Alumni Spotlight: Kognitiv Edge

Master’s in Technology Leadership alumni venture Kognitiv Edge creates software engineered to unlock the full potential of human capital for military special operations and other high-risk training environments through smart, data-first innovation.

As a 17-year old high school athlete with a fast three-mile time and the ability to do a lot of pullups, Tyler Van Hook joined the United States Marine Corps. He would rise through the ranks, deploy with his Marine Recon unit, and ultimately join a newly formed special operations unit known as the Marine Raiders. The Raiders, who are most loosely compared to Navy SEALs, are a recently re-monikered group of Marine Corps Special Operations Command (MARSOC) critical skills operators, their name giving homage to the World War II Marine Raiders originally established to conduct amphibious light infantry warfare. 

Kognitiv Edge Camera
Behind the brand: To establish its website and brand identity, startup Kognitiv Edge needed visual assets to communicate its mission, values and personality.

More deployments ensued as Van Hook spent the bulk of his military career with the Raiders, until time for his “give back tour,” where he transitioned to instructor for the Individual Training Course (ITC) at the Marine Raider Training Center at Camp Lejeune. “My job as an instructor at the ITC was to guide candidates through what we call Special Operations Forces Truths,” Van Hook said. “One of those truths is that humans are more important than hardware. We were taking Marines who were already a part of the most elite fighting force of the world and preparing them for the dynamic environment of Special Operations.”

Elite teams require elite personnel.  

“At the time, we had a SOCOM (United States Special Operations Command) who wanted to better understand each approach of our special operations recruitment – cost, results, retention, the good, the bad, and the ugly. How do we do better?” Van Hook said. 

“Due to the manner in which we recruited and screened, these individuals had the mental aptitude and physical capability to be there, so why is the attrition so high, where can we improve, but still stay authentic to our SOF Truths?” 

The Special Operations Force Truths Van Hook refers to not only includes the truth that humans are more important than hardware, but also that quality is better than quantity, special operations forces cannot be mass produced, competent special operations forces cannot be created after emergencies occur, and most special operations require non-SOF support.

“We tried to get candidates broken down into personas and develop normative ranges for both success and failure, however to do this accurately we needed to streamline our data collection and make subjective events as objective as possible. By doing so, we standardized (the process) and ultimately increased throughput.

“Now my wife Colleen (Thamm) had done a lot of things in the data analytics space from her time with a large research and advisory firm, and when I defined the problem to her, all she said was, ‘Tyler, you gotta use data.’” 

Van Hook said once he and his team learned the basic principles of collecting and leveraging data to look for correlation to causation, he was able to pinpoint some significant problem areas and then address those head on, ultimately reducing attrition significantly. All of his work was “about the mission,” as he said, “making sure we had the right service members making it through the pipeline and filling our ranks.” But his enlisted time in the military had come to an end.   

It did not take long in a temporary landing at another government agency for Van Hook to recognize the same issues and challenges he had faced at MARSOC in recruiting and retaining human capital. Thamm, meanwhile, was transitioning from another job, but was intrigued by how quickly the tech landscape was evolving. The duo discussed the issues over a weekend, and prototyped out a software, which Van Hook used to make a video to send to government stakeholders.  

“It was a duct-tape prototype, meaning the buttons worked, but I knew the button pathway to make the numbers work,” he said. “The numbers were taped into it. But they loved it, and asked me to come to Northern Virginia and brief them on it. From there, they asked me to build it.” 

Over the long weekend that followed, Thamm would put her M.B.A. to work analyzing the market, competitors, and the framework of a business plan needed to build such a thing. Despite the fact that each had planned for the next chapter of their lives together to be less stressful than when it began, the excitement of balancing and bonding their strengths was too much to pass up. Van Hook explored where he could learn about technology, how he could innovate at scale with speed alongside the best talent in the world, and found the Brown University Master’s in Technology Leadership. They were accepted into the 2024 cohort together. 

In a different part of the country, Matt Ackerman, a software engineer with a data science master’s degree, was considering going back to school to find his next thing that would pair his personality with more peer-to-peer interactions. He wanted to position himself into a leadership role that would contribute to guiding a company’s technical strategy – an opportunity beyond just implementing someone else’s vision. He worked at a well-known airline, but often felt like a cog in the machine, his value more quantitative than qualitative. A self-confessed education junkie, he was looking for something with more of a technical edge than an advanced business degree when he stumbled upon the Master’s in Technology Leadership program at Brown, and joined the cohort. 

Van Hook and Thamm were determined to take advantage of all MTL had to offer in the year-long program, and at the suggestion of academic program director Larisa Leventon, applied and entered into Brown’s summer accelerator program Breakthrough Lab (B-lab). “Being a first time founder, it gave me the opportunity to hone in on things like pitches and was a forcing mechanism to roll up my sleeves and get dirty with necessary details,” Thamm said. “What a great perspective to see the kind of companies the younger generations were founding. It was impressive, to say the least. Learning and collaborating with them was extremely beneficial,” she said.  

It was this amalgamation of B-lab, pushing along through the MTL curriculum, and being named one of 10 finalists in MIT’s 2024 innovation showcase that offered the fledgling startup the confidence to enter pitch competitions and set up booths at different conferences. “That’s how we got our first contract, being seen in one of the pitch competitions we did,” Thamm, now Chief Executive Officer, said. That conference happened to be SOF Week, the largest annual conference for global special operations forces, and a prime target for what Kognitiv Edge had to offer.  

Looking back, Thamm credits the entire experience in Providence with the groundwork that led Kognitiv Edge to its current position as an up-and-coming software company for specialized human capital, as well as its showcase software product, the Hyper Enabled Instructor (HEI). “When we first arrived, we didn’t know how to pitch our company or product, or understand what the HEI was going to turn out to be. By the end, we had eight employees and an actual company with revenue coming in the door and a two-year contract,” she said. 

“Something that was unexpected, but turned out to be incredible, was that everyone in the program had such an entrepreneurial spirit about them, which was really great for collaborating and finding areas of improvement we hadn’t thought about,” she said. “So that ended up being a happy surprise for us. It panned out so well for us that we brought on Matt as our Chief Technology Officer, and then also we keep in contact with some other entrepreneurs that have started building their businesses. And we’ve found mentorships along the way,” she said, indicating several faculty members and students from MTL who keep in regular contact.  

“I certainly wasn’t looking to jump into a startup,” Ackerman said. “But these two have kind of a dynamic duo thing going: Tyler’s very intense, very infectious, while Colleen’s very level-headed, very honest, concentrated, focused and driven.” Van Hook, the company’s Chief Strategy Officer, credits Ackerman with mentoring them through the technological side of creating the Hyper Enabled Instructor – which was their critical challenge project (capstone) of the MTL program. Thamm is also quick to point to Ackerman and all of the subsequently joining developers for bringing their unique capabilities and personalities that make the team culture one she’d never dared dream.  

Despite originally bringing his own passion project to Providence, Ackerman’s partnership with Van Hook and Thamm combined to author a 30-page science and technical report that gained traction with defense contractors for its clear understanding of the pain points of recruitment and reverse engineering for a desired end state. This helped the company land multiple government contracts for multi-year investments.  

Although the U.S. military remains the current focus of Kognitiv Edge, there is room for expansion to any industry that involves high-risk, data-driven recruitment. From professional sports, to law enforcement, to air traffic control, the ability to use technology to enable people for the betterment of society is precisely what these three graduates of MTL ’24 are counting on.