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Satellite telecommunication is the most mature space application, technological advancement in the area isn’t waiting around the corner and, thus, gaining popularity among New Space companies, which only feeds into the market development trend.

Meet Theodor Neacsu, Systems Engineer at ReOrbit, who moved from aviation to space – and from Romania to Finland – and has been enjoying tackling issues related to the complexity of space systems ever since, who values the process of improvement more than single achievements and is convinced that space is not for fun.

ReOrbit, a Helsinki-based leading provider ofsoftware-enabled satellites, has completed an oversubscribed Seed funding roundfor US $7.4M, led by Inventure VC, along with participation from 10xFounders, existing investor Icebreaker.vc, Expansion, and YesVC.

Meet Esteban Sferco, Spacecraft Engineer at ReOrbit, whose 18 year long career in space taught him the beauty of the first contact with a satellite in orbit, the importance of navigating different communication styles at work and the crucial lesson of patience, since he is a believer good results are never achieved on the first try.

Interview with Sethu Saveda Suvanam, CEO & Founder at ReOrbit, featured in SpaceNews

ReOrbit joins the European Space Agency (ESA) high throughput optical network (HydRON) programme as a space segment partner.

Meet Maria Pilar Alliri, Master Thesis Student here at ReOrbit, who has been studying space for 5 years and has been deepening her knowledge in propulsion and mission analysis for the past 6 months with us. Maria talks about the roots of her fascination with space, what nobody prepared her for in working life, how a simple addition of ±2π helps it all except for exploring dark matter, which she would dream of contributing to one day.

Meet Lucas Cittá, Small SatCom Product Manager here at ReOrbit, whose 15 year-long career path in the space industry (and counting) takes roots in radio-frequency engineering. Lucas talks about the importance of soft skills, working as a team and never taking knowledge for granted, as well as the reasons why technological limitations will always be an engineer’s best friend.

Deterministic networks provide guaranteed latency on a per-deterministic-flow basis. The data traffic of each flow is delivered within a guaranteed bounded latency and low delay variation constraint. Deterministic networks aim to deliver zero data loss due to congestion for all allocated deterministic flows.