AI
for the
physical world.

AI, computer vision, sensing and robotics connected in a single architecture to observe, interpret and act on real-world operations.

Perception
Vision + sensors
Intelligence
AI + analysis
Action
Robotics + operation
CONVEX SYSTEM ARCHITECTURE / 01
Physical Intelligence Stack
CORE
Convex
intelligence layer
01 / SENSE
Vision
RGB · NIR · thermal
02 / OBSERVE
Satellite
territory · time
03 / ACT
Robotics
mission · autonomy
04 / LEARN
Data
models · history
Sense → Understand → Decide → Act
SYSTEM / ACTIVE
01 / SOFTWARE
Nexa M1 + Nexa Vision
Territorial intelligence and computer vision applied to the operation.
02 / CONTROL
Synapse Control
Missions, telemetry and coordination of autonomous systems.
03 / PHYSICAL
Axis + Atmos
Robotics and sensing connecting software to the real environment.

Four commitments that run through every project.

Proprietary technology

We develop our own architecture and configure it for each operation.

Metrics before rhetoric

Every pilot ships with comparable ROI, OEE and telemetry.

Local engineering

A proprietary technology stack designed for continuous operation, technical support and long-term evolution.

Human work, extended

Automation frees up time, it doesn't replace people — we design with that commitment.

→ 01

Diagnosis

We assess the operation, the monitored area and the problem to solve, then define the right architecture.

→ 02

Configuration

Nexa M1, Nexa Vision, Atmos, Synapse Control and Axis are combined based on the data, sensors and automation level the operation requires.

→ 03

Deployment

We set up monitoring, analysis, sensing, mission control and automation in a single operational architecture.

→ 04

Operation

The platform continuously tracks the environment, turns data into decisions and connects digital intelligence to execution in the physical world.

Computer vision, AI and robotics, from data to action.

We build an integrated architecture of artificial intelligence, computer vision, sensing and robotics to turn real-world data into diagnosis, decisions and execution.

How Convex deployment works, from diagnosis to operation

Technical diagnosis

Scope, constraints and success criteria defined together with the client.

Technical configuration

The Convex architecture is defined for the operation, with scope, timeline and risks mapped out.

Field pilot

Assisted installation, live telemetry and team training.

Operation

Ongoing operation contract, support and iterative evolution.

Robotic hand developed by Convex Robótica manipulating parts in an industrial environment

Every technology we build starts with a simple question:

What human work does it free up? The answer defines material, sensor, motion, cost. The platform handles the rest.

CONVEX / NEURAL SYSTEM / 02
— Sectors

From isolated sensors to an ecosystem that learns together.

Discrete manufacturing
Logistics & intralogistics
Precision agriculture
Mining & inspection
Energy & utilities
Education & R&D

Technology that works with you.

Automation to extend, not replace. Our architecture takes on the repetitive and the risky so people and operations can focus on what really matters.

Technical illustration of a robotic arm in a conceptual study

Talk to Convex