max-research

Exhaustive topic saturation is achieved by deploying a single-wave research operation of 500-1000 autonomous agents to explore all facets. The process applies domain decomposition and source strategy, producing per-domain reports and a master synthesis.

Multi-agent orchestration is needed when you must perform an exhaustive literature and capability survey on a broad topic within tight timeframes. It deploys a massive parallel research wave with deterministic agent roles to achieve coordinated cross-domain analysis.

To launch an autonomous research wave, initiate a nuclear-scale campaign by specifying a topic and optional agent or depth parameters. The orchestrator handles domain decomposition, applies guardrails, and coordinates the massive parallel agent deployment.

Yes, the research operation uses a formal output pipeline that enforces guardrails during domain decomposition. This pipeline automatically generates structured domain-level findings and cross-domain master reporting to enable rapid decision-making.

Single-wave research operations are designed for broad topics requiring deep, cross-domain analysis using a fixed set of per-domain roles. They are not intended for iterative, multi-wave investigations but rather for one-shot exhaustive saturation within tight timeframes.

Yes, autonomous research orchestration provides auditable provenance by enforcing structured source strategies and guardrails across all 500-1000 agents. This ensures the final master synthesis and per-domain reports trace back to formalized domain-level findings.