AI Enablement · Software Engineering · Digital Transformation
Sinew is the tissue that connects strength to motion. Sinew Labs is that connection for your business — the engineering team between what AI can do and what actually ships, embedded in your team and shipping in weeks, not quarters.
01 — The problem
It's a connection problem — between what AI can already do and what's actually running in your business. Sound familiar?
That gap is what Sinew Labs is built to close. Here's how.
02 — How we help
Four areas, one engineering team, closing that gap from whichever side you need first.
Agentic workflows, RAG, and LLM integration — plus accelerators like Rootstock that get you running fast, and the training that lets your own team keep it running.
Full-stack build capability for the systems AI plugs into — CRMs, internal tools, integrations — not AI bolted onto duct tape.
Migrating, consolidating, and hardening the infrastructure underneath, so new AI capability has a stable platform to run on.
Senior engineers embedded directly inside your team and your tools, translating business problems into shipped systems — not a ticket queue.
03 — Who we are
One accountable engineer behind all four areas — not a committee, and not an offshore team you'll never meet.
Twenty years in software engineering, the last few spent building applied AI systems — LLM integration, agentic workflows, and production RAG. Sinew Labs is where that experience becomes AI implementation, software engineering, and engineers embedded directly in your team — not another vendor's slide deck.
04 — How we're different
Traditional software vendors hand you a spec. We hand you outcomes — the same standard whether the work is AI, platform, or code.
Your team works alongside ours from day one — not six months after a spec and a offshore build.
Rootstock is a starting point, not a blank repository. Configuration beats construction.
Every agent decision is traced, costed, and explainable — your team can see exactly why an answer came back the way it did.
05 — Case study
Everything above is easier to say than to run. Rootstock is where we prove it — a retrieval foundation, an agent framework, and the operations layer to watch both, built the way we just described and now the first of our reusable accelerators.
Knowledge base
Upload documents, version them, keep them current — SSO from day one, a vector store fine-tuned per client, and a chat interface for domain Q&A.
Agentic workflows
A base framework for entities, relationships, and rules — the same framework whether it's a café or a sports club.
LLM ops
Cost, latency, and behavior tracked from the first query, built on Langfuse-style tracing.
Domain ontology
Chat window
Illustrative example — figures shown for demonstration, not live data.
That's what "engineered" looks like instead of "assembled" — the same standard behind all four areas above. A few questions before you sign on:
Naturally, you have questions before signing on.
A typical agency scopes, builds remotely, and hands the system over at the end. Our engineers work inside your team throughout, and AI engagements often start from Rootstock, our accelerator, instead of a blank codebase — so there's less to hand over in the first place.
Rootstock already has the retrieval pipeline, agent framework, and monitoring dashboard built. Your engagement is about configuring it to your documents, your domain rules, and your systems — not building those parts from scratch.
Yes — Rootstock deploys the same way to your cloud account or fully on-premise. The technical specification covers exactly what that requires.
Typically weeks for a first working version, since the base product already exists — discovery is scoped to your domain, not to writing infrastructure.
A small monthly retainer keeps the system tuned as your documents, rules, and team change, so it doesn't go stale the way a one-off build often does.
No — that's the point of the fractional CTO and retainer model. If you later want to bring it in-house, the architecture is documented and built to hand over cleanly.
Thirty minutes to find where AI, software, platform, or embedded engineering moves the needle first.