Hanzo University
University/ARC 105: Production AI Architect Masterclass
Course ARC 105 · Units: 6.0 · Credential: HCPAIA

Production AI Architect Masterclass

Enterprise AI architecture at scale. Build self-hosted zero-trust clusters, configure post-quantum RNS tunnels, deploy global BFT agent meshes, and govern enterprise billing.

ACADEMIC SPECIFICATIONSARC 105 · 6.0 UNITS
DURATION6 Weeks · Capstone Immersion
LEVELStaff / Principal
CREDENTIALHCPAIA
CREDENTIAL FORMATW3C Verifiable Credential
Lead Faculty & Academic Direction
Vikram SethiVP of Infrastructure & Security Architecture, Hanzo
PrerequisitesSenior/Staff software engineering experience, distributed systems, and Kubernetes
TUITION & COMPUTE REBATEOPEN ENROLLMENT
TOTAL TUITION
$499USD
+$125 CREDITS (25% REBATE)
Guaranteed compute allocation deposited immediately on enrollment. Subsidizes Zen 6 inference and Hanzo Visor sandbox runtimes.
Enroll in ARC 105 — $499 USD →Have a coupon code or fellowship grant? Enter it during checkout.
Automatic 25% Compute Credit Rebate
25% of tuition (rounded up) is immediately deposited into your Hanzo Cloud compute balance on day one. Fully subsidizes your Hanzo Visor sandbox container leases and model inference throughout the course.

Competency Framework

What you master in ARC 105

Engineered for software practitioners building resilient autonomous production systems.

Zero-trust cluster provisioning with hanzo up
Post-quantum cryptography (ML-KEM, ML-DSA)
Global agent mesh & BFT consensus with hanzod
Multi-tenant IAM, KMS, and enterprise compliance

Comprehensive Syllabus

Curriculum & Laboratory Breakdown

Every module combines systems architecture lectures with hands-on containerized lab defense.

ARC 105.1Zero-Trust Cluster Provisioning & Hardware Topology
Week 1
Provision sovereign compute clusters using hanzo up with isolated control planes.
Key Topics & Lectures:
Bare-metal and cloud GPU cluster topology design (NVIDIA H100, L40S, Apple Silicon)
Automated bootstrapping with hanzo up and immutable OS images
Multi-tenant network isolation with Cilium and eBPF data planes
Assigned Readings:
Hanzo Infrastructure Engineering: Sovereign Cluster Architecture at Scale
Lab 1: Provision a 3-node Kubernetes cluster with eBPF network isolation and GPU scheduling.
ARC 105.2Post-Quantum Cryptography & RNS Network Tunnels
Week 2
Secure inter-agent communication against quantum threats using ML-KEM and ML-DSA standards.
Key Topics & Lectures:
NIST Post-Quantum Cryptographic Standards (FIPS 203 ML-KEM, FIPS 204 ML-DSA)
RNS (Resilient Network Sockets): low-latency authenticated P2P tunneling
Key rotation lifecycles and hardware security module (HSM) integration
Assigned Readings:
NIST Special Publication: Transitioning to Post-Quantum Cryptography
Lab 2: Establish an ML-KEM encrypted tunnel between two independent worker pods.
ARC 105.3Byzantine Fault Tolerant (BFT) Agent Consensus
Week 3
Coordinate autonomous agent decision-making across untrusted networks using hanzod consensus.
Key Topics & Lectures:
Byzantine agreement protocols in autonomous decision pipelines
Deploying hanzod consensus nodes for state machine replication
Slashing and penalty conditions for malicious or hallucinating nodes
Assigned Readings:
Castro & Liskov: Practical Byzantine Fault Tolerance
Lab 3: Deploy a 4-node hanzod validator cluster and simulate network partition recovery.
ARC 105.4Enterprise Multi-Tenant IAM, KMS & Sovereign Compliance
Week 4
Design enterprise-grade identity, key management, and data sovereignty boundaries.
Key Topics & Lectures:
Fine-grained attribute-based access control (ABAC) in multi-tenant environments
Bring-Your-Own-Key (BYOK) envelope encryption with KMS
Zero-trust security frameworks, cryptographic audit logs, and compliance enforcement
Assigned Readings:
Hanzo Enterprise Security Standard: Multi-Tenant Zero-Trust Model
Lab 4: Configure an organization hierarchy with isolated KMS keyrings and policy constraints.
ARC 105.5Global Observability, Distributed Tracing & Cost Auditing
Week 5
Instrument distributed agent meshes with OpenTelemetry, ClickHouse datastores, and Prometheus.
Key Topics & Lectures:
Distributed trace propagation across multi-agent RPC hops
Datastore ClickHouse schema design for high-cardinality token billing metrics
Real-time anomaly detection for token runaway and runaway loops
Assigned Readings:
OpenTelemetry Specification: Semantic Conventions for Generative AI Systems
Lab 5: Build a real-time observability dashboard tracking token usage across a 50-node agent swarm.
ARC 105.6Multi-Region Mesh Deployment & Capstone Defense
Week 6
Deploy, stress-test, and defend a multi-cluster autonomous agent mesh across three geographic regions.
Key Topics & Lectures:
Geo-distributed failover, latency routing, and data replication strategies
Disaster recovery drills and chaotic fault injection
Capstone oral defense and HCPAIA credential issuance
Assigned Readings:
Verma et al.: Large-Scale Cluster Management at Google with Borg
Capstone Project: Deploy and defend an active-active multi-region agent mesh maintaining 99.99% uptime under simulated regional blackouts.

Final Examination

Capstone Defense & Credential Issuance

Design and deploy a fault-tolerant multi-cluster autonomous agent mesh across three regions. Upon automated grading verification, your HCPAIA W3C Verifiable Credential is cryptographically signed and issued to your Hanzo DID.

Hanzo University Tracks

Explore the Complete Curriculum

Six specialized engineering credentials designed for the frontier of autonomous intelligence.

ENG 100HACE
Agentic Coding Systems with Hanzo Dev & Zen 6Architect autonomous coding agents capable of multi-file refactoring, test-driven debugging, and opening verified pull requests using Zen 6, ZAP RPC, and isolated Hanzo Visor sandboxes.
RL 101HARLE
Native Reinforcement Learning & Post-TrainingImplement native Gymnasium environments on the Hanzo Cloud Fabric. Fine-tune models with Zoo Gym, design multi-objective reward functions, and train learned routing policies.
SYS 103HCAISE
Hanzo AI Systems Engineering FoundationThe definitive engineering standard for production AI. Master the 4-surface parity, finite-state Kai decision loops, hybrid retrieval, and strict integer micro-USD budget governance.