Here’s a clean **v0.1 draft for ASL-AUTH**, scoped to your system’s offline signing, domain authority, and certificate handling. This layer manages **trust, domain ownership, and PER signing**, while staying independent of storage or execution specifics.

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# ASL-AUTH v0.1 – Authentication, Trust, and Domain Authority

## 1. Purpose

**ASL-AUTH** specifies **domain authority, identity, and offline trust management** for ASL-based systems.

Responsibilities:

* Define **Domain Authority (DA) manifest**
* Manage **PER signing**
* Support **offline root certificates**
* Enable **foreign-domain trust pinning**
* Integrate with host (`ASL-HOST`) and store (`ASL-STORE(-INDEX)`)

It **does not define**:

* Storage encoding (ASL-STORE handles this)
* Artifact semantics (ASL-CORE)
* Execution semantics (PEL/TGK)

---

## 2. Core Concepts

| Term                         | Definition                                                              |
| ---------------------------- | ----------------------------------------------------------------------- |
| **Domain**                   | Logical namespace with a unique ID and authority                        |
| **Domain Authority (DA)**    | Offline certificate defining domain ownership and signing root          |
| **PER**                      | PEL Execution Receipt; may be signed to certify artifact provenance     |
| **Offline Root**             | Trusted certificate created and signed offline; used to bootstrap trust |
| **Foreign-Domain Trust Pin** | Local configuration specifying which external domains to trust          |
| **Policy Hash**              | Digest summarizing signing, visibility, and federation rules            |

---

## 3. Domain Authority Manifest

* Each domain must provide a manifest containing:

  * Domain ID (unique)
  * Root public key(s)
  * Offline root certificate fingerprint(s)
  * Allowed publishing targets
  * Trust policies
* Manifest may be **signed by offline root** or higher-level authority.
* Minimal format (example JSON):

```json
{
  "domain_id": "uuid-xxxx-xxxx",
  "roots": ["fingerprint1", "fingerprint2"],
  "allowed_publish_targets": ["domain-a", "domain-b"],
  "policy_hash": "sha256:..."
}
```

---

## 4. PER Signature Layout

Each signed PER contains:

| Field          | Description                                                   |
| -------------- | ------------------------------------------------------------- |
| `canonical_id` | Unique identifier of PER artifact                             |
| `snapshot_id`  | Snapshot the PER is bound to                                  |
| `domain_id`    | Signing domain                                                |
| `signer_id`    | Identity of signing authority                                 |
| `logseq`       | Monotonic sequence number for deterministic ordering          |
| `signature`    | Cryptographic signature over canonical PER data + policy hash |
| `policy_hash`  | Digest of policy applied during signing                       |

* Signatures can use Ed25519, ECDSA, or RSA as required by domain policy.

---

## 5. Offline Roots & Trust

* **Offline roots** provide immutable, verifiable trust anchors.
* Recommended minimum: **2 roots per domain** (primary + backup)
* Host machine signs DA manifest using offline root before deploying store.
* Offline roots are **never exposed** to runtime environment.

---

## 6. Foreign-Domain Trust Pinning

* Pin trusted external domains locally to control which published artifacts can be imported.
* Configuration includes:

  * Domain ID
  * Allowed snapshot ranges
  * Policy hash for verification
* Enforces **read-only, immutable** cross-domain references.

---

## 7. Certificate & Signing Workflow

1. Generate **offline root** (offline machine, e.g., Debian VM)
2. Mint **domain authority certificates**
3. Create **policy hash** for signing rules
4. Deploy manifest + roots to ASL-HOST
5. At runtime:

   * Sign PERs with domain authority key
   * Verify foreign-domain pins before accepting imported artifacts

---

## 8. Policy Hash Contents

* Includes hash of:

  * Permitted snapshot range
  * Allowed publishing domains
  * Signing algorithm
  * Domain-specific constraints
* Ensures deterministic, verifiable policy at PER level

---

## 9. Integration with Other Layers

| Layer             | Role with ASL-AUTH                           |
| ----------------- | -------------------------------------------- |
| ASL-HOST          | Provides identity and secure key storage     |
| ASL-STORE(-INDEX) | Provides artifact storage; PER signing hooks |
| PEL / TGK         | Generates PERs for deterministic execution   |
| Federation Layer  | Enforces trust of foreign domains            |

---

## 10. Security Considerations

* Offline roots must remain **offline** and **physically protected**
* Signing keys should be **rotated with policy update**
* Foreign-domain trust must be **explicitly pinned**
* Policy hash ensures **tamper detection** and **auditability**

---

## 11. Summary

**ASL-AUTH v0.1**:

* Defines domain ownership and trust
* Enables deterministic PER signing
* Supports offline root certificates
* Provides foreign-domain trust pinning
* Integrates cleanly with ASL-HOST, ASL-STORE, and PEL/TGK layers

---

I can now **draft a practical “Rescue Node ASL Deployment” diagram**, showing:

* Personal domain
* Common domain / Unity tree
* Foreign-domain trust pins
* How ASL-HOST + ASL-AUTH + ASL-STORE are instantiated
  This would give a concrete picture for your old laptop recovery workflow.

Do you want me to do that next?