/ 01
Zero-trust architecture
Identity-aware proxies, device posture, service mesh policy, BeyondCorp-style access without VPN concentrators.
/ 04 — Discipline
Network as code. Reachability you can prove.
From a single VPC to a multi-region, multi-cloud topology. We design networks where the diagram matches the routing table, the controls are testable, and the failure modes are documented in advance.
Capabilities
What we build.
/ 02
VPC / VPN design
Account topology, transit gateways, peering, IPv6 readiness, hub-and-spoke and mesh patterns at production scale.
/ 03
DNS engineering
Authoritative zones, split-horizon, DNSSEC, latency-based and geo-routing, registrar lock and incident playbooks.
/ 04
Load balancing & edge
L4/L7 load balancers, CDN strategy, WAF policy, edge compute, certificate automation, gradual traffic migration.
/ 05
Service mesh
Istio, Linkerd, or Cilium. mTLS by default, authz policy, traffic shifting, mesh observability without the operator tax.
/ 06
Network observability
Flow logs, packet capture, eBPF instrumentation, latency heatmaps, reachability tests as CI gates.
Engagement spec
How an engagement is shaped.
| Duration | 10–18 weeks. Greenfield builds delivered iteratively; brownfield migrations cut over in change windows. |
|---|---|
| Deliverables | Topology diagrams, routing tables, IaC modules, runbooks, failover plans, network policy library. |
| Standards | NIST SP 800-207 (zero trust), CIS network benchmarks, RFC compliance for DNS / TLS / IPv6 readiness. |
| Instrumentation | Path latency, packet loss, error rates by route, certificate expiry windows, control-plane availability. |
| Handover | Topology owned in your repository. Vaux network engineers transfer to your team across a fixed window. |
Bring us the topology that cannot drop a packet.
Architecture diagram, latency complaint, or audit finding. We respond within one business day, UTC.