Systemiq Capital

ElectronX is a developer of an electricity exchange platform designed to facilitate the transition of the U.S. grid to renewable energy sources. As demand for electricity grows and the grid increasingly incorporates intermittent renewable resources, the company aims to support power providers, consumers, and industry innovators in navigating the complexities of the modern power market. ElectronX's platform enables participants to hedge risks associated with volatile short-term electricity prices and to monetize their power assets effectively. By smoothing the financial pathways for the adoption of renewables, ElectronX plays a crucial role in advancing the clean energy transition.

Podero develops a clean energy platform focused on managing energy devices such as batteries, electric vehicles, and heat pumps. By leveraging trade algorithms, software automation, and machine learning, Podero aims to optimize energy use, thereby reducing CO2 emissions and enabling utilities to generate new revenue streams. The platform facilitates the coordination of a vast fleet of devices, directing their operations according to trading systems and integrating seamlessly with utility applications and customer support systems. This approach not only helps utilities but also allows consumers to lower their electricity bills by shifting energy usage to more economical and sustainable times.

Qualis Flow is a construction technology company which helps contractors and major projects manage their social and environmental impact. Communicating with stakeholders and being able to respond to changes in our environment has never been more important in construction. Through automated data collection and analysis on our digital platform, we help contractors save time, reduce costs, and enhance their reputation within their local area. We are currently working with early adopters in our development phase.

Basecamp Research specializes in mapping biodiversity to facilitate the AI-driven design of biological systems. The company utilizes its advanced platform, BaseGraph™, which leverages a high-resolution map of global genetic diversity to match and refine novel proteins tailored to specific industrial, therapeutic, or diagnostic needs. By comprehensively understanding the genetic, evolutionary, and environmental contexts of proteins, Basecamp Research can create customized solutions without relying on costly and time-intensive directed evolution methods. The team comprises explorers, scientists, and policy experts dedicated to harnessing nature's diversity to deliver innovative breakthroughs and contribute to a cleaner, healthier, and more sustainable future.

Hoxton Farms, located in London, UK, specializes in producing real animal fat without the use of animals. The company employs a combination of cell biology and mathematical modeling to cultivate purified animal fat in bioreactors. This innovative approach provides a sustainable and cruelty-free ingredient for the meat alternatives industry, as well as applications in other sectors such as bakery, confectionery, and cosmetics. By focusing on cultivated fat, Hoxton Farms aims to meet the growing demand for ethical and environmentally friendly food products.

NatureMetrics specializes in biodiversity monitoring by utilizing environmental DNA (eDNA) to provide clear insights into natural ecosystems. The company has developed a platform that identifies and quantifies various organisms within the environment, leveraging advanced molecular techniques and scientific expertise. This technology allows for the detection of numerous species over extensive spatial and temporal scales, making it a valuable tool for environmentalists. NatureMetrics supports various applications, including conservation efforts and environmental impact assessments, by offering precise data that informs effective decision-making regarding biodiversity management.

MicroByre, Inc. is a biotechnology company based in Berkeley, California, founded in 2017. The company specializes in developing genetically tractable strains from non-model micro-species, focusing on the genetic engineering of bacteria for industrial applications. MicroByre has created a platform for bacterial domestication that utilizes an automated characterization pipeline to identify underutilized bacteria with favorable metabolic traits. These bacteria are capable of converting unrefined biomasses into commodity chemicals more efficiently than traditional fermentation processes. The company’s innovative approach involves minimal genetic modifications to enhance the bacteria's flexibility and yield, reduce the need for nutritional additives, and improve resistance to contamination and phage attacks. By bridging the gap between promising scientific advances and practical applications, MicroByre positions itself as a valuable partner for various industries, offering collaborative opportunities through service agreements or joint development projects.