I am incredibly grateful to share that Forsee, LLC was chosen to be part of the Techstars 2026 Cohort for Water Sustainability. Over the past 12 weeks, this experience has opened the door to so many wonderful opportunities. From learning alongside innovative founders and mentors, to refining Forsee’s mission, strengthening our pitch, and sharing our work with people who truly care about sustainability, safer materials, and community impact. This cohort gave me the space to grow as a founder, gain valuable feedback, build meaningful connections, and continue advancing Forsee’s vision: creating fire-safe materials made from recycled biomaterials while supporting a more sustainable future. Standing on stage and sharing the journey of Forsee . From idea to innovation was a powerful reminder of why this work matters. Our goal is to turn local waste streams into product-ready materials that can help protect homes, communities, and the environment. Thank you to everyone who supported, mentored, encouraged, and believed in Forsee throughout this 12-week journey. I am honored to have been part of this cohort and excited for what is ahead. Here’s to building sustainable materials for safer communities. 🌱🔥💧 Learn more about our research and how to support it at www.forseefund.com.

Most irrigation thinking stops the moment the sprinkler shuts off. The water has been delivered, the timer resets, and the job is considered done. But that moment, the one nobody watches, is exactly where the waste begins. A large share of the water we put on lawns never reaches the roots that need it. Some runs off. Some evaporates before it sinks in. Some drains straight past the root zone and disappears underground. We measure success by how much water we apply, when the number that actually matters is how much of it stays where it can do work. Forsee's system is built around that overlooked window. Instead of focusing only on delivery, it optimizes what happens after the water arrives. A simple test, a clear result The principle is easy to see for yourself. Take a clump of Forsee's pelletized organic fiber, saturate it, and hold it in your hand. It doesn't shed water the way loose soil or mulch does. It holds and when you press it, it releases that moisture slowly and deliberately, the way a sponge gives water back to the things growing around it. That behavior is the whole idea, scaled down to something you can watch happen in a few seconds. A reservoir below the surface Placed beneath the sod, Forsee's organic matrix functions as a subsurface reservoir. It retains moisture from each irrigation event, supports nitrogen availability in the root zone, and redistributes water back toward the roots as the soil dries. Rather than letting a single watering run its course and vanish, the matrix extends the value of that water across time. The result is a root zone that stays hydrated longer on less water turning one irrigation event into sustained availability instead of a brief, leaky pulse. What that could mean The advantages compound. A root zone that holds moisture more efficiently points toward reduced water use, turf that stays resilient under heat and drought stress, and lower maintenance intensity over a season. And because the matrix is saturated and sitting beneath the surface, it carries a second function few irrigation systems can claim: emergency fire-wetting capacity, holding moisture in place where it can help slow ignition during elevated wildfire risk. These are potential advantages, and we treat them that way. They're the questions driving Forsee's ongoing research, including field work alongside Auburn University's Turfgrass Research Unit. What the demonstration makes plain is the mechanism: water that would otherwise be lost, held and returned to the plants that need it. Conventional irrigation asks how much water to put down. Forsee asks a better question. What happens to it next. Learn more about Forsee's water conservation research at forseefund.com.

When a structure fire or wildfire fails to contain, it usually isn't because the firefighters were slow. It's because the materials were faster. Flame spread rate determines how quickly fire travels across a surface. Thermal resilience determines how long that material holds before heat breaks it down. Both are measurable. Both are improvable. And both are where Forsee is focused. At Auburn University, Forsee Founder and Environmental Scientist Chera Howard is running a connected series of controlled experiments to answer one question: can a bio-based, fiber-derived material outperform conventional fire-resistant components on the benchmarks that govern real-world performance? Experiment One: Flame Spread Rate of Forsee Reinforced Products Using marked intervals and precise timing, the first test compares how quickly flame travels across Forsee-treated material versus untreated alternatives under identical conditions. Flame spread rate is the metric behind ASTM E84 and UL 723. It's why interior finishes are classified Class A, B, or C, and why wildland-urban interface codes increasingly require tested materials in high-risk zones. A slower spread isn't just a number it's response time for the engine company, evacuation time for the homeowner, survivable time for anyone inside. Watch: Forsee Founder Chera Howard demonstrates a controlled flame spread test at the Auburn University lab. Experiment Two: Thermal Resilience of Reinforced Polyester Fire Hose The second experiment applies Forsee's specialized additive as a paint-on coating to reinforced polyester, the same material family used in modern fire hoses then exposes it to direct flame. Untreated samples fail quickly. Burn-through occurs and structural integrity is lost. Treated samples behave differently: the coating creates a thermal barrier that resists burn-through under the same flame exposure, maintaining working condition longer than untreated controls. For firefighters carrying charged lines into structure or wildland operations, that difference isn't theoretical. It's the difference between equipment that holds and equipment that doesn't. Thermal resilience testing on Forsee-treated reinforced polyester at Auburn University. Why These Two Tests, Together Fire-resistant materials tend to be optimized for one variable at a time. A coating that resists ignition might not resist heat soak. A material with low flame spread might fail catastrophically once it does ignite. Forsee validates across both axes the speed at which fire moves and the duration the material stands against it because the operational reality fire professionals face isn't either-or. It's both, simultaneously, under conditions that don't accommodate single-variable solutions. Bio-based materials have historically been seen as a sustainability story, not a performance story. Forsee's research is built on the position that those two things aren't in tension. What's Next These experiments are early-stage and ongoing. The data will continue to develop, and we'll publish results, methodology notes, and field-application updates as the research progresses. The next generation of fire-resistant materials won't be defined by what catches fire slowest. It'll be defined by what gives the people on the line the most time to do their work. Learn more at www.forseefund.com Forsee LLC is a minority-woman-owned green technology firm that repurposes recycled organic fibers into patented, high-performance materials for environmental safety. Under the leadership of Chera Howard, the company produces bio-based polymers designed to mitigate wildfire risks, drastically reduce water consumption, and prevent fertilizer loss in agriculture. These innovative products, such as fire-resistant shingles and specialized mats, provide a circular economy solution by transforming waste into infrastructure for climate resilience. The brand’s credibility is supported by federal grants, university accolades, and rigorous research rather than superficial marketing. By targeting homeowners, farmers, and policymakers, the organization aims to foster economic opportunity and sustainability in underserved communities. Ultimately, the source outlines a multi-solve platform that addresses three distinct environmental crises through a single, scientifically validated innovation.

Forsee LLC is pioneering an innovative, bio-based fire-resistant technology that addresses the increasing threat of wildfires, particularly in California and other fire-prone regions. Traditional building materials contribute to rapid fire spread, resulting in billions of dollars in damages and significant loss of life each year. Forsee LLC has developed a proprietary fire-retardant material derived from processed organic fibers, a renewable and biodegradable resource with natural flame-resistant properties. This breakthrough technology provides a sustainable, cost-effective alternative to conventional fire-resistant solutions. The company’s fire-resistant products include insulation, mats, and coatings that significantly enhance building safety. Forsee's orgranic hair fibers unique characteristics high nitrogen content, elliptic structural integrity, and cross-linked cell membranes allow it to form an insulating barrier that reduces fire spread. Forsee LLC’s proprietary cleansing and processing techniques further enhance these properties, making its materials highly effective in residential, commercial, and industrial applications. The fire-resistant materials market is projected to reach $13.5 billion by 2030, driven by increasing wildfire risks and stricter building codes. Forsee LLC’s innovative approach places it at the forefront of this rapidly growing industry. The company’s business model is based on vertical integration, including sustainable raw material sourcing from barber shops, scalable manufacturing processes, and multiple revenue streams through direct sales, licensing agreements, and strategic partnerships. With secured patents and collaborations with leading research institutions and industry partners, Forsee LLC is well-positioned to disrupt the fire-resistant materials sector. The company seeks funding to expand production, accelerate commercialization, and enhance product applications in aerospace, defense, and construction industries. By providing a safer, more sustainable alternative, Forsee LLC is committed to reducing the devastating impact of wildfires and driving innovation in fire safety technology.

Did you know plants can "talk" to each other? 🤝 Forsee's facilitates root interaction using innovative "root gripping method" allows for direct interaction between adjacent plant roots. This process helps create healthier, more resilient turf.  When a Mammoth Super Sod mat is installed, Forsee's specialized material gets to work. An organic matrix within the sod: 💧 Draws moisture downward 💧 Absorbs it 💧 Slowly releases moisture and nitrogen directly to the roots. Figure Demonstrations (1 & 2) Watch video demonstration

Founder's Spotlight: ✨ 🌿 Meet the Innovator Changing the Future of Fire Safety & Water Conservation What if the solution to wildfires and water waste was already growing beneath our feet and in our hair? What if we could fight fire with... Forsee infused products? Chera Howard, Founder & CEO of Forsee LLC, is making it happen. With a background in cosmetology and a vision for environmental science, Chera has developed groundbreaking technology that turns natural fibers into high-performance, fire-resistant materials capable of withstanding temperatures up to 2,000°F. Here’s a look at Forsee's innovative solutions: 🔥 Fire-Resistant Bio-Polymer Composites: Engineered from recycled natural fibers, these materials dramatically slow fire spread. This technology boosts fire safety for both residential and commercial buildings. 💧 Mammoth Super Sod + Smart Irrigation: This organic matrix system is installed under sod to reduce water usage by drawing moisture down and releasing it slowly to the roots. When a fire threatens, the system can be fully activated to create a defensible space around properties. 🌱 Fertilizer Recycling: Forsee's closed-loop system converts organic waste into valuable nutrients, enriching the soil and promoting sustainable agriculture. The results are impressive: 6 patents secured $495,000+ raised from major partners like NSF and Auburn University Award-winning recognition, including 2nd Place in the Auburn University Tiger Cage Business Competition 2024 Finalist for Startup of the Year by Business Alabama Awards 2025 Research partnership with the Auburn University Turfgrass Research Unit IRRIGATION MATTERS Watch Chera as she furthers research is building the most innovative green tech products. Chera Howard's work demonstrates that powerful, sustainable solutions can come from unexpected places. Forsee LLC is proving that fire safety and sustainability can go hand in hand. #GreenTechnology #FireSafety #WaterConservation #Sustainability #forseellc #WomenInSTEM #Innovation #Forsee #BlackFounders #CleanTech #Startup

Chera's Message I’m thrilled to share that Forsee is being highlighted in Alabama BioManufacturing Labs’ newsletter! This recognition is such an honor for us, as it underscores our commitment to sustainability-driven innovation right here in our state. It’s not just about us; this spotlight emphasizes the power of collaboration in advancing eco-friendly practices. Together, we’re making strides toward a greener future, and I couldn’t be more proud of what we’re achieving! Our Commitment to Sustainability At Forsee LLC, we: Transform bio-based fibers into innovative fire-resistant materials Create recyclable materials for insulation and safety applications Offer safer alternatives to traditional flame retardants. Sustainability is a core principle guiding our research. By using bio-based fibers, we reduce reliance on petroleum products and support a circular economy, minimizing waste. Our materials provide effective fire resistance and are recyclable, preventing landfill waste. We appreciate the ABL team for this recognition, reinforcing our mission to lead in sustainable manufacturing. Sharing our journey inspires others to adopt sustainable methods, addressing safety and environmental challenges through collaboration and innovation. For more on our initiatives and bio-manufacturing innovations in Alabama, check out the newsletter on the BioManufacturing Lab website. It features insights from experts, showcasing our state as a hub for sustainable innovation. Explore how companies like Forsee are paving the way for a sustainable future. Together, we can achieve environmental goals while ensuring product safety and effectiveness. READ FULL ARTICLE #CircularEconomy

We are honored to be recognized as an honoree of the Alabama Biomanufacturing Program Award. Supporting the mission to advance Alabama's biomanufacturing ecosystem is a cause we deeply believe in. Our heartfelt thanks go to Opportunity Alabama, Measured Capital, and Arrowpoint Labs for their invaluable support in fostering our growth. The biomanufacturing sector is not only pivotal for the state’s economic development but also plays a crucial role in fostering innovation, creating jobs, and enhancing the quality of life for its residents. We firmly believe that by supporting and expanding this sector, we contribute to a sustainable future that harnesses the power of biotechnology to meet various challenges in health, agriculture, and environmental sustainability. As we move forward, we remain steadfast in our dedication to not only advancing our own initiatives but also collaborating with other stakeholders in the industry to create a sustainable biomanufacturing ecosystem. We understand the importance of collective efforts in driving innovation and ensuring that Alabama remains at the forefront of biomanufacturing excellence. We look forward to continuing our work alongside our partners and the broader community to explore new opportunities, tackle challenges, and ultimately enhance the overall well-being of our state and communities.

Forsee is thrilled to share some exciting news! 🎉 We are proud to announce our newest achievement: the Innovate Alabama Supplemental Grant! We're deeply grateful to Innovate Alabama for their support and belief in our vision. This grant will enable Forsee to accelerate our research and development efforts, expand our talented team and bring our innovative solutions to market faster. As we embark on this exciting chapter, we remain committed to our core values and mission. We believe that innovation is the key to solving complex challenges, and with the resources provided by this grant, we are posed to make a significant impact in. our industry. We look forward to sharing our progress with you and are excited about the future that lies ahead for Forsee! -Forsee Team

Firstly, I want to offer encouragement to anyone struggling with self-doubt: persevere! I'm deeply grateful to my Creator for bestowing upon me the vision and the strength to realize it. This journey began in my own backyard and has led to pioneering a research project at Auburn University.  Mammoth Super Sod is my patented innovation that addresses the imminent risk of a global water shortage using biodegradable materials beneath sod which grows lush lawns that need 80% less fertilizer and 70% less water than traditional sod.  My drought tolerant, sustainable product also provides a fire barrier for homes in fire prone regions and produces thicker roots which makes it ideal for sports fields and golf greens. How it Works I use natural organic polymers which are collected and shipped to me in bags in exchange for a small payment to barber shops. This material is then cleansed and processed into different products which hold water and release it slowly over time and are loaded with the nitrogen that sod needs. Our production costs are low, and margins are high for the product that will revolutionize the 90-billion-dollar sod industry. Latest Updates: Revolutionizing The Landscaping & Agriculture Industry In more Forsee news, I am thrilled to have recently competed in the Auburn University Tiger Cage Competition and honored to be the recipient of the second-place prize awards.  The Vision  The vision for Forsee's Mammoth Super Sod transcends the boundaries of traditional landscaping practices. Our aspiration is to revolutionize the sod industry by introducing a product that not only brings aesthetic enhancement to homes and businesses but also plays a pivotal role in environmental conservation. We aim to develop a sod that requires less water and is more resistant to disease and pests, thereby reducing the need for chemical treatments. Furthermore, our research focuses on creating a greener footprint by engineering a strain of sod that contributes to an eco-friendly footprint more efficiently. This initiative is not just about beautifying spaces; it's about fostering a sustainable future where landscapes can thrive with minimal impact on our planet. It is also helpful in changing the landscape in sports. Our goal is to create safer turf for football, baseball, and other sporting fields.  Through this journey, I have learned that self-doubt can be a powerful motivator. It has pushed me to constantly improve and refine my ideas, seeking out new information and perspectives to create the best version of Forsee's Mammoth Super Sod. This experience has also taught me the importance of perseverance in pursuing one's passions and dreams. Despite facing challenges and setbacks, I have remained determined to see this project through and make a positive impact on the landscaping industry. I am grateful for the opportunities that Auburn University has provided me, from access to cutting-edge research facilities to mentorship from esteemed professors. With their guidance and support, I have been able to turn my vision into a tangible reality. Looking Ahead  I am excited about the potential of Forsee's Mammoth Super Sod to transform the way we think about traditional landscaping and its impact on our environment. I believe that by combining innovation, sustainability, and beauty, we can create a more harmonious relationship between human activity and nature. This is just the beginning of my journey with Forsee's Mammoth Super Sod, and I am committed to continuously improving and evolving our product for a better, greener future. So let's continue to grow together and pave the way towards a more sustainable tomorrow. In addition to engineering sod that contributes to carbon sequestration, Forsee's Mammoth Super Sod also incorporates other sustainable practices into its production and maintenance processes. This includes using organic fertilizers and natural methods, reducing water consumption through smart irrigation systems, and implementing renewable energy sources. Our goal is to not only create lush green lawns  but also an eco-friendly product that seeks to operate a sustainable business that minimizes our environmental impact. Furthermore, I am dedicated to giving back to the community by partnering with local organizations, schools, and rising entrepreneurs to educate and provide economic growth.  Chera Howard and the Forsee Editorial Team

In a thrilling turn of events at the Auburn University Tiger Cage Competition 2024 , Environmental Science major Chera Howard stood out amongst the brightest minds, securing an impressive second place. Her innovation promises to revolutionize several key sectors, including sod, turf, water conservation, and fire retardant industries. Watch Video On Youtube The Auburn University Tiger Cage Business Pitch Competition 2024: Innovation At Its Core The Tiger Cage Competition at Auburn University is a prestigious event that fosters innovation and entrepreneurship among students. Participants present their business ideas and innovations to a panel of judges, aiming to secure funding and mentorship to bring their concepts to life. For the 2024 edition, the competition was fierce, with numerous innovative solutions being presented. However, Chera Howard's project stood out for its potential to address critical environmental and agricultural challenges . A Bright Future for Sustainable Innovation Chera's remarkable achievement at the Auburn University Tiger Cage Competition 2024 is a testament to the power of innovation and dedication. As farmers, entrepreneurs, agriculturists, and environment enthusiasts, we have a unique opportunity to embrace and support such groundbreaking innovations. By doing so, we contribute to a more sustainable and prosperous future for our planet. Conclusion Stay tuned for more updates on Chera Howard's journey and the incredible advancements in the realm of environmental science and sustainable agriculture. For those interested in learning more or collaborating with Chera, please feel free to reach out. Together, we can drive meaningful change and create a brighter tomorrow.🌱 -Forsee Editorial Team

Forsee LLC is proud to introduce our latest product, Natural Organic Fibers used as A fire retardant. This revolutionary new product is made from natural organic fibers and is a natural fire retardant. Our team has worked hard to develop this product and we believe that it will revolutionize economic development and combat fire and water conservation issues. Commitment to Quality and Safety  At Forsee LLC, we are committed to delivering products that not only meet but exceed industry standards for quality and safety. Our Natural Organic Fibers Used As A Fire Retardant has undergone rigorous testing to ensure its effectiveness in various applications, including residential, commercial, and industrial settings. We are proud to offer a product that not only protects lives and property but also contributes to a healthier environment. Conclusion  In conclusion, Forsee LLC’s Natural Organic Fibers Used As A Fire Retardant is more than just a product; it is a step towards a sustainable future. We are excited to see how this innovative solution will revolutionize fire safety practices and contribute to economic development while addressing critical environmental challenges. We invite you to join us on this journey towards a safer, greener world. -Chera Howard