
I Fixed the Dumbest Thing About AI Agents
How I built a shared, persistent memory layer across four AI-agent runtimes to reduce repeated briefings and keep decisions consistent between sessions.
Read the articleThe question is what we do with it.
I’m building an autonomous working system that gives people the capacity to do more. A workforce organised around real work, shared context and business outcomes.
Enter the story BUILT BY KEITH DE ALWIS · EVOLVING IN THE LABAnother model. Another tool. Another conversation starting from zero.
There is extraordinary capability everywhere. But joining it up still falls to us. We carry the context, chase the handoffs and turn a hundred promising outputs into something useful.
DISCONNECTED TOOLS. FRAGMENTED CONTEXT. HUMAN GLUE.Can I agree the priorities, then trust the work to move forward?
That is the question behind AIQ. Talk it through with an orchestrator. Agree the outcome. Turn it into owned, trackable tasks. Let specialist employees work in parallel, bringing decisions back when they need me.
DISCUSS → AGREE → DELEGATE → DELIVERA digital employee needs more than a clever prompt.
I personally shape each employee around outcomes, responsibilities, skills and tools. The engineering lab began with orchestration, technology and design. The ambition extends across research, growth and the everyday work of a business.
PERSONALLY SHAPED. CONTINUALLY TESTED.Intelligence is one layer. Making it useful takes a system.
Human direction, a shared control plane, specialist employees, persistent knowledge and connected tools. Underneath, an execution layer designed for frontier and open-weight models, in the cloud or on physical hardware.
Explore the architecture A HIGH-LEVEL VIEW · ARCHITECTURE EVOLVING IN THE LABThe next session should know what the last one learned.
AIQ Brain gives the workforce a shared knowledge repository. Decisions, runbooks, project state and lessons from real work stay available across sessions and runtimes. Context becomes something the system can carry forward.
Read how I built the brain DECISIONS. KNOWLEDGE. RUNBOOKS. CONTINUITY.More freedom to act needs clearer boundaries.
Signed operations, scoped permissions and audit trails underpin the work. Human approval belongs at the decisions that matter. A capable system should know when to proceed, when to ask and when to stop.
CLEAR AUTHORITY. VISIBLE WORK. HUMAN JUDGEMENT.I am the first person who has to live with the results.
AIQ is a working laboratory, built and tested through my own work. It draws on open source and lessons from dozens of repositories and projects. I’m finding what holds together, what breaks and what deserves to become a controlled beta.
LAB PROJECT · WORKING TOWARDS A CONTROLLED BETABuilt for me. With the ambition to make it useful to others.
My vision is a world where one person, supported by the right AI workforce, can build, market and scale a business that once needed a much larger team. The human sets the direction. The system helps carry the work.
Follow the build A VISION BEING BUILT, ONE REAL OUTCOME AT A TIME.The experiments, the awkward bits and what I’m learning along the way.

How I built a shared, persistent memory layer across four AI-agent runtimes to reduce repeated briefings and keep decisions consistent between sessions.
Read the article
The AI tools and workflows helping me deliver work that once needed a team of seven, and what this shift means for consultants and domain experts.
Read the articleGoals, priorities and judgement remain human. Agree the outcome, set boundaries and approve consequential decisions.
Turn intent into tasks, route work to the right employee and bring progress, exceptions and approval back into one place.
Employees have defined responsibilities, skills, tools and expected outcomes. The engineering lab pairs orchestration with technology and design.
A shared, versioned knowledge repository carries decisions, runbooks and project state across sessions and agent runtimes.
Tool connections and signed bridges link the workforce to business systems, with scoped access and an auditable record of operations.
A model-agnostic, node-based approach supports frontier and open-weight models and work across cloud and physical hardware. Deployment capabilities continue to evolve in the lab.
This is a high-level account of a working lab, including its design direction. It is not a claim that every capability is ready for general release.
I share what I’m making and what I’m learning in The Sunday Blueprint.
Follow the build Talk about AIQ