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Owned product · Prelaunch

Designing applications around shared services.

CetaSpace is a separate TechnoConception product in development. This case presents its interfaces and architectural decisions through controlled QA examples. It does not present customer deployment or commercial results.

  • Product in development
  • Controlled QA examples
  • Architecture decisions
CETASPACE / DELIVERYCONTROLLED QA
CetaSpace project delivery interface populated with explicitly fictional QA data
Project state, activity, progress and client context shown in one test interface.

Common functions across several applications.

CetaSpace is being developed as a unified SaaS platform for content, digital workflows, commerce, analytics and AI-assisted experiences.

Test interfaces

Three interfaces in development.

These captures show AI functions, operational monitoring and project coordination in a controlled test environment. Captions identify fictional data.

SURFACE / AICONTROLLED QA
CetaSpace AI agents workspace with research, content, and code agent cards
AI agents. The interface presents reusable assistants associated with a workspace and its permissions.
SURFACE / OPERATIONSCONTROLLED QA
CetaSpace Mission Control operations dashboard
Mission Control. Workflow activity, approvals, monitoring, and operational responsibility remain visible.
SURFACE / DELIVERYFICTIONAL QA DATA
CetaSpace project interface populated with fictional QA data
Project delivery. Scope, progress, activity, and client context are represented in one system.

Shared foundations without turning every application into one deployment unit.

Several products and interfaces need consistent identity, data, platform capabilities, and operating rules while remaining independently evolvable.

01

Identity and tenancy

Authentication, workspace context, roles, permissions, and data isolation must remain coherent across application boundaries.

02

Shared platform services

Billing, storage, analytics, content, forms, leads, messaging, commerce, and AI capabilities need reusable contracts.

03

Independent product evolution

Applications need clear ownership and deployment boundaries without duplicating critical platform behavior.

Simplified architecture

Connecting users, applications and services.

The diagram summarizes how responsibilities are divided between the main parts of the platform.

What the architecture needs to support.

An application needs to know who is acting, which data that person may access and which service performs the action. Those responsibilities must remain clear as the platform changes.

Tenant context is foundational

Workspace and permission boundaries belong in shared contracts so product applications do not invent incompatible access models.

Shared does not mean tightly coupled

Platform capabilities need clear interfaces, versioning, and ownership so applications can evolve without synchronized rewrites.

AI remains inside product boundaries

Agent actions need to follow application permissions. They need a reviewable record and a way for a person to intervene when the situation requires it.

Operations shape architecture

Releases, failures and data migrations need assigned owners and diagnostic tools planned during design.

Questions to examine in your own architecture.

These principles can guide a discussion of a platform with your team. Their application depends on the data, users and constraints of the engagement.

  • Follow permissions. When a person’s access changes, which applications and copies of the data need to be updated?
  • Assign shared services. Who maintains each interface, and who handles an incident affecting several applications?
  • Verify AI actions. Which actions are allowed, how is their result confirmed, and when does a person need to intervene?
  • Prepare for change. Can one application evolve without requiring every other application to update at the same time?
  • Examine the evidence. Which tests, documented decisions and execution records support the proposed choices?

Complex platforms

Planning a complex software or AI platform?

Describe the applications involved, the data they need to share and the decision still open. We can discuss an architecture engagement suited to that situation.