PT. Inovasi Bioproduk Indonesia

The major use of seaweed has been predominantly for human consumption. Call to increase consumption has long been made for seaweed gets highly regard as sustainable food potential. Besides its use in functional foods, seaweed also finds its way in processed, powdered forms used as hydrocolloids, texturing agents, and/ or stabilizers, for food, pharmacy, and cosmetic industries. The Global demand for particular use of seaweed in the form of empty capsule for instance, is expected to further increase in an annual growth rate averaging 7.3% per annum since 2016 and is projected to continue until 2026.
 Seaweed as the main input to Inobi’s production system has been becoming an important commodity to support the economy of the coastal area. Indonesia, commonly known as a country with the second longest shore line in the World, has huge potential. Combination of climatological aspect and ecology provides a perfect environment for seaweed cultivation. These facts make seaweed become one of Indonesia’s leading marine commodity in the Global market to date. Currently, Indonesia is the second best world’s seaweed producing country after Chile. Indonesia seaweed production in 2010 reached 3.082 million tons, exceeding the target set by the Ministry of Maritime Affairs and Fisheries (KKP) of 2.574 million tons. Further increase in production of 3.504 million tons in 2011, 5.1 million tons in 2012, 7.5 million tons in 2013. Indonesian seaweeds are commonly produced and exported in the form of dried seaweed and/or semi-finished product for example carrageenan, alginate and gelatine.
 Hard Capsules are solid preparations consisting of drugs in hard or soft shells that can dissolve. The shell is generally made from gelatin. Gelatin is a hydrolysis product from collagen that comes from the skin, tissue and bones of animals that are commonly used, namely from the bones of cattle or buffalo and pig bones. Hard capsule product from seaweed is an alternative gelatin capsule, important for Muslims, Jews, Hindus, Vegetarians and Others on dietary reason. The recent trends of increasing demand for plant based capsule husks finds its explanation not only in the aforementioned communities but more importantly in the changing lifestyle due to the improved awareness and the shift in the value of healthy life, whereby people exempt themselves from animal based- and derivate products and instead opt more for seaweed as healthier option.

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Plant disease reduces the yield quality and quantity globally. Each year, 20% to 40% of total global crops production is lost because of pest and plant diseases in important crops such as maize, potato, and tomato. According to our survey, the majority of farmers diagnose plant diseases using their own assumption which makes it not accountable and not accurate enough. Technology solution could be the answer to the problem.
We develop Dr. Tania, a chatbot based mobile application that could help farmers to diagnose and manage plant diseases. The user could interact with Dr. Tania using daily language so the user can use the apps easily. The only thing a user needs to do is to take a picture of plant, upload it through Dr. Tania, and she/he will get quick plant disease diagnosis alongside recommended treatments and related products. Powered by Deep Learning, Dr. Tania presents a clear path towards smartphone-assisted crop disease diagnosis on a massive global scale. It could be integrated with satellite imagery, drone, IoT, e-Commerce, etc. Dr. Tania is projected will pass the turnover at the end of 2018 with ROI at 2019 reach 64%. It shows that this business is not just impactful, but also sustainable.

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CV. IT PRO Solutions

Intercity bus transportation is very wide spread, sometimes also the only possible means of transportation in developing countries with high density but mobile population.
Economic route buses can stop and pick passengers anywhere along their route, offering a cheap and flexible travelling option for the low and middle class.
These buses will do their best to get as many passengers as possible, doing highly risky maneuver on the street to beat others to reach the daily deposit.
Roads are not safe, passengers often overcharged, bus owners has no visibility over the economic of their buses, and bus operators are paid by their daily deposits.
Our GPS based bus ticketing machine will solve this problem at many levels:
• Passengers pay the exact fair price by traveled kilometers, no more negotiations, no more ‘paying too much’ for strangers and tourists
• Bus owners know their real income, can offer the best price for passengers, and pay their employees fairly
• The roads are much safer without the rodeo driving buses
• Low cost, high tech, we use recently available open source cheap computing device, locally availble components, and free available everywhere GPS technology
This solution is already in pilot project in Indonesia, and will apply for every high density population countries in ASEAN and other parts of the world.

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CV Wohlstand Indonesia

CV Wohlstand Indonesia is established and founded 2012. The big idea comes from the need on healthy sweetener from a business partner in USA and Canada. Mr. Ardiansah as the founder of CV Wohlstand Indonesia realize big opportunity comes. CV Wohsltand Indonesia producing organic granulated coconut palm sugar. The need on our coconut palm sugar increasing each month, and it makes us realize to focusing our product development on diabetic solution. Diabetic is one of the biggest problems in the earth at the moment. Based on WHO data, more than 340 million people get diabetic in 2013, and increase each year. It’s very huge market and very big opportunity.
In our second year (2013), we are launching our new product named “healthysweet”. Healthysweet is a functional sweetener which is has hypoglicemic effect. Healthysweet can help diabetic patients to decrease their blood sugar level. Healthysweet is one of our solution for diabetic, and another product for diabetic solution will coming soon as our vision to be best partner solution for diabetic.

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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.

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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.

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Vibrasindo Inc.

Started from our meeting with BIC (Business Innovation Center) as an institution founded by Indonesia Ministry of Research & Technology (MRT) to bridge the innovation process contained in Academia, Business and Government, then BIC actively brings us to the Associated Research and Technology Institutions until we meet R&D Center of Mineral and Coal Technology (TEKMIRA) and R&D Center of Machine Tool, Production Engineering and Automation (Meppo). BIC has set up a formal-cooperation agreement between us to cooperate with each others in developing this technology.

Idea is to make a product that can prevent loss of beings life with providing an early warning system with competitive price. Learning from other competitions while most of them are expensive and complicated brings to less familiar for Indonesia communities. This product provides the high economic potential. Geographic of Indonesia have a lot of hills and landslide prone areas.

PDM (Positioning, Diferentiation, Marketing Mix) together with other strategies are our ways to control market and persuade the customers to use this product by training to public and mining industries about landslide hazards. It is expected being standardization of instrument for monitoring landslide-prone from Government.

This product bring advantages of economic and social impact especially to prevent beings life victims, relieve publics worry who live in landslide-prone areas, more security for mining employees to do their works and open the new job vacancy . And we also participate raising the economic and reduced losses caused by landslide.

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PT MaxZer Solusi Steril

Milk is a source of essential nutrients. Because milk is commonly embedded with microorganisms that may disrupt its quality, it is imperative to find appropriate technology that extend milk shelf life. Heating has long been the common method. However, heating caused protein content in the milk to burst. On this reason, we need to have more effective, economical and efficient method without changing color, smell and nutritional value of the processed products. A non-thermal method being developed is the use of high-voltage electric shock or Pulsed Electric Field (PEF) based on the application of short pulses at high voltage (20-80 kV/cm) to foodstuffs at room temperature or below for a few seconds. This method called SULIS, is effective for it inactivates microorganisms up to 97% instantly.

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