Central to our mission at LACI is a deep commitment to climate action—one that evolves with the changing needs of Los Angeles and the communities most vulnerable to climate impacts. When the devastating Palisades and Eaton wildfires swept through our region earlier this year, that commitment took on new urgency. In partnership with government officials, partners, and community leaders, LACI stepped forward to help address the needs of those most affected by hosting the LA Resilient Rebuilding Cup and collaborating with the Blue Ribbon Commission on Climate Action and Fire Safe Recovery, chaired by LACI President and CEO Matt Petersen.

We’re thrilled that over the next two years we will build on that momentum by incubating 14 new portfolio companies in Incubation Cohort 11—LACI’s first resilient-rebuilding cohort. This carefully selected group of startups offers solutions that support communities across the entire resilience spectrum, from disaster response and near-term rebuilding to long-term risk reduction and preparedness. 

Their innovations include low-carbon building materials and rapidly deployable housing options that help families, workers, and local businesses return to their communities more quickly and safely. Some companies are focused on protecting natural and built environments—safeguarding water resources, reducing flood and runoff risks, remediating contaminated soil, preventing property damage, and limiting exposure to harmful indoor pollutants. Others are strengthening community safety through tools that expand equitable access to emergency information, detect building hazards early, and offer clear, data-driven recommendations for the most impactful home-hardening upgrades. Rounding out the cohort are clean-energy startups with solutions for emergency backup power, grid stability forecasting, restoring renewable generation in damaged areas, and demand management to prevent power outages. Together, these companies offer a comprehensive suite of solutions that will support a safer, stronger, and more climate-resilient Los Angeles.

Given the unique moment in which this cohort is being launched, this group also represents an urgent and meaningful response on multiple fronts. We were encouraged to see many applicants demonstrating strong customer traction, advanced prototypes, and clear deployment pathways—making this one of our most competitive recruitment cycles to date and offering a powerful beacon of hope for crucial near-term impact. Reinforcing our commitment to building an inclusive green economy, we’re also proud to highlight a cohort in which 57% of startups include at least one woman founder and 43% include at least one diverse founder. 

To launch the program, Cohort 11 began with a three-day, in-person intensive from November 12–14 that brought founders together with the LACI team, their Executive-in-Residence coaches, and key partners involved in LA’s rebuilding efforts. These sessions grounded the cohort in the realities of the region’s recovery needs and set the foundation for meaningful collaborations in the months ahead.

For the remainder of the two-year Incubation Program, the cohort will receive tailored support to accelerate commercialization, secure funding, deploy pilots, and access new customers and markets. They’ll start with a six-month curriculum focused on impact, financial readiness, resilient-rebuilding principles, and investor preparation before transitioning to a focus on customer acquisition and pilot deployment.

Please join us in welcoming the 14 startups of Incubation Cohort 11 to LACI’s community of changemakers. As Los Angeles continues to rebuild and recover, we look forward to supporting these visionary leaders as they bring forward the next generation of resilient infrastructure and community-centered climate solutions.

Interested in supporting our portfolio companies? Reach out to our Director of Incubation Services, Molly Crete, at molly@laincubator.org.

 

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Incubation Cohort 11

AquiPor Technologies

Website: https://aquipor.com
AquiPor develops next-generation porous concrete materials that enable on-site stormwater management, urban flood mitigation, and groundwater recharge. Their non-reactive concrete supplement transforms traditional concrete into a permeable, filtration-capable material designed for resilient urban infrastructure.

ByFusion Global

Website: https://byfusion.com
ByFusion transforms unrecyclable plastic waste into advanced, UL-certified modular building blocks that support low-carbon construction, circularity, and local green job creation. Their engineered material provides durable, scalable solutions for climate-resilient infrastructure.

Casa Nova

Website: https://casanova.studio
Casa Nova builds permanent, rapidly deployable cottage communities that integrate design, permitting, utilities, and sustainability systems into a unified housing solution. Their Cozy Cottages offer a fast, affordable, and resilient approach to addressing housing shortages and post-disaster rebuilding.

Digne

Website: https://digne.co
Digne produces 100% recycled architectural glass panels and bricks made from end-of-life building glass. Their high-performance, low-carbon materials support sustainable design and circular construction for both interior and exterior applications.

e.e.r.s.

Website: https://eers.us
e.e.r.s. provides a multilingual AI chatbot that connects users to critical government and emergency resources—including FEMA aid, food, shelter, and disaster assistance—in over 140 languages. Their platform improves accessibility, equity, and speed during emergencies and recovery.

Energy ReLeaf

Website: https://energyreleaf.com
Energy ReLeaf offers a microgrid-ready solar roofing system that local roofing crews can install quickly and affordably. Their integrated solar shingles and components provide distributed energy resilience from day one, even before utility interconnection.

HomeRES

Website: https://homeres.ai
HomeRES is an AI-powered platform that turns resilient-building science into clear financial and performance insights for contractors and homeowners. Their software identifies the most cost-effective resilience upgrades and demonstrates their long-term value through insurance savings, utility reductions, and property performance.

Leaptran

Website: https://leaptran.com
Leaptran delivers AI- and machine-learning–based energy forecasting solutions, providing intra-hour solar predictions and DER analytics that help stabilize the grid. Their technology supports utilities and asset owners in managing renewable intermittency and preventing outage risks.

SSG Environmental

Website: https://enzymix.tech
SSG Environmental provides enzymatic soil and groundwater remediation technology capable of breaking down petrochemicals and chlorinated solvents in under 60 days. Their solution enables rapid, non-disruptive cleanup of contaminated sites impacted by wildfires and industrial hazards.

Thola

Website: https://getthola.com
Thola connects to existing industrial equipment and sensors to provide real-time visibility into energy use, predict demand spikes, and detect equipment failures early. Their platform helps facilities reduce costs, prevent downtime, and improve operational resilience.

Workbnb

Website: https://www.linkedin.com/showcase/deployables-by-workbnb/
Workbnb provides modular, net-zero workforce housing units and a booking platform that enables businesses to house crews efficiently during construction and disaster-recovery work. Their deployable units promote comfort, dignity, and sustainability for essential workers.

AquaSense

Website: https://aquasensyn.com
AquaSense offers a continuous, precision leak-detection system using smart adhesive sensors and AI-enabled analytics. Their technology detects tiny, early-stage leaks at the source—reducing water loss, preventing mold, and protecting multi-family, commercial, and industrial buildings.

Sujen International

Website: http://www.sujeninternational.com
Sujen International’s WindWall® technology uses modular micro wind turbines to generate renewable energy in environments where traditional wind and solar face limitations. Their systems integrate seamlessly with solar and storage to support off-grid resilience and rapid disaster recovery.

CLYR

Website: https://clyr.ai
CLYR provides AI-powered indoor air quality monitoring and risk assessment tools that identify pollutant exposure and recommend targeted mitigation actions. Their platform combines sensors, contextual data, and environmental health modeling to improve safety in homes and businesses.