Let’s design your technology. Pick how you want to do it.
Two ways to get to the same place, a real architecture, reviewed by a senior network engineer, responded to within one business day. Pick the path that feels right for how you think.
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Both paths produce a real architecture Both auto-save as you go No account required for either
Step 1 · What we're designing
What do you want CyberNet to engineer for you?
Pick one, two, or all three. We'll only ask about what you select.
Step 2 · Where we're building
What addresses are involved?
Add every site that needs CyberNet service. NikolAI will check coverage at each address after you submit. Don’t worry about being exact, a building name, intersection, or rough address works for now.
Step 3 · Data · 3.1 of 3.5
What are you trying to do with your data network?
Step 3 · Data · 3.2 of 3.5
How much bandwidth do you need per site?
If your sites need different amounts, pick the highest. We'll get specific in the review with our engineer.
100 Mbps – 1 GbpsMid-size office, cloud apps, video conferencing.?1–10 GbpsDatacenter, heavy cloud workload, multi-site coordination.?10–100 GbpsHyperscale, datacenter interconnect, content delivery.?I'm not sureRecommend based on my use case.
Step 3 · Data · 3.3 of 3.5
How critical is uptime?
?
Higher SLAs mean stronger redundancy and contractual penalties if we miss them. Pick what your business actually needs, not the highest by default.
Best effort.Some downtime is acceptable. Standard internet service.99.99% SLA.Less than ~52 minutes of downtime per year. Common for production business operations.99.999% SLA.Less than ~5 minutes of downtime per year. For mission-critical environments.Mission critical with financial penalties.Custom SLA with contractual penalties if we miss it.I'm not sureRecommend based on my use case.
Step 3 · Data · 3.4 of 3.5
How much redundancy do you need?
Redundancy protects against failures, a cut cable, a power outage, a hardware fault. More redundancy means more cost. Less means more risk.
Single path.One connection per site. Lowest cost. If the path fails, the site is down until repaired.Dual entrance.Two connections per site, entering the building from different physical points. Protects against accidental cable cuts.Geo-diverse routing.Two paths that take entirely separate physical routes across separate switching facilities. Protects against regional events.Recommend for meBased on my SLA target.
Step 3 · Data · 3.5 of 3.5
How should the connection hand off to your equipment?
?
This is the most technical question in the data flow. If you don’t know, pick “Recommend for me”, NikolAI will match it to the rest of your design.
Recommend for meOur engineer will match this to the rest of your spec.
Show technical options
Layer 2 / Ethernet hand-off.Standard Ethernet port. Straightforward integration with most enterprise networks.Layer 3 / IP hand-off with BGP.For multi-homed networks or carriers running their own BGP routing.MPLS hand-off.For organizations running existing MPLS networks.Dark fiber (you provide the optics).We deliver unlit strands. You light them with your own equipment.
Step 4 · Voice · 4.1 of 4.3
What does your voice setup look like today?
Tells us what we're replacing or augmenting.
Traditional PRI / T1 service.Legacy digital lines from a phone company.On-premise PBX.Phone system in our office, with SIP or PRI trunks.Cloud / hosted PBX.Phone system in someone else's cloud (RingCentral, 8x8, Zoom Phone, etc.).POTS lines for life-safety equipment.Analog lines for elevators, fire alarms, fax, security panels.Nothing yet — building from scratch.A mix of the above.
Step 4 · Voice · 4.2 of 4.3
How many users and sites need voice service?
Pre-fills from your Step 2 site count where applicable.
Step 4 · Voice · 4.3 of 4.3
What kind of voice service do you want from CyberNet?
Pick all that apply.
SIP trunking to my existing PBX.I have a phone system; I just need carrier-grade SIP service.Fully hosted PBX from CyberNet.Don't want to manage a phone system — host it for me.POTS replacement for life-safety lines.Modernize my elevator/fire/alarm lines off copper.Unified communications (calls, video, messaging, presence).One platform for the team.Recommend based on my current setup.
Step 5 · IaaS · 5.1 of 5.3
What do you want to host with CyberNet?
Pick all that apply.
Compute / virtual servers.Replace or augment my on-prem servers.Virtual desktops (VDI).Persistent desktops for my workforce, delivered from the cloud.Backup & disaster recovery.Replicated copy of my data and systems, ready to fail over.Edge appliances (uCPE).Managed devices at our sites for routing, security, and SD-WAN.All of the above.
Step 5 · IaaS · 5.2 of 5.3
How critical is the workload?
Dev / test.Non-production. Tolerant of outages.Production business systems.Used daily. Downtime is disruptive but not catastrophic.Mission critical.Downtime costs real money or risks safety/compliance.
Step 5 · IaaS · 5.3 of 5.3
Any compliance requirements or existing infrastructure to integrate with?
Compliance (multi-select)
HIPAASOC 2PCI-DSSCJISFERPANoneOther
Existing infrastructure (single-select)
All on-premise today.Greenfield migration to CyberNet.Some cloud already (AWS / Azure / GCP).Hybrid setup.Hosted at another provider today.Migrating between providers.Nothing yet — starting fresh.
Step 6 · Timeline
When do you need this live?
ASAP — within 30 days.Emergency or aggressive migration.1–3 months.Standard implementation window.3–6 months.Planning ahead — typical for new sites or contract renewals.6–12 months.Long-term planning, future build-out.Just exploring — no specific timeline.
What matters most? 0 / 2 selected
Optional, pick up to two.
Lowest possible cost.Highest possible reliability.Fastest possible deployment.Most flexibility for future change.Strongest compliance posture.Single accountable partner across all verticals.
Step 7 · Who we're talking to
Last step before review — how do we reach you?
We email you a copy of your design immediately. A senior engineer reviews it and responds within one business day.
0 / 500
Your information stays with CyberNet. We don’t sell leads, share data, or run aggressive follow-up. One engineer, one response, one conversation.
Step 8 · Review your design
Here’s what you’ve designed.
Review each section. Edit anything that’s off. When it’s right, submit it to our engineering team.
By submitting, you’re sending this design to a senior CyberNet network engineer for review. They’ll respond within one business day with an engineered proposal, not a sales pitch.
Submit to Engineering
Save and finish later
Submitted
Your design is in. Welcome to the engineering conversation.
A senior CyberNet network engineer is reviewing your design. You’ll hear from them within one business day, by email first, then a direct call to walk through the proposal.
01
Today
Your design is logged. We’ve emailed you a copy at your inbox.
02
Within 1 business day
Our engineer reviews your design, runs coverage and feasibility checks at every site, and drafts a proposal.
03
The conversation
A 30-minute call to walk through the proposal, refine the design, and answer your questions. No SDR. No script.
We’ve also emailed you a magic link to revisit this design any time. Edit it, share it with your team, or use it as a reference during our call.
Roughly 8 to 15 minutes on the structured path. It auto-saves as you go, so you can finish later.
What happens after I submit?
We email you a copy of your design immediately. A senior engineer reviews it and responds within one business day.
How is CyberNet different from other carriers?
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.
What uptime does CyberNet commit to?
A 99.999% core-uptime SLA, contractually penalized when missed.