Network Sovereignty & Secure Edge
The network path to every system we operate, owned end to end: Cloudflare DNS, CloudFront in front of AWS origins, per-workload TLS, AI crawlers classified and logged, and abusive scanners banned at the Cloudflare edge.
Every request to a system we operate takes a path we chose. Network sovereignty is owning that path — DNS to secure edge to origin — instead of inheriting whatever a host or a plugin decided.
Defining Network Sovereignty.
Network sovereignty is controlling the full network path to a production system — DNS, the CDN edge, TLS termination, the origin, and the rules for what traffic reaches it — so every request is auditable from arrival to response. For AI systems handling regulated data, it means no host shared with strangers, no third-party platform in the path that cannot be inspected, and the rules for bots and scanners written by the operator rather than inherited from a host.
A host that shares an IP with an unknown number of strangers, a scanner that finds an open door, a plugin that decided how your TLS works — that is how outside failures reach a production system. The outage or the audit finding lands on you, not on the host, so we own the path.
What We Run at the Edge.
iSimplifyMe runs every Next.js system on AWS behind CloudFront in front of a regional Lambda origin, with Cloudflare DNS on the domains it operates; most WordPress sites run on one hardened host behind Cloudflare, each capped to its own share of the machine. TLS and the response security headers are set per workload, good-faith AI crawlers are classified and logged, and abusive scanners are banned automatically at the Cloudflare edge on every origin it proxies.
- Cloudflare DNS on each domain we operate — one place for records, one audit trail, and the Cloudflare proxy and firewall in front of any origin that is not already behind CloudFront
- Edge bans — scanners and scrapers that probe for what is not there are banned at the Cloudflare edge, in front of each origin it proxies, without a person in the loop
- Next.js on AWS behind CloudFront — CloudFront terminates TLS in front of a regional Lambda origin, with the response security headers written for that system; the request path is deterministic and logged end to end
- One hardened host for WordPress — most of the WordPress sites we operate share one machine we control, behind Cloudflare, each capped to its own share of CPU so one site's traffic storm stays on that site
- Bot classification — good-faith AI crawlers are allowed and logged on each Next.js site through Bot Analytics, which posts each engine hit to Apex as it happens
- No managed platform in the path — no Vercel, no Netlify in front of the systems we build
Private Paths Between Office and Cloud.
When a deployment needs a private path from a client's office to its own AWS account, iSimplifyMe designs the segmentation and the tunnel as part of the build — a dedicated network segment for the systems that touch regulated data, a site-to-site WireGuard or IPsec tunnel into the VPC, and inter-segment routing denied by default. The client owns the hardware; the design is the deliverable.
We do not sell networking on its own. A system that handles regulated data should not reach the cloud over a path nobody designed, so the design ships with the build.
Compliance at the Network Layer.
The network layer of every iSimplifyMe deployment is built for audit: encryption in transit with TLS termination under iSimplifyMe's control, every request logged at the origin and at the CloudFront edge, audit logs retained for seven years, and a dedicated AWS account for each regulated client. Where HIPAA applies, the AWS Business Associate Agreement is executed per account; the posture is HIPAA-ready, and the path can be drawn on one page from request to response.
Each deployment ships with the topology, the DNS records, the edge rules, and the log locations documented, so your first audit conversation starts from a diagram rather than a document hunt. The full security posture is published on our trust page; bring your last audit finding to the discovery call.
Where It Connects.
Network sovereignty is the outermost of three layers in one architecture: the edge decides what reaches the system, the VPC layer decides what the system can reach, and the model layer runs inside both boundaries. iSimplifyMe designs and operates all three layers together, inside the client's own AWS account.
The other two layers, the agents that run inside them, and the monitoring plane that watches all of it:
- Generative AI Infrastructure — the model, on Bedrock, inside the boundary the edge defines
- Data Sovereignty & VPC Isolation — private subnets, VPC endpoints, and the controls on what the system can reach
- AI Agent Architecture — agents that run behind the same edge and origin path described here, with each crawler hit classified and logged on the way in
- Status — live fleet-aggregate uptime from our own monitoring plane, the same edge and origins described here