ObjectOS
The Low-Code Application Platform
You don't build apps by writing process schedulers and file systems—you use an OS. So why write your own Auth, Workflow engine, and Sync logic for every business app? ObjectOS is the Kernel for your Enterprise: orchestrating Identity, Data Sync, and Business Processes in a unified runtime.
The Mission Control for Enterprise Systems
ObjectOS sits at the core of your architecture—the central CPU that connects ObjectQL (Memory/Data) and ObjectUI (Display/IO).
Like an operating system kernel manages hardware resources, ObjectOS orchestrates your business resources: users, permissions, workflows, and data synchronization. A single control plane for governance, consistency, and orchestration.
The Four Pillars of the Enterprise Kernel
Not just features—architectural guarantees. Built on system-level principles of robustness, security, and stability.
Identity & Governance Engine
Built-in RBAC, SSO (OIDC/SAML), and granular Field-Level Security. Not just a login library—a complete governance engine that enforces access control at the kernel level. Define who can see what data, down to individual fields. Audit trails are intrinsic, not bolted on.
Workflow Orchestration
Finite State Machines (FSM) as code. Define approval chains, automation rules, and business processes in declarative YAML—not nested if/else spaghetti. The kernel handles state transitions, rollbacks, and error recovery. Your business logic becomes configuration, not implementation.
Local-First Sync Engine
The killer feature. Automatic Conflict Resolution using CRDT/LWW strategies keeps offline clients synchronized with the server. The replication protocol is built into the kernel—not a third-party library you bolt on. Field workers get zero-latency interactions; the backend handles eventual consistency.
Micro-Kernel Plugin System
Everything—CRM, HRM, ERP modules—is just a plugin loaded via a Manifest. The core kernel stays lean and stable. Extend functionality without touching kernel code. Hot-swap plugins in development, version them independently in production. True architectural modularity.
Architecture as Code
Define your business logic declaratively. The Kernel handles the execution.
# expense-approval.workflow.yml
name: ExpenseApproval
initialState: submitted
states:
submitted:
on:
approve:
target: approved
conditions:
- role: manager
- amount: < 5000
escalate:
target: pending_director
conditions:
- amount: >= 5000
pending_director:
on:
approve:
target: approved
conditions:
- role: director
reject:
target: rejected
approved:
actions:
- notify: submitter
- update_ledger
- archive
rejected:
actions:
- notify: submitter
- log_audit// crm-plugin.manifest.ts
export const CRMPlugin = {
name: 'enterprise-crm',
version: '2.1.0',
entities: [
{ import: '@objectql/schemas/customer' },
{ import: '@objectql/schemas/opportunity' },
{ import: '@objectql/schemas/contract' }
],
workflows: [
{ import: './workflows/lead-qualification.yml' },
{ import: './workflows/contract-approval.yml' }
],
permissions: {
'sales-rep': ['read:customers', 'create:opportunities'],
'sales-manager': ['*:customers', '*:opportunities'],
'finance': ['read:contracts', 'approve:contracts']
},
hooks: {
'opportunity.created': './handlers/notify-team',
'contract.approved': './handlers/generate-invoice'
}
};The Local-First Sync Protocol
Building offline-first applications is hard. ObjectOS makes it automatic.
The Challenge of Distributed State
When users work offline—field technicians, sales reps in remote areas, mobile workers—their local database diverges from the server. Merging changes is fraught with conflicts: What if two users edited the same record? Who wins? How do you prevent data loss?
ObjectOS as Replication Master
ObjectOS acts as the authoritative replication controller, managing diffs between the Server DB and Client DB (SQLite/RxDB). The sync engine uses Conflict-Free Replicated Data Types (CRDT) and Last-Write-Wins (LWW) strategies to automatically resolve conflicts. Developers declare sync rules; the kernel handles the complexity.
The Trinity Architecture
ObjectOS breathes life into ObjectQL and ObjectUI.
ObjectQL: The Data Structure
Defines what data exists and how it's shaped. The schema layer—database-agnostic, type-safe, compiled to native SQL.
ObjectUI: The Visual Structure
Defines how users interact with data. JSON-driven interfaces that render to React components with Shadcn UI and Tailwind.
ObjectOS: The Execution Runtime
Connects the pieces. Enforces permissions on ObjectQL queries. Serves ObjectUI definitions. Orchestrates workflows. Manages sync. The kernel that makes the system run.
Together, they form a complete stack: ObjectQL for data, ObjectUI for presentation, ObjectOS for orchestration and governance. Define your business logic once—deploy as local tools, cloud SaaS, or hybrid architectures.
From Prototypes to Mission-Critical Systems
Architecture that scales from single-user tools to multi-tenant platforms.
Field Operations & Offline Work
Equip field technicians, inspectors, or sales teams with local-first tools that sync when connectivity returns. Zero-latency data entry, automatic conflict resolution, and full audit trails even when offline.
Enterprise Application Suite
Build ERP, CRM, or HRM systems with unified governance. Single sign-on across modules. Centralized audit logs for compliance. Workflow orchestration for approvals and automation. Deploy on-premise or in your cloud.
Multi-Tenant SaaS Platforms
Launch SaaS products with tenant isolation, role-based access control, and usage analytics built into the kernel. Scale from 10 to 10,000 tenants without architectural rewrites.
Own Your Infrastructure.
Eliminate Vendor Lock-in.
Join CTOs and VPs of Engineering building on protocols, not proprietary frameworks. Virtualize your data. Unify your business logic. Future-proof your architecture. Launch March 2026.