P-01 / R&D Project
Vesper
Agents you can trust, because none are trusted by default.
- Domain
- Agent Infrastructure
- Stack
- Zero-trust / mTLS / Ephemeral PKI
- Security
- Zero-trust by design
Overview
Vesper is a zero-trust, multicloud platform for materializing, operating, and governing constellations of autonomous AI agents, independent of cloud provider or runtime. It manages the complete agent lifecycle—identity, credentials, memory, orchestration, and communication—with integrated policies, approvals, observability, audit, consumption control, cost governance, and recovery.
Where conventional agent frameworks assume trusted execution environments and shared credentials, Vesper enforces the opposite. No agent, human operator, or external system is trusted by default. Every communication channel is authenticated, every action is auditable, every credential is scoped and ephemeral.
Each agent has its own identity and interacts only through explicitly authorized relationships. A constellation in Vesper is a structured, governed fleet—not an anonymous mass.
Constellation topology
Each agent individually identified and authenticated
Per-agent identity
Every agent has a unique, cryptographically bound identity. No shared credentials.
Ephemeral credentials
Short-lived, narrowly scoped credentials issued as needed. Limited blast radius by design.
Persistent memory
A structured, isolated, and governed memory substrate. Agents remember—under audit.
Orchestration
Multi-agent coordination with auditable communication and no implicit trust.
Policies and approvals
Capabilities and sensitive actions pass through explicit policies and traceable approvals.
Observability and audit
Health, actions, and communications produce queryable operational evidence.
Consumption and costs
Model and infrastructure usage is tracked to guide limits, efficiency, and safe scaling.
Backup and recovery
Memory, configuration, and operational state follow governed backup, restore, and continuity workflows.