We're building the AI-native planning platform for satellite operators.
Operators plan connectivity across link budgets, transponder loading, interference, feeder links, and service commitments, using disconnected tools that don't talk to each other. Serana holds the payload models, network state, and active commitments in one place, and reasons across all of them at once.
Satellite planning combines RF physics, payload constraints, regulatory rules, and service-level commitments in ways no other domain does. Our team has built satellite ground software at Calian, shipped production AI at Amazon, holds patents in beamforming and over 1,000 citations across physics and machine learning research. We know both sides of this problem.
Najeeb holds a PhD in Machine Learning and previously built production LLM agents at Amazon Alexa. He introduced GPU computing into satellite link-budget simulations at Calian and now leads Serana's product and AI architecture.
Aleena leads business operations, strategic partnerships, and growth at Serana. She drives grants, industry engagement, and execution so Serana reaches the operators who need it.
Arnab holds a PhD in Physics with deep expertise in computational modeling and machine learning, backed by 36 publications and over 1,000 citations. At Serana, he develops the constraint reasoning and optimization models at the core of the platform.
Alireza holds a PhD in AI with deep expertise in telecom and optimization, and holds U.S. patents on hybrid beamforming systems. At Serana, he advises on the link budget engine, signal processing architecture, and payload modeling.
We're building the AI-native planning layer for satellite operators. If you're an operator, investor, or just curious, we'd love to talk.