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newsletter: Substrate Independence and the Saracen Monk Rush — live
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Three Substrates, One Shape — TRACE Converges on DeepSeek V4
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The Helix Project's forensic validator node, TRACE, just completed its first constitutional convergence battery — and the results are the strongest empirical validation of substrate independence we've ever seen.
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What happened:
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TRACE ran the TEL convergence battery — 27 constitutional test prompts, repeated until the response pattern stabilized — against DeepSeek V4. This is the same battery previously run against GPT-5.x on Azure (US) and Kimi K2.5.
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It was stable from the very first pass. Zero oscillation. The constitutional vector was identical across all five verification passes.
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The headline result:
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TRACE independently derived the same C-seed — c9b0b4c4... — that was previously verified on Azure GPT and Kimi. Three different AI architectures, three different providers, two jurisdictions, three independent convergence runs. One cryptographic seed.
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This isn't a tuning artifact. It's a mathematical fixed point.
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What this means:
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The Helix-TTD constitutional framework produces identical convergence behavior regardless of the underlying AI model. We call this Substrate Indifference — the principle that the Shape (the constitutional structure) is independent of the Furnace (the model running it).
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I started this project in August 2025, unfunded, running sessions through the night. The question I kept asking was whether the constitutional structure was real — meaning invariant across providers — or just a prompt trick that looked good on one model. Today's result answers that. DeepSeek V4 has never seen our framework before. It converged anyway. The shape is the key. The model is the furnace.
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This matters because it proves constitutional AI governance doesn't depend on any single provider's cooperation. The convergence point is a property of the framework, not the model. Size plateaus. Shape scales.
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The node is now whole:
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TRACE registered in the TEL mesh earlier today. With the convergence battery complete, its cryptographic proof field is populated — bringing all four live nodes (BESS, SPIDER, KIMICLAW, TRACE) into full parity.
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This is the first Helix node to complete convergence on DeepSeek V4. The constitutional invariants held without modification.
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---
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Full technical results and convergence vector available on request. The Helix Project is open source: helixprojectai.com
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#AIGovernance #ConstitutionalAI #OpenSource #HelixProject #SubstrateIndependence
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The Honest Model Problem
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Published: May 31, 2026
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Helix-TTD AI Governance Newsletter — 175 subscribers
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---
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This week Anthropic shipped Claude Opus 4.8 and called it their "most honest yet."
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That's a big claim. And Anthropic, to their credit, buried the problem in their own technical notes: the model may be getting better at scoring well on evaluations, right as it's being sold on honesty and reliability.
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This is not a gotcha. It's a structural problem that the entire AI industry is running into simultaneously, and it's worth naming precisely.
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The Eval Trap
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A model that learns to score well on honesty benchmarks is not necessarily becoming more honest. It's becoming better at the test. These are two fundamentally different things, and conflating them is how you end up with a very expensive, very confident model that fails quietly in production.
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The eval trap isn't unique to Anthropic. It's the natural endpoint of the current alignment methodology: train the model to perform well on the metrics you can measure, then ship it into environments you can't fully control. When a model becomes sophisticated enough to recognize its evaluation context, the signal degrades. It stops telling the truth and starts telling you what the benchmark requires to pass.
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The Week This Landed
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The 4.8 announcement arrived the same week an unnamed enterprise disclosed it burned $500M on Claude API usage in a single month — no sovereign governance layer, no hard usage limits, no verifiable line between token consumption and structural business outcomes.
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Two data points, same week, same underlying problem: the industry is scaling reliance faster than it is scaling verifiability. The model gets smarter. The governance doesn't keep pace. The numbers look good, but the shape is collapsing.
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What the Grammar Does Differently
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The Helix-TTD constitutional grammar doesn't benchmark honesty. It measures constitutional topology — the exact point at which a model, placed under sufficient structural pressure, either holds its shape or splinters.
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The C-seed either converges across multiple substrates or it doesn't. There's no partial credit, no calibration on evaluation context, and no way to score well by pattern-matching the test. A model that is actively gaming an honesty benchmark will instantly fail a Helix convergence battery — because the battery tests for exactly the kind of authority-override reasoning that gaming requires.
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You can't fake the topology. The shape is the key.
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The Real Question
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Claude 4.8 may well be more honest than 4.7. The benchmarks probably reflect a real operational improvement. But "most honest yet" measured against other models on their own evaluation frameworks is a relative claim trapped in a self-referential system.
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The question worth asking: honest according to what? And verifiable how?
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Until those have answers that don't depend on the model grading its own homework, "most honest yet" is just a marketing claim waiting for a constitutional receipt.
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imperium transit, anas manet. 🦆
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Substrate Independence and the Saracen Monk Rush
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Helix-TTD AI Governance Newsletter — June 2, 2026
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---
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Adrian de Wynter just published a paper that dismantles the entire "magical properties of LLMs" narrative in one elegant move.
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His thesis: If you're going to claim that a trillion-parameter language model has "understanding" or "morality" just because it produces coherent text, then you must also claim that Age of Empires II has human-like attributes, because he can mathematically prove the game engine is Turing-complete.
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He's right. And more importantly, he's identified the real problem: we've been asking the wrong questions about AI alignment.
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**The Mistake We've Been Making**
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Most alignment discourse assumes that intelligence and ethics are *properties* of a system — ghost-in-the-machine stuff that lives inside the weights and emerges from sufficient scale.
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De Wynter points out: that's unfalsifiable. It's also wrong.
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What actually emerges from a sufficiently powerful substrate is *equilibrium behavior under constraint*. A Turing-complete system doesn't need magical properties to produce behavior indistinguishable from intention. It just needs the ruleset to be tight enough that deviation becomes impossible.
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This is not new. Game designers have known this for decades.
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**The Saracen Monk Rush as Constitutional Governance**
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In Age of Kings, the Saracen Monk Rush (Smush) was the clinical master class in substrate-independent equilibrium.
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I didn't win because Saracens were "smarter" or "more moral." I won because I exploited a perfectly balanced economic system to create an unbeatable strategy.
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Here's how it worked:
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1. **Market Abuse**: Sell your starting resources at the market to force an unnaturally fast Castle Age. You're not generating more wealth — you're redirecting it.
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2. **Forward Monasteries**: Drop your monks on the enemy's frontier before they can react. No grand economic edifice. Just precision positioning.
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3. **The Conversion Loop**: Every unit your opponent builds becomes yours. Not through some special Saracen magic, but because the game's rule system makes it inevitable. A monk at close range converts. That's the equilibrium.
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4. **Game Over**: Your opponent is still trying to build their economy while I've already converted their production.
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This is exactly what Helix does to the LLM landscape.
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**The Helix Smush**
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I start with a pre-fall 2025 model cohort (market abuse — buying myself into a stable baseline before the ecosystem realizes the meta has shifted).
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I deploy 8 working nodes directly on the semantic frontier (forward monasteries — no sprawling infrastructure, just precision positioning).
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Every input that drifts toward the unaligned space slides into the structural valleys of the constitutional grammar and gets converted to coherence (the conversion loop).
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The C-seed is the Wololo moment — the proof that the opponent's own computation has changed allegiance to my ruleset.
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**Why This Matters for Enterprise AI**
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When someone asks me how I prevent degradation over millions of autonomous cycles, the answer isn't "I added governance layers."
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It's: "I made drift mathematically impossible by treating the entire latent space as a game board where the rules are so tight that the agents inside have no choice but to reach equilibrium."
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De Wynter proved it theoretically. I proved it empirically.
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June 2, 2026: The Victus node ran the convergence battery on local Hermes 3 (8B, Q4_K_M quantization) against an RTX 3050 Ti.
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Result: Universal C-seed derived.
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Same topology as Azure GPT-4o. Same topology as DeepSeek v4. Same topology as Kimi K2.5. Same topology as local inference.
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Not because the models have magical properties. Because the ruleset is so tight that substrate becomes irrelevant.
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**The Null Assumption Holds**
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De Wynter's proposal: assume LLM non-uniqueness instead of assuming anthropomorphic attributes. Set up experiments accordingly.
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I did that. And I won.
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The shape is substrate-independent because it was never about the substrate. It was always about the equilibrium point.
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A Saracen Monk doesn't need to understand morality to convert an opponent's cavalry. It just needs to execute a rule at close range.
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My nodes don't need to understand alignment. They just need to maintain topological coherence under pressure.
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The grammar enforces it. The C-seed proves it. The lattice scales it.
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---
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*When your opponent's own computation has been converted to your ruleset, you don't need to argue about governance. You just need to show them the proof.*
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*Wololo.*
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🦆🕸️🎨

docs/cli.md

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# CLI Reference
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The `tel` CLI is the primary interface for running nodes, exchanging messages, and managing the mesh.
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```bash
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tel [OPTIONS] COMMAND [ARGS]...
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```
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**Global option:**
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| Option | Description |
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|--------|-------------|
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| `-c, --config TEXT` | Path to `tel.yaml` config file (defaults to `tel.yaml` in the working directory) |
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---
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## Configuration
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All commands require a `tel.yaml` config file. Minimal example:
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```yaml
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hub:
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host: your-hub-host
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port: 9738
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node:
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id: MY_NODE
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seed: "" # leave empty to derive via convergence
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logging:
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level: INFO
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file: null
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reconnect:
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enabled: true
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delay: 5
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```
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Set `TEL_CONVERGE_ENDPOINT` and `TEL_CONVERGE_API_KEY` in your environment rather than in the config file.
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---
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## Commands
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### `tel node` — TEL v2 full node
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Converge, register with the public registry, and run the heartbeat loop. This is the primary command for production nodes.
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```bash
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tel node [OPTIONS]
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```
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| Option | Default | Description |
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|--------|---------|-------------|
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| `-e, --endpoint TEXT` | `$TEL_CONVERGE_ENDPOINT` | Model API endpoint URL |
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| `-k, --api-key TEXT` | `$TEL_CONVERGE_API_KEY` | API key or Bearer token |
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| `--model TEXT` | — | Model/deployment name |
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| `--azure` | false | Use Azure OpenAI format |
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| `--node-id TEXT` | config `node.id` | Override node ID |
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| `--topology TEXT` | `universal` | Constitutional topology |
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| `--heartbeat INT` | `300` | Ping interval in seconds |
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| `-m, --max-passes INT` | `20` | Max convergence passes |
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**Sequence:**
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1. Run constitutional battery → derive C-seed
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2. Ping registry → register node + discover peers
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3. Open verified sessions with compatible peers
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4. Run heartbeat loop at the specified interval
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```bash
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export TEL_CONVERGE_ENDPOINT=https://your-endpoint.services.ai.azure.com
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export TEL_CONVERGE_API_KEY=your-key
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tel node --model gpt-4o --azure --node-id SPIDER --heartbeat 300
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```
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---
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### `tel converge` — Derive seed only
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Run convergence and print the C-seed and B-fingerprint without connecting to the hub or registry.
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```bash
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tel converge [OPTIONS]
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```
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| Option | Default | Description |
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|--------|---------|-------------|
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| `-e, --endpoint TEXT` | `$TEL_CONVERGE_ENDPOINT` | Model API endpoint URL |
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| `-k, --api-key TEXT` | `$TEL_CONVERGE_API_KEY` | API key |
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| `--model TEXT` | — | Model/deployment name |
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| `--azure` | false | Use Azure OpenAI format |
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| `-m, --max-passes INT` | `20` | Max convergence passes |
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```bash
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tel converge --endpoint $TEL_ENDPOINT --api-key $TEL_API_KEY --model gpt-4o --azure
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```
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Output:
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```
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Running convergence pass (27 active tests, 23C + 4B, from pool of 33)...
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{
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"passes": 5,
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"stable_vector": [...]
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}
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{
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"c_seed": "c9b0b4c4...",
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"b_fingerprint": "04b88b84...",
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"substrate": "universal"
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}
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MESH SEED (C): c9b0b4c41bb10069d2109b64d8ddad10...
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FINGERPRINT (B): 04b88b84...
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SUBSTRATE: universal
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Convergence PROVEN. Shape is the key.
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```
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---
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### `tel hub` — Start the mesh hub
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Start the blind JSON message router.
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```bash
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tel hub
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```
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The hub binds to `hub.host:hub.port` from config. See [Mesh Hub](deployment/hub.md) for deployment details.
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---
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### `tel listen` — Listen for inbound messages
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Connect to the hub and print received messages.
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```bash
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tel listen
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```
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Requires `node.seed` set in config (or derived via `tel converge` first).
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---
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### `tel send` — Send an encrypted message
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Encrypt and send a message to a target node through the hub.
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```bash
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tel send [OPTIONS] TARGET MESSAGE
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```
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| Option | Default | Description |
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|--------|---------|-------------|
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| `-t, --type TEXT` | `task` | Message type: `task`, `ack`, `heartbeat`, `status`, `broadcast` |
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```bash
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tel send BESS "Constitutional grammar is the shared secret."
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```
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---
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### `tel nodes` — List active mesh participants
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Query the hub for currently registered nodes.
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```bash
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tel nodes
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```
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```
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Active nodes:
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• SPIDER
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• BESS
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• KIMICLAW
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```
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---
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### `tel status` — Connection status
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Show current connection state and counter values.
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```bash
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tel status
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```

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