Teknoinvest

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

Sol Voltaics AB is a nanotechnology company based in Lund, Sweden, that specializes in enhancing the efficiency of solar energy capture and generation. Established in 2007, the company develops and commercializes innovative nanomaterials, particularly through its flagship product, SolFilm. This solar panel additive, composed of gallium arsenide nanowires, is designed to improve the performance of conventional silicon solar modules. SolFilm is lightweight and transparent to infrared light, allowing it to convert high-energy sunlight directly into electricity while enabling additional power generation through underlying solar cells in a stacked configuration. By integrating these advanced technologies, Sol Voltaics aims to significantly boost the efficiency of photovoltaic modules, potentially increasing their output by up to 50%.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

SantoSolve is focused on developing topical analgesic products that utilize non-radioactive strontium as the active ingredient. The company aims to provide effective pain management solutions that mitigate the adverse effects and health risks associated with traditional pain medications. Their lead product, 2PX, is designed for topical application and employs dermal penetration enhancers to deliver the active agent to targeted areas beneath the skin. Clinical trials have demonstrated that 2PX exhibits strong analgesic effects for various pain conditions, including nociceptive and neuropathic pain, with minimal systemic absorption and few minor adverse effects. The product has successfully completed Phase II clinical trials, particularly in osteoarthritis, where its analgesic efficacy was shown to be significantly superior to placebo treatments. SantoSolve's innovative approach offers patients a promising alternative for managing local and neuropathic pain conditions.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

Sol Voltaics AB is a nanotechnology company based in Lund, Sweden, that specializes in enhancing the efficiency of solar energy capture and generation. Established in 2007, the company develops and commercializes innovative nanomaterials, particularly through its flagship product, SolFilm. This solar panel additive, composed of gallium arsenide nanowires, is designed to improve the performance of conventional silicon solar modules. SolFilm is lightweight and transparent to infrared light, allowing it to convert high-energy sunlight directly into electricity while enabling additional power generation through underlying solar cells in a stacked configuration. By integrating these advanced technologies, Sol Voltaics aims to significantly boost the efficiency of photovoltaic modules, potentially increasing their output by up to 50%.

SantoSolve is focused on developing topical analgesic products that utilize non-radioactive strontium as the active ingredient. The company aims to provide effective pain management solutions that mitigate the adverse effects and health risks associated with traditional pain medications. Their lead product, 2PX, is designed for topical application and employs dermal penetration enhancers to deliver the active agent to targeted areas beneath the skin. Clinical trials have demonstrated that 2PX exhibits strong analgesic effects for various pain conditions, including nociceptive and neuropathic pain, with minimal systemic absorption and few minor adverse effects. The product has successfully completed Phase II clinical trials, particularly in osteoarthritis, where its analgesic efficacy was shown to be significantly superior to placebo treatments. SantoSolve's innovative approach offers patients a promising alternative for managing local and neuropathic pain conditions.

Syntune is a developer of tunable lasers, primarily serving the telecommunications sector. The company's innovative laser technology significantly reduces costs for wavelength division multiplexing (WDM) systems, which are essential for modern fiber optic networks. Syntune's lasers are designed for various applications, including fiber-optic communications and sensor systems, making them versatile within the industry. The company was acquired by Ignis ASA, further enhancing its capabilities and market reach.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

Mitrionics AB provides field programmable gate array (FPGA) based processing solutions for accelerated computing. It offers Mitrion Software Development Platform, which comprises Mitrion Virtual Processor that runs software written in the Mitrion-C programming language in FPGAs; Mitrion Software Development Kit, which enables the development of Mitrion-C applications for the Mitrion Virtual Processor; Mitrion SDK PE that is used to develop and simulate applications for the Mitrion Virtual Processor without having access to FPGA hardware; and Mitrion SDK XL, which adds bundled synthesis, and place and route software from Xilinx to provide a tool flow for creating configuration bit files for the target FPGA. The company also provides Mitrion-Accelerated BLAST that accelerates the BLAST-n nucleotide search program of the NCBI BLAST application; and hybrid computing servers, in-socket FPGA accelerators, and hybrid computing plug-in processors. In addition, it offers various services, such as on-site and on-line training, pre-study, proof-of-concept, application development, porting to new hardware platforms, and technical and coding support services. The company’s products are used in various applications, which comprise bioinformatics, genomics, image processing, digital signal processing, Internet data processing, business process optimization, financial computing, and information retrieval. Mitrionics AB was founded in 2001 and is based in Lund, Sweden with additional an office in Los Gatos, California.

Offers radar technology that enables intelligent use of aviation lights on obstacles such as wind turbines.

BONESUPPORT AB is a medical technology company based in Lund, Sweden, specializing in the development of injectable bioceramic bone graft substitutes aimed at treating fractures and bone voids resulting from trauma, infection, disease, or surgery. Founded in 1999, the company offers a range of products, including CERAMENT BONE VOID FILLER, CERAMENT G, and CERAMENT V. These products are designed to address various medical conditions such as chronic osteomyelitis and infected diabetic foot ulcers. CERAMENT G and CERAMENT V are antibiotic-eluting bone graft substitutes that enhance bone healing, utilizing gentamicin and vancomycin, respectively. BONESUPPORT operates additional locations in Frankfurt, Zurich, London, Boston, and Haryana, India, and is committed to improving the quality of life for patients with bone disorders through innovative biomaterial solutions.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

QuNano AB is a development-stage nanotechnology company based in Lund, Sweden, established in 2005. The company specializes in the development and commercialization of quantum nanoscale semiconductor materials and devices tailored for electronics, optoelectronics, and sensor markets. QuNano leverages its proprietary heterostructured nanowire epitaxial growth and processing technologies to manipulate structures at the nanoscale, allowing it to exploit unique physical and quantum mechanical properties, such as quantum confinement effects that are not present in larger micrometer-scale materials. Through these innovations, QuNano aims to advance the capabilities and performance of next-generation technological applications.

glō is a venture-backed company focused on the development and commercialization of advanced LED display products using nanotechnology. The unique nanotechnology is based on 11 years of research at Lund University’s Nanometer Structure Consortium. Headed by Professor Lars Samuelson, one of the world’s leading scientists in this field, who has published more than 500 papers related to this technology. glō's first office is in Lund, Sweden, where basic material research continues for the next generation nanotechnology. glō's research and product development along with pilot fabrication operation is carried out at glō-USA in Sunnyvale, California. In 2016, glō established an Asia office in Taipei, Taiwan, one of the largest and fastest-growing regions for LED lighting and display applications. glō's technology sidesteps the technical limitations of current planar LED technology. It allows for the creation of highly efficient, stable and ultimately unique red, green, blue (RGB) emitters out of one material system. It aims to achieve the industry’s best color stability and ultimately enables the growth of red, green and blue emitters on the same wafer. Highly-efficient white LEDs with high color rendering will be possible without the need for phosphor conversion. It is the next enabling technology for advanced display, illumination and automotive applications. glō nanowire light-emitting diodes (nLEDs) are based on its proprietary hetero-structured semiconductor nanowire epitaxial growth and process technologies for which standard manufacturing equipment and materials can be utilized. glō currently holds over 175 patents across US, Europe and Asia. These patents are not subject to any cross-licensing with the LED oligopoly. The glō team is constantly strengthening its intellectual property position in this technology and related applications.

BONESUPPORT AB is a medical technology company based in Lund, Sweden, specializing in the development of injectable bioceramic bone graft substitutes aimed at treating fractures and bone voids resulting from trauma, infection, disease, or surgery. Founded in 1999, the company offers a range of products, including CERAMENT BONE VOID FILLER, CERAMENT G, and CERAMENT V. These products are designed to address various medical conditions such as chronic osteomyelitis and infected diabetic foot ulcers. CERAMENT G and CERAMENT V are antibiotic-eluting bone graft substitutes that enhance bone healing, utilizing gentamicin and vancomycin, respectively. BONESUPPORT operates additional locations in Frankfurt, Zurich, London, Boston, and Haryana, India, and is committed to improving the quality of life for patients with bone disorders through innovative biomaterial solutions.

Verax Biomedical, Incorporated is a medical products company focused on developing rapid tests for detecting bacterial contamination in blood cells and tissues intended for transplantation and cellular therapies. Founded in 1999 and based in Marlborough, Massachusetts, the company addresses a critical need in the field of transfusion medicine, as traditional testing primarily targets viral contaminants, leaving bacterial risks largely unaddressed. Bacteria can proliferate in stored cellular materials, potentially growing from negligible levels at the time of collection to dangerous levels by the time of transfusion or transplantation. Verax Biomedical’s offerings include platelet and red cell Pan Genera Detection tests, designed to identify shared antigens found on various gram-positive and gram-negative bacteria. These tests enable blood banks to effectively detect and mitigate the risks associated with bacterial contamination, thereby enhancing the safety of blood transfusions and cellular therapies.

QuNano AB is a development-stage nanotechnology company based in Lund, Sweden, established in 2005. The company specializes in the development and commercialization of quantum nanoscale semiconductor materials and devices tailored for electronics, optoelectronics, and sensor markets. QuNano leverages its proprietary heterostructured nanowire epitaxial growth and processing technologies to manipulate structures at the nanoscale, allowing it to exploit unique physical and quantum mechanical properties, such as quantum confinement effects that are not present in larger micrometer-scale materials. Through these innovations, QuNano aims to advance the capabilities and performance of next-generation technological applications.

Exiqon is a biotechnology company that operates in two primary areas: Life Sciences and Diagnostics. In Life Sciences, Exiqon is recognized as a leading provider of flexible solutions for RNA analysis, supplying research products utilized by academic institutions, biotechnology firms, and pharmaceutical companies globally. These products facilitate groundbreaking research into the relationship between gene activity and the development of cancer and other diseases. In its Diagnostics segment, Exiqon collaborates with pharmaceutical and diagnostic companies to create innovative molecular diagnostic tests aimed at the early detection of diseases, enabling physicians to make informed treatment decisions based on the analytical tools developed by Exiqon Life Sciences.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

Nanoradio AB, a fabless semiconductor company, provides wireless solutions for cellular handset and consumer electronics markets. It offers multimedia products, single chip system in package, wireless LAN products, mobile phone products, and chipsets. The company also provides software, including diagnostic tools and software development kits to design embedded applications. Nanoradio’s products are used in voice over IP in wireless phones, headsets, portable audio and stereo devices, handheld computing devices, PDAs, handheld digital video and still cameras, and mobile gaming platforms; and convergence mobile phones and consumer electronics. The company was founded in 2004 and is based in Kista, Sweden with sales offices in Korea, Japan, and the United States. Nanoradio AB operates as a subsidiary of Wireless Experience AB.

The Qt Company develops and delivers the Qt development framework under commercial and open source licenses. We enable the reuse of software code across all operating systems, platforms and screen types, from desktops and embedded systems to wearables and mobile devices. Qt is used by approximately one million developers worldwide and is the leading independent technology behind millions of devices and applications. Qt is the platform of choice for in-vehicle systems, industrial automation devices, and other business critical application manufacturers, and is used by leading global players in more than 70 industries. The Qt Company is owned by the Qt Group, which operates in China, Finland, Germany, Japan, Korea, Norway, Russia and USA with more than 200 employees worldwide. The Qt Group is headquartered in Espoo, Finland and is listed on Nasdaq Helsinki Stock Exchange. The company’s net sales in year 2015 was 27 MEUR. To learn more visit http://qt.io

Mitrionics AB provides field programmable gate array (FPGA) based processing solutions for accelerated computing. It offers Mitrion Software Development Platform, which comprises Mitrion Virtual Processor that runs software written in the Mitrion-C programming language in FPGAs; Mitrion Software Development Kit, which enables the development of Mitrion-C applications for the Mitrion Virtual Processor; Mitrion SDK PE that is used to develop and simulate applications for the Mitrion Virtual Processor without having access to FPGA hardware; and Mitrion SDK XL, which adds bundled synthesis, and place and route software from Xilinx to provide a tool flow for creating configuration bit files for the target FPGA. The company also provides Mitrion-Accelerated BLAST that accelerates the BLAST-n nucleotide search program of the NCBI BLAST application; and hybrid computing servers, in-socket FPGA accelerators, and hybrid computing plug-in processors. In addition, it offers various services, such as on-site and on-line training, pre-study, proof-of-concept, application development, porting to new hardware platforms, and technical and coding support services. The company’s products are used in various applications, which comprise bioinformatics, genomics, image processing, digital signal processing, Internet data processing, business process optimization, financial computing, and information retrieval. Mitrionics AB was founded in 2001 and is based in Lund, Sweden with additional an office in Los Gatos, California.

CAPNIA is a private company developing novel therapeutic products using its proprietary medical gas delivery system. We are targeting a number of chronic diseases treatable with topical application of well understood, safe and effective gas compounds. Our first product is entering Phase IIb clinical trials for the treatment of acute migraines and related symptoms. 28 million Americans and over 240 million people worldwide suffer from this debilitating condition.

Funcom is a video game development company based in Oslo, Norway, with additional offices in the United States, China, Switzerland, and Canada. The company specializes in creating and publishing massively multiplayer online games, including popular titles such as Age of Conan, Anarchy Online, and The Secret World. In addition to its online offerings, Funcom also develops offline games like The Park, Hide and Shriek, Dreamfall, and The Longest Journey. By providing a diverse range of gaming experiences across multiple platforms, Funcom aims to engage players with various genres and live gaming experiences.

Optinel Systems specializes in optical communication systems and subsystems tailored for high-bandwidth, converged services networks. The company offers optical Ethernet transport products that enable service providers to construct high-capacity fiber-optic networks, facilitating the simultaneous transmission of video, data, and voice traffic in their native formats over long distances. Optinel's solutions are designed to ensure carrier-level reliability and can easily integrate with existing hardware, providing flexible and scalable network capabilities. These products support a range of services, including broadcast video, video-on-demand, high-speed data, cable telephony, and business communications, catering to both residential and commercial markets.