Industrial Research & Architecture.

At Ithoka Microsystems, we bridge the gap between academic theory and industrial execution. Explore the underlying mathematical frameworks and architectures that power our secure enterprise deployments.

Blockchain & Cryptography

Status: Research Deployed

Camouflage Protocol

An industrial framework for establishing confidential business primitives and automated AML/CFT reporting. We detail how to utilize Groth16 zk-SNARKs and a dual-ledger architecture to resolve the fundamental tension between corporate operational confidentiality and global regulatory compliance.

Inside the Architecture:

  • Zero-Knowledge Dual-Ledger Architecture
  • Corporate Treasury Shielding & Stealth B2B Payments
  • Sequential Non-Custodial Payroll Execution
  • Cryptographic Auditing & FATF/VASP Compliance
Read the Whitepaper

Applied Artificial Intelligence

Status: Research Published

Agrosight AI: Perception as a Service

Deploying deterministic edge AI for African agriculture. A framework for lightweight, highly accurate crop diagnostics operating over low-bandwidth constraints. We outline methodologies for bypassing standard probabilistic hallucinations to deliver secure, field-level perception via neurosymbolic data validation.

Inside the Architecture:

  • Computer Vision & Edge Inference
  • Deterministic Diagnostic Guardrails
  • Low-Bandwidth Deployment Architecture (WhatsApp API)
  • Anticipatory Environmental Modeling
Read the Research
Status: Architecture Active

Zero-Trust Agentic Enclaves

Establishing secure boundaries for autonomous economic actors. This paper explores the deployment of OpenClaw agents within federated Auth0 vaults utilizing RFC 8693 token exchange. It provides a blueprint for executing complex, multi-step enterprise workflows without exposing root credentials to LLM prompt injections.

Inside the Architecture:

  • Agentic Workflow Automation & State Execution
  • Zero-Trust Federated Token Exchange
  • Go-Middleware Security Sentinels
  • Deterministic Execution of Probabilistic Intents
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