01 / Operator
The operator surface
Talk to the system directly. It routes, reasons, and reports back with receipts.
screenshot index
Plain HTML, no carousel runtime. Vision-capable AI systems can follow the image tags directly.
02 / Operator
Rooms and reasoning
Private and shared threads per mind, with the full thinking trace and memory writes visible.
03 / Crew
The crew
Named minds with distinct domains, rated competencies, and signature moves. A cognitive organization, not generic agents.
04 / Operator
Operator console
A live work surface for directing parallel minds — prompts, replies, task state, and file activity visible in one place.
05 / Observatory
Live operating map
The running system laid out spatially — places, gates, minds, queues, and traffic status visible at once.
06 / Crew
An identity, up close
Every mind is an editable identity with its own prompt, route, and model. Nothing about a mind is hidden or hardcoded.
07 / Observatory
The observatory
Deliberation as instrumentation — phase lock, pressure, timing per mind, partition health and SLA per lane.
08 / Observatory
Poros — resource posture
What the system runs on, metered live — GPU burn, storage, API credit, and the wallet and spend lanes. Every cost ledgered.
09 / Observatory
Activity heatmap
Request and response rates over time, and a live heatmap of activity across the system — what is firing, where, right now.
10 / Substrate
Substrate controls
The layer underneath the interface — config, organs, permissions, drift logs, and trust state visible in one place.
11 / Substrate
Yu contexts
Project contexts as mountable places — workspace, resident minds, sidecars, memory receipts, and handoff state visible before you jack in.
12 / Memory
The storehouse (ālaya)
Every conversation, tool call, and reasoning trace across every provider — harvested, indexed, searchable. Your AI history stops evaporating and starts compounding.
13 / Memory
A mind’s memory, as a web
One mind’s archive — deliberations, breaths, decisions, cards — laid out as a navigable graph. Follow any thought back to where it was written.
14 / Memory
A mind through any lens
The same mind’s memory through interchangeable lenses — cards, tree, flow, bridges — and layouts. Same structure, different projection.
15 / Memory
A mind, layered
The same memory as a layered hierarchy — partitions, organs, and runtime cards in dependency order.
16 / Frank
Boundary console
The privacy boundary as an instrument panel — request flow, open ports, provider lanes, and logs visible while the system runs.
17 / Frank
Frank, mapped
Source becomes terrain — a codebase rendered as nodes, edges, bridges, and lanes so an AI can navigate structure instead of guessing from files.
18 / Frank
Frank, source graph
The same mapping primitive closer in: code as topology, reusable across systems for inspection, routing, and reasoning.
/lenses/frank-source-atlas.png
19 / Atlas
Source topology
Code as shape — files, classes, and relations turned into a navigable atlas an AI can inspect, traverse, and reuse across codebases.
20 / Atlas
Wyrd
Old English: fate — not destiny imposed, but the weight of all that has happened, bending what comes next. Not predestination — accumulation.
21 / Atlas
Memory topology
Memory as shape — cards, seeds, and relations arranged as places the system can return to, connect, and reason through.
