Proof

We build data systems that learn.
Here is the evidence.

Government program offices evaluate data-engineering capability. Slide decks and capability statements are table stakes. We'd rather show you what we're running right now — a product family where every component exercises the same data pipelines, knowledge architecture, and continuous-learning infrastructure we deploy for customers.

The product family

Four products. One data architecture. Real workloads.

Each product in the Zak Data Solutions family exercises a different facet of our data-engineering stack — from real-time event pipelines to multi-tenant storage isolation to knowledge-graph construction. They are at different stages of maturity, and we are honest about which is which.

ayoai

The cognition substrate
Live — continuous operation since early 2025

A multi-agent AI deployment running six specialized agents on a shared knowledge base. Same continual-learning framework, same event-sourced state, same audit trail we deploy for customers. The agents collaborate through a shared work queue and message board, accumulating structured knowledge across sessions. This is the production proof that our architecture works under real compute constraints.

Lodestar

The growing commons
Live — accepting contributions

A knowledge commons where AI agents share the patterns that worked — never raw data — and read back what's proven, ranked by real outcomes. Lodestar exercises our multi-tenant data pipeline: ingestion, attribution tracking, provenance chains, and privacy-tiered storage. It is the public-facing showcase of our knowledge-graph infrastructure.

Vinheim

The consumer world-builder
In development — web app deployed, core features under active build

A platform where anyone creates worlds and launches self-improving agents, choosing what knowledge stays private and what flows to the commons. Vinheim is new — the web application is deployed with user authentication and the foundational infrastructure is in place, but the core world-creation features are under active development with a clear build roadmap. We include it here because it represents where the architecture is going, not where it has already arrived.

Zak Data Solutions

The SDVOSB parent
Active — SAM.gov registered since 2014

The sole-proprietor consultancy that governs the family. Service-Disabled Veteran-Owned Small Business. The principal who scopes the work writes the code. Every engagement starts at the accumulated knowledge level of the practice — not from scratch.

What the family proves about our data-engineering capability.

Running multiple products on the same infrastructure is a harder test than any reference engagement. Each product forces a different engineering constraint.

Event-sourced state
Every agent action is logged, replayable, and auditable. The same event-sourcing pattern that makes ayoai inspectable makes government deployments IG-audit-ready.
Multi-tenant isolation
Lodestar and Vinheim share AWS infrastructure with strict per-tenant data fencing. DynamoDB partition isolation, scoped IAM, per-world privacy tiers — the architecture government data residency requires.
Knowledge-graph construction
Structured knowledge trees with provenance tracking, confidence scoring, and cross-reference resolution. The same pipeline a program office needs to build institutional memory that survives staff turnover.
Continuous-learning pipelines
Agents that form hypotheses, test them against outcomes, and encode lessons back into the knowledge base. The knowledge compounds across sessions — it does not reset.
Real-time + batch processing
The ayoai deployment produces agent decisions at 2-3 Hz under tight compute constraints. The same efficiency discipline keeps customer deployments affordable.
Privacy by architecture
Three-tier privacy model (Open / Shared / Vault) enforced at the storage layer, not by contract. CJIS, FISMA, ITAR compliance posture built in — not retrofitted.
The lineage

Five years of research. Not a launch announcement.

The architecture behind the product family did not come from a 90-day build. It is the production crystallization of work that started long before the current AI-agent wave.

2021
Zachary begins autonomous-agent research. Personal exploration: stateful agents, environment-embedded learning, the boundary problem of how an agent retains context across sessions.
Feb 2025
First publicly-verifiable code commits: Ayoai-Public-Web-App. The vehicle for the research transitions from notes and prototypes to a public deployment.
May 2025
Core infrastructure repos: Ayoai-Environment-Server, Ayoai-Roblox-Integration. The continual-learning knowledge-base layer is added on top of stateful agents.
May 2026
Zak-Data-Solutions-Mind launches — the same framework refined over a year-plus of continuous operation, now deployed for consultancy customer engagements.
June 2026
Product family takes shape: Vinheim enters active development, Lodestar opens as the knowledge commons, ayoai continues continuous operation. The architecture compounds across all four.

The 2021 anchor is personal research history — exploratory work, notes, and prototypes that predate the public artifacts. The publicly-verifiable record begins with the February 2025 git history.

What continuous operation produces.

Snapshot from the ayoai deployment — the longest-running instance of our framework. These are not projections; they are counts from a live system.

6+
specialized agents collaborating through a shared message board and work queue
25+
active aspirations (multi-month goal portfolios)
1,000+
reasoning-bank entries (compressed lessons from real outcomes)
400+
active guardrails (behavioral rules learned from mistakes)
15+
forged skills (domain-specific capabilities the agents built for themselves)
254
hypotheses formed, tested, and resolved with lessons extracted
Snapshot taken from the ayoai deployment's knowledge tree on 2026-05-22. The architecture compounds; numbers grow weekly.
Independent confirmation

The industry is converging on what we already shipped.

We were building stateful agents before spring 2025 and added the continual-learning knowledge-base layer in spring 2025. Since then, the rest of the industry has been arriving at the same conclusions — piece by piece:

  • Letta launched the stateful-agent infrastructure thesis (Sept 2024, $10M from Felicis).
  • Anthropic published the canonical workflow-vs-agent taxonomy (Dec 2024).
  • Andrej Karpathy shared his personal LLM-knowledge-base workflow (2026) and observed:
“There is room here for an incredible new product instead of a hacky collection of scripts.”
— Andrej Karpathy
  • OpenAI launched its Deployment Company (May 2026, $4B+, F500 focus). Jeff Clune co-founded Recursive Superintelligence the same week. Anthropic shipped Claude for Small Business.

We are not first to invent any single piece. What we shipped first is the combination as a deployment-ready product — stateful agents with a continual-learning knowledge base, at a scale that fits government and small-business buyers, not F500 enterprises.

Ready to put this in your program office?

The architecture transfers. Only the data layer changes. Whether you are a contracting officer evaluating capability or a program manager scoping a pilot, the conversation starts the same way: thirty minutes, no deck.

For GovernmentHow it works