Engineering for critical missions
We design, verify and integrate systems where reliability, traceability and reproducibility are not optional.
Mission-critical engineering discipline, applied where failure is not an option.
Satellites, radars and air traffic
On-board software, FPGA design and UVM verification for national satellite, radar and air traffic control programs.
Systems for remote environments
Access control, traceability, AI computer vision on FPGA and IoT for hard-to-reach sites, plus satellite mineral exploration.
AI agents, with control in your hands
Teams of agents that design, build and verify software and hardware. Every delivery passes automated tests and an independent review.
NYTT is an engineering company based in San Carlos de Bariloche (Argentina) with international presence, with over fifteen years developing software and hardware for mission-critical systems: aerospace, radar, defence, nuclear, energy and industry. The group is completed by Nytt UK (aerospace, United Kingdom) and Nytt CL (mining and logistics, Chile).
- 15+
- years in mission-critical systems
- 3
- countries: Argentina, United Kingdom and Chile
- 20+
- autonomous access islands in mining
- 11
- public references, from INVAP to Ternium
Complex Systems
We apply mission-critical engineering to simplify the control and supervision of high-demand equipment, from the aerospace industry to the energy sector.
Management Systems
We design and develop easy-to-use software aimed at optimizing the use of your resources.
Data Analysis & Management
Using AI algorithms we process large volumes of data to detect and predict states and events, according to each project's metrics.
ASTERIX data router
Radar data routing in ASTERIX format (EUROCONTROL) for air traffic control.
Weather radar — subsystem software
SRS and subsystem software for a weather radar.
FPGA design and UVM verification for satellites
Programmable logic design and UVM-based verification for satellite programs.
Trackytt — mining access control and traceability
End-to-end access control, traceability and operational safety platform for mining.
ZAHIR — AI satellite mineral exploration
From pixel to target: turns satellite imagery and elevation models into prioritized mineral exploration targets. Under active development; field calibration and validation depend on geological context.
AI computer vision on FPGA
Autonomous access island that recognizes the vehicle and its surroundings with AI on FPGA, at the edge and with low latency.
Public references · 15+ years of projects
— plus public and private organizations across AR · UK · CL
Mission-critical engineering for aerospace, defence and industry.