Less Tooling. More Building.

Where tokens are being spent, which features are being built, by whom

Insight and visibility into which inputs shape agent output and code quality

Zeeq tool calls, knowledge reads, and reviews in one view

Mixture-of-experts code review agents guided by the knowledge layer

Findings, not diffs, grounded by and citing the knowledge layer

Severity and volume trends across your whole org
Token and cost visibility per developer
Track token usage and approximate spend by model, by user, and over time across every harness your team runs — Claude, Codex, Cursor, and anything else that speaks MCP. Link token spend to actual value creation by feature.
Trusted by high velocity, agent-first engineering teams





Chander Ramesh
CTO at Motion
I'm a believer because I've experienced it. This is a boiling frog type situation - your code quality will slowly get worse over time and it'll be terrible without it.
Configure in one line
Knowledge base + code reviews + memories + observability
- Indexed, chunked, searchable knowledge baseUse a shared knowledge base that grounds both code review and code generation, ensuring that agents are following best practices and enterprise standards.
- Mixture-of-experts code reviewsUse out-of-the-box and easy to tune agent code reviewers that are grounded in the same knowledge base and used consistently in your coding loop and in your PR.
- Targeted retrievalEfficient, targeted, semantic retrieval of only the relevant sections of knowledge and code snippets that improve agent adherence and performance.
- High visibility and observability of outcomesSee that text in your corpus is actually shaping agent output and your codebase to keep your team aligned with best practices.
- Iteratively self-learningCompiles a deep, semantic understanding of your product, your features, your code as it reviews code so agents actually know what to build
- Built for teamsDesigned to be low-ceremony, easy to adopt, and operate in agentic teams that are using heterogenous agent harnesses, AI-enabled runtimes, and LLMs











