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Enterprise Solutions

Solutions for AI-Native Application Development and Runtime

Build applications with AI, then run them on ObjectOS where every application can safely interact with AI.

Contact Enterprise Sales View enterprise capabilities
AI Dev Source-code and online development paths
AI Runtime Every application can interact with AI
Governed AI inherits the same permissions and audit model
Driver-based Wrap existing systems instead of replacing them

Industries

Solutions by Industry

For regulated and mission-critical sectors where applications, humans, and AI agents operate side by side.

01

Financial Services

Build finance applications with source-code or online workflows, then run them on ObjectOS with metadata-driven audit, field-level controls, and governed AI interaction.

  • End-to-end audit of every UI, API, SDK, and MCP action
  • Field-level encryption and PII controls in Zod schemas
  • On-premise kernel with air-gapped operation
  • Agent-driven KYC and fraud-review flows under guardrails
02

Government & Public Sector

Modernize public-sector systems without big-bang migration. Wrap legacy systems with drivers, develop ObjectStack applications, and run them in ObjectOS under constrained AI interaction controls.

  • Legacy integration via Drivers, not migration projects
  • Air-gapped deployment for classified workloads
  • Citizen identity federation (SAML/OIDC)
  • Multi-language UI projections from one metadata source
03

Healthcare & Life Sciences

Develop healthcare applications with permissions and consent in metadata. Run them on ObjectOS so AI assistants inherit clinician permissions and never bypass patient-data controls.

  • Audit and consent declared in Zod metadata
  • Patient data never leaves your perimeter
  • Integration with HL7/FHIR via Drivers
  • Granular consent flows surfaced to apps and agents alike
04

Education & Research

Unify SIS, LMS, HR, and research systems behind one Zod object model. Local-first runtime for offline campuses; multi-tenant promotion for districts.

  • Offline-first runtime for remote campuses
  • Drivers wrap legacy SIS in place
  • Student data privacy (FERPA) declared in metadata
  • Multi-institution federation via tenant routing

Scenarios

Solutions by Scenario

Patterns for developing applications with AI and running them where AI can interact safely.

Wrap, Don't Rewrite

Legacy System Modernization

Don't throw away decades of business logic. Write a Driver for your Oracle, SAP, or mainframe system and expose it through Zod-defined objects, REST, SDKs, and MCP tools — without touching the legacy code.

Approach Incremental Strangler via Drivers
Outcome Zero downtime. The business runs while the modernization happens.
  1. Write a Driver for the legacy storage / system
  2. Define Zod objects describing the business shape
  3. Generate REST, SDK, and MCP tools from metadata
  4. Migrate flows into ObjectStack as confidence grows
Agent-Ready from Day One

Greenfield SaaS Development

Start with multi-tenancy, permissions, audit, UI, APIs, and MCP tools from the same ObjectStack model. Run on ObjectOS so AI copilots are first-class governed operators.

Approach Metadata-First Development
Outcome Enterprise-ready, agent-ready SaaS without the parallel automation stack.
  1. Model the domain as Zod-defined objects
  2. Declare tenant isolation and permissions in metadata
  3. Project views and MCP tools from the same source
  4. Deploy on ObjectCloud or self-host the kernel
Govern Without Breaking

Shadow IT Governance

Marketing built a critical spreadsheet. Mount it via a Driver as an ObjectStack object — apply permissions and audit without disrupting the workflow. AI tooling can operate it safely through the same MCP surface.

Approach Gradual Absorption
Outcome Business keeps running. IT and AI tooling both get a safe surface.
  1. Mount Excel/Sheets as a Driver
  2. Wrap with Zod objects and policies
  3. Add audit and MCP tools automatically
  4. Optionally migrate storage when ready
GDPR, CCPA, and Regional Sovereignty

Multi-Region Data Residency

One Zod metadata definition; region-pinned storage and runtimes. Route by policy declared in the manifest, with cross-region access governed by the same kernel.

Approach Metadata-Declared Topology
Outcome Compliance is metadata. No bespoke residency code.
  1. Define region-specific Drivers
  2. Declare routing policies in the manifest
  3. Set retention rules per jurisdiction
  4. Federate read-only queries through the kernel