Bridging Perspectives in Navigation: Lessons Learned and Future Directions – IROS 2026

1Carnegie Mellon University, 2Stanford University 3University of Texas at Austin, 4Ewha Womans University
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About the Workshop

Robot navigation in the wild is one of the most impactful and active problems in robotics today, and includes a wide variety of applications such as last-mile delivery, off-road driving, in-home assistance, and even digital agents navigating the web. This fundamental challenge brings together diverse research fields across machine learning, computer vision, and system design for planning, perception, and control. While these navigation domains share similar core technologies, the navigation research community remains fragmented, with distinct subfields, communities, and benchmarks.

This full-day workshop asks a simple question: What can different navigation domains learn from each other? We bring together leading researchers across navigation in its many forms, spanning aerial, ground, legged, humanoid, and even digital agents, from industry and academia. We envision this shared platform to foster dialogue across once isolated domains, with the goal of surfacing shared challenges and highlighting transferable solutions and dialogue. This will be accomplished via a series of talks from a diverse range of experts from both academia and industry, a panel discussion, and presentations of workshop papers.

Speakers

Ayoub Raji

Rethinking Motion Planning and Control: Lessons from Autonomous Car Racing

Ayoub Raji

Unimore

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Bolei Zhou

Scaling Sidewalk Autonomy with Fleet-scale Pre-training and RL Post-training

Bolei Zhou

UCLA / Coco Robotics

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Dhruv Batra

From Embodied Agents that Navigate the World to the Web

Dhruv Batra

Georgia Tech / Yutori

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Giseop Kim

From Maps to Memory: Bridging the Perception–Reasoning Gap for Long-Term Robot Navigation

Giseop Kim

DGIST

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Kristen Holtz

Scaling Autonomy: Lessons from Deployed Drone Systems

Kristen Holtz

Skydio

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Markus Wulfmeier

Theoretical Foundations of Navigation

Markus Wulfmeier

Google DeepMind

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Wenshan Wang

Learning-Based Navigation for Off-Road Driving

Wenshan Wang

Carnegie Mellon University

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Call for Papers

We invite participants to push the boundaries of navigation in the wild by submitting double-column extended abstracts with a recommended limit of 6 pages excluding references, and an unlimited appendix, presenting new or recently published works. Extended abstracts will not be included in the official IROS proceedings and generally do not conflict with dual-submission policies. Submissions must be anonymous and follow the official IROS 2026 formatting guidelines. We recommend using the IROS 2026 LaTeX template. Papers should be broadly related to the theme of the workshop, including but not limited to:

  • Embodiment-specific navigation strategies
  • Performance and safety benchmarking
  • Addressing the sim-to-real gap for robust navigation
  • Preference alignment under diverse user tasks and constraints
  • Large-scale datasets for navigation and the use of foundation models
  • Demonstrations of long-term in-the-wild navigation

Submission Timeline

Please submit the extended abstract via OpenReview. We provide two submission tracks: (1) regular review and (2) fast-track review. Papers previously published elsewhere are eligible for fast-track review, where editors will assess only the suitability and relevance of the content.
  • Submission portal: OpenReview (link TBA)
  • Submission opens: 10 July 2026
  • Submission deadline: 21 Aug 2026
  • Notification to authors: 4 Sep 2026

Best paper awards will also be announced at the workshop.

Organizers

Arthur Zhang

Arthur Zhang

UT Austin

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Cherie Ho

Cherie Ho

Stanford

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Daeun Song

Daeun Song

EWU

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Jing Liang

Jing Liang

Stanford

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Jonas Frey

Jonas Frey

UCB / Stanford

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Matthew Sivaprakasam

CMU

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Micah Nye

CMU

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Sam Triest

CMU

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For questions regarding the workshop, contact any of the workshop organizers.

Senior Organizers

Wenshan Wang

Wenshan Wang

CMU

Sebastian Scherer

Sebastian Scherer

CMU

Joydeep Biswas

Joydeep Biswas

UT Austin