Hisartech is a software company operating in the fields of signal processing and optimization. It offers end-to-end solutions to its customers with its experienced staff in the field of industrial signal processing and optimization. In addition to innovative methods such as machine learning and deep learning, classical optimization and signal processing methods are also used in the mentioned areas.

Currently, within the scope of Tübitak 1512 support, a machine design project that will perform quality control by processing images for fabric manufacturers is ongoing within the company. Additionally, academic projects have been carried out in the field of predictive maintenance and quality control.

Hextech Green have made agricultural production possible in cities with their specially developed indoor agricultural technology products. With Hextech Green, even people who have no technical knowledge can grow healthy agricultural products without being affected by the external climate with a 100% success rate. Professionals can carry out agricultural production with high quality and efficiency without being affected by natural disasters, while citizens can engage in hobby agriculture growing their own natural vegetables and fruits at home.

Their production method in compliance with the green agreement supports decarbonization studies, which are becoming more and more important in the world, and their HTG Mobile and automation software provides digitalization in agriculture. Hextech Green aims to become a global brand in a few years by using technology that supports a healthier life.

ALGBIO treats wastewater sewage and captures CO2 with microalgae to produce biofuels, bioplastics, biomaterials and generate carbon credits. Algae are desirable as a source of biofuel as they have a high yield of oil and can flourish on land where other plants can not be produced. As plants, algae can grow with carbon dioxide, sunlight, and nutrients. ALGBIO harvests biomass and turns it into gasoline or black coal, which can be sent to refineries to be converted into chemical or transport fuel. With adequate research and development, biofuel, bioplastic and biomaterials from algae could be a price-effective alternative for petroleum based options.

ALGBIO’s circular economy model provides zero waste policy by maximizing resource utilization and minimizing waste with bioplastic production from algal waste too. ALGBIO enables the transition from a fossil based economy to sustainable manufacturing by providing waste management, carbon capture and renewables.

Biolive produces bioplastic raw materials such as Bio-PE, Bio-PP, and Bio-ABS in scale-up and next-gen materials such as plant-based leather and also offers sustainable solutions. Biolive’s raw materials are always cheaper than other bioplastics such as PLA, PHA, etc, and a little bit more expensive than petroleum-based plastics.

Their main product, BioPura, is a 100% bio-based and biodegradable bioplastic raw material which is produced from olive pits. BioPura is FDA-approved and also has some certifications regarding fully bio-based material by DIN Certco. BioPura’s benefits are bifold. From the olive industry perspective, Biolive closes the loop by upcycling their industrial waste which has no food value and no use area in any industry. Also, from the plastic industry’s perspective, Biolive provides maximum use of renewable resources for the plastic industry, lowering carbon footprints and helping brands to comply with the regulations.

EVBEE is an energy-engineering company established to revolutionize the EV charging sector with its unique technology. It was founded in 2022 in Eskisehir, Turkey to offer innovation and to build efficient and secure charging systems after its funding round. EVBEE gives priority to making electric vehicles’ charging process more accessible, comfortable, secure, and faster in Turkey. It offers innovative solutions to the range and charging issues of EV owners by providing mobile and fast (DC) charging.

EVBEE is the first in the sector to make charging mobile and fast with its solution-oriented services. Its off-grid, and DC charging systems and on-demand service make it user-friendly as it enables receiving charging anywhere and anytime the user wants. EVBEE mobile charging system is now ready to get into the market after forming many collaborations and partnerships. Their mission and vision focuses on putting an end to charging problems related to time and place with their user-friendly approach while contributing to the sustainable development goals for a cleaner world.

Myconom specializes in mycelium-based composite materials to reduce plastic waste and carbon emissions. Their oil based, mushroom mycelia can completely dissolve in nature within a short time by using fungal mycelia instead of petroleum-based products. By upcycling industrial hemp stalks, agricultural waste and forest waste, they can reduce raw material costs. Composite materials based on cork mycelium are resistant to heat, sound, water and impacts. They are non-flammable.

SoilBiom is an initiative that aims to protect natural resources, especially agricultural lands, by developing nutritious and protective products specific to plants and soil. SoilBiom prepares microbial fertilizer with bacteria specially isolated from plants and soil in order to prepare the most suitable fertilizer to meet the needs of the consumer's plant. They also offer services like DNA/RNA isolation that can diagnose a disease in a sample or to test the safety of a food.

ActinoBioTech develops biodegradable packaging, textiles and more using mycelium. Mycelium-based products are produced using mushroom mycelium through biotechnological processes. These products are created by using biomaterials and components obtained during the growth and transformation of mushroom mycelium.

Mycelium leather, which is the current focus of ActinoBioTech, is a material that stands out as a sustainable and environmentally friendly alternative that can be used instead of traditional animal leather. Mycelium leather is gaining increasing popularity as an alternative that contributes to sustainability goals. There is a growing trend in the fashion and design industry to use this eco-friendly material instead of traditional leather. Mycelium skin can be customized in a variety of ways in terms of color, pattern and texture. This gives designers and brands the flexibility to create different and unique products. Since mycelium skin is a biodegradable material, it decomposes easily in nature and does not harm the environment. This provides an advantage in terms of waste management.

IWROBOTX has been conducting advanced technology autonomous marine vehicle operations since 2018. These operations include autonomous marine vehicles, autonomous marine cleaning vehicles, and the development of software and hardware for autonomous marine vehicles. IWROBOTX also offers businesses a comprehensive dashboard that allows the monitoring and control of various processes such as reducing carbon footprint, saving energy, and increasing operational efficiency.

IWROBOTX has conducted nearly 10 patent studies focused on areas such as sustainable seas, sustainable economy, and carbon footprint reduction. Through these studies, they aim to drive innovation and contribute to a more eco-friendly and sustainable future.