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Sonder Runtime

Deterministic State Engine

Orchestrate multi-agent workloads with sub-millisecond context switching. Sonder Runtime provides a deterministic state engine, ensuring reliable and predictable execution across your distributed infrastructure.

Sub-ms

Context Switching

Fault-Isolated

Execution

Core Architecture

Distributed Execution Mesh

Task Scheduling

Topology-Aware Orchestration

The Runtime engine dynamically schedules agent tasks across heterogeneous worker nodes. This topology-aware orchestration optimizes for low-latency inference and minimal data transfer overhead, crucial for complex AI systems.

State Persistence

Atomic State Snapshots

Critical agent state is captured via atomic snapshots, ensuring data consistency and enabling rapid recovery from transient failures across the distributed execution mesh. This guarantees system resilience.

Memory Management

Zero-Copy Data Paths

Optimized memory management implements zero-copy data paths between agents and inference engines. This reduces latency and maximizes throughput for high-concurrency workloads, driving peak performance.

Performance Benchmarks

Validated Under Load

<100µs

Context Switch Latency

99.999%

Fault Isolation

100K+

Concurrent Agents

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Access the Runtime Source

Explore the core engine, contribute to its development, or integrate it into your projects.