Robotics for Autonomous and Embedded Systems
ARPIA develops mission-ready robotics solutions combining autonomy, embedded computing, and systems integration.
About ARPIA
ARPIA is a startup company focused on autonomous and embedded robotics systems. We build robust architectures integrating perception, control, and computation into scalable, field-ready platforms.
We are based in Rio de Janeiro, Brazil — a strategic hub connecting advanced engineering, energy infrastructure, and emerging deep-tech innovation in Latin America.
Capabilities
Autonomous Systems
Perception, estimation, planning, and control designed for operational environments.
Embedded Engineering
Efficient edge computing and hardware-software integration optimized for reliability.
Systems Integration
From architecture definition to deployment validation and field performance.
Technology
Perception & Sensor Fusion
Advanced multi-sensor integration combining RGB, thermal, LiDAR, GNSS/INS and other high-precision sensing technologies. Our architectures fuse heterogeneous data streams in real time to deliver accurate situational awareness, mapping outputs and actionable intelligence in complex environments.
Autonomous Control
Robust navigation, guidance and motion-planning frameworks designed for long-range and beyond-visual-line-of-sight operations. We develop adaptive autonomy stacks capable of mission execution, fail-safe management and dynamic decision-making in real-world operational scenarios.
Embedded Platforms
High-performance embedded computing architectures integrating Linux-based systems, edge AI acceleration and real-time control layers. Our platforms are engineered for reliability, low-latency processing and seamless hardware-software integration in demanding field conditions.
Secure Communications
Resilient communication architectures leveraging satellite links and encrypted network infrastructures to enable secure command, control and data transmission. End-to-end connectivity frameworks encryption, redundancy strategies and hardened cybersecurity layers for remote and mission-critical operations.
Industries
Oil & Gas
Autonomous long-range platforms reduce reliance on helicopters and field crews while increasing the reliability and repeatability of pipeline and facility monitoring.
Mining & Aggregates
Robotics improves operational visibility, enhances safety in hazardous areas and supports data-driven decision-making across large and dynamic mining sites.
Energy & Utilities
Robotic systems enable safer, faster and more cost-efficient inspection and monitoring of geographically dispersed assets such as transmission lines, substations and power plants.
Logistics & Transportation
Autonomous aerial platforms enable cargo transport and delivery to remote and hard-to-access locations, reducing operational complexity, response time and reliance on ground infrastructure.
Environmental & Natural Resources
Robotic platforms deliver high-resolution environmental data to support conservation, compliance and long-term ecosystem management.
Agriculture & Forestry
Autonomous systems enable large-area monitoring, improving resource optimization, crop management and sustainable land use.
Public Safety & Civil Defense
Rapidly deployable robotic systems enhance situational awareness during emergencies while reducing human exposure to risk.
Defense & Border Security
Long-range autonomous platforms provide persistent monitoring capabilities over vast and remote areas with reduced operational footprint.
Telecommunications
Robotic inspection and monitoring support the deployment and maintenance of distributed communication infrastructure in hard-to-reach regions.
Renewable Energy
Autonomous systems optimize inspection and performance monitoring of solar farms, wind parks and hydroelectric assets across large territories.
Contact
ARPIA works with industrial partners, infrastructure operators and technology collaborators seeking advanced autonomous and embedded robotics solutions. If you are exploring a pilot project, strategic partnership or technical collaboration, we would be glad to connect.