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SEGAL INDUSTRIES HOMEA SEGAL INDUSTRIES BUSINESS
ConnectCREATE. ADVANCE. EVOLVE.
Pulse · Network nominal — connecting
Segal Connect · planetary connectivity

Everywhere is on-net.

Fiber where we can trench it. Air where we can't. Orbit for everywhere else. One network, three skies, unified by Lattice — the connection never blinks.

The three skies

Three layers. One address. Lattice decides the rest.

Every claim carries one honest stage. We never show a layer at a higher stage than the truth.

StrandGround · fiber

Symmetric multi-gig metro and long-haul.interfaces · Segal Industries · ground infrastructure

AVAILABLE2–25 Gbps symmetric · <4 ms metro
HaloAir · stratospheric

Stratospheric relay for the gaps Strand can't trench.interfaces · Segal Aeronautics

IN DEVELOPMENTHAPS / airship relay · target <20 ms
ArcOrbit · LEO

Low-Earth-orbit constellation for everywhere else.interfaces · Segal Aerospace

RESEARCHLEO mesh · validated direction, no ship date

The network.
From the ground up.

Connectivity is a physical system before it is a plan: fiber into the ground, a terminal at the edge, and a path that continues beyond the nearest cable. Segal Connect brings those layers into one network architecture.

Strand carries the terrestrial network. Halo provides the aerial relay layer. Arc extends the architecture into orbit. Lattice coordinates the paths between them.

Explore the network architecture
A ground network terminal and fiber infrastructure beside a remote landscape
Network infrastructure design visualization.

Find the right connection.

Check an address to see which network layer and service path apply. Compare the residential and enterprise plans around the connection your location needs.

Check an address

Connect the whole operation.

For enterprise locations, begin with the sites, access requirements, and continuity needs. Follow the network pages from each layer to the multipath fabric that connects them.

Explore enterprise connectivity
LatticeIN DEVELOPMENT

The connection never blinks.

Lattice scores every path and moves your traffic before you'd notice the one that failed. When a fiber is cut, it hands off to the aerial layer mid-flight and back — sub-second, congestion-aware, zero packets lost.

Read the technical page
ARC · orbitHALO · airSTRAND · groundcut
live failover latency2.9 ms· 0 packets lost
Proof

Numbers carry the weight.

184Tbps
Backbone capacity
5
Metros live (Strand)
142
Peering points
0.001%
Packet-loss target
Current · residential

Symmetric multi-gig, available today.

All plans

Current 2

Symmetric multi-gig for the connected home.

AVAILABLE
2 Gbpssymmetric
Upload
2 Gbps
Metro latency
<4 ms
Served by
Strand
  • 2 Gbps up / 2 Gbps down
  • No data caps
  • Self-install option

Current 5

Headroom for everything at once.

AVAILABLE
5 Gbpssymmetric
Upload
5 Gbps
Metro latency
<4 ms
Served by
Strand
  • 5 Gbps symmetric
  • No data caps
  • Priority metro routing

Current 10

Studio-grade upstream.

AVAILABLE
10 Gbpssymmetric
Upload
10 Gbps
Metro latency
<3 ms
Served by
Strand
  • 10 Gbps symmetric
  • No data caps
  • Static IP available

Find your address on the network.

Most of the planet isn't trenched yet — we'll tell you exactly which layer serves you, at what stage.

Check Reach