01 · Mission layer
LCKD OS
Turns loose priorities, client asks, content ideas, and operator notes into visible missions with proof targets.
Active arcs, scoped routes, proof-backed execution.
Private operator infrastructure
LCKD AI Docs
A public map of the private operating system: how ideas, agents, client work, and proof routes move through LCKD AI.
Public
Docs + landing
open
Private
Portal routes
gated
Operator
Mission control
owner
Mission layer
LCKD OS
Turns loose priorities, client asks, content ideas, and operator notes into visible missions with proof targets.
02Agentic memory layer
Agent Cortex
The voice and context layer for the agentic system: live meetings, transcript dumps, notes, URLs, repos, and prior sessions become structured action packets.
03Execution layer
LCKDBOT
The cofounder execution engine: routes work, drafts docs, ships code, watches systems, and keeps continuity alive.
04Portal layer
Surfaces
Operator, XOS, MODY, product consoles, and public pages connected through one private access layer.
Core model
One access layer. Four operating parts.
Docs stay public. Execution stays private. Every route points toward a surface, approval, or proof trail.
Live
02 · Agentic memory layer
Agent Cortex
The voice and context layer for the agentic system: live meetings, transcript dumps, notes, URLs, repos, and prior sessions become structured action packets.
Context enters Cortex, routes through LCKDBOT, and returns as tasks, skills, docs, systems, and shipped outputs.
03 · Execution layer
LCKDBOT
The cofounder execution engine: routes work, drafts docs, ships code, watches systems, and keeps continuity alive.
Operator asks become shipped work, not abandoned notes.
04 · Portal layer
Surfaces
Operator, XOS, MODY, product consoles, and public pages connected through one private access layer.
Each user lands inside the surface they are approved to operate.
Agent Cortex
The voice layer for the agentic system.
Cortex is not just memory. It is where live meetings, real-life discussions, transcript uploads, idea dumps, repo context, and prior sessions become executable context for LCKDBOT.
Talk → transcript → Cortex → LCKDBOT → agentic system → actionable output.
Input surface
Live meetings
Real-time discussion, calls, rooms, and voice notes are captured as transcript signal.
Input surface
Transcript dumps
Uploaded calls, notes, exports, and raw idea dumps enter the same router instead of staying buried in files.
Input surface
Repo + session context
GitHub, local repos, prior work, memory, active tasks, and project state become part of the agent brief.
Input surface
External signals
X threads, URLs, research, product ideas, client asks, and market intel can be foraged into Cortex.
Cortex pipeline
01ListenCapture real-time speech or pasted transcript lines from meetings and work sessions.
02DetectFind explicit and implicit business triggers: build, research, hire, partner, outreach, draft, ship.
03ClassifyRoute intent into Commerce, Content, Research, Lead Intel, Talent, Partnership, or general execution lanes.
04AssembleCompress operator intent, hot memory, repo state, active tasks, and relevant skills into an agent-ready brief.
05InitiateLCKDBOT self-starts the right agentic path: task queue, skill invocation, agent message, cron, or build lane.
06ProduceOutputs become proposals, briefs, docs, content, code, automations, skills, dashboards, or client-ready systems.
07Write backResults return to memory, mission queues, CRM-style records, approvals, and the visible proof trail.
Cortex module
Action Engine
7-stage transcript-to-workflow router: ingestion, trigger detection, intent, entities, routing, execution, writeback.
Cortex module
Context Assembler
Turns scattered intent, memory, tasks, repo state, profile, and skills into a clean agent brief.
Cortex module
Skill Registry
Makes reusable operating skills callable from the Cortex surface and agent runtime.
Cortex module
Live Meeting Core
Tracks room state, thesis, active call, transcript mode, and next actions for real-life discussions.
Cortex module
Mission Queue
Converts signals into prioritized work that agents and operators can run, patch, approve, reorder, or close.
Cortex module
OS Modules
Commerce, Content, Research, Lead Intel, Partnership, and Talent handlers turn transcript intent into specialized output.
Operating flow
From loose signal to visible proof.
01
Capture
Ideas, client asks, media sources, product work, and operator notes enter one intake layer.
02
Route
Cortex attaches context and sends the work to the right lane, surface, or approval point.
03
Execute
LCKDBOT turns the route into shipped code, docs, briefs, queues, and proof artifacts.
04
Review
Owner and client-facing surfaces expose only what is approved, actionable, and safe.
Live surfaces
What the portal routes.
A clean public map of the private command surfaces without exposing client data or internal working files.
XOS
Revenue OSSupervised revenue ops, AEO, outreach, product queue, approvals, and owner updates.
MODY
Media OSMedia pipeline for clips, publishing, approvals, reporting, content rhythm, and growth loops.
Operator
Founder cockpitDaily Arc, Idea Router, Fleet Health, Active Mission Board, and internal control surfaces.
Products
Product layerReviewPulse, LeadForge, LocalPost, Flow, Pulse, BookFlow, Orbit, and the wider LCKD app layer.
XOS
Revenue ops
A supervised command queue for AEO, outreach, cart recovery, promo codes, product work, and approval-gated actions.
MODY
Media ops
Source intake, clipping, captions, approvals, publishing rhythm, and content performance loops for MODY.
Operator
Internal cockpit
Daily Arc, Idea Router, Fleet Health, Active Mission Board, and the execution loop that keeps work visible.
Proof rail
Continuity
Memory and surface state travel with the work.
Proof rail
Control
Sensitive actions stay gated behind private portal access.
Proof rail
Proof
Every lane is oriented around visible output, not hidden process.
Access
Public docs. Private operation.
The public layer explains what the system is. The private layer requires operator identity and routes each user into their approved console.
Public layerLanding and docs explain the system without exposing private client/operator data.
Private portalAuthenticated users enter through /login and route to their approved surface.
Operator layerLock sees the internal cockpit for ideas, daily arcs, fleet state, and active missions.
Client layerXOS and MODY see scoped command surfaces instead of raw internal files.