01
Engineering rigor
Clear specification, verifiable implementation and continuous review.
— About Convex
Artificial intelligence and robotics for real-world operations.
Convex Robótica develops proprietary artificial intelligence, computer vision, sensing and robotic systems designed to observe, understand and act on the physical world. Nexa M1, Nexa Vision, Atmos, Synapse Control and Axis form an integrated technology ecosystem connecting data, intelligence and physical execution.
— What we build
Five systems, one architecture.
01Nexa M1
Operational intelligence
Data interpretation, context and decision support.
02Nexa Vision
Computer vision and remote sensing
Image analysis, spectral indices and geospatial intelligence.
03Atmos
Environmental sensing
Sensing and environmental context of the operation.
04Synapse Control
Coordination and control
Mission planning, telemetry, coordination and control.
05Axis
Robotics
Robotic execution in the physical world.
— How the architecture works
From sensing to action.
Each stage of the architecture has a system responsible for it. Field data moves through interpretation, decision and coordination until it becomes physical action.
- 01ObserveNexa Vision · Atmos
Satellite imagery, sensors and environmental variables describe the real state of the operation.
- 02InterpretNexa Vision
Computer vision models and time series turn raw signal into indices, classes and patterns.
- 03DecideNexa M1
Operational intelligence combines context, history and weather to support the decision.
- 04CoordinateSynapse Control
Missions, routes and priorities are planned, tracked through telemetry and adjusted in operation.
- 05ActAxis
Robotic systems execute the task in the physical world and feed data back into the architecture.
— Mission
Physical operations that are measurable, efficient and autonomous.
Build intelligent systems that make physical operations more measurable, efficient and autonomous through artificial intelligence, computer vision, sensing and robotics.
— How we operate
An integrated, end-to-end architecture.
We develop an integrated architecture in which sensing observes the physical environment, models interpret data, software coordinates decisions and robotic systems execute actions in the field.
— Research and engineering
Research integrated into the product.
Convex research does not operate separately from engineering. Computer vision, multimodal intelligence, remote sensing, autonomy and intelligent physical systems feed directly into how the products evolve.
— Principles
What guides our technical decisions.
02
Measurable results
Explicit metrics before any claim about performance.
03
Technological independence
Proprietary technology, from model to interface to physical execution.
04
Operational reliability
Systems designed for the field, with anticipated and recoverable failures.
05
Applied research
Investigation driven by real problems and products in operation.
06
Responsible AI and robotics
Automation that extends human work instead of obscuring it.
— Where we are
São Paulo, Brazil.
Our base is in São Paulo, with remote operations across Brazil. The platform is accessed through the web and territorial monitoring works over areas defined by coordinates, so it can serve international operations without requiring physical presence on site.
BaseSão Paulo, Brazil
OperationsRemote, nationwide coverage
AccessWeb platform