Master thesis

Onyx Dynamics

AI-driven optimization for early-stage startups. MSc Design Leadership thesis at Technische Hochschule Ingolstadt. Grade: 1.5 (Very Good).

Design research Product strategy Entrepreneurship

Overview

Onyx Dynamics explores AI-driven optimization for operations management in early-stage startups. The thesis combines user research, product strategy, and business model validation.

This research investigated how startups can leverage AI to integrate fragmented tools, automate decision-making, and create a unified operations intelligence platform.

Research

Primary research: Conducted 4 in-depth interviews with founders and 30+ surveys across different startup stages and industries.

Secondary research: Analyzed competitive landscape, existing platforms, and technology trends in operations and AI tools.

Key findings:

  • Startups manage operations using 5–8 disconnected tools (project management, communication, analytics).
  • Decision-making is delayed by information silos and manual data aggregation.
  • Founders want unified visibility but fear complexity and cost.
  • AI-powered insights and automation were perceived as highly valuable.

Problem & product

The problem: Early-stage startups lack integrated visibility into their operations. Founders struggle to see the complete picture of projects, resources, performance, and priorities across fragmented tools.

The direction: Onyx Dynamics frames an AI-powered operations intelligence platform that:

  • Aggregates data from multiple tools into a unified dashboard.
  • Provides AI-powered insights and anomaly detection.
  • Automates routine operational tasks.
  • Surfaces critical decisions and bottlenecks.
  • Scales with the startup as it grows.

Implementation

Go-to-market strategy: The thesis developed a GTM plan including:

  • Positioning: operations intelligence for early-stage startups.
  • Pricing: freemium model with enterprise features.
  • Sales: direct outreach to founder networks and VCs.
  • Partnerships: integration with existing startup tools.

Business model: Validated through market analysis, customer interviews, and financial projections. Explored subscription-based SaaS with data integrations as core value drivers.

Impact

As a thesis project, the research outcomes included:

  • Validated product–market fit signals from primary research.
  • Competitive positioning strategy with clear differentiation.
  • Five-year financial projections and unit economics.
  • Roadmap for MVP development and feature prioritization.

Learnings

  • User research reveals priorities that gut feeling often misses.
  • Business viability is as important as design quality for success.
  • Cross-functional leadership requires bridging design, product, and business thinking.
  • Iterative discovery accelerates learning cycles significantly.
  • Founder input is invaluable—they face these problems daily.