Most AI projects die between prototype and production — stuck on data pipelines, unreliable outputs, and scale.
Altiv Labs treats that gap as an engineering problem, and closes it.
Two minutes. One URL. No sales call.
Trusted by teams across Brazil, Spain, the UK, Canada and Qatar






FROM PROTOTYPE TO PRODUCTION
A four-stage delivery loop: build, feed, deploy, monitor — then back to build.
Turn your concept or prototype into scalable, secure, production-grade AI. Orchestrated agent pipelines with guardrails, monitoring, and cost tracking.
Clean, connect, and activate your data for AI-ready decision making. Automated pipelines that turn raw data into intelligence.
Ship to production on AWS, or deploy AI where the data lives — factory floors, vehicles, remote sites. Cloud infrastructure or offline-resilient edge inference.
Watch quality, latency, and cost once the system is live. Traces, evals, and drift alerts tell you what to fix — and feed the next build.
HOW WE'RE ORGANIZED
Complex AI architectures, constrained edge hardware, demanding RF specs — our senior engineers combine deep agentic AI expertise with hands-on hardware capability to tackle the challenges that exceed what a single discipline can solve.
Engineered outcomes

A tier-1 European electronics OEM runs our inspection models at the edge, trained on their own line data and wired into the existing MES.
Multi-agent pipeline for a regional services firm: LLM extraction, ERP reconciliation, approvals in WhatsApp. Every action logged.
Built in partnership with IBM: visitors ask about the work in front of them and get a grounded answer in their own language. Recognised with a Cannes Lions and a D&AD Impact award.
Our stack


Latest insights
on-premiseHow we package a full-stack web app: React frontend, Node backend, PostgreSQL included, into self-contained Windows MSI and Linux .deb installers that run fully offline, survive upgrades without losing data, and build automatically in CI.
hardwareAn ESP32-S3 RF filter that passes simulation can still fail on the fabricated board. Part 1 of this series builds the foundation: a CLC PI filter designed in CST Studio Suite, optimized with CMA-ES across the 2.4 GHz Wi-Fi channels, and carried into a controlled-impedance Altium layout.
deep learningHow we taught a neural network to pinpoint people indoors from Bluetooth beacon signals. GANs and RNNs failed; a simple regression network with a Euclidean-distance loss got us to ~1.5 m accuracy — proof that feature engineering beats model sophistication.
Ready when you are
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