Littlebird and Lacuna Space: Connecting Safety Wearables

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Littlebird wristbands track where-abouts with multiple signal pathways the partnership will explore satellite-enabled IoT connectivity (Credit: Littlebird)
Littlebird and Lacuna Space partner to expand the reach of safety wearables using satellite and IoT connectivity, strengthening protection for children

Littlebird is expanding its child safety technology through a new partnership with satellite IoT provider Lacuna Space, as it looks to strengthen connectivity for its screen-free wearable devices.

The two companies are extending the reach of Littlebird’s Precision+ safety network, including coverage in areas where traditional telco infrastructure is limited, like rural and remote regions.

Their approach reflects a growing telecoms trend: combining multiple connectivity layers to improve reliability and coverage.

This means that the devices remain connected across different environments, supporting continuous awareness without relying on a single network.

Littlebird’s wearable technology is designed to operate without screens, focusing instead on safety and communication.

Its Precision+ platform combines different signal pathways, including Bluetooth Low Energy and long range data transmission (LoRa) to maintain connectivity while preserving battery life.

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Building resilience through layered networks

The partnership with Lacuna Space focuses on moving towards layered connectivity, where multiple network types work together.

Littlebird has already deployed its devices on Amazon Sidewalk, a community network that uses shared connectivity to extend coverage across urban and suburban areas.

Lacuna Space introduces satellite-enabled IoT, allowing devices to connect in remote or rural locations where terrestrial networks may not reach.

This model is designed to improve resilience, which translates into more reliable tracking and communication when children are away from their parents or carers.

Monica Plath, Founder and CEO of Littlebird, says: “The future of family safety will not be built on a single network. It will be built on layered infrastructure that is intelligent, resilient, and designed for the real world.

Monica Plath, CEO and Founder of Littlebird (Credit: Littlebird)

“The same technologies pushing humanity farther into space can also help us protect what matters most here at home.

“Amazon Sidewalk helped open a new chapter in low-power, community-scale connectivity. With Lacuna Space, we are extending that vision even further and helping usher in a new era for wearables, safety, and human connection.”

Littlebird combines community networks with satellite links and traditional carrier services to build a system that prioritises continuity.

A system with this level of consistency is critical for maintaining a connection as a device moves between coverage zones, which is prevalent in child safety use cases.

The tech in action (Credit: Littlebird)

Satellite IoT extends safety coverage

Lacuna Space enables wearables to send location and status updates even when outside mobile network coverage.

The company specialises in connecting battery-powered devices through satellites, rather than ground-based infrastructure which may not reach some rural regions, or apply in travel scenarios. 

Rob Spurrett, CEO of Lacuna Space, says: “Lacuna Space was built to extend IoT connectivity for battery powered devices beyond the limits of traditional ground infrastructure, extending networks such as Amazon Sidewalk to rural areas.

Rob Spurrett, CEO and Co-Founder of Lacuna Space (Credit: Lacuna Space)

“We are excited to partner with Littlebird as they pioneer a new category in family safety and explore how satellite-enabled connectivity can help support a stronger, more resilient safety experience for families.”

Satellite and terrestrial networks can complement each other rather than compete, resulting in broader coverage and improved service reliability for specialised use cases like child safety.

Supporting safer, screen-free experiences

Instead of adding more digital interfaces, Littlebird is investing in infrastructure and connectivity intelligence to support what it describes as “supported independence” for children.

The Precision+ platform works with context-based awareness, which uses data from multiple sources to provide more accurate insights into a child’s location and environment without interrupting activities.

For example, the system tracks movement patterns and proximity signals and sends alerts to the receiver's device without alerting the child.

Littlebird's combination of satellite, community and carrier networks enables a more consistent and dependable connection for parents and carers, helping them maintain awareness across a wider range of everyday situations.

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