NeloCyber
Secure by Design

Find vulnerabilities at the design stage, before systems are deployed to production.

NeloCyber applies artificial intelligence and secure-by-design engineering to analyze network and cloud architectures at the design stage — surfacing risk before a single packet moves to production.

90%
of flaws caught pre-production
8
core engineering practices
24/7
network operations coverage
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ai remediating
zone 1/5 scannedvpn: weak vpn cipher
[ the approach ]

Vulnerabilities are cheapest to fix before they exist.

Most breaches trace back to a design decision made months earlier. We combine artificial intelligence with secure-by-design engineering to catch those decisions while they are still lines on a diagram.

Secure by design

Security is an input to the architecture, not a patch applied after go-live. We embed controls, segmentation, and zero-trust boundaries into the blueprint itself.

AI-driven analysis

Our models reason over your topology, IaC, and policy intent to model attack paths and flag misconfigurations that traditional design reviews routinely miss.

Shift-left assurance

Findings land at the design stage where remediation is cheapest — long before change windows, production risk, or costly re-architecture.

[ services ]

Engineering across the full architecture lifecycle.

From the first design review through operations and hardening — one team accountable for the security of your infrastructure.

design

Network Architecture

Resilient, segmented topologies designed around zero-trust boundaries and validated for security before build-out.

operate

Network Operations

Round-the-clock monitoring, change control, and performance assurance keeping production networks healthy and compliant.

design

Cloud Security Design

Identity, segmentation, and guardrail design for AWS, Azure, and GCP — secure by default from the first resource.

design

Cloud Solutions Architect

End-to-end cloud architecture aligning workloads, cost, and resilience with your business and compliance objectives.

design

Data Center Design

Physical and logical data-center topologies engineered for redundancy, throughput, and defense-in-depth.

foundation

Cloud Landing Zone

Governed multi-account foundations with policy-as-code, logging, and network baselines ready for scale on day one.

assure

Security Assessment & Remediation

Threat modeling and gap analysis with prioritized, actionable remediation plans mapped to real business risk.

assure

Systems Hardening

Benchmark-driven hardening of hosts, containers, and services to shrink attack surface across the estate.

design

Network Simulation

Digital-twin modeling of proposed topologies to validate behavior, failover, and security posture before a single device is deployed.

design

Software Defined Network

SDN fabric design and policy automation that decouples control from hardware for programmable, centrally governed networks.

design

Software Defined WAN

SD-WAN architecture delivering secure, application-aware connectivity across sites and clouds with resilient, policy-driven routing.

[ process ]

From diagram to hardened design in four steps.

  1. 01

    Ingest the design

    We import your architecture diagrams, infrastructure-as-code, and policy intent — cloud, on-prem, or hybrid.

  2. 02

    Model the attack surface

    AI reasons over the topology to map trust boundaries, data flows, and every reachable path an adversary could take.

  3. 03

    Flag & prioritize risk

    Findings are ranked by business impact and exploitability, each mapped to a concrete secure-by-design control.

  4. 04

    Remediate before production

    We hand back a hardened design and validate the fixes — so risk never crosses into your live environment.

Enterprise data center cold aisle with cool blue accent lighting
defense-grade infrastructure
[ platform ]

One assurance layer across network, cloud, and data center.

The NeloCyber platform keeps design-stage analysis running as your estate grows, so new architectures inherit the same rigor as your first review.

  • Continuous design-drift detection as architectures evolve
  • Mapped to CIS, NIST, and zero-trust reference frameworks
  • Explainable findings — every flag cites the control it violates
  • Integrates with your existing IaC and change-management flow
[ get started ]

Review your next architecture before it ships.

Book a design review and we'll model your current or planned architecture, flag the risks that matter, and show you exactly what to fix — before production.