Never trust.Always verify.Zero trust by design.
Design, implement, and validate zero trust architecture across your environment. ZTNA deployment, microsegmentation, least privilege enforcement, and continuous verification — moving beyond perimeter security.
The perimeter is gone.
Verification never stops.
Modern attacks bypass the network perimeter through compromised credentials, supply chain vulnerabilities, and cloud-native workloads. Zero Trust assumes breach at all times — every identity, device, and request must continuously prove trustworthiness regardless of origin.
Five pillars.
Zero implicit trust in any.
Strong authentication, device trust, and behavioural risk scoring for every principal.
VPN grants a network.
ZTNA grants an application.
Traditional VPN gives authenticated users flat access to network segments — a single compromised account exposes the entire infrastructure. ZTNA enforces application-specific, identity-verified, continuously monitored access.
Every segment.
Its own policy boundary.
Zero Trust microsegmentation eliminates flat network access. Each segment is independently policy-enforced — a compromised device in one segment cannot reach another without explicit allow rules and re-verification.
Corporate Network
8 active nodes · ALLOWED traffic policy
Dynamic access.
Context-aware decisions.
The Zero Trust Policy Engine evaluates four signal inputs in real time — identity risk, device posture, network context, and data sensitivity — to make access decisions that adapt to threat conditions dynamically.
Zero Trust is a journey.
Not a product you buy.
Our six-phase roadmap prioritises identity-first controls that deliver immediate risk reduction, then builds toward full microsegmentation and continuous validation at enterprise scale.
Assessment
Map current security posture against the CISA Zero Trust Maturity Model. Identify identity, network, and data gaps. Baseline MTTD/MTTR and breach impact metrics.
Behavioural signals.
Adaptive decisions.
Machine learning continuously models identity, device, network, and application behaviour — detecting insider threats, privilege escalation attempts, and credential compromise without requiring MFA re-prompts for every request.
Why Spakto for Zero Trust.
What separates architecture from delivery.
Zero Trust implementations fail when they become product-led rather than risk-led. Spakto leads with threat models, not vendor decks — and we measure success by breach simulation outcomes, not feature checklists.
Architecture-Led
We design Zero Trust architectures grounded in published federal standards — NIST SP 800-207, CISA ZTM, and DoD ZTA — not vendor-specific product roadmaps.
Identity-First
Every Spakto ZT engagement begins with identity consolidation and MFA — the single highest-ROI control. We eliminate implicit trust before layering network and data controls.
Platform-Agnostic
We are vendor-neutral. Whether your stack is Microsoft, Zscaler, CrowdStrike, or a custom build, we architect and implement without product bias.
Validated Outcomes
We run pre/post breach simulations — red team exercises that quantify lateral movement reduction and detection improvement after each implementation phase.
Compliance-Aligned
ZT controls are cross-referenced to PCI DSS v4, ISO 27001:2022, SOC 2, NIST CSF 2.0, and HIPAA — your compliance posture improves alongside your security maturity.
Embedded Training
We deliver hands-on training for security and platform teams alongside every engagement — embedding ZT operational capability internally, not creating dependency.
Never trust.
Always verify. Starting now.
Schedule a Zero Trust maturity assessment. We will baseline your current posture, identify the highest-impact gaps, and deliver a prioritised implementation roadmap aligned to your risk appetite.
Zero Trust FAQs
Frequently asked
questions.
answered
Traditional network security assumed everything inside the perimeter was trustworthy. Zero Trust eliminates this assumption — every access request, regardless of source location, must be authenticated, authorised, and continuously validated. This means users, devices, and workloads must prove they are who they claim to be and have the right to access each specific resource, every time.
Traditional VPN grants network-level access — once connected, users can reach many systems. ZTNA grants application-specific access, with each application independently requiring authentication and authorisation. ZTNA dramatically reduces lateral movement risk by ensuring a compromised user can only access what they are explicitly authorised for, not the entire network segment.
No. Zero Trust is an architecture and philosophy that integrates with your existing identity providers, endpoint detection tools, firewalls, and cloud platforms. The implementation builds on existing investments — adding policy enforcement points and continuous validation layers — rather than replacing the entire security stack.
Zero Trust is a journey, not a project. Initial phases — identity consolidation, MFA deployment, and privileged access management — typically take 3-6 months. Full microsegmentation and continuous validation implementation across a complex enterprise can take 2-3 years. Spakto helps organisations prioritise high-impact initiatives that deliver immediate risk reduction while building toward full Zero Trust maturity.
Zero Trust is particularly powerful for third-party access. Instead of granting VPN access to your entire network for vendors and contractors, ZTNA provides just-in-time, just-enough access to specific systems with full session recording and real-time monitoring — eliminating a major attack vector exploited in numerous major breaches through third-party trust relationships.