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Research Paper & Citation

The canonical research paper detailing the design, architecture, and empirical findings of Console V2 is published and maintained by Pluggedspace Research.

:::tip Canonical Publication 📄 Read the Full Whitepaper:
Pluggedspace Console Enterprise Agentic OS Whitepaper
URL: https://pluggedspace.org/research/Pluggedspace-Console-enterprise-agentic-os-whitepaper :::

1. Paper Overview​

  • Title: Pluggedspace Console: An Enterprise Agentic Operating System and Runtime Architecture
  • Authors: Pluggedspace Research Team
  • Publication Date: 2026
  • Category: Artificial Intelligence / Multi-Agent Systems / Software Architecture
  • Canonical Repository: pluggedspace-docs

2. Abstract & Key Contributions​

Abstract​

Modern enterprise organizations face significant hurdles when operationalizing autonomous large language model (LLM) agents within production environments. Traditional single-agent script architectures suffer from tool coupling, unconstrained action spaces, context saturation, and lack of deterministic safety guardrails. In this work, we present Console V2 (Weave), a multi-tenant process-centric agentic platform designed to execute business processes composed of versioned step graphs, modular skills, registered tools, and human approvals.

Console V2 establishes the Process as the primary unit of work—a versioned directed graph of 20 step types executing across a validated state machine. Rather than relying on autonomous agent personas, process steps invoke capabilities from a standardized tool bus (29 registered tools) and centralized skill registry (~95 domain skills). We detail the system's execution runtime, pluggable vector memory substrate, out-of-band policy engine, and empirical findings from real-world prototype deployments.

Key Contributions​

  1. Process-Centric Agentic Architecture: Formalized the execution of business workflows as versioned graphs of steps, decoupling workflow logic from capability invocations.
  2. Decomposition of Vertical Personas: Demonstrated the operational benefits of decomposing monolithic agent silos into reusable first-class skills and registered tools.
  3. Deterministic Out-of-Band Policy Interception: Validated sub-10ms deterministic guardrails that prevent unauthorized external actions without relying on probabilistic model self-censorship.
  4. Resilient Memory Abstraction: Engineered a pluggable memory provider line isolating runtime execution from vector database availability.
  5. Fail-Closed Multi-Tenancy: Implemented strict tenant cascade filtering and lightweight authentication principals.

3. Version History & Timeline​

DateVersionMilestone
Q1 2025v0.1Initial prototype of siloed agent scripts and basic webhook triggers.
Q3 2025v1.0First internal release of the unified agent console with Monica chat widget.
Q1 2026v2.0Complete architectural overhaul: introduction of the Capability Mesh, Policy Guardrails Engine, and tenant-isolated Memory Bank.
Q3 2026v2.1 (Archive)Public SaaS product discontinued; system transitioned to research archive and publication of the canonical whitepaper.

4. BibTeX Citation​

To cite this whitepaper or the Console V2 architectural specifications in academic papers, technical reports, or articles, please use:

@misc{pluggedspace2026consolev2,
  title={Pluggedspace Console: An Enterprise Agentic Operating System and Runtime Architecture},
  author={{Pluggedspace Research Team}},
  year={2026},
  howpublished={\url{https://pluggedspace.org/research/Pluggedspace-Console-enterprise-agentic-os-whitepaper}},
  note={Whitepaper and Technical Research Archive}
}

5. Archive Navigation​

Return to related technical documentation in this archive: