Cellular IoT, 5G & Non-Terrestrial Networks (NTN).
Edge Pulsar brings embedded systems engineering and advanced radio experience across LPWAN, LTE-M, NB-IoT, RedCap, private 5G, carrier certifications, and 3GPP NTN satellite connectivity (Rel-17/18).
Why this
matters
Cellular and satellite integration is often underestimated in embedded programs. Modem behavior, orbital dynamics (Doppler shift, propagation delay), certification workflows, provisioning, power budgets, and extreme operational environments all affect whether a connected system can be reliably deployed and sustained over multi-year lifecycles.
How we execute
Cellular standards & Satellite NTN
LTE Cat-M1, NB-IoT, RedCap, private 5G, and 3GPP non-terrestrial networks (LEO/GEO constellations, HAPS).
Modem integration, RF & orbital compensation
Modem integration, carrier and satellite certification workflows, eSIM/iSIM provisioning, and deterministic Doppler/Timing Advance compensation.
Field deployment & remote asset tracking
Connectivity design for isolated maritime assets, remote infrastructure sensors, and autonomous equipment operating outside terrestrial reach.
Terrestrial / Satellite hybrid architectures
Seamless software arbitration and automatic failover between terrestrial cellular links, local scans, and direct satellite links.