Cleo - The AI Product Manager vs Rivault: Features, Pricing & Which Is Better (2026)
A side-by-side comparison of Cleo - The AI Product Manager and Rivault — features, pricing, and ideal use cases — to help you decide which AI tool fits your workflow.
Cleo - The AI Product Manager
kryptobaseddev / CleoCode
Agent-first task orchestration platform with persistent memory and multi-provider coordination for long-running developer workflows.
Key features
- Persistent Session Memory: Stores and surfaces long-lived context across agent sessions so work survives interruptions and agents can resume with historical state.
- Multi-Provider Coordination (CAAMP): Unified provider registry and managed agent packages (@cleocode/caamp) to integrate and coordinate multiple model providers and plugins.
- Long-Running Runtime Layer: Runtime supporting polling, server-sent events (SSE), and heartbeat mechanisms to run long-lived processes and background tasks reliably.
- Core Business Logic SDK: @cleocode/core provides task, session, memory, orchestration and lifecycle primitives for building structured agent workflows and pipelines.
- Command-Line Product: @cleocode/cleo offers a thin CLI wrapper to interact with the framework, run agents, and manage tasks from developer terminals.
- Batteries-Included Distribution: @cleocode/cleo-os bundles CANT bridge and TUI extensions for an out-of-the-box experience with additional tooling and interfaces.
- Agent-Managed Packages: Support for modular agent packages that encapsulate provider configurations, capabilities and reusable behaviors for consistent orchestration.
- Lifecycle & Interruption Resilience: Built-in structures for task lifecycles and state transitions so agent workflows can pause, resume, and recover deterministically.
- Agent-first task orchestration (structure, lifecycle, session management)
- Persistent memory across sessions and interruptions
- Multi-provider coordination and unified provider registry (CAAMP)
- Business logic SDK for tasks, sessions, memory and orchestration (@cleocode/core)
- Long-running process support with runtime layer (polling, SSE, heartbeat) (@cleocode/runtime)
- Command-line interface for developer workflows (@cleocode/cleo)
- Batteries-included distribution with bridge and TUI extensions (@cleocode/cleo-os)
- Provider & MCP management for multi-provider setups (@cleocode/caamp)
- Modular monorepo packaging (npm/pnpm, package.json, TypeScript) and native components (Cargo manifest present)
Best for
- Coordinating Multi-Agent Development Workflows: Orchestrate specialist agents (e.g., code-writing, testing, documentation) across a project while preserving shared context.
- Long-Horizon Project Work: Run background, long-running tasks (research, refactors, data processing) with runtime heartbeats and automatic resumption after interruptions.
- Provider-Agnostic Agent Pipelines: Build pipelines that combine outputs from multiple model providers and managed packages via a unified registry for redundancy and best-of-breed selection.
- CLI-Based Agent Operations: Enable developers to run, inspect, and manage agent tasks locally from the terminal using the CLEO command-line interface.
- Stateful Session Automation: Maintain project-specific memory and session history to let agents make decisions based on accumulated context and prior outputs.
- Packaging and Reuse of Agent Capabilities: Create and share modular agent packages for common tasks (e.g., QA, summarization, code generation) to standardize workflows.
- Embedding Agents into Products: Use the cleo-os distribution and CANT bridge to integrate orchestrated agent workflows into TUI tools or product demos.
- Coordinating multiple LLM/agent providers in complex software projects
- Building long-running agent processes that survive interruptions and maintain state
- Developer workflows requiring persistent task memory and session lifecycle
- Integrating provider registries and managing multiple model/connector providers (MCPs)
- Embedding agent orchestration into CLIs, TUI tools or server-side runtimes
Rivault
Rivault
A zero-knowledge vault that lets AI agents request sensitive data on demand, unlocked by Face ID or passkey and redacted after each task.
Key features
- Zero-knowledge Vault: Sensitive data is encrypted client-side so Rivault never has access to the underlying values by default.
- Per-request Auth: Every agent access triggers a fresh authorization request that you approve with Face ID or a passkey.
- Deterministic Redaction: Data is scoped to a single task and redacted from the agent's context after completion.
- Agent-agnostic Integration: Works with chat-based AI agents and Computer Use Agents that automate browser or desktop flows.
- Ownership of PII: Store SSN, payment info, phone numbers, and emails once and reuse without leaving copies in session logs or memory.
- Biometric Unlock: Face ID or passkey approval keeps the human in the loop for every sensitive field release.
Best for
- Agent-driven Bookings: Approve passport and card details on-demand when an agent books flights or hotels.
- Automated Form Fill: Let CUAs complete government or insurance forms without leaving PII in browser logs.
- Customer Support Delegation: Grant scoped access to account numbers when an agent handles a service call for you.
- Recurring Task Automation: Reuse stored credentials across many agent workflows without pasting them each time.
- Enterprise Agent Deployments: Add a consent + audit layer for teams deploying agents that touch sensitive employee or customer data.