Platform · PulseM Platform Proof

The PulseM stack behind each rollout.

PulseM combines access, local core, service continuity, backhaul fit, and delivery support for rural, private-site, council/community, remote POP, and WISP deployments.

Role
One stack for five rollout paths
Standard
3GPP R15 / R16 compliant
Footprint
Scoped for regional operator networks

What travels together in a PulseM rollout.

Access

Outdoor 5G access for real sites.

PulseM access nodes support compact rural, private-site, and regional footprints without turning every project into a national rollout.

Private 5G rollout
Local Core

SIM identity, data service, and local breakout.

The core function is scoped with the rollout, so users, policy, and local traffic handling stay in one plan.

WISP upgrade rollout
Backhaul Fit

Fibre, microwave, satellite, or hybrid transport.

Backhaul is chosen per site instead of forcing one transport pattern across every rural, island, or enterprise location.

Remote POP rollout
Shared Footprints

Council, community, campus, and neutral-host coverage.

Shared access and tenant separation let local buyers fund coverage without becoming national mobile operators.

Council / neutral-host rollout
Delivery

Scope design through field rollout.

Auckland-based delivery maps the site, access model, backhaul, local core, and support path before rollout.

Scope PulseM

3GPP-compliant interfaces, no proprietary lock-in.

3GPP R15 / R16

Aligned to the same 3GPP releases the major operators run, with N-series interfaces for 5GC and standard reference points for EPC.

Open interconnect

SIP, SMPP, Diameter, and GTP keep PulseM aligned with operator interconnect and charging needs.

Vendor-neutral RAN

Works with mainstream eNodeB and gNodeB vendors and Open RAN deployments. The platform does not require a paired RAN.

Start from the rollout shape.

Match PulseM to the rollout

Auckland-based delivery. Bring the deployment shape. We will scope access, local core, transport, and rollout.

Contact engineering