Employees and privileged users
Give critical teams a stable public identity for controlled enterprise egress and partner access.
Assign stable public identity to employees, servers, services, clouds, and critical locations your customers and partners trust.

starts by mapping the public identities your customers, partners, clouds, and security systems already trust.
When customers, partners, security systems, and business-critical services depend on your public IPs, those addresses become part of how your company is recognized on the Internet.
is built for the places where changing public IPs creates customer rework, partner coordination, audit friction, migration risk, and operational downtime.
lets your organization design stable public identity around the actors and network edges where accountability, portability, and continuity matter.
Give critical teams a stable public identity for controlled enterprise egress and partner access.
Separate service identity from provider-assigned addresses across cloud, data center, and hybrid environments.
Keep customer allowlists, supplier connections, and business integrations stable when infrastructure changes.
Build public identity around critical network edges instead of a single ISP, CDN, cloud, or facility.




Employees, servers, services, APIs, devices, clouds, and locations can operate with stable public network identity without relying on shared provider-assigned addresses.
Public identity is governed by your security architecture. It works with your firewall, SASE, Zero Trust, routing, and access policies.
packages public network identity with the continuity controls required for critical business use.
Work directly with LARUS rather than a chain of brokers and upstream promises.
Designed for network identity that must stay stable over time.
Operational support for the technical controls behind public identity continuity.
Identity operations for public-facing addresses used by customers and partners.
A clearer path when a critical identity issue needs business-level attention.
Use
to keep public identity independent from a single ISP, cloud, CDN, data center, or security platform. Change infrastructure without forcing customers and partners to rediscover your network.

is designed around the public network identity your business actually depends on: people, servers, services, clouds, locations, and partner-facing edges.
Identify the public IPs already trusted by customers, partners, security systems, and business-critical services.
Decide which employees, servers, services, clouds, and locations require stable public network identity.
Implement the
structure with routing, renewal, operations, and escalation controls.
Every
deployment starts with the people, servers, services, clouds, and locations your business needs to keep stable.
Certified Partners
is open by design. It can work with BYOIP-capable networks, clouds, data centers, SASE platforms, ISPs, and managed network providers.
Certified Partners go further: they are aligned with LARUS for smoother deployment, clearer escalation, and co-delivery of public network identity.

is designed to keep identity independent while giving your team flexibility in how it is delivered.
Yes. If your current network, cloud, data center, ISP, SASE platform, or managed provider can support the required BYOIP and routing model, it can be part of your
deployment.
Certified Partners are already aligned with LARUS on deployment process, support escalation, and co-delivery. They are designed to make implementation faster and cleaner.
No. Partners help deliver access, network integration, or managed services. Public network identity remains anchored by
.
Yes. BYOIP-capable providers can work with LARUS to become Certified Partners for future
deployments.
Start with your Identity Map. LARUS will help define the people, servers, services, clouds, and critical locations where public network identity should remain stable.
Send your block size, deployment profile, ASN context, timing, or seller inquiry. LARUS will reply with a direct commercial path, not generic broker language.