Khosla Ventures is a venture capital firm established in 2004 by Vinod Khosla, a co-founder of Sun Microsystems. Based in Menlo Park, California, the firm manages over $5 billion and primarily invests in early-stage technology companies throughout the United States. Khosla Ventures provides capital, strategic advice, and venture assistance to entrepreneurs focused on breakthrough innovations across various sectors, including consumer technology, enterprise solutions, health, education, agriculture, and sustainable energy. The firm has a particular interest in high-risk, high-reward opportunities, often acting as a sole investor in "science or innovation experiments." Investment sizes typically range from $100,000 to over $20 million, allowing Khosla Ventures to support both traditional ventures and unconventional projects.
Karma Biotechnologies, Inc. develops therapies for autoimmune diseases. It offers Xavines, a therapeutic to treat autoimmunity, allergies, and food sensitivities. Karma Biotechnologies, Inc. was incorporated in 2019 and is based in Los Angeles, California.
Bungalow is a residential real estate platform that offers flexible communal living solutions for early career professionals. Founded in 2016 and based in San Francisco, the company transforms unused spaces into rentable rooms by signing long-term leases with homeowners. Bungalow provides fully furnished multi-bedroom homes in desirable neighborhoods across major U.S. cities, including Baltimore, New York City, and Los Angeles. Each home features private bedrooms, shared living spaces, and amenities such as Wi-Fi, utilities, and housekeeping services. In addition, Bungalow facilitates roommate matching to create harmonious living arrangements and organizes monthly community events to foster social connections among residents. The company aims to enhance the rental experience by providing high-quality homes and a supportive community for its members.
Bionaut Labs, Inc. designs, manufactures and controls the first intra- tissue navigation platform, using Bionaut nano/micro robots operating inside the body. The company offers a delivery mechanism which is anatomically precise by design. The company was founded in 2016 and is headquartered in Palo Alto, California.
HI, LLC, doing business as Kernel, a human intelligence company, develops neuro prosthesis to mimic, repair, and improve cognition. The company focuses on treating dysfunctions caused by neurodegenerative diseases. It offers a chip that can be implanted in the brain to help people suffering from neurological damage caused by strokes and Alzheimer’s/concussions. HI, LLC was founded in 2016 and is based in Los Angeles, California.
Fernish is a furniture rental startup company that offers provides furniture as a subscription model to consumers living a mobile lifestyle. The company seeks to redefine the way the market sees furniture rental by positioning itself as a lifestyle brand. It offers a rent to own program that allows subscribers to apply their previous payments towards the cost of the piece or pieces they want to buy at the end of their subscription. Users are allowed to subscribe to an entire room or specific pieces and can even swap out things they don’t like or simply want to change up at any point. Founders Michael Barlow and Lucas Dickey launched the company in Los Angeles, California in 2017.
Karma Biotechnologies, Inc. develops therapies for autoimmune diseases. It offers Xavines, a therapeutic to treat autoimmunity, allergies, and food sensitivities. Karma Biotechnologies, Inc. was incorporated in 2019 and is based in Los Angeles, California.
Bionaut Labs, Inc. designs, manufactures and controls the first intra- tissue navigation platform, using Bionaut nano/micro robots operating inside the body. The company offers a delivery mechanism which is anatomically precise by design. The company was founded in 2016 and is headquartered in Palo Alto, California.
Bungalow is a residential real estate platform that offers flexible communal living solutions for early career professionals. Founded in 2016 and based in San Francisco, the company transforms unused spaces into rentable rooms by signing long-term leases with homeowners. Bungalow provides fully furnished multi-bedroom homes in desirable neighborhoods across major U.S. cities, including Baltimore, New York City, and Los Angeles. Each home features private bedrooms, shared living spaces, and amenities such as Wi-Fi, utilities, and housekeeping services. In addition, Bungalow facilitates roommate matching to create harmonious living arrangements and organizes monthly community events to foster social connections among residents. The company aims to enhance the rental experience by providing high-quality homes and a supportive community for its members.
Virgin Hyperloop is a developer of a transportation technology used to deliver fast, direct, and sustainable transportation at scale. Its technology is a first-generation vehicle system that makes trains go as fast as 760 miles per hour and utilizes a vacuum tube designed for transportation of people and cargo that enables companies to have direct movement of freight and people to travel quicker from origin to destination.
It was founded in 2014 and is headquartered in Los Angeles, California.
NanoH2O enhances current polymer-based membranes with a nano-structured material that allows additional control of key membrane properties. The result is a wide array of advantageous membrane characteristics including improved throughput at requisite salt and contaminant rejection levels, passive and active fouling resistance, and the flexibility to address specific water chemistries.
NanoH2O enhances current polymer-based membranes with a nano-structured material that allows additional control of key membrane properties. The result is a wide array of advantageous membrane characteristics including improved throughput at requisite salt and contaminant rejection levels, passive and active fouling resistance, and the flexibility to address specific water chemistries.
NanoH2O enhances current polymer-based membranes with a nano-structured material that allows additional control of key membrane properties. The result is a wide array of advantageous membrane characteristics including improved throughput at requisite salt and contaminant rejection levels, passive and active fouling resistance, and the flexibility to address specific water chemistries.