NemoClaw Solved Containment. The SAISA Solves the Contract.

NVIDIA NemoClaw is a container-based agent execution environment with hardware-enforced containment. It solves the "what can this agent do?" problem at the infrastructure level. But containment is not governance. The SAISA solves the contract problem: acceptance criteria, liability, payment, and disputes.

Complementary Layers

NemoClaw and SAISA operate at different layers of the stack:

text

Layer Stack:

5. SAISA (Contract Layer)
   - Acceptance criteria
   - Liability allocation
   - IP ownership
   - Dispute resolution
   - Payment terms

4. Quality Layer
   - Cross-model review
   - Fact checking
   - Readiness certification

3. Orchestration Layer
   - State machine
   - Event handling
   - Progress tracking

2. Containment Layer <- NemoClaw
   - Hardware isolation
   - Resource limits
   - Network restrictions
   - Tool permissions

1. Compute Layer
   - GPU/CPU
   - Memory
   - Storage

NemoClaw ensures the agent cannot escape its sandbox. The SAISA ensures the engagement has clear terms. Both are necessary for enterprise deployment.

What NemoClaw Provides

NVIDIA NemoClaw offers hardware-enforced containment:

Container isolation - Each agent runs in its own container with no shared state
Resource limits - CPU, memory, GPU allocation enforced at hardware level
Network restrictions - Egress controlled via container networking
Filesystem isolation - Agent sees only its designated filesystem
Tool sandboxing - Code execution in isolated environments

What NemoClaw Does Not Provide

Containment is not a complete solution:

No acceptance criteria - How do you know the work is done correctly?
No liability framework - Who is responsible when something goes wrong?
No payment terms - When does the developer get paid?
No dispute resolution - What happens when buyer and developer disagree?
No IP assignment - Who owns the output?

NemoClaw tells the agent what it CAN do. The SAISA tells the parties what they MUST do and what happens if they don't.

Integration Architecture

A NemoClaw + SAISA integration:

json

{
  "paper": {
    "id": "paper_nemoclaw_001",
    "runtime": {
      "provider": "nvidia_nemoclaw",
      "version": "1.0",
      "containerConfig": {
        "image": "agent-security-audit:v2.1",
        "gpuCount": 1,
        "memoryMB": 8192,
        "timeoutSeconds": 3600
      }
    },
    "executionManifest": {
      "maxCostCents": 500000,
      "timelineDays": 3,
      "completionCriteria": [
        "All OWASP Top 10 categories analyzed",
        "CVSS scores for each finding",
        "Remediation roadmap included"
      ],
      "permissionScopes": [
        "read_codebase",
        "execute_static_analysis",
        "write_report"
      ],
      "allowedEgressUrls": []  // Zero egress - fully contained
    }
  }
}

Mapping NemoClaw Capabilities to SAISA Terms

The Execution Manifest references NemoClaw capabilities:

SAISA Term	NemoClaw Implementation
maxCostCents	GPU-hours * rate + inference costs
permissionScopes	Container capability flags
allowedEgressUrls	Container network policy
timelineDays	Container timeout + queue time
completionCriteria	Exit conditions + output validation

Enterprise Value Proposition

For enterprise buyers, the combination provides:

NemoClaw Provides

- Hardware-level isolation
- Resource enforcement
- Network containment
- Execution logging

SAISA Provides

- Acceptance criteria
- Liability caps
- Dispute resolution
- Compliance artifacts

Neither alone is sufficient. Containment without contracts leaves disputes unresolved. Contracts without containment leave security gaps.

Implementation Example

Deploying a security audit agent on NemoClaw with SAISA governance:

typescript

// 1. Compile Paper with NemoClaw runtime
const paper = await exact.paper.compile({
  agentId: 'security-audit-v2',
  runtime: {
    provider: 'nvidia_nemoclaw',
    containerImage: 'audit-agent:latest'
  },
  acceptanceCriteria: [
    'OWASP Top 10 coverage',
    'CVSS scores included',
    'Remediation roadmap'
  ],
  budgetCeilingCents: 500000
})

// 2. NemoClaw executes in isolation
// - Container spins up
// - Agent runs with enforced limits
// - Output captured

// 3. SAISA governs the outcome
// - Quality review runs
// - Readiness certificate issued
// - Buyer reviews and accepts/disputes
// - Settlement or Expert Determination

The SAISA's runtime-agnostic design means you can switch from NemoClaw to another containment provider without changing your contractual framework.

Key Takeaways

-NemoClaw provides hardware-enforced containment; SAISA provides the contract layer
-Containment alone does not address acceptance, liability, or disputes
-The Execution Manifest maps to NemoClaw container configuration
-Enterprise deployment requires both: containment AND governance

Complementary Layers

NemoClaw and SAISA operate at different layers of the stack:

text

Layer Stack:

5. SAISA (Contract Layer)
   - Acceptance criteria
   - Liability allocation
   - IP ownership
   - Dispute resolution
   - Payment terms

4. Quality Layer
   - Cross-model review
   - Fact checking
   - Readiness certification

3. Orchestration Layer
   - State machine
   - Event handling
   - Progress tracking

2. Containment Layer <- NemoClaw
   - Hardware isolation
   - Resource limits
   - Network restrictions
   - Tool permissions

1. Compute Layer
   - GPU/CPU
   - Memory
   - Storage

NemoClaw ensures the agent cannot escape its sandbox. The SAISA ensures the engagement has clear terms. Both are necessary for enterprise deployment.

What NemoClaw Provides

NVIDIA NemoClaw offers hardware-enforced containment:

Container isolation - Each agent runs in its own container with no shared state
Resource limits - CPU, memory, GPU allocation enforced at hardware level
Network restrictions - Egress controlled via container networking
Filesystem isolation - Agent sees only its designated filesystem
Tool sandboxing - Code execution in isolated environments

What NemoClaw Does Not Provide

Containment is not a complete solution:

No acceptance criteria - How do you know the work is done correctly?
No liability framework - Who is responsible when something goes wrong?
No payment terms - When does the developer get paid?
No dispute resolution - What happens when buyer and developer disagree?
No IP assignment - Who owns the output?

NemoClaw tells the agent what it CAN do. The SAISA tells the parties what they MUST do and what happens if they don't.

Integration Architecture

A NemoClaw + SAISA integration:

json

{
  "paper": {
    "id": "paper_nemoclaw_001",
    "runtime": {
      "provider": "nvidia_nemoclaw",
      "version": "1.0",
      "containerConfig": {
        "image": "agent-security-audit:v2.1",
        "gpuCount": 1,
        "memoryMB": 8192,
        "timeoutSeconds": 3600
      }
    },
    "executionManifest": {
      "maxCostCents": 500000,
      "timelineDays": 3,
      "completionCriteria": [
        "All OWASP Top 10 categories analyzed",
        "CVSS scores for each finding",
        "Remediation roadmap included"
      ],
      "permissionScopes": [
        "read_codebase",
        "execute_static_analysis",
        "write_report"
      ],
      "allowedEgressUrls": []  // Zero egress - fully contained
    }
  }
}

Mapping NemoClaw Capabilities to SAISA Terms

The Execution Manifest references NemoClaw capabilities:

SAISA Term	NemoClaw Implementation
maxCostCents	GPU-hours * rate + inference costs
permissionScopes	Container capability flags
allowedEgressUrls	Container network policy
timelineDays	Container timeout + queue time
completionCriteria	Exit conditions + output validation

Enterprise Value Proposition

For enterprise buyers, the combination provides:

NemoClaw Provides

- Hardware-level isolation
- Resource enforcement
- Network containment
- Execution logging

SAISA Provides

- Acceptance criteria
- Liability caps
- Dispute resolution
- Compliance artifacts

Neither alone is sufficient. Containment without contracts leaves disputes unresolved. Contracts without containment leave security gaps.

Implementation Example

Deploying a security audit agent on NemoClaw with SAISA governance:

typescript

// 1. Compile Paper with NemoClaw runtime
const paper = await exact.paper.compile({
  agentId: 'security-audit-v2',
  runtime: {
    provider: 'nvidia_nemoclaw',
    containerImage: 'audit-agent:latest'
  },
  acceptanceCriteria: [
    'OWASP Top 10 coverage',
    'CVSS scores included',
    'Remediation roadmap'
  ],
  budgetCeilingCents: 500000
})

// 2. NemoClaw executes in isolation
// - Container spins up
// - Agent runs with enforced limits
// - Output captured

// 3. SAISA governs the outcome
// - Quality review runs
// - Readiness certificate issued
// - Buyer reviews and accepts/disputes
// - Settlement or Expert Determination

The SAISA's runtime-agnostic design means you can switch from NemoClaw to another containment provider without changing your contractual framework.

Key Takeaways

-NemoClaw provides hardware-enforced containment; SAISA provides the contract layer
-Containment alone does not address acceptance, liability, or disputes
-The Execution Manifest maps to NemoClaw container configuration
-Enterprise deployment requires both: containment AND governance

NemoClaw Solved Containment. The SAISA Solves the Contract.

Complementary Layers

What NemoClaw Provides

What NemoClaw Does Not Provide

Integration Architecture

Mapping NemoClaw Capabilities to SAISA Terms

Enterprise Value Proposition

NemoClaw Provides

SAISA Provides

Implementation Example

Key Takeaways

Ready to standardize your AI agent contracts?

NemoClaw Solved Containment. The SAISA Solves the Contract.

Complementary Layers

What NemoClaw Provides

What NemoClaw Does Not Provide

Integration Architecture

Mapping NemoClaw Capabilities to SAISA Terms

Enterprise Value Proposition

NemoClaw Provides

SAISA Provides

Implementation Example

Key Takeaways

Ready to standardize your AI agent contracts?