AI Engineering Services

Five productised packs across four pillars. Each one starts from a symptom you can name, ends in something your team keeps and can re-run, and is priced against the result, not engineer-weeks against a backlog.

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Production AI infrastructure

How This Works

Most teams don't arrive asking for a service. They arrive with a symptom: an inference bill climbing faster than usage, a model that passes the demo and then regresses in production, a workload that won't run on the hardware it has to ship on, or an AI feature nobody will sign off because the evidence isn't there.

Our job is to map that symptom to one of four directions production AI work moves in, then to the one pack that closes it. Every pack ends the same way: with something your team keeps and can re-run after we leave.

Step One: The Four Pillars

Four Directions the Work Moves In

Every pack we ship sits primarily under one of these four directions and secondarily under one or two others. Find the one that matches your symptom, then pick the pack underneath it.

Cost pillar

Faster and Cheaper to Run

Cost

We profile the workload, fix the bottlenecks that matter, and prove it with a measured before/after on the requests you actually run.

Portability pillar

Runs on the Target

Portability

We port what needs porting (native, WASM, WebGPU, embedded, novel silicon) and benchmark on the hardware it has to ship on.

Reliability pillar

Reliable in Production

Reliability

Eval harnesses, drift checks, and release gates that turn a working demo into a system your on-call can actually defend.

Trust pillar

Auditable and Approvable

Trust

The evidence around the model (eval reports, comparisons, readiness scoring against named rubrics) so it gets approved, not just shipped.

Step Two: The Five Packs

  • Inference Cost-Cut Pack: Cost. Measured before/after report on a named workload, plus the implemented changes. (4–8 weeks)
  • Production AI Monitoring Harness: Reliability. Eval harness, regression suite, and release-gate checklist on a named system. (4–10 weeks)
  • AI Porting & Deployment Pack: Portability. Working workload, benchmark report, and deployment runbook on a named target. (2–4 wk feasibility, then 4–10 wk porting)
  • LLM Selection Pack: Trust. Eval suite, risk-and-comparison report, and a re-run script on named LLM candidates. (3–6 weeks)
  • AI Readiness Scorecard: Trust. Filled scorecard against a named rubric, evidence map, and remediation backlog. (2–5 weeks)
Engineering team comparing the five service packs

Step Three: What You Keep From Every Engagement

Measured before/after report
Re-runnable eval harness
Deployment runbook and benchmark
Reproducible re-run script
Evidence map against a named rubric
Cross-pillar engineering work where the packs overlap

Where the Packs Meet

Three kinds of work sit across pillars on purpose. They show up on both sides, and which pack owns them depends on the question you're asking, not the underlying engineering:

Not Sure Which Pack?

Match the symptom you can name to the pack that closes it:

Routing from a named symptom to the service pack that closes it
Industry pages pre-filtering the pack catalogue by vertical

By Industry

The pack catalogue is industry-agnostic by design. If you know your vertical, the industry pages pre-filter to the work that matters there and route each piece to its owning pack:

  • AI-infrastructure / SaaS: inference cost, MLOps hardening, porting, LLM evals.
  • Life sciences: medical-imaging validation, HIPAA / GxP boundary work. No clinical-decision claims; no regulatory sign-off.
  • Manufacturing & automotive: industrial CV inspection, automotive perception for civilian vehicles. No autonomous-targeting work.
  • Media & telecom: video pipeline cost-cut, content moderation, operational anomaly detection on your own infrastructure.
  • Retail: shelf-execution validation, visual-search cost-cut. Scoped to stock and catalogue, not shopper tracking.
2019
Founded in Budapest
10+
Patents co-authored with clients
5
Productised packs you can scope

Client Testimonials

Featured Articles

One read per pillar (cost, portability, reliability, and trust) on the engineering thinking behind the packs.

Inference Benchmarking Examples: Cost-Per-Request Comparisons That Actually Decide

Inference Benchmarking Examples: Cost-Per-Request Comparisons That Actually Decide

Jun 12, 2026

How to benchmark LLM inference serving configs on cost-per-request and p95 latency, not tokens-per-second, so the comparison maps to margin.

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Porting AI Inference: How Runtime and Hardware Porting Cuts Cost Without a Model Swap

Porting AI Inference: How Runtime and Hardware Porting Cuts Cost Without a Model Swap

Jun 12, 2026

Porting moves a model to a faster runtime, recompiled kernels, or new hardware — often a cheaper fix than replacing a model that was never the bottleneck.

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What a Production AI Monitoring Harness Actually Contains

What a Production AI Monitoring Harness Actually Contains

Jun 12, 2026

A production AI monitoring harness is a signable deliverable: eval suites, regression tests, drift telemetry, alert-quality work, release gates.

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Procurement-Grade LLM Evaluation Evidence — The Artefact That Survives an Approval Committee

Procurement-Grade LLM Evaluation Evidence — The Artefact That Survives an Approval Committee

Jun 12, 2026

A procurement-grade LLM evaluation evidence pack answers the approval committee's real questions — task accuracy, failure modes, cost-per-decision, drift.

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Start a conversation with TechnoLynx

Start a Conversation

If one of the five packs matches the question you're trying to close, the named pack page above is the right entry point. If you're not sure, tell us the symptom and we'll route you to the pack, or tell you honestly if the work falls outside what we take on. Where we draw that line, and why, is published on our values page.

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