CAPABILITIES
Harden your AI and automation footprint for production traffic
We partner on agentic systems, retrieval pipelines, MCP style integrations, and n8n operations, with evals, tracing, and release hygiene your platform org expects.
CAPABILITIES
Harden your AI and automation footprint for production traffic
We partner on agentic systems, retrieval pipelines, MCP style integrations, and n8n operations, with evals, tracing, and release hygiene your platform org expects.
DELIVERY
Production patterns we standardize across engagements
Eval harnesses
Held out eval sets, precision/recall proxies, and refusal rates tracked before and after rollout.
Tool contracts
MCP style typed surfaces with governed access and replay friendly execution.
Versioned prompts
Model policy in versioned prompts and explicit schemas, not ad hoc canvas edits in production.
Trace correlation
End to end traces across workflows and model calls with token and latency SLOs.
Failure mode design
Idempotency keys, bounded retries, poison message handling, and crisp orchestration boundaries.
Queue aware n8n
Sub workflows, DLQ branches, and horizontal workers when throughput or long jobs require it.
FAQ
Production patterns: RAG, agents, n8n, observability, and operator software
How do you ship RAG that survives production traffic?
Retrieval is treated as a data product: connectors, chunking and metadata, hybrid search where ROI is clear, staleness detection, and answers constrained to cited context. We gate rollout behind scope limits, policy prompts, and PII redaction.
Where do you draw the line between agents and deterministic workflows?
Ambiguous work gets tool augmented agent loops with budgets and timeouts; money moving and SLA critical steps live in explicit graphs with typed I/O and idempotency keys. HITL gates prevent silent changes to authoritative state.
Which n8n patterns do you standardize for scale?
Composable sub workflows, dedicated error and DLQ paths, queue mode when throughput requires it, secrets via your vault, execution records suitable for replay, and alerting on failure rate, p95 latency, and queue depth.
How do you keep LLM calls inside n8n maintainable?
Orchestration stays in the graph; model policy lives in versioned prompts, structured outputs, and explicit schemas for tools and HTTP steps. Streaming when UX demands it; batching otherwise for simpler retries and cost attribution.
What does observability and cost control look like end to end?
Correlated request IDs across workflows and model calls, token and latency dashboards by route, redacted failure payloads for replays, concurrency caps aligned with provider limits, and staged rollouts when changes touch customer visible behavior.
Do you build operator software on top of automations?
Yes—review queues, approvals, admin consoles, and external portals so teams override, annotate, and replay runs without touching the canvas. Those surfaces often close the loop into eval labels and improved retrieval or prompt versions.