I ran into Jackson Hyde, the CEO of Diaago, whom I had interviewed on Life Science Marketing Radio a few years ago at SLAS. Jackson showed me a new cold shipping unit and suggested I talk to Faizan Ahmed. That led to this conversation about his company, Invensify, and its innovative approach to cold chain logistics.
With an electrical engineering background and experience in solid-state physics, he started his career in the defense industry, leading the development of a precision coordinate scanning system for night vision goggles, a project adopted by the U.S. Air Force. As you’ll hear, this experience shaped his entrepreneurial mindset, exposing him to various disciplines beyond engineering, including sales, marketing, and strategic planning, .
Before Invensify, Faizan co-founded Genxsys, a company that developed a rain-deflector system for camera lenses based on centrifugal force. The product allowed photographers to take clear pictures in the rain or snow without interference. Within a short period, Genxsys secured a lot of orders and was rapidly acquired. This reinforced Faizan’s passion for identifying problems and developing innovative solutions.
At this point, I’m struck by the difference of someone in life science workig on a single problem for years as opposed to an engineer who solves a problem and moves on. I know it’s not a fair comparison between trying to understand biology and applying existing knowledge, but I find it interesting.
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Faizan’s inspiration for tackling cold chain logistics came from a personal experience. Watching his diabetic dad struggle to keep insulin at the correct temperature while traveling, he realized there was a major gap in the market. The existing solutions relied heavily on ice packs, which required precise handling, refrigeration, and compliance with transportation regulations. TSA often discarded ice packs at security checkpoints, forcing travelers to find alternative cooling methods. This inconvenience and inefficiency led him to explore better solutions for cold chain shipping.
As Faizan researched the industry, he learned that pharmaceutical companies still relied on Styrofoam boxes with ice packs to ship temperature-sensitive drugs. These solutions required significant manual effort, meticulous packing procedures, and real estate for refrigeration. The approach lacked reliability, with many shipments relying on overnight delivery to minimize temperature deviations. Additionally, the use of traditional compressor-based refrigeration was impractical due to power consumption and transportation restrictions on lithium-ion batteries.
Recognizing these limitations, he and his team developed a thermoelectric cooling system that eliminates the need for ice packs, compressors, and refrigerant. Their solid-state cooling technology is far more efficient than conventional thermoelectric systems, thanks to advancements in material science. The Invensify system charges in five to six hours and maintains a stable temperature (2 to 8°C) for over 100 hours without an external power source. The battery is compact, fitting into a shirt pocket, solving the power and weight issues associated with traditional refrigeration methods.
Beyond the cooling innovation, Invensify integrated smart tracking features. The system includes LTE, Bluetooth, and Wi-Fi connectivity, allowing users to monitor the shipment’s location and temperature in real-time. This level of tracking provides pharmaceutical companies with a level of assurance that was previously unavailable. Instead of relying on periodic temperature checks when a package changes hands, companies can now have continuous visibility into their shipments.
The business case for Invensify extends beyond improving logistics efficiency. In addition to financial costs, there are broader environmental concerns, such as the non-recyclable nature of Styrofoam and the energy consumption of traditional cold storage methods. Invencify’s solution reduces labor costs, eliminates the need for large-scale refrigeration infrastructure, and minimizes waste, making it an attractive alternative.
Faizan’s insights into the business side of innovation were particularly compelling. He emphasized that a great technological innovation alone is not enough—success comes from understanding and solving customer pain points. In this case, Invensify doesn’t just offer an efficient cooling system; it also simplifies logistics, enhances tracking, and provides a more sustainable option. The company’s approach streamlines operations by removing the complexity of handling ice packs and reduces liability for pharmaceutical companies by ensuring drugs are maintained at the correct temperature throughout transit.
Finally we discussed funding and what it takes for a startup to secure investment. Faizan highlighted three key factors: the strength of the idea, the quality of the team, and the credibility of the founders.
He credited his early career experiences for preparing him to navigate the startup world. Working at a small company allowed him to wear multiple hats and understand the full lifecycle of a product—from development to sales. By the time he launched Genxsys and later Invensify, he had built strong relationships with investors and strategic angels who believed in his vision. When he pitched Invensify, he was able to secure funding quickly, thanks to his track record and well-articulated business case.
Of course, having a track record of success makes raising funds easier. For first-time founders, he stressed the importance of bootstrapping to develop a minimum viable product (MVP) and demonstrating a clear market opportunity. Investors look for disruptive solutions with large addressable markets, and startups must frame their innovation in terms of its business impact rather than just its technological novelty.
He also underscored the importance of understanding not just the technology but the broader ecosystem in which it operates.
Invensify technology has the potential to reshape multiple industries. Beyond pharmaceutical logistics, there are applications in vaccine distribution, particularly in regions with unreliable power grids. It could also be a game-changer for individuals who rely on refrigerated medications, ensuring they have a reliable solution when traveling or facing power outages. The broader implications of a solid-state, highly efficient cooling system extend far beyond what we discussed.
Innovation happens at the intersection of technology, business, and human needs. It’s not just about inventing something new—it’s about making it viable, scalable, and impactful. Our conversation underscored the importance of thinking beyond the immediate function of a technology and considering all the elements that contribute to its success, from logistics and compliance to user experience and market fit.
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