Private Data Leaks
A support agent drafts from live customer records. One loose field can expose account data unnoticed.
TRACE protects AI agents from private-data leaks, unsupported answers, prompt attacks, drift, and wasted context - without replacing your stack.
Which refund terms apply to enterprise contracts?
propose_patch(refunds.ts) without approval gate
TRACE is for the moment an agent stops being a demo and starts touching customers, code, documents, and decisions.
A support agent drafts from live customer records. One loose field can expose account data unnoticed.
RAG and coding agents sound confident even when the evidence is thin, stale, or never actually checked.
Long runs drag old context forward, burn tokens, and bury the facts that should guide the decision.
Missing logs and interpretability become attackable in audits and reviews.
TRACE sits beside the agent and checks what matters while the work is happening.
TRACE lives next to your RAG pipeline, coding agent, or tool-using workflow. It checks inputs, context, outputs, memory, and decisions in real time. Whether on autopilot or strict human-in-the-loop is up to you.
result = trace.verify(
answer=agent_answer,
context=retrieved_context,
)
if result.decision == "review":
route_to_human(result.evidence)TRACE output
Use the same protection layer for coding agents, support workflows, and legal review: grounded answers, efficient memory, private data handling, and audit-ready traces.
For long-running coding work
Detect task drift over hundreds of steps before the agent wanders away from the original goal.
Verify and score codebase-grounded reasoning at every step, including files, diffs, tools, and test claims.
Catch unsupported claims and hallucinated output while reducing context bloat up to 90%.
Before you pick the deployment, we prove TRACE on your data and workflows.
For testing and low-risk workloads
Fast managed deployment for trace tests, demos, and non-sensitive evaluation.
Managed with stronger isolation
Predictable capacity and stronger isolation for early production teams.
Inside your cloud boundary
TRACE runs inside your cloud with your network, storage, and controls.
For regulated environments
Full local control when production data cannot leave your environment.
Same API. Same SDK. Same product behavior. Different deployment boundary. Cloud is for evaluation and low-risk workloads; sensitive production data belongs in Dedicated, VPC, or on-prem deployments.
You pay for the deployment. Throughput depends on the selected runtime. No surprise per-trace billing.
Flat monthly pricing by deployment size. No per-request billing. Throughput depends on selected deployment capacity.
No sensitive production data belongs in shared evaluation paths. Production use starts with a qualified pilot and the right deployment boundary.
I'm Dennis, the founder and builder behind Latence. If you test TRACE, you work directly with the person designing, shipping, and deploying the system.
No handoff maze. No consulting theater. Just direct work on the agent risks your team actually has.
Not for you. With you.

Latence is built by shipping real infrastructure, not slideware. Explore the SDK, retrieval experiments, and deployment work behind TRACE.
Lightweight Python interfaces for calling TRACE from existing agent and RAG systems.
View SDKExperimental infrastructure for future agent memory and retrieval optimization.
View projectPerformance-focused serving experiments for private and high-throughput deployments.
See stackSend a few real RAG answers or coding-agent traces. TRACE will show where private data, unsupported claims, drift, or wasted context appear.
The short answers most enterprise teams want before they start a pilot.
Built to score groundedness inline without turning your stack into a latency tax.
Benchmarked on finance, legal, QA, and multilingual data. Honest numbers at n = 60–120 per stratum.
‡ HaluEval Dialogue injects real-world facts absent from context — both answers score ungrounded. Does not affect RAG or agent use cases.
Data-to-text requires structured-to-prose transformation beyond current grounding scope.
All numbers from production config with NLI, reranker, and atomic claims enabled. n = 60–120 per stratum.