Hardware-Enforced Cloud Governance

Hardware-Enforced Cloud Governance

For enterprises and VCs underwriting the current AI wave, the greatest existential threat is a catastrophic identity failure, a ransomware lockout, or a rogue administrator hijacking the core infrastructure.

Cryptosign establishes a Break-Glass Root of Trust, providing hardware-enforced governance over your most critical digital IP.

Deployment Protocols by Infrastructure

Objective: To establish a zero-trust, mathematically derived physical failsafe for the highest-privilege root account within a Microsoft Azure (Entra ID) cloud environment using pre-engraved cryptographic shares.

Architectural Context: In day-to-day operations, the enterprise utilizes a strictly keyless architecture (biometrics, YubiKeys, ephemeral tokens). To prevent permanent IP lockout if the Identity Provider fails or an insider threat goes rogue, this protocol establishes the Break-Glass Root of Trust. Utilizing the Cryptosign Keyless Kit, the founders extract a mathematically flawless master password from pre-engraved hardware shares, apply it to the Azure failsafe account, and distribute the physical shares to an investor/founder quorum.

Prerequisites (The Equipment)
  • Machine A (Online): The standard work computer used by the CEO or Lead Architect to access the Azure portal.
  • Machine B (Air-Gapped): A dedicated, offline computer. Ideally, a machine booted from a temporary live operating system (e.g., Tails OS or Ubuntu on a USB) with all networking hardware physically disabled.
  • The Cryptosign Keyless Kit: 5 Pre-Engraved Cryptosign shares, 5 serialized tamper-evident security bags, and the Cryptosign Secure SD Card (containing the audited offline SSS extraction engine).
  • Destruction Materials: A cross-cut shredder or fire-safe incineration bowl.
Phase 1: Environmental Setup & The Air-Gap
SECURITY WARNING: At no point should the provided Cryptosign SD card be inserted into an internet-connected machine. This prevents supply chain attacks and ensures absolute zero-knowledge extraction.
  1. Isolate the Environment: Boot Machine B (Air-Gapped) and physically verify that all networking capabilities are disabled. Ensure no smartphones or smart speakers are active in the room.
  2. Break the Seal: Open the tamper-evident Cryptosign kit and extract the secure SD card.
  3. Load the Engine: Insert the SD card directly into Machine B.
  4. Execute Locally: Launch the provided `.html` file in the machine's local offline web browser.
Phase 2: Master Password Extraction (Machine B)
  1. Activate Keyless Mode: On the offline tool's home screen, click the "Activate Keyless" button. The tool automatically configures itself for Unencrypted Recovery mode.
  2. Set Threshold: Confirm the required threshold matches your physical cards (e.g., enter `3` for a 3-of-5 kit).
  3. Input the Shares: Pick up any 3 of the 5 pre-engraved plates. Type the exact alphanumeric strings engraved on the plates into the offline tool.
  4. Extract the Password: Click "Recover Secret". The engine will mathematically combine the shares and output a highly entropic, 64-character string. This is your Azure Break-Glass Password.
  5. The Temporary Air-Bridge: Write this extracted password down on a physical piece of paper. Do not photograph it or copy it to a digital clipboard.
Phase 3: Provisioning the Azure Break-Glass Account (Machine A)
  1. Login to Azure: The Lead Architect logs into the Microsoft Entra admin center using standard daily keyless credentials.
  2. Create the Emergency User: Navigate to Users > All users > New user. Set the User Principal Name to a distinct, non-human identifier (e.g., `emergency.root@startup.onmicrosoft.com`).
  3. Assign God Privileges: Assign both the Global Administrator and Privileged Role Administrator roles.
  4. Exclude from Keyless/Conditional Access: Navigate to Protection > Conditional Access. Explicitly exclude the new emergency account so it can log in via password alone in a crisis.
  5. Apply the Extracted Password: Manually type the 64-character password from your physical piece of paper into the Azure portal. Confirm it and finalize the creation of the user.
Phase 4: Digital Obliteration & Physical Distribution
  1. Destroy the Paper Air-Bridge: Take the temporary piece of paper containing the master password and completely incinerate or cross-cut shred it.
  2. Wipe the Air-Gap: Power down Machine B entirely and remove the SD card to flush the RAM. The extracted password is now eradicated from the digital realm.
  3. Secure the Plates: Place each of the 5 pre-engraved Cryptosign shares into its own serialized, tamper-evident bag. Seal them permanently.
  4. Log the Manifest: Create an official corporate governance memo logging the bag serial numbers to their assigned holders (e.g., CEO, CTO, Lead VC Partner, Corporate Counsel, Bank Vault).
  5. Physical Dispersal: Hand the sealed bags to the respective quorum members for storage.
Phase 5: Failsafe Execution (The Azure Recovery Protocol)

Executed only during a catastrophic event. The current kit is considered "burnt" once used.

Step 1: The Assembly & Verification

At least 3 members of the quorum physically convene and inspect the tamper-evident bags containing their physical Cryptosign shares to ensure they have not been compromised.

Step 2: The Cryptographic Extraction

Using a fresh air-gapped computer and the Cryptosign SD card, the quorum launches the "Activate Keyless" mode, inputs 3 shares, and extracts the 64-character Break-Glass Password.

Step 3: The Azure Breach (Emergency Logon)

The CEO moves to a secure terminal, navigates to portal.azure.com, logs in using the Break-Glass UPN, and enters the 64-character password. This bypasses any broken SSO providers or compromised biometric requirements.

Step 4: Regaining IP Control (Threat Neutralization)

Once authenticated as Global Administrator, the user must immediately:

  • Revoke Rogue Access: Navigate to Microsoft Entra ID > Users. Locate rogue accounts, click Revoke sessions, and disable their sign-in capabilities.
  • Restore Founder Access: Locate legitimate CEO/CTO accounts, reset passwords, and require re-registration of hardware keys.
  • Audit Conditional Access: Disable or bypass faulty policies that caused the lockout.
  • Secure the Core IP: Verify the integrity of the Azure Managed HSM and ensure proprietary AI model weights or vaults have not been tampered with.
Step 5: Post-Incident Protocol (Rotation)

Once daily operations are restored, the emergency account's password must be randomized/reset. A brand new Cryptosign Keyless Kit must be ordered to establish a new physical quorum.

Objective: To establish a zero-trust, mathematically derived physical failsafe for the highest-privilege Break-Glass Administrator account within an Amazon Web Services (AWS) cloud environment using pre-engraved cryptographic shares.

Architectural Context: To prevent permanent IP lockout if the Identity Provider fails or an insider threat goes rogue, this protocol establishes the Break-Glass Root of Trust. The founders extract a master password from pre-engraved hardware shares, apply it to a dedicated AWS IAM failsafe account, and distribute the physical shares to an investor/founder quorum.

Prerequisites (The Equipment)
  • Machine A (Online): The standard work computer used to access the AWS Management Console.
  • Machine B (Air-Gapped): A dedicated, offline computer with all networking hardware physically disabled.
  • The Cryptosign Keyless Kit: 5 Pre-Engraved shares, 5 tamper-evident bags, and the Cryptosign Secure SD Card.
  • Destruction Materials: A cross-cut shredder or fire-safe incineration bowl.
Phase 1: Environmental Setup & The Air-Gap
SECURITY WARNING: At no point should the provided Cryptosign SD card be inserted into an internet-connected machine.
  1. Boot Machine B (Air-Gapped) and physically verify that networking is disabled.
  2. Extract the secure SD card from the tamper-evident kit.
  3. Insert the SD card into Machine B and launch the `.html` file.
Phase 2: Master Password Extraction (Machine B)
  1. Activate Keyless Mode: Click "Activate Keyless" on the tool's home screen.
  2. Set Threshold: Confirm the required threshold (e.g., `3`).
  3. Input the Shares: Type the alphanumeric strings from 3 pre-engraved plates.
  4. Extract the Password: Click "Recover Secret" to generate the 64-character AWS Break-Glass Password.
  5. The Temporary Air-Bridge: Write this extracted password down on a physical piece of paper. Do not photograph it.
Phase 3: Provisioning the AWS Break-Glass Account (Machine A)
  1. Login to AWS: The Lead Architect logs into the AWS Management Console.
  2. Create the Emergency User: Navigate to IAM > Users > Add users. Set the username (e.g., `emergency.root.failsafe`).
  3. Console Access: Select Provide user access to the AWS Management Console and choose Custom password.
  4. Apply the Extracted Password: Manually type the 64-character password. Uncheck "User must create a new password at next sign-in."
  5. Assign God Privileges: Under Permissions, select Attach policies directly and assign the `AdministratorAccess` managed policy.
  6. Exclude from MFA / SCPs: Ensure this IAM user is explicitly excluded from any AWS Organizations Service Control Policies (SCPs) or IAM boundary policies that mandate MFA. Record the 12-digit AWS Account ID on your temporary paper.
Phase 4: Digital Obliteration & Physical Distribution
  1. Destroy the Paper Air-Bridge: Incinerate or shred the paper containing the password and Account ID.
  2. Wipe the Air-Gap: Power down Machine B entirely to flush the RAM.
  3. Secure the Plates: Place the shares into serialized, tamper-evident bags.
  4. Log the Manifest & Disperse: Record bag serial numbers and hand them to the quorum members (CEO, CTO, VC, Counsel, Vault).
Phase 5: Failsafe Execution (The AWS Recovery Protocol)
Step 1: The Assembly & Verification

At least 3 members of the quorum convene and inspect the tamper-evident bags.

Step 2: The Cryptographic Extraction

Using a fresh air-gapped computer, the quorum inputs 3 shares into the "Activate Keyless" tool to extract the 64-character Break-Glass Password.

Step 3: The AWS Breach (Emergency Logon)

The CEO navigates to the account-specific AWS sign-in URL (`https://[12-digit-account-id].signin.aws.amazon.com/console`), logs in as `emergency.root.failsafe`, and enters the password. This bypasses broken SSO/STS providers.

Step 4: Regaining IP Control (Threat Neutralization)

Once authenticated with `AdministratorAccess`, the user must immediately:

  • Revoke Rogue Access: Navigate to IAM (or IAM Identity Center). Delete rogue Access Keys, invalidate active STS sessions, and remove unauthorized policies.
  • Restore Founder Access: Reset legitimate founder passwords and require re-registration of hardware keys.
  • Secure the Core IP: Navigate to AWS KMS and Amazon S3. Verify Customer Managed Keys (CMKs) and review S3 Bucket Policies to ensure proprietary datasets are secure and not exposed to `allUsers` or cross-account access.
Step 5: Post-Incident Protocol (Rotation)

Reset the emergency account password and deploy a brand new Cryptosign Keyless Kit to establish a new quorum.

Objective: To establish a zero-trust, mathematically derived physical failsafe for the highest-privilege Break-Glass Administrator (Super Admin) account within a Google Cloud Platform (GCP) and Cloud Identity environment.

Architectural Context: To prevent permanent IP lockout if the Identity Provider fails, this protocol extracts a master password from pre-engraved hardware shares, applies it to a dedicated Google Cloud failsafe account, and distributes the physical shares to a quorum.

Prerequisites (The Equipment)
  • Machine A (Online): The standard work computer used to access the Google Cloud Console and Workspace Admin Console.
  • Machine B (Air-Gapped): A dedicated, offline computer with all networking hardware physically disabled.
  • The Cryptosign Keyless Kit: 5 Pre-Engraved shares, 5 tamper-evident bags, and the Cryptosign Secure SD Card.
Phase 1: Environmental Setup & The Air-Gap
SECURITY WARNING: At no point should the provided Cryptosign SD card be inserted into an internet-connected machine.
  1. Boot Machine B (Air-Gapped) and physically verify that networking is disabled.
  2. Load the Cryptosign SD Card and launch the offline `.html` file.
Phase 2: Master Password Extraction (Machine B)
  1. Activate Keyless Mode: Click "Activate Keyless" and confirm your threshold.
  2. Input the Shares: Type the alphanumeric strings from 3 pre-engraved plates.
  3. Extract the Password: Click "Recover Secret" to generate the 64-character Google Cloud Break-Glass Password.
  4. The Temporary Air-Bridge: Write this password down on a piece of paper.
Phase 3: Provisioning the Google Cloud Break-Glass Account (Machine A)
  1. Login to Google Workspace: Log into the Admin Console (`admin.google.com`).
  2. Create the Emergency User: Navigate to Directory > Users > Add new user (e.g., `emergency.root.failsafe@startup.com`).
  3. Apply the Extracted Password: Manually type the 64-character password. Explicitly uncheck "Ask for a password change at the next sign-in."
  4. Assign God Privileges: In Workspace, assign the Super Admin role. In the Google Cloud Console (`console.cloud.google.com`), assign the Organization Administrator and Owner roles at the top Organization node.
  5. Exclude from SSO / 2SV: Navigate to Security > Authentication. Place this user in an Exception Configuration Group that bypasses third-party SSO (SAML) routing and exempts it from enforced 2-Step Verification (2SV).
Phase 4: Digital Obliteration & Physical Distribution
  1. Destroy the Paper Air-Bridge.
  2. Power down Machine B to wipe the RAM.
  3. Secure the plates in tamper-evident bags and distribute to the quorum.
Phase 5: Failsafe Execution (The GCP Recovery Protocol)
Step 1: The Assembly & Extraction

At least 3 members of the quorum convene, inspect the bags, and use an air-gapped machine to extract the 64-character Break-Glass Password via the offline engine.

Step 2: The Google Cloud Breach (Emergency Logon)

Navigate to `admin.google.com` or `console.cloud.google.com`. Log in using the emergency email and extracted password. The native Google login will succeed immediately, bypassing broken SSO.

Step 3: Regaining IP Control (Threat Neutralization)

Once authenticated as Super Admin / Organization Administrator, immediately execute:

  • Revoke Rogue Access: In Workspace, locate rogue accounts. Click Reset sign-in cookies to kill active sessions, revoke OAuth tokens, and suspend accounts.
  • Restore Founder Access: Reset legitimate founder passwords and generate backup codes.
  • Audit IAM & Policies: In the GCP Console, remove unauthorized Service Accounts/IAM bindings and check Organization Policies for malicious guardrails.
  • Secure the Core IP: Navigate to Google Cloud KMS and Cloud Storage. Verify encryption keys and ensure proprietary AI model buckets haven't been made public (`allUsers`).
Step 4: Post-Incident Protocol (Rotation)

Reset the emergency account password and deploy a brand new Cryptosign Keyless Kit to establish a new quorum.

Objective: To establish a zero-trust, mathematically derived physical failsafe for the highest-privilege Break-Glass Administrator (Organization Owner) account within an Enterprise AI Platform.

Architectural Context: Regardless of the foundational model (OpenAI Enterprise, Anthropic Console, Google Vertex AI, or Grok infrastructure), the existential threat is losing control of the top-level account governing fine-tuning datasets, proprietary weights, and API gateways. This protocol extracts a master password from hardware shares and applies it to a dedicated AI Platform failsafe account.

Phase 1: Master Password Extraction (Air-Gapped)
SECURITY WARNING: Ensure Machine B is fully air-gapped with all networking hardware disabled.
  1. Activate Keyless Mode: On the offline tool's home screen, click "Activate Keyless".
  2. Input the Shares: Type the alphanumeric strings from 3 pre-engraved plates.
  3. Extract the Password: Click "Recover Secret" to output a highly entropic, 64-character string. Write this down on a temporary paper air-bridge.
Phase 2: Provisioning the AI Platform Break-Glass Account (Online)
  1. Login to the AI Console: Log into the Enterprise AI Admin Dashboard using standard credentials.
  2. Create the Emergency User: Navigate to Users / Team Management > Add User. Set the email (e.g., `emergency.root.failsafe@startup.com`).
  3. Apply the Extracted Password: Manually type the 64-character password. (Accept any invites in an incognito window to set the password).
  4. Assign God Privileges: Assign the highest tier of access available (e.g., Organization Owner, Super Admin, or Primary Billing Admin).
  5. Exclude from SSO / Enforced MFA: Configure your identity layer to explicitly bypass central SSO routing (like Okta) for this specific emergency address. It must log in natively via password.
Phase 3: Digital Obliteration & Physical Distribution

Incinerate the paper air-bridge, wipe the air-gap machine, seal the 5 hardware shares in tamper-evident bags, and distribute them to your founder/VC quorum.

Phase 4: Failsafe Execution (The AI Recovery Protocol)
Step 1: Assembly & Extraction

During a catastrophic event, at least 3 quorum members convene, inspect the bags, and use the air-gapped Cryptosign SD card tool to extract the 64-character password.

Step 2: The Enterprise Breach & IP Control

The CEO logs into the native AI Platform portal using the emergency email and password. Once authenticated as the Organization Owner, immediately execute:

  • Revoke Rogue Access: In User Management, downgrade rogue administrative accounts, revoke active sessions, or delete them entirely.
  • Secure the API Gateways: In API Keys / Developer Settings, instantly revoke any production API keys compromised by the rogue actor to prevent billing spikes or rate-limit exhaustion.
  • Audit Proprietary Data: Check Fine-Tuning, Files, and Model Management sections. Verify training datasets and custom-trained model weights have not been deleted or maliciously altered.
Step 3: Post-Incident Protocol

Reset the emergency account password and deploy a brand new Cryptosign Keyless Kit.