Each year, TechCrunch's Startup Battlefield pitch contest attracts thousands of applicants from around the globe. This rigorous selection process narrows the field to the top 200 contenders, from which 20 ultimately compete on the main stage for the coveted Startup Battlefield Cup and a $100,000 cash prize. However, the remaining 180 startups also impress judges with their innovation, participating in their own specialized pitch competitions.
Below is a comprehensive list of 16 standout startups from the Logistics, Manufacturing, and Materials categories that were selected for the Startup Battlefield 200, along with insights into why they earned their spot in the competition.
Logistics
GigU
What it does: GigU's application assists ride-share and delivery drivers in analyzing potential trips to maximize their earnings.
Why it's noteworthy: It tackles a common frustration among drivers: trips often don't justify the effort and cost. GigU aims to help drivers boost their income and personalize their work experience.
Gläd
What it does: Gläd is developing autonomous, self-driving vehicles specifically designed for moving freight within railyards.
Why it's noteworthy: This startup earned the 2025 TechCrunch Startup Battlefield award for its innovative system, which elegantly addresses a critical problem largely overlooked by the broader autonomous vehicle industry.
Kinisi
What it does: Kinisi is a robotics company specializing in sensory technology capable of rapid data processing.
Why it's noteworthy: Utilizing the latest LLM (Large Language Model) technology, Kinisi's simple robot design allows for smart and safe adaptation to complex warehouse challenges.
Manufacturing, Materials, and Industrial
CloEE
What it does: CloEE provides an AI-powered platform for manufacturing facilities, analyzing millions of data points related to machine performance.
Why it's noteworthy: By leveraging AI, CloEE helps optimize manufacturing processes, leading to improved efficiency not only in production but also in proactive machine maintenance.
CosmicBrain AI
What it does: CosmicBrain AI offers a no-code/low-code platform designed for training robots.
Why it's noteworthy: The company addresses a key barrier to widespread robot adoption by enabling task training without requiring deep specialized programming knowledge, making robots more accessible for everyday applications.
Delft Circuits
What it does: Delft Circuits has developed innovative network cable technology specifically engineered for quantum computing applications.
Why it's noteworthy: The company understands that quantum computing's radically different approach necessitates specialized materials and purpose-built microwave and thermal performance for its cabling systems.
Evolinq
What it does: Evolinq provides AI agents that automate and manage enterprise procurement processes.
Why it's noteworthy: Evolinq streamlines procurement by mimicking buyer workflows and automating tasks like supplier communication, all without requiring complex integration for deployment.
ExoMatter
What it does: ExoMatter is an AI platform designed to assist material science R&D teams in evaluating new materials.
Why it's noteworthy: Instead of relying on expensive trial-and-error methods, ExoMatter leverages AI to efficiently screen inorganic crystalline materials based on metrics such as performance, sustainability, and cost.
Kamet AI
What it does: Kamet AI provides an AI-powered analysis system tailored for manufacturing and warehouse operations.
Why it's noteworthy: The company's tool employs predictive AI to identify inefficiencies in processes and equipment within complex industrial environments, leading to significant cost reductions and improved output.
Koidra
What it does: Koidra offers an AI-powered automation control platform specifically for indoor agriculture.
Why it's noteworthy: Koidra's platform features physics-aware AI technology, making it particularly well-suited for the highly automated industrial facilities characteristic of indoor farms.
Mbodi
What it does: Mbodi provides a platform that simplifies the process of teaching new skills to any industrial robot.
Why it's noteworthy: Their innovative cloud-to-edge system seamlessly integrates with existing robotic tech stacks, enabling robots to learn tasks significantly faster.
MycoFutures
What it does: MycoFutures produces a leather-like material cultivated from the root structure of mushrooms, known as mycelium.
Why it's noteworthy: Unlike plastic-based alternatives, this mycelium leather is biodegradable, free from harmful chemicals, and engineered to rival traditional leather in both aesthetics and versatility.
OKOsix
What it does: OKOsix has developed a durable, biodegradable material designed to serve as a replacement for conventional plastics.
Why it's noteworthy: Distinguishing itself from many other biodegradable plastic alternatives, OKOsix's material is specifically engineered for enhanced durability.
Ravel
What it does: Ravel has pioneered a process that allows blended textile materials to be separated back into their original mono-materials.
Why it's noteworthy: This innovation tackles a significant pollution challenge by making blended textiles recyclable, enabling their plastic components to be repurposed into new yarn or clothing.
Strong by Form
What it does: Strong by Form has engineered a type of wood strong enough to serve as a structural replacement for concrete and steel in flooring applications.
Why it's noteworthy: The company's material offers architects and engineers a lighter, more eco-friendly alternative to concrete, significantly reducing the carbon footprint associated with construction.
Xronos
What it does: Xronos provides an open-source platform designed to accelerate the development and deployment of robotics and automation solutions.
Why it's noteworthy: By leveraging deterministic development, Xronos ensures that planned and simulated robotic actions consistently result in reproducible and reliable behavior, enhancing trust and efficiency in automation.
