05 / 06Security

Zero-Trust from perimeter to identity to data.

Segmentation, identity-aware access, and data controls. Built to pass your board review and your pentest.

  • CISSP × 4
  • Fortinet NSE 8
  • SOC 2 Type II
// THE WORK

Three pillars. One operator.

Segmentation, identity, and detection. Built to survive board review, board scrutiny, and the next pentest.

  1. 1

    Zero-Trust access

    Network access by identity, not subnet. Micro-segmentation that holds even when the perimeter doesn't.

    implicit trust paths
    0
  2. 2

    Identity first

    Cisco ISE, Microsoft Entra, Okta. Conditional access policies that auditors and engineers both can read.

    MFA enforced
    100%
  3. 3

    Detection and response

    Fortinet, CrowdStrike, Microsoft Sentinel. Tuned for your tech stack, not generic rule packs.

    mean time to triage
    < 15 min
// THE PROOF

Quiet. Verified. Hardened.

What Zero-Trust looks like once it survives the board review, the pentest, and the first real incident.

// BY THE NUMBERS

Active detection and access metrics

From production tenants under our operating watch.

  1. SME-SEC-TRUST

    0

    Implicit trust paths in audited tenants

  2. SME-SEC-MFA

    100%

    Workforce MFA enforced

  3. SME-SEC-TRIAGE

    < 15 min

    Mean time to triage

// IN PRODUCTION

The pentest finds nothing they didn't already know.

We harden the environment so fewer incidents ever reach the watch tower. The segmentation diagram answers half the auditor's questions before they are asked, because the design is the proof.

SMEnode · Engineering principle
  • CISSP × 4
  • Fortinet NSE 8
  • SOC 2 Type II
  • Bill C-26 Aware
// THE DEEP DIVE

Zero-Trust, made operational.

The long-form context behind the work. Written by the engineer who runs the engagement, not a marketing team.

Zero-Trust in practice.

Zero-Trust replaces the perimeter assumption (inside is safe) with a per-request decision (no implicit trust). SMEnode delivers this as three concrete layers: micro-segmentation at the network, identity-aware access at the application, and continuous monitoring at the endpoint. The control plane runs on Cisco ISE, Microsoft Entra, or Okta. The data plane on whatever fits your existing footprint.

We harden, the SOC watches.

Managed SOC services watch your environment and respond to incidents. SMEnode designs and hardens the environment so fewer incidents reach the SOC in the first place. Where you already have an MSSP, we work alongside them on architecture, tooling tune-up, and detection engineering. We are not trying to replace the watch tower. We are reducing how often it has to ring the bell.

Tools follow the framework.

Tool selection is downstream of architecture. Fortinet wins on hardware-throughput at the edge. CrowdStrike leads on endpoint detection and managed response. Microsoft Sentinel earns its place when the customer is already deep in the Microsoft 365 and Azure stack. We do not arrive with a preferred vendor. We arrive with a control framework and recommend the tool that maps to it cleanly.
Zero-Trust vault
// THE METHOD

How a Zero-Trust engagement runs.

Architecture first, tools second, so we harden the environment until fewer incidents ever reach the watch tower. We map the implicit-trust paths an attacker would actually use before recommending a single product, because tooling bought ahead of a framework is just expensive noise. Each step below ends with something testable, from the gap report to the pentest result. We work alongside your SOC or MSSP rather than trying to replace it.

  1. Step 01

    Assess the trust paths

    We map every implicit-trust path, identity source, and segment boundary in the current environment. The gap report names what an attacker would reach and how.

  2. Step 02

    Set the control framework

    A Zero-Trust blueprint across three layers: micro-segmentation at the network, identity-aware access on Cisco ISE, Entra, or Okta, and detection at the endpoint.

  3. Step 03

    Harden and tune

    Segmentation enforced, conditional access policies written so auditors and engineers both read them, and Fortinet, CrowdStrike, or Sentinel tuned to your stack.

  4. Step 04

    Validate and hand off

    Pentest-validated, documented for board review, and wired to your SOC or MSSP. The segmentation diagram answers half the auditor's questions before they ask.

// QUESTIONS

Security questions, answered straight.

The questions we hear before a first Zero-Trust call. Every answer is written by the engineer who hardens the environment.

Zero-Trust replaces the perimeter assumption that inside is safe with a per-request decision that grants no implicit trust. We deliver it as three concrete layers: micro-segmentation at the network, identity-aware access on Cisco ISE, Entra, or Okta, and continuous monitoring at the endpoint.

No. A SOC watches and responds; we design and harden the environment so fewer incidents reach the SOC in the first place. Where you already run an MSSP, we work alongside them on architecture, tooling tune-up, and detection engineering. We reduce how often the watch tower has to ring the bell.

Tool selection follows the control framework, not the other way round. Fortinet wins on hardware throughput at the edge, CrowdStrike on endpoint detection and response, Microsoft Sentinel when you are already deep in Microsoft 365 and Azure. We arrive with a framework and map the tool to it cleanly.

That is the bar we build to. The environment is pentest-validated and documented for board review before handoff. Clients tell us the segmentation diagram answers half the auditor's questions before they are asked, because the architecture itself is the evidence rather than a separate paperwork exercise.

Conditional access policies are written so auditors and engineers can both read them, with multi-factor enforced across the workforce. Every access path maps to an identity rather than a subnet. The result is an access model you can explain in a sentence and evidence in a report, not a tangle of legacy rules.

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