diff --git a/README.md b/README.md
index 360b73b..81146d5 100644
--- a/README.md
+++ b/README.md
@@ -8,9 +8,13 @@
 
 **An open framework for agentic workflows. Bring your process, LLMs, scripts, agents, and infra — we handle the orchestration.**
 
-Compose agent harnesses in YAML from LLM calls, scripts, validators, and transforms — wired with loops and conditionals. Mix deterministic and non-deterministic steps so your linter, tests, and schemas gate the LLM. Built-in support for Anthropic / OpenAI / Gemini / Ollama, coding-agent runtimes, SQLite / Postgres, OTel, and local / Docker / remote workers. Every layer has an extension point where the built-in doesn't fit. Scale agentic workflows like production infrastructure.
+- **Compose** agent harnesses in YAML — LLM calls, scripts, validators, transforms, loops, and conditionals.
+- **Gate the LLM with your tools** — deterministic steps (linters, tests, schemas) wrap non-deterministic LLM calls, so output is checked on every run.
+- **Plug in your stack** — Anthropic, OpenAI, Gemini, Ollama, coding-agent runtimes. Every layer has an extension point where the built-in doesn't fit.
+- **Run anywhere** — local, Docker, or remote workers; SQLite or Postgres; OTel-native.
+- **Scale like infra** — multi-worker scheduling, approval gates, cost ceilings, live dashboard.
 
-Ships with a reference SDLC template so you can see an end-to-end pipeline running in minutes. The framework is domain-agnostic: point it at code review, content generation, ops runbooks, data pipelines — anything where multiple LLM calls need to be coordinated with humans in the loop.
+Ships with a reference SDLC template — runnable end-to-end in minutes. Domain-agnostic: point it at code review, content generation, ops runbooks, data pipelines — anywhere multiple LLM calls need to be coordinated with humans in the loop.
 
 > **For platform teams:** think of it as Kubernetes-style orchestration for agentic workloads — control plane, execution plane, declarative specs — without the cluster.
 
diff --git a/packages/platform/README.md b/packages/platform/README.md
index 071dfac..a8fb2b4 100644
--- a/packages/platform/README.md
+++ b/packages/platform/README.md
@@ -1,8 +1,8 @@
 # @mandarnilange/agentforge
 
-**Production infrastructure for AgentForge.** Distributed execution, PostgreSQL, full observability, crash recovery.
+**Production infrastructure for AgentForge.** Run agentic workflows at scale — distributed execution, PostgreSQL, full observability, crash recovery.
 
-Extends [@mandarnilange/agentforge-core](https://www.npmjs.com/package/@mandarnilange/agentforge-core) with everything needed to run AI agent workflows at scale — Docker/remote executors, PostgreSQL persistence, OpenTelemetry tracing, rate limiting, and multi-node worker scheduling.
+Extends [@mandarnilange/agentforge-core](https://www.npmjs.com/package/@mandarnilange/agentforge-core) — the open framework for agentic workflows — with everything needed to run it at scale: Docker / remote executors, PostgreSQL persistence, OpenTelemetry tracing, rate limiting, and multi-node worker scheduling. Bring your own LLMs, scripts, agents, and infra; this package is the Kubernetes-style orchestration plane underneath — control plane + capability-scheduled workers, declarative specs, no cluster required.
 
 > **Note:** This package requires `@mandarnilange/agentforge-core` as a peer dependency. The platform listing depends on it directly, so a single install pulls both:
 > ```bash
@@ -118,6 +118,8 @@ docker compose -f packages/platform/docker-compose.worker.yml up -d
 
 ## Architecture
 
+Platform borrows Kubernetes' separation of concerns — a **control plane** decides what runs where, an **execution plane** of nodes runs it. Both ship in this package; deploy them together on one host or split across machines (see *Distributed* in Quick Start above). Nodes advertise capabilities (`llm-access`, `docker`, `high-memory`, `git`, …) and the scheduler matches each agent's `nodeAffinity` to the pool — same mental model as Pod scheduling.
+
 Platform extends core via its ports/adapters pattern:
 
 ```