CRITICAL TECHNOLOGIES. ENGINEERED PRECISION.
We architect and deploy mission-critical systems at the intersection of aerospace, signal processing, and artificial intelligence. Engineering solutions for problems that don't have conventional answers.
Software-defined radio development and hardware integration for signal processing applications. Custom RF front-ends, ARM implementations, and real-time embedded systems for defense and commercial applications.
High-fidelity numerical simulations for radar, propagation, and electromagnetic modeling. Monte Carlo methods, finite element analysis, and custom solvers for complex physics problems.
Automated detection and tracking systems for vehicles, vessels, aircraft, and infrastructure. Multi-sensor fusion, pattern-of-life analysis, and real-time alerting for surveillance and monitoring applications.
Change detection, land cover classification, and asset identification from optical and SAR imagery. Automated monitoring pipelines for infrastructure, environmental, and strategic intelligence applications.
Production ML infrastructure for real-time inference at scale. Recommendation engines, anomaly detection, and predictive systems with millisecond latency requirements.
Scalable data lakes, real-time streaming pipelines, and analytics infrastructure. We architect systems that ingest, process, and serve petabytes of sensor data with sub-second latency.
Enterprise GenAI solutions with local and cloud-hosted models. Autonomous agents, multi-agent orchestration, RAG pipelines, and multimodal systems for document processing, code generation, and intelligent automation.
AI-powered platforms for study optimization and learning planning. Intelligent study schedulers, knowledge gap analysis, personalized learning paths, and AI assistants that help students plan and achieve their educational goals.
We are a research-driven engineering lab. We don't just build—we experiment, prototype, and iterate. We read the papers, implement the algorithms, and push them to production. From signal acquisition on custom hardware to optimized software running at scale, we own the entire stack.
This is how real engineering works: hands-on, rigorous, curious. We test techniques before we trust them. We benchmark everything. We question assumptions and validate with data. When you work with us, you get engineers who understand the theory and know how to ship.
We don't do conventional software. Our team specializes in the mathematical and algorithmic foundations that make advanced systems possible. When standard approaches fail, we derive new solutions from first principles.
From Fourier transforms to Kalman filters, from convolutional neural networks to stochastic optimization—we speak the language of signals, systems, and data at a fundamental level.
Have a problem that requires more than conventional engineering? We're ready to discuss how we can help.
contato@convolution.com.br