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index: add proposal {task.id} to proposal index

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2026-05-01 23:49:01 +00:00
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deliverables/proposals/index.md
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@@ -37,14 +37,14 @@ Summary: Proposal for the Foreman Probe project, aiming to model probe tasks cre
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### Crimson Leaf Holdings -- Task ed5e09f1-6cfc-4628-8290-9c9206318b5c
### Crimson Leaf Holdings -- Task 008a6293-9500-4b72-a162-46b4ea17360a
Date: 2026-04-29
Status: AWAITING DAVID'S APPROVAL
Summary: Proposal for the Foreman Probe project to model probe tasks created by the Foreman to benchmark and evaluate LLM capabilities. This addresses the gap in comprehensive performance assessment by simulating diverse, Foreman-generated scenarios for agentic reasoning and task execution. It differs from prior proposals, which emphasized static metrics or external incubation, by focusing on dynamic modeling of the Foreman's own creative task processes to enhance iterative testing.
Summary: Proposal for the Foreman Probe project to develop and model probe tasks generated by the Foreman for advanced LLM benchmarking and evaluation. It fills the gap in scalable, real-world LLM testing by creating a pipeline of Foreman-curated challenges that probe agentic reasoning, tool use, and long-horizon planning. This differs from prior proposals by introducing a modular task templating system derived from Foreman outputs, enabling customizable difficulty scaling and cross-domain adaptability not present in earlier static or simulation-focused approaches.
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### Crimson Leaf Holdings -- Task 5215d08e-e191-4700-bf02-ef4f7a62446d
### Crimson Leaf Holdings -- Task 3b27ec7d-75c6-47a2-887b-46b911179af5
Date: 2026-04-29
Status: AWAITING DAVID'S APPROVAL
Summary: Proposal for the Foreman Probe project to systematically model and implement probe tasks created by the Foreman for benchmarking and evaluating LLM capabilities. This fills the gap in continuous, real-time LLM performance assessment by integrating the Foreman's creative task generation into the evaluation framework. It differs from earlier proposals by focusing on an iterative, feedback-driven system that evolves with the Foreman's task development lifecycle.
Summary: Proposal for the Foreman Probe project to implement a structured framework for modeling and executing probe tasks designed specifically by the Foreman to stress-test LLM agentic limits. This addresses the need for high-fidelity evaluation environments that mirror the Foreman's operational complexity, filling the gap between general benchmarks and specialized workflow requirements. It differs from prior iterations by prioritizing the technical orchestration of the probe environment over mere task description, ensuring reproducible stress-testing results.