Hubble Network Collaborates With Texas Instruments on Bluetooth Connectivity

Why It Matters

By marrying low‑power Bluetooth chips with a global satellite network, TI customers can deploy truly worldwide IoT solutions without costly cellular plans, accelerating adoption in logistics and asset management sectors.

Key Takeaways

• Hubble integrates with TI’s CC2340, CC2755x chips
• Enables 13‑byte sensor payload per Bluetooth packet
• Targets fleet tracking, stolen‑vehicle recovery, asset monitoring
• TI customers gain global IoT connectivity via satellite
• Hubble raised $70M Series B for constellation buildout

Pulse Analysis

Satellite‑enabled Bluetooth is reshaping the low‑power IoT landscape by removing the geographic constraints of traditional short‑range radios. While Bluetooth LE has dominated indoor and campus‑scale deployments, its reliance on local gateways limits reach. Hubble Network’s constellation of low‑Earth‑orbit satellites creates a bridge, allowing any Bluetooth‑enabled device to transmit data directly to the cloud from virtually anywhere. This model aligns with the growing demand for real‑time visibility in mobile assets, where cellular coverage is spotty or cost‑prohibitive.

The collaboration with Texas Instruments accelerates market penetration by embedding Hubble’s network stack into TI’s widely adopted microcontrollers. Engineers can now leverage TI’s industry‑leading low‑power architecture while automatically gaining global coverage, location services, and a 13‑byte telemetry channel per packet. The integration simplifies product development, cutting the need for separate satellite modems or complex firmware adaptations. Primary use cases—fleet tracking, stolen‑vehicle recovery, and industrial asset monitoring—benefit from near‑instantaneous location updates and sensor insights without sacrificing battery life.

For the broader IoT ecosystem, this partnership signals a shift toward unified connectivity solutions that blend terrestrial and space‑based networks. Competitors will need to address the cost and latency advantages that satellite‑backed Bluetooth offers, especially in sectors where device density is low but coverage must be ubiquitous. As Hubble scales its constellation with the capital from its Series B round, the combined TI‑Hubble platform could become a de‑facto standard for global, low‑power IoT, prompting device makers to design with satellite connectivity as a baseline rather than an afterthought.