Helical Pipeline Architecture for Compound AI-Agent Software Factories
Description
We present a Helical Pipeline Architecture (HPA) for orchestrating autonomous AI agent teams in compound software startups. Unlike flat sequential phase execution or single-ring assembly lines, HPA compounds four concurrent stage-groups across multiple ascending altitude layers, forming a helix through which software products spiral with increasing maturity.
Key Contributions
- Formal model of helical pipelines with altitude semantics, promotion functions, and governance predicates
- Four altitude layers: Genesis (MVP), Integration (cross-product coherence), Production (deployment readiness), Evolution (data-driven iteration)
- Compounding concurrency: Up to 16 parallel workstreams at steady state across 4 altitudes x 4 stages
- Self-referential A3 layer: Products never terminate; they spiral through continuous evolution
- DAG scheduler specification targeting Claude Code subagent orchestration
- Three-tier compaction integration for agent, controller, and master context management
Application Domain
Applied to Pastoral Tech, a compound SaaS platform comprising 20+ interconnected products built atop a Unified Congregant Record, where theological guardrails, multi-tenancy, and cross-product data integrity impose non-trivial constraints on the pipeline.
Document Integrity
PDF SHA-256: 97addcb411d5f8403c23d7d62b23b493dfec937da66238d27212c9cebf3e0a05
TeX SHA-256: 41de0d14a5cf903bdaa7addefc45a2401a5ae0e19efa2009223cb820e7df006d
Notes
Methods
Architecture designed through iterative development of autonomous AI agent orchestration systems for compound SaaS platforms. Formalized using set-theoretic notation with invariant specification.Files
Helical-Pipeline-Architecture-v1.0.0.pdf
Files
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