We’re trying to create opportunities for people here, whether it be in scientific research, what we do here in Andro, or looking at colleges, universities, and other opportunities under the Project Fibonacci approach. They come together, obviously, because we’re a STEM company and that’s a STEAM program, but I think just creating opportunity, making people aware, reaching out to people to come back here where we can.

… You may spend the first five, 10 years of your career here. You may want to spin off or move on or do other things. And we accept that, you know, whenever it makes sense, but we need to help create that pathway.

In the News:

https://www.thisiscny.com/business/2024/11/andrew-drozd-on-leadership-be-ready-to-embrace-failure-and-power-through-it.html

https://www.syracuse.com/business/2024/11/andrew-drozd-on-leadership-be-ready-to-embrace-failure-and-power-through-it.html?gift=25b521eb-eb8f-451c-a915-f6b21c7516b4

https://www.syracuse.com/business/2024/11/andrew-drozd-on-leadership-be-ready-to-embrace-failure-and-power-through-it.html

ANDRO Installs Technology for Smart City Pilot in Frankfort Village

At the forefront of national safety and security, the PRISM Lab at ANDRO Computational Solutions, LLC is excited to announce the launch of an innovative pilot program featuring the Team Awareness Kit (TAK) in collaboration with the Village of Frankfort, NY. Led by Mayor Justin Smithson, this initiative is set to revolutionize community safety and empower local municipalities with cutting-edge technology originally developed for military applications and now repurposed for commercial use as part of a smart city pilot demonstration.

The TAK, developed by the Department of Defense in cooperation with companies that include ANDRO towards enhancing its features and capabilities, is a versatile software suite that bridges the gap between defense and civilian applications. This comprehensive tool improves team communication across smartphones, radios, and computers, offering a range of standout features for military and civilian public safety that include:

  • Georeferenced Imagery and Communication Tools: TAK facilitates scalable operational planning, seamless data sharing, and enhanced visualization, enabling teams to coordinate effectively.
  • Unified Situational Awareness System: Specifically tailored for law enforcement and public safety personnel, this system ensures that critical information is always accessible.
  • Life-Safety Networking: In crisis situations where infrastructure may fail, TAK maintains essential communication channels, supporting disaster relief efforts and safeguarding communities.

The pilot program introduces ANDRO’s PRISMTAK, a groundbreaking intelligent peer-to-peer networking protocol that empowers users to manage their data using affordable mesh networking hardware. This ensures robust communication in any situation, enhancing both community safety and operational efficiency.

“At ANDRO, we are deeply committed to advancing technologies that serve both defense and civilian needs,” stated Tim Woods, Chief Information Engineer at ANDRO. Woods added, “The TAK pilot in Frankfort represents a significant step forward in our mission to provide innovative solutions for community safety and operational excellence. We are excited to see the impact of PRISMTAK and its potential to transform communication and safety protocols.”

The Village of Frankfort is proud to be at the forefront of this groundbreaking technological advancement, setting a precedent for municipalities nationwide. The collaboration between ANDRO and Frankfort demonstrates a shared commitment to leveraging technology to enhance safety and improve the quality of life for all residents.

About ANDRO: ANDRO is a leader in developing innovative technological solutions at the nexus of wireless communications and artificial intelligence that serve both defense and civilian applications. With a focus on advancing communication and safety, ANDRO continues to pioneer projects that bridge the gap between sectors, ensuring communities are equipped with the tools they need to thrive in both everyday and emergency situations.

In the News:

WKTV: https://www.wktv.com/video/village-of-frankfort-partners-with-local-business-for-pilot-program/video_e42e9047-0284-52d3-92cb-fca130468776.html

ANDRO Technology Given “Thumbs Up” for DoD Work per CDAO’s Tradewinds Solutions Marketplace

ROME, N.Y. — ANDRO Computational Solutions, LLC, a pioneering technology company based in Rome, NY announced that it has achieved “Awardable” status through the Chief Digital and Artificial Intelligence Office’s (CDAO) Tradewinds Solutions Marketplace for its D-MARVEL software solution for Uncrewed Airspace System (UAS) applications.

The Tradewinds Solutions Marketplace is the premier offering of Tradewinds, the Department of Defense’s (DoD’s) suite of tools and services designed to accelerate the procurement and adoption of Artificial Intelligence (AI)/Machine Learning (ML), data, and analytics capabilities.

Designed and developed by ANDRO’s Marconi-Rosenblatt AI Innovation Lab, D-MARVEL combines state-of-the-art machine learning and robust computer vision to enable autonomous navigation and control of UAS platforms under austere conditions. D-MARVEL is a software solution that deploys efficient deep-learning techniques on low SWaP (size, weight, and power) platforms like NVIDIA’s Jetson Nano to enable onboard autonomous collision avoidance for existing or emerging UAS products. To facilitate widespread utilization on commercial and military stock drone platforms, D-MARVEL can operate with just a monocular camera and IMU (inertial measurement unit) and is compatible with PX4 (MAVLink). D-MARVEL has been flight-tested on different UAS platforms for the U.S. Navy.

“As we continue to innovate and push the boundaries of technology at ANDRO and the Marconi Rosenblatt AI Innovation Lab, being featured on the Tradewinds Marketplace and recognized as awardable is a testament to our commitment to deliver efficient, AI-driven solutions that enhance autonomy across various domains,” said Dr. Jithin Jagannath, Director of the Marconi Rosenblatt AI Innovation Lab.

ANDRO was recognized among a competitive field of applicants to the Tradewinds Solutions Marketplace whose solutions have demonstrated innovation, scalability, and potential impact on DoD missions.

About Tradewinds Solutions Marketplace: The Marketplace is a digital repository of post-competition, readily awardable pitch videos that address the Department of Defense’s most significant challenges in AI/ML, data, and the analytics space. All awardable solutions have been assessed through complex scoring rubrics and competitive procedures and are available to Government customers with a Marketplace account. Government customers can create an online account at www.tradewindai.com. Tradewinds is housed in the DoD’s Chief Digital Artificial Intelligence Office.

For more information or media requests, contact: success@tradewindai.com or androcs@androcs.com.

In the News:

ANDRO in Rome moves ahead with new drone software | News | romesentinel.com

Dr. Jithin Jagannath: Guest Editor for IEEE’s Special Issue on Wireless Technologies for 6G and Beyond

We are thrilled to announce that Dr. Jithin Jagannath will serve as the Guest Editor for a special issue of the IEEE Communications and Standards Magazine, focusing on “Wireless Technologies for 6G and Beyond: Applications, Implementations, and Standardization.” This special issue presents a unique opportunity for researchers and industry experts to contribute to the future of wireless communications.

Wireless communication technologies have fundamentally transformed how we connect and communicate, allowing data transmission without physical connections through electromagnetic waves. This encompasses a range of technologies, including cellular networks (2G to 5G), Wi-Fi, Bluetooth, satellite communication, and IoT protocols, like Zigbee and LoRaWAN. Each of these technologies serves specific purposes, from mobile communication to local networking and remote connectivity, enabling applications in everyday life and industry. Standardization is essential, ensuring interoperability, compatibility, and efficiency among diverse systems. Organizations, such as the International Telecommunication Union (ITU), Institute of Electrical and Electronics Engineers (IEEE), Third Generation Partnership Project (3GPP), International Mobile Telecommunications (IMT), and the Internet Engineering Task Force (IETF) play crucial roles in developing and maintaining these standards. Standardization not only facilitates seamless communication between devices from different manufacturers but also fosters innovation by providing frameworks for new technologies to be integrated.

Academia and industry are continuously focusing on new technologies for various emerging applications, aiming to support heterogeneous use cases seamlessly. To address next-generation wireless communication, we invite submissions to the call for papers. As the world rapidly transitions to 5G and prepares for the next generation of wireless technologies, significant advancements in system design, deployment, and standardization are crucial. This Special Issue (SI) seeks innovative research that explores new applications, architectures, and implementation techniques for 5G and beyond, including emerging use cases such as IoT, V2X, ultra-reliable low-latency communication (URLLC), and massive connectivity. Additionally, we encourage contributions that focus on the development of industry standards and regulatory frameworks necessary to support global adoption in wireless networks.

This SI covers a broad range of topics in wireless communication, including communication over high-frequency bands, flexible multiple access techniques, AI/ML for network optimization, and spectrum management with energy efficient system design. Accepted papers will help advance the field of wireless communications, bridging the gap between cutting-edge research and practical standardization efforts. Topics of interest include, but are not limited to:

  • Flexible multiple access techniques like Sparse Code Multiple Access (SCMA), NOMA, RSMA, etc.
  • Reconfigurable Intelligent Surfaces (RIS)-aided wireless systems.
  • AI/ML for wireless systems.
  • Orthogonal frequency division multiplexing (OFDM) and orthogonal time frequency space (OTFS) modulation.
  • Beamforming techniques for mmWave and Terahertz MIMO systems.
  • Resource allocation in 5G and beyond wireless systems.
  • Software-defined networking (SDN) and network function virtualization (NFV) for 5G and beyond.
  • Network slicing for 5G and beyond use cases.
  • Integrated terrestrial and satellite communications.
  • Modulation techniques for ultra-reliable low-latency communications (URLLC).
  • AI-driven network optimization and self-organizing networks (SONs).
  • Machine learning for signal detection and channel estimation.
  • Enabling technologies for 6G.
  • Preliminary standardization efforts for 6G.
  • Energy-efficient technologies for 5G and beyond.
  • Vehicular and V2X communications.
  • Contributions to IEEE, 3GPP, and ITU standards for 5G and beyond.
  • Physical layer security techniques in 5G and beyond.
  • Resource allocation and spectrum management in 5G and beyond.
  • Edge computing and IoT in 5G networks.
  • Massive MIMO systems and beamforming techniques.
  • Open Radio Access Network (O-RAN)-based design.

Call for Papers

If you are conducting research or have developed solutions in any of the outlined areas, we encourage you to share your findings. This is a chance to contribute to the advancement of 6G technologies and have your work showcased in a prestigious publication.

Submit your high-quality papers through the following link: IEEE Communications and Standards Magazine Submission

Join us in this exciting venture as we explore the limitless possibilities of 6G and beyond. Your contributions can help shape the future of wireless technology.

Important Dates

  • Manuscript Submission Deadline: 31 March 2025
  • Authors’ Revision Notification Date: 1 May 2025
  • Revised Manuscript Submission Deadline: 1 July 2025
  • Final Decision Notification Date: 1 September 2025
  • Camera-ready Files Due: 30 September 2025
  • Guest Editorial/Column: 15 October 2025
  • Expected Publication Date: December 2025

ANDRO Joined SUNY Polytechnic Career Fair

ANDRO Computational Solutions, LLC had a fantastic time at the SUNY Polytechnic Institute Fall Career Fair!

We were thrilled to meet so many talented attendees and share more about the exciting opportunities at Andro. It was a pleasure connecting with students and professionals who are passionate about technology and innovation.

Thank you to everyone who stopped by our booth and made the event such a great success. We look forward to seeing some of these great candidates join our team in the future!

ANDRO at IEEE MILCOM 2024

ANDRO Computational Solutions, LLC is thrilled to be attending and participating in the 44th IEEE Military Communications Conference (MILCOM) on Tuesday, October 29th!

We’ll be presenting an essential demonstration on End-To-End Dynamic Spectrum Sharing on an Open-Source 5G Testbed. This innovative work, led by Timothy Woods and Sean Furman, showcases groundbreaking technology in secure and efficient communication for defense applications.

Join us Tuesday at 15:20 to see how ANDRO’s solution leverages dynamic spectrum sharing, ensuring seamless communication even in congested or contested environments. This demo is crucial for professionals interested in the future of 5G security and spectrum management, especially in defense and mission-critical contexts.

We’re looking forward to engaging with industry leaders and innovators at MILCOM 2024 and can’t wait to share our advancements in military communication technology!

University at Buffalo Honors 20 Distinguished Alumni

University at Buffalo honored 20 alumni at the 2024 UB Alumni Achievement Awards ceremony on Oct. 17, recognizing alumni who have brought distinction to the university.

Congratulations to Jithin Jagannath, MS ’13, Chief Scientist of Technology and Founding Director of the ANDRO Computational Solutions, LLC Marconi Rosenblatt AI Innovation Lab for receiving the George W. Thorn Award.

An annual tradition, this award program is proudly presented by the UB Alumni Association to recognize outstanding alumni who demonstrate success in their careers, support the university and give back to their communities.

Click here to see more! https://youtu.be/B11YE6L2YAs