Our scale-up is seeking an experienced data engineer to design and implement a robust real-time data processing and analytics pipeline tailored for genomic data. This project focuses on enabling real-time insights and advanced data observability for high-throughput sequencing data, leveraging cutting-edge data engineering technologies. The solution will empower researchers with rapid and accurate analytics, critical for advancing our genetic research capabilities.
Our primary users are genomic researchers and data scientists who require timely and accurate insights from large-scale genetic data to drive research breakthroughs and innovations.
Our current genomic data processing system is unable to handle the rapid influx of high-throughput sequencing data, leading to delays in deriving actionable insights crucial for genetic research advancements.
The market is ready to invest in this solution due to the competitive advantage of accelerated research outcomes, compliance with data integrity standards, and the potential for groundbreaking discoveries that can drive significant revenue growth.
Failure to address this issue will result in lost revenue opportunities, compromised data quality, and a competitive disadvantage in the fast-evolving field of genetic research.
Current alternatives include legacy batch processing systems which are unable to meet the demands for real-time data insights and are not scalable to handle increased data volumes effectively.
Our solution offers a unique combination of real-time data processing, scalability, and integration with cutting-edge MLOps frameworks, ensuring data observability and reliability that is critical for genomic research.
Our go-to-market strategy involves targeting biotech companies and research institutions through industry conferences, partnerships with leading genetic research organizations, and leveraging our existing network to demonstrate the tangible benefits of real-time genomic data analytics.