We are an exciting stealth Enterprise software startup that has recently secured significant seed funding from Team8, a leading venture capital firm in the space!

Joining us at this early stage offers a rare opportunity to play a pivotal role in shaping our success and making a lasting impact. We are on a mission to reshuffle IAM consumption and management. We are looking for brilliant, curious, creative, and team player individuals to join our dynamic team and help us build out our cutting-edge technology.

This is a unique opportunity to collaborate closely with our R&D team, focusing on developing algorithms, models, and prompts for developing and analyzing critical data as part of our Core product functionality.

Your role will include:

• Define, build and measure prompts as necessary for language model utilization.
• Refine LLM models to understand unstructured data and enable effective data extraction for analysis, ensuring clarity and precision in extracting insights.
• Develop advanced AI algorithms for efficient analysis to extract insights and more data from customer applications.
• Prepare comprehensive documentation for algorithms and prompts, facilitating smooth integration by engineering teams.
• Work closely with engineers to seamlessly integrate algorithms and models into the product, providing support and guidance.
  
  

Requirements:

• 2+ years of proven experience in AI and NLP, preferably in prompt generation or related areas.
• Experience in research and development of AI / NLP algorithms.
• Experience with large language models such as GPT-4, Claude, BERT, etc.
• Experience with code analysis - advantage.
• Experience with Python, .NET, Java, or any equivalent language.
• Familiarity with deep learning frameworks (e.g., PyTorch, Tensorflow, etc.)
• Solid understanding of data structuring and algorithms.
• Ability to operate in a fast-paced startup environment, work under pressure, and handle urgent incidents.
• Self-learning individual with problem-solving skills while acting as a team player.