The operating system
for AI-native companies.
AI sessions die. Companies cannot.
1BCEO is the persistent operational layer your organization runs on — continuity, memory, governance, and controlled execution across every surface of your business.
The Missing Layer
AI became intelligent.
Companies need more than intelligence.
Today's AI is powerful but operationally incomplete. Context disappears. Execution resets. Workflows fragment. 1BCEO is the persistent operational layer underneath your AI — the operating system an AI-native company runs on.
Operational Continuity
Sessions die. Companies cannot. 1BCEO holds context, decisions, and execution state across every model call, restart, and team member — so work resumes instead of restarting.
Persistent Company Memory
A single operational memory layer: customers, projects, decisions, conversations, code, and history. AI calls inherit your real organizational context — not a blank window.
Governance & Controlled Execution
Granular permissions, approval gates, and full audit trails. Autonomous where appropriate. Controlled where required. Humans stay in control of sensitive operations.
Coordinated Execution Layer
Structured roles, hierarchy, and routing across mail, terminals, code, and approvals. AI work stops being fragmented chats and starts behaving like an organization.
“Your company should not reset every session.”
— 1BCEO Operating Principle
Installation
Install the operational layer
in 6 controlled steps.
The installer inspects your environment, isolates the runtime, and brings up your operational stack — with explicit consent at every boundary.
Environment Discovery
The installer inventories your stack — runtimes, services, cloud CLIs, repositories — and builds a machine-readable profile. No code is executed. No data leaves the machine. You see the full report before anything is provisioned.
Credential Intake
A guided intake for the credentials the platform needs — Anthropic, Google Workspace, GitHub, and more. Keys are stored in your local secret store, never bundled, never transmitted. Each field includes the exact link, the exact scope, and live validation.
Runtime Placement
Run entirely on your machine, or deploy to a Google Cloud project you own. Either way, the operational data and execution stay inside your infrastructure. The installer explains the trade-offs and provisions the chosen runtime.
Operations Terminals
Mobile (iOS / Android) and desktop terminals are configured, signed, and verified against your runtime. From this point forward, the same persistent operational state is reachable from every surface you use.
Mail Integration
Gmail / Google Workspace is connected via OAuth with explicit, minimal scopes. Inbound mail becomes operational events with routing, classification, and approval gates — never silent, always traceable.
Developer Surface
The 1BCEO extension is installed into VS Code and bound to your runtime. Code, repos, and the operational layer share the same memory — without sending your codebase anywhere it should not go.
Operational Capabilities
The capabilities of an
operational layer.
Not a tool. Not a chatbot. A coordinated runtime with memory, governance, and execution boundaries across every surface your company operates on.
Persistent Operational Memory
A single memory layer for your company — projects, decisions, customers, threads, and code. Every AI call inherits real organizational context instead of starting from zero.
Organized AI Execution
Structured roles, routing, and hierarchy across the operational layer. Work is coordinated and stateful — not a pile of disconnected chat windows.
Permission Architecture
Granular, role-based permissions for every operation. Define exactly which tools, repos, and systems each surface may touch. Boundaries are explicit and enforceable.
Approval Gates
Sensitive operations route through human sign-off. Approvals arrive in your mobile terminal with full context — autonomous where appropriate, controlled where required.
Full Audit Trail
Every tool call, model decision, approval, and message is recorded immutably. Operational accountability is built in — review what happened, when, and why.
Mail as an Operational Surface
Inbound mail becomes structured operational events — classified, routed, and traceable. Outbound mail can require approval. Communication joins the rest of your execution layer.
Mobile Operations Terminal
iOS and Android terminals connect to the same persistent runtime. Review activity, approve actions, and intervene from anywhere — without losing context.
Desktop Operations Terminal
A browser-based command surface for issuing operations, inspecting state, reviewing logs, and managing sessions across the entire runtime.
VS Code Integration
Your development environment becomes part of the operational layer. Code, repository state, and decisions share one memory — without leaking the codebase.
External Operational Access
Grant scoped, audited terminal access to clients, contractors, or team members. Each external surface is permission-bounded and fully logged.
The Operational Surfaces
One operational layer.
Every surface you work on.
Mobile, desktop, web, and IDE all connect to the same persistent runtime — with the same memory, permissions, and audit trail. Real screens. Real state.
סיימתי סריקה של 12 מתחרים. מצאתי 3 הזדמנויות חדשות. הכי חזקה: integration עם Salesforce.
09:14
צא לדרך — תכין plan עם BizDev
09:15 ✓✓
09:18
Trust & Governance
AI should not operate
without boundaries.
An operational layer requires operational governance. Every action is scoped, visible, traceable, and reviewable. Humans stay in control of sensitive decisions — and have the audit trail to prove it.
Local-first runtime
The operational layer runs on your machine or inside a cloud project you own. There is no central tenancy. Your operational data does not transit through our infrastructure.
Bring your own keys
Anthropic, Google Workspace, GitHub, and cloud credentials are stored in your local secret store. Keys are never bundled, never proxied, never collected.
Permission architecture
Every surface and tool is permission-bounded. Define exactly which systems each operational role may read, write, or execute against.
Approval gates
Sensitive operations route through human sign-off with full context. Autonomous where appropriate. Controlled where required.
Immutable audit trail
Every tool call, model decision, mail event, and approval is recorded with full context — operational accountability built into the layer, not bolted on.
Operational transparency
Live execution visibility across every surface. You see what is running, what is queued, and what is waiting on you — at all times.
Autonomous where appropriate. Controlled where required.
Operational governance is a property of the layer, not a setting.
Install
Install the missing
operational layer.
One installer brings up the persistent runtime, the terminals, and the developer surface — bound to credentials you hold and infrastructure you own.
Release v1.0 — in preparation. Join the waitlist for early access and founder terms.
Windows
Windows 10 / 11
1bceo-setup-1.0.0.exe
SHA256: [to be published at release]
~180 MB
macOS
macOS 12+
1bceo-1.0.0.dmg
SHA256: [to be published at release]
~200 MB
Linux
Ubuntu 20+ / Debian
1bceo-1.0.0.deb
SHA256: [to be published at release]
~175 MB
Five Steps to a Live Operational Layer
- 1
Run the installer — it inspects your environment without executing code.
- 2
Provide your own credentials. Keys stay in your local secret store.
- 3
Choose where the runtime lives — your machine, or a cloud project you own.
- 4
Verify the operational terminals on mobile, desktop, and VS Code.
- 5
Your operational layer is live — persistent, governed, and yours.
Be first to install the operational layer:
Pricing
Pricing for an
operational layer.
We are calibrating pricing for infrastructure-grade use — licensing, subscription, and per-seat models are under review. Waitlist members receive founder terms and first access.
Operator
Single operator runtime
Organization
Team runtime with shared memory
Enterprise
Dedicated infrastructure & SLA
Questions? Contact us at hello@1bceo.com
FAQ
Questions, answered.
About
Built by operators
running this platform in production.
1BCEO emerged from MYCO — an operational layer we built to run our own companies. After living inside it, we packaged the runtime so any organization can install it on their own infrastructure, with their own keys, and operate at the same standard.
Our Position
AI becomes useful to an organization only when it can remember, coordinate, and be governed. We build the operational layer underneath — so AI behaves like infrastructure, not like a session.