Ipronics

Ipronics

Develops the innovative concepts of general-purpose integrated programmable photonic systems. Learn more
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DateInvestorsAmountRound
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N/A

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€3.7m

Seed
Total FundingAUD6.3m

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Ipronics is a cutting-edge startup that operates in the photonics industry. Photonics is the science of generating, controlling, and detecting particles of light, which is used in a wide range of applications from telecommunications to medicine. Ipronics' mission is to remove barriers for the adoption of photonics, making it more accessible and efficient for various industries.

The company's business model revolves around the development and use of proprietary algorithms that allow for the fast programming of any photonic function. This automatic function generation is a key selling point for the company, as it allows for a high degree of customization and flexibility for its clients.

Ipronics also focuses on performance optimization, using on-chip control feedback loops for system self-optimization. This means that the system can automatically adjust itself to perform at its best, reducing the need for manual adjustments and increasing reliability.

The company's products include tunable photonic elements controlled by software, fiber connections, and additional functionalities added on-chip. Each tunable element is calibrated by software, ensuring perfect performance and high reliability. The company also offers on-chip monitoring photodetectors at each optical port, providing real-time performance data.

Ipronics serves a wide range of clients, from those in the telecommunications industry to those in the medical field. The company makes money by selling its products and services to these clients, who benefit from the increased efficiency and reliability of their photonic systems.

In summary, Ipronics is a promising startup in the photonics industry, offering innovative solutions that increase the efficiency and reliability of photonic systems.

Keywords: Photonics, Proprietary Algorithms, Automatic Function Generation, Performance Optimization, On-Chip Control, Software Calibration, Tunable Photonic Elements, Fiber Connections, On-Chip Monitoring, Telecommunications.