Nerve
Secure

A library of backend architectures // Configured, not hand-built // Deployed in a single day

ZERO Public Data Plane
FIVE Architectures To Pick
ONE Day To Deploy

A Library Of Architectures.
Every One Of Them Shut.

01

A Library, Not A Template

There is no single secure architecture, because there is no single thing people build. Nerve ships five: a classic web application, an API with no front end, a container platform, an event-driven pipeline, and an AI retrieval stack. You pick the shape you are actually building and the posture applies to it.

02

Configured, Not Hand-Built

Four questions in plain English decide the whole deployment. No template to fork, no module to wire up, no week of reading provider documentation to find out which of forty settings is the one that matters. The decisions a specialist normally spends a month on are already made and written down.

03

A Day, Not A Quarter

Pick the architecture, answer the questions, look at the full list of what will be created, and press build. What normally takes a quarter of architecture meetings and a security review is a working estate in your own cloud account on the day you start.

Building It Yourself
  • A quarter of architecture meetings
  • Templates forked from a blog post
  • Access rules added case by case over time
  • Security reviewed after it is already running
  • Nobody can say what breaks if it closes
Picking It From The Library
  • Five architectures, one of them yours
  • Four questions instead of forty settings
  • Private endpoints on every service that has one
  • Your address ranges enforced at every layer
  • The blast radius shown before anything changes

A worked example, using the classic web application from the library and the default addresses: a /16 for the network and a /24 for each subnet. Your own shape decides the pieces on the left; the way they attach to the network is the same for all five. Peering to a network you already run is shown dashed because Nerve does not create it.

See What Is Reachable

Nerve Secure runs on your machine, not ours. In a demo we point it at your own Azure, AWS, or Google Cloud account and it reads what a stranger can currently reach — live, read-only, nothing uploaded.

You see what is exposed, and the evidence for it. Not a score out of ten. The specific rule on the specific resource: a SQL firewall entry of 0.0.0.0–0.0.0.0 admits every tenant in the cloud rather than nobody, and a bucket set to inherited prevents nothing at all.

You see the blast radius before anything moves. What stops working when the posture closes, named per service. Closing a network is a decision, and it should be made with its cost visible rather than discovered afterwards.

Then you see it applied. One step, across the estate. What it deploys is infrastructure-as-code you keep and can rebuild without us.

nerve-secure
$ nerve-secure scan azure
   Using local sign-in (no credentials sent)
   Read-only access verified
  Read 74 resources across 9 services.

  ! sql-acme        firewall rule 0.0.0.0–0.0.0.0
                    admits every tenant in Azure, not nobody
  ! stacmedocs      networkAcls.defaultAction = Allow
  ! ai-acme-model   public endpoint, key is the only control
   3 of 12 already private

$ nerve-secure plan --closed
  Private endpoints ....... 9 to create
  Public access ........... 12 to deny
  Shared keys ............. 6 to disable
  Blast radius ............ 2 services lose reachability
  Nothing applied. Review above.

Nothing is installed on your side to see this, and nothing is deployed into your account without you agreeing to the full list first. If you stop after the findings, you keep the findings.

A private endpoint is not a setting on a service. It is a network interface that lives in a subnet and holds a private address from it, with the managed service mapped to that address. The subnet is what attaches it to the virtual network, which is why the endpoints need a subnet of their own and why that subnet has its network policies disabled.

Once that is in place the service itself can refuse every public address, because the application no longer reaches it over the internet. Every architecture in the library emits this same posture. The pieces on the left change with the shape you pick; the way they attach to the network does not.

Frontend web app Backend web app Function app Relational database Storage account Subnet: snet-app · 10.20.1.0/24 Subnet: snet-pe · 10.20.2.0/24 VNET: vnet-acme · 10.20.0.0/16 Peer to your own network optional, and yours Private endpoints attach to the virtual network through subnets. Each one is a network interface holding a private address from the subnet it sits in. Every service on the left has restricted IP addresses and no public route at all. publicNetworkAccess: Disabled The private endpoint is the only way in, and only from inside your own network.
Private endpoint — a network interface in your subnet
Subnet — what attaches the endpoint to the network
Virtual network

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Menlo Park, CA 94205

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Contact

Enterprise Solutions
enterprise@nerveplusinc.com
+1 (650) 665-6100