Relace Blog

Published Dec 8, 2025

Exploiting parallel tool calls to make agentic search 4x faster

Exploiting parallel tool calls to make agentic search 4x faster

Exploiting parallel tool calls to make agentic search 4x faster

Today we're releasing Fast Agentic Search (FAS), a code-specific subagent trained with RL to search through codebases for files relevant to a user request.

Models

Exploiting parallel tool calls to make agentic search 4x faster

Published Dec 8, 2025

Today we're releasing Fast Agentic Search (FAS), a code-specific subagent trained with RL to search through codebases for files relevant to a user request.

Models

Exploiting parallel tool calls to make agentic search 4x faster

Published Dec 8, 2025

Today we're releasing Fast Agentic Search (FAS), a code-specific subagent trained with RL to search through codebases for files relevant to a user request.

Models

Exploiting parallel tool calls to make agentic search 4x faster

December 8, 2025

Today we're releasing Fast Agentic Search (FAS), a code-specific subagent trained with RL to search through codebases for files relevant to a user request.

Models

A Year of Fast Apply — The Path to 10k Tokens per Second

Published Oct 29, 2025

Relace Apply 3, and how we built the series of models that took us past 1M ARR.

Models

A Year of Fast Apply — The Path to 10k Tokens per Second

Published Oct 29, 2025

Relace Apply 3, and how we built the series of models that took us past 1M ARR.

Models

A Year of Fast Apply — The Path to 10k Tokens per Second

October 29, 2025

Relace Apply 3, and how we built the series of models that took us past 1M ARR.

Models

Instant Apply now 4300 tok/s

Published May 25, 2025

Accurately merge semantic code snippets with initial code with near zero latency.

Models

Instant Apply now 4300 tok/s

Published May 25, 2025

Accurately merge semantic code snippets with initial code with near zero latency.

Models

Instant Apply now 4300 tok/s

May 25, 2025

Accurately merge semantic code snippets with initial code with near zero latency.