Meet the five companies competing in the Startup Battlefield finals at Disrupt 2026
It’s time to unveil the five companies that will be competing in the Startup Battlefield finals.
Over the past two days, 20 startups have been presenting live demos and answering tough questions from expert judges at TechCrunch Disrupt 2026. The five companies that will compete in the Startup Battlefield finals will be unveiled soon. The finals will take place tomorrow, Thursday, at 11:30 am Pacific, and will be broadcast on stage at Disrupt or through the livestream. The Startup Battlefield Cup and $100,000 in equity-free funding await the winner.
Apate deploys thousands of AI agents posing as innocent victims. These agents can answer scam calls, respond to suspicious messages and emails, follow phishing links, and engage in social media groups to bait fraudsters, all while pretending to be people of different ages, genders, and accents speaking various languages.
Flox Intelligence has developed a wildlife-deterrent system that uses edge devices with perception systems trained on wildlife behavior. When motion is detected, a camera is activated, which uses on-device models to identify nearby animals and emits a species-appropriate sound to scare them away.
Intero Biosystems is creating human intestinal organoids, which are lab-grown tissues that mimic the gut. These organoids contain multiple cell and tissue types found in the human intestine, making them a more human-relevant model for testing drugs and other compounds compared to simpler models that only replicate part of the gut.
Industrial Next has built AI-driven, self-contained robotic stations powered by proprietary foundation models. These stations can retool production lines in minutes, without traditional programming, and are already used in manufacturing popular smartphones.
Satlyt is developing software to allow multiple satellites to share the work of large computing jobs in space. The startup has flown its software on two demonstration missions, initially focusing on finding operational efficiencies for spacecraft. Ultimately, the goal is to create a shared computing cloud between two satellites.
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