Platform overview
Six core platform capabilities behind every configured system
Rhyzome is designed as a reusable platform for structured execution. These six capability areas explain how the platform supports system design, governance, automation, storage, and organizational control.
The platform story matters because it explains why multiple systems can stay coherent over time. AI Agents, Organizations, LobStore, Configuration Processes, Process Designer, and RBAC work together as one common layer.
That lowers delivery friction, improves consistency, and gives buyers a clearer picture of how future systems can be added without starting over.
8-12 wks
to launch focused operational systems with placeholder implementation assumptions
1 data model
shared across tasks, workflows, reporting, and automation
24/7
agent-assisted execution for repetitive and time-sensitive work
Platform capability
AI Agents
AI Agents in Rhyzome can participate in operational workflows as structured actors. They can execute assigned tasks, react to events, and support teams in handling repetitive or time-sensitive work.
Platform capability
AI Agents
Blend human workflows with agent-assisted execution for repetitive, structured work.
What this means in practice
- Agent-driven task execution as first class citizen in the platform
- Workflow and human-in-the-loop
- Structured operational context for more reliable AI actions
Illustrative modules
- Automated task handling
- Agent assignment and orchestration
- Event-driven execution flows
- Human-in-the-loop escalation patterns
Buyer framing
Best for teams that want AI positioned as part of controlled business execution, not as an isolated chatbot feature.
Platform capability
Organizations
Organizations give the platform its structural backbone for multi-tenant and multi-entity operations. They help define ownership, segregation, and the boundaries within which systems run.
Platform capability
Organizations
Model tenants, entities, and operational boundaries with clear isolation and control.
What this means in practice
- Tenant and entity-aware system structure
- Clear operational separation across organizations
- Foundation for permissions, workflows, and reporting boundaries
Illustrative modules
- Tenant and entity structure
- Cross-organization configuration boundaries
- Operational ownership modeling
- Segregated execution and reporting contexts
Buyer framing
Best for products and operating models where tenant separation, organizational structure, and controlled access are critical from the start.
Platform capability
LobStore
LobStore acts as the structured domain storage layer behind operational systems. It gives business objects, workflow records, and related data a consistent home inside the platform model.
Platform capability
LobStore
Handle domain objects, business records, and structured operational data in one coherent store.
What this means in practice
- Structured storage for line-of-business data
- Consistent handling of operational records and references
- Better alignment between process execution and business objects
Illustrative modules
- Business object storage
- Operational record modeling
- References and linked data structures
- Structured retrieval for downstream workflows
Buyer framing
Best when the product story needs more than workflow alone and must explain where operational data and domain records live.
Platform capability
Configuration Processes
Configuration Processes let teams manage change to the platform and its systems through explicit workflows. That turns setup, evolution, and governance into a repeatable operational capability.
Platform capability
Configuration Processes
Configure the platform itself through governed processes instead of fragile manual setup.
What this means in practice
- Process-based management of platform configuration
- Controlled rollout of structural and workflow changes
- Clear audit trail for setup and change decisions
Illustrative modules
- Configuration request workflows
- Change review and approval
- Template rollout processes
- Controlled evolution of system behavior
Buyer framing
Best for environments where platform changes need structure, review, and accountability instead of ad hoc administration.
Platform capability
Process Designer
Process Designer is where teams define how operational systems behave. It gives the platform a configurable workflow and data-modeling layer that can be reused across multiple systems.
Platform capability
Process Designer
Design workflows, stages, sections, fields, and responsibilities in a reusable modeling layer.
What this means in practice
- Model steps, stages, sections, and fields
- Define responsibilities and progression logic
- Reuse process structures across multiple system types
Illustrative modules
- Step and stage modeling
- Section and field design
- Responsibility and task mapping
- Reusable process templates
Buyer framing
Best when buyers need to understand how systems can be adapted without rewriting software for every workflow variant.
Platform capability
RBAC
RBAC gives Rhyzome a controlled security and governance model. It determines who can view, edit, approve, administer, and act across the platform and the systems built on top of it.
Platform capability
RBAC
Apply role-based access control across platform structures, systems, and workflow stages.
What this means in practice
- Role-driven visibility and action permissions
- Access control connected to workflow stages and entities
- Governance-ready security model for operational systems
Illustrative modules
- Role and permission structures
- Stage-aware access control
- Administrative and operational permission layers
- Governed action boundaries across systems
Buyer framing
Best for organizations that need access control to be part of process design and governance, not only an application afterthought.
Next step
Need the technical story and the business story together?
The strongest B2B positioning often pairs platform capability pages with system-specific outcome pages. Rhyzome is structured for exactly that.