Question 1

What is Zero Trust architecture and why does it matter?

Accepted Answer

Zero Trust is a security model built on the principle of 'never trust, always verify' — eliminating implicit trust granted based on network location. Traditional perimeter-based security assumes that everything inside the network is safe; Zero Trust assumes breach and requires continuous verification of identity, device health, and access context for every request. This matters because modern environments — remote workforces, SaaS applications, cloud infrastructure, and hybrid networks — have made the traditional perimeter functionally obsolete.

Question 2

How long does a Zero Trust implementation take?

Accepted Answer

A full Zero Trust transformation is a multi-year journey, not a project with a defined end date. However, meaningful risk reduction can be achieved within 3–6 months by targeting high-impact pillars first — typically identity (MFA, PAM) and application access (ZTNA). Our phased roadmap approach delivers incremental security improvements at each stage rather than requiring complete architectural overhaul before any value is realized.

Question 3

Where should an organization start its Zero Trust journey?

Accepted Answer

Identity is almost always the right starting point. Compromised credentials are the primary initial access vector in the vast majority of breaches — strong MFA, privileged access controls, and least-privilege enforcement address the highest-probability attack path immediately. After identity, network segmentation and application access controls (ZTNA) are typically the next highest-value phases. Our readiness assessment establishes your specific starting point based on your existing controls and threat profile.

Question 4

Does Zero Trust apply to cloud, on-premises, or both?

Accepted Answer

Both. Zero Trust is architecture-agnostic — it applies equally to on-premises data centers, cloud workloads, SaaS applications, and hybrid environments. In fact, the shift to hybrid and multi-cloud environments makes Zero Trust more important, not less, because it eliminates reliance on network perimeters that no longer exist in distributed architectures. Our assessments and designs explicitly cover hybrid environments and avoid cloud-only or on-prem-only thinking.

Question 5

How does Zero Trust relate to CMMC and NIST 800-171 compliance?

Accepted Answer

Zero Trust architecture directly supports compliance with NIST SP 800-171 (and by extension CMMC Level 2) by implementing technical controls across access control (AC), identification and authentication (IA), system and communications protection (SC), and configuration management (CM) control families. A well-implemented Zero Trust architecture doesn't just check compliance boxes — it operationalizes the intent of NIST controls through technical enforcement rather than documented policy.

Question 6

What does a Zero Trust engagement with Paxanimi cost?

Accepted Answer

Zero Trust engagements are scoped based on environment complexity, number of identity providers, network segments, and application inventory. A Zero Trust Readiness Assessment for a mid-market enterprise typically runs 4–8 weeks and produces an actionable gap report and roadmap. Full architecture design and implementation support is scoped per phase. We provide fixed-fee assessments and time-and-materials implementation support — contact us for a scoping conversation.

Never Trust. Always Verify.

Every Pillar of Zero Trust. Designed for Your Environment.

Zero Trust Readiness Assessment

Identity & Access Architecture

Micro-Segmentation Design

Device Trust & Endpoint Controls

Application Access & ZTNA

NIST SP 800-207 Aligned. Phased for Reality.

Current State Assessment

Architecture Design

Phased Roadmap

Implementation Support

Validation & Tuning

Zero Trust Architecture FAQ

Assess your Zero Trust posture.