Join Us!
We stand at a critical moment in computing and systems design. Everywhere we look, we see powerful systems—from distributed computing platforms to mechanical systems, from organizational structures to emerging AI architectures. Yet the fundamental question remains unanswered: What makes a system great?
Our Vision
ObjectSpread is a global research community dedicated to understanding the engineering, philosophy, and mathematics behind great systems. We investigate the fundamental principles that enable systems to scale, adapt, succeed, and endure.
We believe that systems architecture is not merely an engineering discipline—it is a science grounded in deep philosophy and elegant mathematics. By studying the principles behind UNIX, TCP/IP, biological neural networks, distributed consensus algorithms, and organizational design, we uncover universal truths about how complex systems work.
Core Mission
To advance the field of systems architecture and design philosophy through rigorous, collaborative research that bridges:
Engineering practice and theoretical foundations
Mathematical rigor and practical applicability
Philosophy of design and empirical validation
Multiple domains—from mechanical systems to distributed computing
Research Focus: Systems Architecture & Design Philosophy
Systems architecture is the study of how parts combine into coherent wholes. Design philosophy asks: why certain designs endure while others fail. We investigate this question across domains.
Key Research Areas
Design Principles Across Domains
What principles enable systems to scale? How do successful systems achieve simplicity without sacrificing power? Why do certain design patterns—separation of concerns, layering, modularity—recur across mechanical engineering, software architecture, and biological systems?
Control Theory and Feedback Systems
Control theory provides a unified mathematical framework for understanding systems behavior. We explore how feedback mechanisms, stability, and robustness principles apply across mechanical systems, distributed algorithms, organizational design, and emerging AI systems.
Distributed Adaptive Systems
From swarm robotics to distributed consensus to organizational structures, we study systems that self-organize and adapt. How do decentralized systems maintain coherence? What are the fundamental tradeoffs between coordination and autonomy?
The Philosophy of System Design
Beyond engineering and mathematics lies philosophy. We investigate the foundational assumptions underlying system design: How do we define success? What are the implicit values embedded in architectural choices? How does design reflect or constrain human values?
Foundational Questions We Investigate
What design principles enable systems to scale without loss of coherence?
How do we balance efficiency, flexibility, reliability, and simplicity in system design?
What universal principles underlie Unix, TCP/IP, biological systems, and distributed computing?
How do we design systems that are robust to failure and adaptable to change?
What are the mathematical foundations of system behavior and emergent properties?
How do philosophical assumptions shape architectural choices, and what are the consequences?
Community Values
Rigor
We pursue both theoretical depth and practical validation. Research must be grounded in evidence, mathematics, or clear engineering principles.
Collaboration
Whether through mentorship, peer review, or collaborative projects, we believe great research emerges from dialogue. We welcome researchers at all levels and from all backgrounds.
Independence
We are independent researchers—not bound to institutions, corporations, or fashionable trends. This freedom allows us to pursue questions that matter over time, not just this quarter.
Long-term Impact
We value research with lasting impact over time. Like Unix or TCP/IP, the best systems architecture insights survive and compound in value across decades.
Accessibility
Research belongs to everyone. We publish openly, mentor generously, and work to make systems architecture accessible to researchers worldwide, regardless of background or credentials.
How to Participate
I am an Independent Researcher
Whether you are an undergrad, grad student, or professional—if you have a passion for understanding systems, we welcome you. You can participate by:
Publishing research papers on systems architecture and design philosophy
Contributing code, prototypes, and tools that demonstrate design principles
Joining our collaborative research cycles (typically 8 months per topic)
Finding mentorship from established researchers in our community
I am a Mentor
If you have published research or deep experience in systems design, we invite you to guide the next generation of researchers. You can:
Review and provide feedback on research from community members
Mentor researchers as they navigate research topics and methodology
Lead research cycles on topics within your expertise
Help establish standards for research quality and publication
I am a Sponsor/Donor
Rigorous research requires resources. Sponsorships help us publish papers in peer-reviewed journals, sustain research infrastructure, and support community members. Your contributions directly enable impact.
Why This Matters Now
We live in an era of systems abundance. Distributed computing, artificial intelligence, blockchain, autonomous systems—they are everywhere. Yet the field of systems architecture lacks the rigorous, philosophical investigation that this moment demands.
Universities focus on narrow specialties. Industry moves too fast to pause for reflection. Publications chase novelty over depth. Meanwhile, fundamental questions about system design go unanswered.
ObjectSpread exists to fill this gap. We are a space for independent researchers to pursue the deep, long-term work that shapes how systems are built. This is how we create lasting impact.