CyFuse develops a bio 3D printer, Regenova®, which is a state-of-the-art robotic system that can automatically fabricate three-dimensional artificial tissues/organs from living cells.
We sell this 3D printers for research usage, and develop artificial tissues/organs.
Our goal is to develop a technology manufacturing functional tissues/organs from living cells through collaborating with outside firms, and make it fit for practical use for patients suffering from intractable disease. We increase the opportunities to collaborate with researchers in Universities and launch the 3D printers in foreign countries this year.

CarryOn is a new service for mothers whose children keep outgrowing their clothes. From the voices of mothers, we make it easy to buy and sell gently used infant and children’s clothing online based on the concept of “Social Closet” for sharing them among mothers.

The only thing sellers need to do is pack and send the clothes to us.
Then, the Carry On points will be granted to sellers after our assessment. They send, earn points, and can buy new clothes for their children at Carry On site. For the buyers, we will ship the order together even though each contents are coming from several different sellers.
While recent CtoC(customer to customer) service has become as familiar, there still has been many people who are reluctant to use such service from the concerns about hassle procedures or troubles caused by the transaction and payment. In order to respond such needs, we have founded this service.

Iron oxide pigment is a pigment developed from iron ores or iron sands, acted as coloring agent mainly used in painting industry, fertilizer, paving block, ceramics, cement, and automotive. So far, the demands are supplied by importing from European countries, USA and China, such that the pricing is high. In contrast, the raw materials, iron ores, are exported by Indonesia and locally never been processed further into pigment. The huge market share, simple manufacturing process, and abundance of available natural resources motivated PT Nanoteh Inovasi Indonesia to develop the business as the first company to manufacture iron oxide pigment in Indonesia.

Started in 2014, with equity financing of US$1,000,000 to cover facilities, land, and working capital, we share 50% of our shares to angel investor. Our company expects to have a monthly production capacity of 132 tons. It passed feasibility study, considering fluctuations in monetary exchange rate and production capacity. It is projected to have yearly gross profit of US$750,000 – US$1,050,000, Net Present Value of US$900,000 – US$1,500,000 (at 13% discount rate), payback period of 19 – 22 months, and Internal Rate of Return of 60 – 80%. In conclusion, the business is feasible and profitable in all conditions.

Currently nanotechnology is the most advanced technology in materials engineering and will continue to grow until at least the next 20 years. As a tropical country, Indonesia has various natural nutritious resources, especially herbs. For centuries, Indonesian natural herbs have been used as nutritional and natural medicines by the Indonesian people and the world.

Public awareness of natural drugs and nutrients usage is increasing. A survey by World Health Organization (WHO) showed that around 80% of the world’s population currently uses herbal medicine and natural ingredients for healthcare. In 2015 transaction value of herbal business in the world reaches US $100 billion, and in Indonesia reaches US $15 billion. It encourages manufacturers to compete on creating high quality herbal products (supplements, drugs, cosmetics, functional foods) which are natural, effective and safe.

This opportunity motivates us to apply nanotechnology on herbal ingredients, such that manufacturers can manufacture herbal products which are natural, have quick reaction, and both effective efficient in usage.

Agriculture depends upon the weather condition, and water scarcity has led to great decline in agricultural output leading to poverty. Suicide rate has increased among farmers especially in developing countries due to the decline in agricultural yield. Cultivation land area is declining due to infrastructure development. So the need for more yield in less area while maintaining the fertility of soil has become the major problem for the farmers. So in order to overcome these issues farmers need to use technology in agriculture which will support in effective utilization of resource (water, fertilizer, pesticide, etc.) at the right location and at the right time to enhance production and improve quality, while protecting the environment. If agriculture is looked at individual perspective, farming is getting more and more subject of less interest for young generation due to the problems involved, profitability, scarcity of water, electricity, labor etc. Agriculture also confines the farmer and family to the land due to the necessity for monitoring and watering. Bringing the farm in the portable devices could create interest for younger generation also to plunge into this field

In an extremely fast moving mobile app ecosystem, the user acquisition cost is now surpassing the average revenue per user. At the turn of 2015, it has become extremely important for marketers and developers to push user engagement and retention to push up the ARPU. Retention, employs advanced machine learning and artificial intelligence to figure out why users are leaving and deleting your app giving you actionable insights on how to decrease user churn and increase retention. Currently retentionai is the only product in the world that can accurately identify the user who deleted app and with this head start of technological advantage, we intend to process huge amounts of data for app marketers and developers to create better mobile apps.

Aries Biomed Technology (ABT) is technology based R&D and product company in the Health sector. ABT goal is make Healthy lifestyle for all individuals affordable and easy to use. Our focus is on Non communicable diseases management and prevention practices from product perspectives and R&D initiatives that tied to our strategic goals. We have products in ICU for oxygen conservation, Oxygen analyzer to direct consumer for telemedicine. We have provided R&D work in Ventilators, Tele Medicine and Diabetology.

We work in colloborative mode across academicians, Medical Fraternity, Research scholors on our R&D projects. We are Industry research partners for some institutions in India. We added new production and research facility for dialysis and Nephro related study. Our Telemedicine Kiosk contract R&D and production has enabled us to understand the common man needs and led us to develop products to get Preventive practices in place.

Algo Engines provides operational intelligence for wind turbines, met masts, solar plants and other Internet of Things (IoTs). SCADA systems, sensors, and smart meters generate massive volumes of machine data that is complex, but contain a gold mine of information. Algo Engines helps transform this mountain of data into actionable insights.

Weather sensors in wind and solar plants capture wind speed, direction, humidity, temperature & solar irradiation which help assess the energy potential. Sensors from other subsystems like the solar panels, inverters, generators provide information on the performance and health of the system. Algo Engines interfaces with a range of protocols and adapters to acquire data from different sensors onto the cloud for analysis. We leverage the power of “big data” to offers customers a web based platform to gauge health, monitor performance and predict component failure which ultimately leads to lower cost of renewable energy.