📋 GRC compliance for CMMC 2.0, CPCSC, CPA Canada, IIROC…SaaS discovery for data governanceFree enriched web chat widget🚀 Enriched remote support without your laptop

Open-source acknowledgements

Lavawall® products are built with the help of excellent open-source projects. We are grateful to their authors and communities.

The projects below make Lavawall® products possible, and each is credited with its licence. Full license texts and version details are available on request through our contact page.

Lavawall® Backup

Lavawall® Resilience Node

The Resilience Node is built with everything from the real-time operating system on the device to the mesh protocol its nodes speak and the drivers that reach the radio and the network appliance.

Device firmware

  • Zephyr RTOS, the real-time operating system at the heart of our device firmware. (Apache-2.0)
  • MeshCore by Scott Powell and contributors, the mesh routing protocol our nodes speak. (MIT)
  • Rhys Weatherley’s Crypto library and Orson Peters’ Ed25519, the cryptographic primitives securing our mesh. (MIT / zlib)
  • nanopb by Petteri Aimonen, compact Protocol Buffers for embedded devices. (zlib)
  • Semtech loramac-node, the LoRa radio driver for our long-range link. (BSD)

Network appliance and tooling

  • gosnmp, SNMP monitoring in our network appliance. (BSD-2-Clause)
  • The Go programming language and its golang.org/x libraries by the Go Authors. (BSD-3-Clause)
  • go.bug.st/serial by Cristian Maglie, USB serial communication. (BSD)
  • Net-SNMP, the SNMP agent on our appliance. (BSD-style)

Hardware SDK

Firmware for Nordic Semiconductor hardware is built with the Nordic nRF Connect SDK.

Data residency: We place your data and our AI processing in the region your obligations require: Canada, the United States, Europe, or Australia. How data residency works →