New Brunswick fibre infrastructure.
Built here. Operated here.

Tinuum Networks is a New Brunswick-owned, facilities-based telecommunications provider that designs, builds, and operates fibre-optic networks for residential, business, government, and critical-infrastructure applications.

Talk to our network team → See capabilities

Tinuum bucket truck servicing fibre infrastructure on a New Brunswick main street

Capabilities

Tinuum owns and operates its own fibre plant, its own autonomous system, and its own IP space — we design and construct networks, not just resell connectivity.

Tinuum technician splicing fibre and terminating a distribution hub on the workbench

Government & public-sector networks

Critical communications infrastructure

Fibre network design

Metro & intercity fibre

Dark fibre

Dedicated fibre

Point-to-point Ethernet

Optical / wavelength transport

Dedicated Internet access — 1G, 10G & higher

IPv4 and IPv6

BGP & autonomous-system operation

Aerial fibre construction

Underground fibre construction

Fibre splicing, testing & OTDR documentation

Network monitoring & operations

Physically diverse network design

Bilingual support

Local New Brunswick field response

Public-Sector Infrastructure

Tinuum designs and builds fibre infrastructure for public-sector and critical-communications applications in New Brunswick.

Our capabilities include dedicated fibre, physically diverse routes, underground and aerial construction, optical transport, network monitoring, and documentation suitable for government and institutional networks.

Tinuum has experience delivering telecommunications infrastructure through public-sector procurement processes. Contact us to discuss specific public-sector or enterprise requirements.

Resilient network design

Two "redundant" circuits from two providers still share a single point of failure if they run down the same poles, through the same duct, or across the same bridge.

Two circuits on the same poles are still one failure domain.

We reduce common-mode failure — redundant circuits failing together because they share physical infrastructure — by routing independent paths across separate poles, underground conduit, alternate corridors, and diverse building entrances.

Separate pole lines

Separate underground conduit

Alternate road corridors

Diverse crossings

Diverse building entrances

Avoiding shared infrastructure where practical

Tinuum underground fibre construction, plowing conduit along a rural property line

Tinuum cable truck stringing fibre optic cable along a rural road in Salisbury, NB

Critical infrastructure and resilience

Canada and its NATO allies are increasing investment in defence- and security-related infrastructure. Under the NATO 5% commitment, up to 1.5% of GDP may be accounted for through broader defence- and security-related investments, including protection of critical infrastructure, network defence, civil preparedness, and resilience.

Tinuum applies these principles at the physical-network level by designing fibre systems with fewer common points of failure and genuinely diverse routes.

NATO — Defence investment and the 5% commitment