Service · Network Connectivity
Networks designed for the year you're in, not the year you started.
Multi-site VPN, SD-WAN, branch connectivity, on-prem-to-cloud, secure remote access. Designed once, monitored forever.
What we deploy
Connect everything. Without the surprise outages.
Network topology pages give you stress; we replace them with something simpler and faster.
Multi-site networks
Branch offices, regional headquarters, factories. SD-WAN or traditional MPLS-replacement.
Secure remote access
WireGuard, Tailscale, ZeroTier, OpenVPN. We pick what fits - not what we sell.
On-prem to cloud
Hybrid setups, direct-connect, IPsec, BGP routing between your DC and AWS / GCP / Azure.
Monitoring + alerting
Real-time latency, packet loss, bandwidth. Alerts when it matters, silence when it doesn't.
What we deliver
Why it matters
A flat network turns one compromised laptop into a company-wide breach.
Connectivity is only half the job. The other half is making sure that when one site, one device, or one stolen VPN credential goes bad, the damage stops there. The networks we are asked to fix usually have the same gaps: everything can reach everything, remote access is a shared password, and nobody is watching the link until it goes down.
- Flat L2 networks where a single infected machine can scan and reach every server and branch.
- Shared VPN credentials with no MFA - one phished password and an attacker is inside.
- Remote access exposed to the whole internet instead of locked to known users and devices.
- No segmentation between guest WiFi, payment systems, and the office network.
- No monitoring, so the first sign of an outage or a brute-force attempt is an angry phone call.
What we deliver
Reliability and security, baked into the same design.
We do not bolt security on after the cabling is done. Segmentation, identity, and encryption are part of the topology from the first diagram.
Segmented topology
Sites and functions split into zones (servers, users, guest, payment, OT) with firewall rules between them, so a compromise in one zone cannot freely spread to the next.
Identity-based remote access
Per-user, per-device access with MFA on WireGuard or Tailscale - not a shared password. Offboarding a person revokes their access in one click.
Resilient links
Dual-WAN or SD-WAN failover so a single ISP outage does not take a site offline. Critical sites can fall back to LTE/5G automatically.
Encrypted everywhere
Site-to-site and remote traffic encrypted end to end. No plaintext management interfaces exposed to the internet.
Monitoring + alerting
Real-time latency, packet loss, and bandwidth per link, plus alerts on link failure, failover events, and abnormal traffic - so we see it before your users do.
Documentation you own
Topology diagrams, IP plans, firewall rule rationale, and device configs handed to you in writing. No tribal knowledge locked in one person's head.
How a deployment runs
From survey to handover, with a date on each phase.
A multi-site rollout for a moderately complex network typically runs 4-10 weeks depending on how many sites and how much physical work is involved.
Week 1: Survey + design
We map every site, link, and dependency, capture your traffic profile, and design the target topology with segmentation and failover built in. Deliverable: topology diagram, IP plan, and bill of materials.
Weeks 2-3: Procure + stage
We spec and procure hardware at distributor price (flat handling fee, no margin), pre-configure devices in our shop, and test the full setup before anything ships. Deliverable: staged, labelled, configured kit.
Weeks 3-8: Roll out site by site
We deploy one site at a time, coordinate cabling and ISP cutovers, and validate each link before moving on. Existing connectivity stays up until the new path is proven. Deliverable: live, monitored sites.
Weeks 8-10: Verify + hand over
Failover testing, security validation, and monitoring tuned to your thresholds. Deliverable: as-built documentation, monitoring access, and either a clean handover or an SLA-backed managed retainer.
Network FAQ
Do you sell hardware?
SD-WAN or traditional MPLS?
WireGuard or OpenVPN for remote workers?
Can you handle the actual physical install?
Do you support monitoring after install?
Network feels held together by string?
Tell us the topology; we'll come back with a redesign and a number.