About us
Our North Star
At Lambdanetix our primary goal is to reduce the OpEx of our customers while making life easier for engineers. This is the heart of everything we create, from our Cloud Platform to our Open Source contributions.
We’re a solutions company that leverages AI, Automation, and Transformational Technologies to reduce the overhead in fibre network engineering.
Our Research
Collaborating with Professor Dr. Boris Vertman, Institute for Mathematics, and his team at the Carl von Ossietzky Universität Oldenburg, we’re working on cutting-edge algorithms, graph-theory, and manifold pathfinding research.
This research is enabling us to develop new automated planning, repairs, and path selection/optimisation (including n-path redundant circuits) solutions. Optimising network deployments and utilisation while automating the entire process vastly improving the response times and performance of network operations teams.
Our Team
Lead by the former Lead Engineer behind Tracr (the Diamond Provenance Blockchain funded by DeBeers),Tim Armstrong, who’s background spans Telco, Fintech, and AI, Lambdanetix is an international team consisting of Engineers and Researchers from across the industry.
Our team’s background spans Fibre Optics Operations (Splicing, Testing, Terminating, etc.), Fibre Network Design/Architecture, Networking/ISP Operations, Software Engineering, Software Security, Graph Theory, Mathematics, Physics, and Data Analytics.
This diversity enables us to deeply understand the problems you face day-to-day, and how technology, software, and research can be used to simplify your work and automate monotonous tasks, freeing you up to focus on what matters.
Case Studies

Wyre (Liberty Global)
We’re helping Wyre validate more than 3 million fibre connections, and to continuously monitor their network to enable them to detect and repair outages before a support ticket is even raised.
Read more →

A Romanian Fibre Operator
We’re working on an exploratory project with a Romanian ISP that has multiple large multi-fibre cables (more than 128 fibres per cable) between cities.
Read more →
About us
Our North Star
At Lambdanetix our primary goal is to reduce the OpEx of our customers while making life easier for engineers. This is the heart of everything we create, from our Cloud Platform to our Open Source contributions.
We’re a solutions company that leverages AI, Automation, and Transformational Technologies to reduce the overhead in fibre network engineering.
Our Research
Collaborating with Professor Dr. Boris Vertman (Institute for Mathematics, Carl von Ossietzky Universität Oldenburg) and his team, we’re working on cutting-edge algorithms, graph-theory, and manifold pathfinding research.
This research is enabling us to develop new automated planning, repairs, and path selection/optimisation (including n-path redundant circuits) solutions. Optimising network deployments and utilisation while automating the entire process vastly improving the response times and performance of network operations teams.
Our Team
Lead by the former Lead Engineer behind Tracr (the Diamond Provenance Blockchain funded by DeBeers),Tim Armstrong, who’s background spans Telco, Fintech, and AI, Lambdanetix is an international team consisting of Engineers and Researchers from across the industry.
Our team’s background spans Fibre Optics Operations (Splicing, Testing, Terminating, etc.), Fibre Network Design/Architecture, Networking/ISP Operations, Software Engineering, Software Security, Graph Theory, Mathematics, Physics, and Data Analytics.
This diversity enables us to deeply understand the problems you face day-to-day, and how technology, software, and research can be used to simplify your work and automate monotonous tasks, freeing you up to focus on what matters.
Case Studies

Wyre (Liberty Global)
We’re helping Wyre validate more than 3 million fibre connections, and to continuously monitor their network to enable them to detect and repair outages before a support ticket is even raised.
Read more →

A Romanian Fibre Operator
We’re working on an exploratory project with a Romanian ISP that has multiple large multi-fibre cables (more than 128 fibres per cable) between cities.
Read more →