Healthcare runs on uptime that can’t be negotiated and documentation that has to hold up to audit. CyberNet has been engineering carrier-grade networks for hospital systems, regional clinics, and healthcare campuses since 1995, with HIPAA-ready private fiber, sub-5ms latency for clinical applications, and the procurement-grade documentation a compliance officer needs the day after you sign.
99.999% core uptime. HIPAA-Ready by design. 24/7/365 US-staffed NOC. One AI watching every circuit.
Healthcare connectivity isn’t enterprise IT with a HIPAA sticker on it. Clinical applications, imaging traffic, and EHR systems put a different set of demands on the network than email and SaaS, and an outage carries a different kind of consequence. We engineer around three load-bearing requirements.
When a clinician can’t reach the EHR, care stops. Our backbone is engineered to 99.999% core uptime with SLAs that carry financial penalties when missed. Redundancy is engineered into the design, dual entrance, geo-diverse paths, automatic failover, before the contract is signed, not after the first outage.
Private connectivity, isolated routing, encrypted transport options, and audit-ready logging. Every architecture decision is documented to the standard a compliance officer or third-party auditor expects to see. The paperwork is engineered alongside the circuit, not retrofitted six months later when the audit window opens.
A hospital network is rarely one building. It’s a flagship campus, a few imaging centers, a dozen specialty clinics, and a regional datacenter, all operating as one system. We engineer them as one Layer 2 private network with consistent policy, centralized monitoring, and a single accountable carrier across every site.
Every CyberNet engagement is engineered to a different design. The three below are representative of the work we deliver to healthcare customers, anonymized to protect customer architecture, accurate to the way it actually went.
A regional healthcare network needed redundant 100G connectivity between two datacenters 18 miles apart, with sub-5ms latency for real-time clinical applications. We engineered dual-path dark fiber across geo-diverse POPs, with automatic failover and a 99.999% SLA carrying financial penalties.
Live in 11 weeks. Zero unplanned outages in 36 months.A multi-site provider needed HIPAA-ready private connectivity across twelve facilities, a flagship hospital, four imaging centers, and seven specialty clinics, with consistent security policy and centralized clinical-data routing. We delivered a Layer 2 private WAN with redundant entrance at each major site and standardized managed CPE.
For multi-site health systems with central EHR + distributed care delivery.A specialty diagnostics network needed bandwidth that could move large imaging files between collection sites and the central reading facility without spilling onto the public internet. We engineered dedicated wavelengths with end-to-end isolation, sized for peak modality output, with traffic visibility surfaced live in Mission Control.
For imaging, pathology, genomics, and any modality where file size is non-trivial.HIPAA-Ready isn’t a marketing badge. It’s an architectural posture, private connectivity, isolated routing, encrypted transport options, and the audit-ready logging that proves it. Below: the certifications we operate under and how the architecture maps to the most common healthcare compliance needs.
Inter-site traffic carrying protected health information rides on dedicated private circuits, Layer 2 private WAN, dedicated wavelengths, or dark fiber. The public internet is never in the path of clinical data. Architecturally enforced, not policy-enforced.
Configuration changes, access events, dispatch records, and SLA performance, logged continuously, surfaced in Mission Control, exportable for audit. When a compliance review asks who touched what and when, the answer is queryable, not researchable.
Architecture diagrams, redundancy posture, SLA terms, route documentation, and the certifications behind every claim, assembled to the standard your procurement team and outside counsel expect to see. Available before the contract is signed.
Every customer architecture is engineered to its own design. These are the products we deploy most often when the buyer is a hospital network, multi-site clinic operator, or healthcare campus.
Dedicated wavelengths or dark fiber strands between hospital datacenters, imaging centers, and central reading facilities. Carrier-grade routing, geo-diverse paths, sub-5ms latency, and the optics-level control your network team wants.
Layer 2 private WAN connecting a flagship campus to its satellite clinics, imaging centers, and specialty sites. Centralized security policy, consistent QoS for clinical traffic, and one carrier accountable for every site.
SLA-backed dedicated internet for telehealth, video consults, patient portals, and cloud-EHR access. Symmetric bandwidth, hard latency commitments, and the redundancy posture clinical operations require.
SIP trunking and hosted unified communications engineered for clinical voice traffic, nurse stations, code-blue lines, after-hours routing, and the integrations EHR voice modules expect. 99.999% voice-core uptime with SLA penalties.
Mission Control is the customer-facing platform on every CyberNet engagement. For healthcare buyers, it’s where NikolAI surfaces the moments that matter, a latency anomaly at the imaging center, a capacity threshold at the flagship campus, a maintenance window opening near your route, before they become incidents. Field dispatches show up like a rideshare. Every config change is logged. Every SLA event is tracked. When the compliance review asks for proof, the answer is already in the platform.
See how Mission Control worksNikolAI watches every circuit, voice service, and managed asset across your hospital, clinics, and datacenters. He opens tickets when patterns suggest a problem is forming, before clinical impact.
Planned work near your route gets explained to your team in advance, what’s happening, what’s affected, what the failover path is. No 2 a.m. surprises on a clinical floor.
Every config change, dispatch record, and SLA event lives in Mission Control, queryable, exportable, and timestamped. When the compliance review opens, the trail is already there.
CyberNet delivers HIPAA-ready private fiber with audit-grade documentation.
A 99.999% core-uptime SLA, contractually penalized when missed.
Yes. Hospitals, clinics and campuses run as a single network.
CyberNet is an engineering-led, licensed CLEC since 1995 that owns its network, 150,000+ on-net buildings and 700+ cell towers. You work directly with the engineers who design and run your service, with no level-1 layer between you and the person who can fix the problem.
A 99.999% core-uptime SLA, contractually penalized when missed.
Within one business day.
Submit your address through the technology configurator and we’ll check coverage at each site.
Mission Control is the operations platform every CyberNet customer lives inside, five workspaces: Orders, Marketplace, Ops Center, Billing, and Helpdesk. See Mission Control.
Whether you start by talking to NikolAI or by walking through our structured configurator, the result is the same: a real architecture sized to your facility footprint, reviewed by a senior network engineer, with the HIPAA-Ready compliance posture documented before the contract is signed. No SDR layer. No discovery scripts. Response within one business day.