About Sky MulWe build real‐world systems that survive dust, heat, rain, and deadlines. We don't chase demos; we ship machines that last. Today we enable remote QC—sensor fusion to exact 3 D so changes can be reviewed from anywhere. Next we go hands‐on at a distance: telepresence robotics with ROS2, bulletproof power, and live telemetry. If you want the full pipeline—hardware → firmware → perception → decision → actuation—this is the playground, and it's production.
Explore what we've built:
Robotics solutions: Demo video: You Tube Team culture & how we work Builders first and in person: passionate, curious, and relentlessly hands‐on—you prototype, break, measure, and rebuild at the bench and in the field. Not cloning tech for a local market: we build for the world and take on problems not solved elsewhere. Failures are data, no rulebook: undefined hard problems, learnings shared openly, failures turned into progress. Learn at lightning speed: self‐teach new tools, read papers, ship working systems in days—not months. No pedigree gating:
degrees and years don't decide; evidence of hard builds, clear thinking, and character do. Benevolent teammates only: we push hard and help harder—zero tolerance for ego or toxicity. What you'll do Build CV/3 D pipelines end‐to‐end: calibration, feature extraction, multi‐view geometry, reconstruction, reprojection checks. Translate math into code: implement geometric algorithms from first principles—SVD, least squares, RANSAC, triangulation, Pn P, bundle adjustment seeds—without an LLM doing the thinking for you. Wire perception into the robot: pull camera/IMU/Li DAR streams together, manage TF2 frames and time‐sync, debug transform trees. Prototype hard, measure harder: instrument experiments, log everything, write short technical notes the rest of the team can read. Read papers and ship: turn ideas from FPCV / CS231 A / 16‐822 into working scripts within days. Must‐have Excellent linear algebra intuition: not memorized formulas—y
📌 Junior computer vision (Kochi)
🏢 SkyMul
📍 Kochi