01What we build

  1. Applied AI

    LLM apps, agents, vision

    LLM agents, RAG, and vision-language models in production, with the evals and guardrails that keep them working past the demo.

    • LLM agents
    • RAG
    • VLMs
    • Evals

    Shipped: The Rivals, VCC SIM, IEEE Competitions

  2. Robotics & Embodied AI

    Real robots, real streets

    Autonomous navigation, manipulation, teleoperation, and sim-to-real. We co-author the open-source Earth Rovers SDK that winning models like GeNIE run on.

    • ROS 2
    • SLAM
    • VLA models
    • Sim-to-real

    Shipped: Earth Rovers, UFB, Telearms

  3. Proteus, our maritime collision-avoidance overlay fusing AIS, radar and ENC chart data.

    Connected & Edge Systems

    Software that lives on hardware

    On-device inference, sensor streaming, and BLE/MQTT telemetry. Cloud, edge, and hardware held to one engineering bar.

    • BLE
    • MQTT
    • WebRTC
    • AWS IoT Core

    Shipped: Tocaro Blue, Proteus

02At the frontier of physical AI

  • Earth Rover Challenge organizers and participants at IROS 2024 in Abu Dhabi.
    IEEE Robotics & Automation Magazine

    Co-author, Lessons Learned From the Earth Rover Challenge

    Peer-reviewed paper on an AI vs. human navigation competition across 14 cities.

    Read the paper
  • Open source

    Earth Rovers SDK

    We co-author it. Labs at UC Berkeley, NUS and UT Austin deploy real-world robot policies on it.

    View on GitHub
  • IROS 2026, Pittsburgh

    Co-organizing three robotics challenges

    Autonomous navigation, dexterous manipulation, and humanoid assembly.

  • Open data

    9,000+ hours of real-world robot teleoperation

    FrodoBots-2K and Berkeley-FrodoBots-7K, the largest open sidewalk-robot dataset.

    Browse on Hugging Face

03Selected work

04Engineering led by people, not playbooks

  • Santiago Pravisani, CEO and co-founder

    Santiago Pravisani

    CEO and co-founder

    Core engineer at FrodoBots. Co-organizer of three IROS 2026 challenges. Contributor to the Earth Rovers SDK.

  • Esteban Fuhrmann, CTO and co-founder

    Esteban Fuhrmann

    CTO and co-founder

    Leads architecture and delivery across every SANA project.

05Working with SANA

What does SANA do?

SANA is an applied AI and robotics engineering firm. We ship LLM agents, vision-language models, autonomous navigation, robot teleoperation, and edge-inference systems to production. We have 50+ projects shipped and operate from a Florida HQ and a Seoul office.

Who runs SANA, and where are you based?

SANA Company, legal name SANA IT Solutions LLC, is led by Santiago Pravisani (CEO and co-founder) and Esteban Fuhrmann (CTO and co-founder). Our headquarters is in Coconut Creek, Florida, and we run a Seoul office for Korean projects. Our website is sanacompany.io.

What is SANA's track record?

More than 50 projects shipped across applied AI, robotics and connected systems. Recent work includes the Earth Rovers autonomous fleet running across 14 global sites, UEFA Virtual Events at 20,000+ concurrent users, and Wimbledon Hill at 10,000+ concurrent users across two consecutive years. Our founder Santiago Pravisani is a core engineer at FrodoBots, a contributor to the open-source Earth Rovers SDK, and a co-author on the IEEE Robotics & Automation Magazine article documenting the Earth Rover Challenge at IROS 2024. He co-organizes three IROS 2026 robotics challenges.

How do I start a project with SANA?

Email santiago@sanacompany.io directly, or use the contact section at sanacompany.io. Santiago reads every enquiry personally and replies within one business day. We work three ways: a fixed scoping sprint of one to two weeks, a build phase of three to six months on time-and-materials or milestones, and an ongoing monthly retainer. Most clients renew past year one.

06Tell us your project