Open-Source Neuromorphic Research Infrastructure: A Community Panel

Join leading maintainers of neuromorphic software libraries for a panel discussion on building open-source infrastructure, sharing lessons learned, and shaping the future of the neuromorphic ecosystem.

Open-Source Neuromorphic Research Infrastructure: A Community Panel

Abstract

The neuromorphic computing field stands at a critical juncture. While we have incredible theoretical advances and promising hardware developments, our software infrastructure remains fragmented compared to the mature ecosystem that has propelled conventional machine learning forward. This panel brings together the maintainers and contributors behind the most important open-source neuromorphic software libraries to discuss how we can build a more unified, competitive, and accessible ecosystem.

Join us for a unique opportunity to hear directly from the people building the tools that power neuromorphic research. Each panelist will share their insights on why they chose to build open-source solutions, what they’ve learned from developing these libraries, and their vision for how the Open Neuromorphic community can better support and accelerate the entire ecosystem.

Confirmed Panelists

This panel brings together leading maintainers from the neuromorphic software ecosystem to discuss the future of open-source tools. We are thrilled to welcome:

  • Hananel Hazan (BindsNET), Research Scientist at Tufts University.
  • James Knight (GeNN), Senior Research Software Engineer at the University of Sussex.
  • Alexandre Marcireau (Faery), Researcher in neuromorphic event-based vision.
  • Gregor Lenz (Tonic), Co-Founder & CTO at Neurobus.
  • Dylan Muir (Rockpool), VP Global Research Operations at SynSense.
  • Jens E. Pedersen (NIR & Norse), Doctoral student at KTH and chair of Open Neuromorphic.
  • Christian Pehle (Norse & jaxsnn), Researcher at Cold Spring Harbor Laboratory.
  • Terry Stewart (Nengo), Lead developer of the Nengo neural simulator.
  • Marcel Stimberg (Brian), Research engineer at Sorbonne Université.

What You’ll Learn

This panel will provide valuable insights into:

  • Open-Source Motivation: Why leading developers chose to build open-source neuromorphic tools rather than proprietary solutions
  • Development Lessons: Real-world challenges and discoveries from building neuromorphic software libraries
  • Community Vision: How maintainers believe the Open Neuromorphic ecosystem should evolve
  • Collaboration Opportunities: Ways the community can work together to create a more competitive and unified infrastructure
  • Strategic Priorities: What the neuromorphic community should focus on to accelerate adoption and impact

Target Audience

This workshop is designed for:

  • Researchers working in neuromorphic computing who want to understand the software ecosystem
  • PhD students exploring neuromorphic tools and seeking guidance on library selection
  • Industry practitioners interested in the open-source neuromorphic landscape
  • Software developers considering contributing to neuromorphic libraries
  • Community leaders interested in ecosystem development and collaboration

Key Discussion Topics

1. Open-Source Motivation

  • Why choose open-source over proprietary development?
  • What drives continued investment in community tools?
  • How does open-source accelerate scientific progress?

2. Development Insights

  • What were the biggest challenges in building neuromorphic software?
  • Which design decisions would you make differently today?
  • How do you balance feature requests with maintainability?

3. Community Ecosystem

  • How can Open Neuromorphic better support library maintainers?
  • What infrastructure would accelerate the entire ecosystem?
  • Where should the community focus its energy and resources?

4. Future Vision

  • What would a mature neuromorphic software ecosystem look like?
  • How can we create better interoperability between tools?
  • What role should standardization play in ecosystem development?

Why This Matters

The conventional machine learning ecosystem didn’t achieve its current momentum by accident—it’s the result of coordinated community effort, strategic tool development, and a focus on interoperability and ease of use. This panel represents a crucial step in applying those lessons to neuromorphic computing.

By bringing together the key maintainers in one forum, we aim to:

  • Foster collaboration between previously isolated development efforts
  • Identify common challenges and shared solutions
  • Establish community priorities for infrastructure development
  • Create a roadmap for a more unified neuromorphic ecosystem

Registration and Access

When: July 30, 2025, 17:00-18:30 CEST (11:00-12:30 EST)

This workshop will be streamed live on Discord and YouTube. A direct link to join the session will be shared on our community channels closer to the event date:

The session will be recorded and made available on YouTube for those who cannot attend live. We encourage early attendance to ensure smooth technical setup.

Format

This 90-minute session will feature:

  • Opening Introduction (10 minutes): Overview of the current neuromorphic landscape
  • Lightning Talks (45 minutes): 9 maintainers presenting their motivation and vision
  • Panel Discussion (20-30 minutes): Community-focused discussion on priorities and collaboration

About the Organizer

This panel is organized by Jens E. Pedersen on behalf of the Open Neuromorphic Executive Committee as part of ONM’s strategic initiative to accelerate neuromorphic research through better open-source infrastructure.


This workshop is part of Open Neuromorphic’s ongoing strategic initiative to build a more transparent, competitive, and collaborative neuromorphic computing ecosystem. Following the panel, we’ll publish a summary of insights and recommendations to help guide community priorities and development efforts.

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Upcoming Workshops

Open-Source Neuromorphic Research Infrastructure: A Community Panel
Jens E. Pedersen, Hananel Hazan, James Knight, Alexandre Marcireau, Gregor Lenz, Dylan Muir, Christian Pehle, Terry Stewart, Marcel Stimberg
July 30, 2025
17:00 - 18:30 CEST

About the Authors

Jens E. Pedersen

Jens E. Pedersen

Doctoral student at KTH, modeling neuromorphic control systems to solve real-world ambiguity. Maintainer of Norse, AEStream, and co-author of NIR.
Hananel Hazan

Hananel Hazan

Research scientist at the Allen Discovery Center at Tufts University and a leading developer of the BindsNET framework.
James Knight

James Knight

Senior Research Software Engineer at the University of Sussex, leading developer of the GeNN neural simulation environment.
Alexandre Marcireau

Alexandre Marcireau

Software developer in neuromorphic computing, recognized for his contributions to the Faery event processing library for event-based camera data.
Gregor Lenz

Gregor Lenz

Co-Founder & CTO at Neurobus, PhD in neuromorphic engineering. Focuses on event cameras, SNNs, and open-source software. Maintains Tonic & Expelliarmus.
Dylan Muir

Dylan Muir

VP Global Research Operations at SynSense, specialist in neural computation architectures. Directs research vision and neural architecture development.
Christian Pehle

Christian Pehle

Researcher at Cold Spring Harbor Laboratory. Maintainer of Norse and jaxsnn.
Terry Stewart

Terry Stewart

Research scientist focused on learning, memory, and biologically plausible SNNs. Lead developer of the Nengo neural simulator.
Marcel Stimberg

Marcel Stimberg

Research engineer at Sorbonne Université. Leading developer of the Brian neural simulator.

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