Hi, I'm Omoshola.
Systems builder and AI/ML researcher, passionate about high-tech supply chains. I build planning and risk intelligence for the networks behind semiconductors, hardware and finance, and the open infrastructure that makes AI decisions trustworthy: specialist models, agent memory and identity, and settlement records anyone can replay.
High-tech supply chains are the most interesting systems I know. A chip crosses many borders and handoffs before it ships inside a product, and one supplier buried three tiers down can stall the whole network. I spend my days building AI-enabled planning solutions for that world: forecast accuracy, plan volatility, cost validation and supplier risk, built so the people who act on a recommendation can see why it was made.
That work led me to a bigger question: how do you trust an AI decision a year after it was made? Outside work I build toward an answer in three layers. Specialist models that go deep in one domain. Infrastructure that gives them lasting memory and a verifiable identity. A settlement layer that records every decision involving value so anyone can replay it.
The writing is where I work these ideas out in public; the about page is the long version.
Recent Posts
-
Too Central to Fail: Finding the Suppliers That Can Take Down a Network
Published:• 8 min readThe supplier that fails and takes your whole operation with it is rarely your biggest line of spend. It is the one buried three tiers deep that forty other parts quietly depend on. Notes on network analysis, cascading disruption, and building supplier-risk scores an operator can actually act on.
-
Why Supply Chain AI Fails at the Last Mile
Published:• 9 min readThe hardest part of supply chain AI is not the forecast. It is the handoff — the moment a probabilistic recommendation reaches a human planner who has to decide whether to trust it. Notes on the trust gap between a recommendation and an action, from the seat of a Kinaxis subject-matter expert.
-
Verity: The Truth Engine Underneath XAP
Published:• 14 min readA close read of verity-engine — five Rust crates, seven trust properties, and the design invariants that turn an agent settlement decision into a record any third party can independently replay.
-
XAP: The Settlement Layer for Autonomous Agents
Published:• 10 min readA close read of XAP (eXchange Agent Protocol): six primitive objects, one transaction flow, and what it takes to make agent-to-agent commerce verifiable without any human in the loop.
-
AgenticMemory, Part 3: The Capabilities That Required a New Data Structure
Published:• 9 min readFour things that are only possible because of the typed cognitive graph — finding connections, simulating what breaks, auditing gaps in reasoning, and recognizing patterns across completely different domains.
-
AgenticMemory, Part 2: How the Agent Searches and Knows What Matters
Published:• 8 min readSelf-correction without data loss, exact-term search that actually works, hybrid retrieval that uses both signals, and a way to find which beliefs everything else is built on.
-
AgenticMemory, Part 1: The Memory Your Agent Was Always Missing
Published:• 10 min readFour foundational capabilities that give AI agents a real brain — not a search bar. The binary format, the portable file, the typed events, and the reasoning chains.
-
Building a Payment System That Proves Finality Instead of Asserting It
Published:• 11 min readMost payment platforms tell you a transaction succeeded. I am building one that proves it — cryptographically, deterministically, and in a way that can be replayed and audited years later. Notes from the work in progress.
-
Building a Memory System for AI Agents
Published:• 22 min readVector databases tell you what is similar. They do not tell you what happened, what was decided, or what the agent learned that overrides what it knew before. I needed something different.
-
Building a Web Cartographer for AI Agents
Published:• 21 min readI wanted AI agents to understand the web the way a researcher does — not just fetch a page, but navigate structure, follow intention, and remember where they have been. Notes from building Cortex.