Secure logistics
Dock and yard CCTV, access control, resilient links, and segmentation so an office incident does not stop the supply chain.
OPERATIONAL SYSTEMS — ACTIVE PROTECTION
Mission-CriticalProtected Infrastructure & Next-Gen Connectivity
We design OT/IT architectures with explicit controls; Segmentation & Zero Trust as the frame for verifiable policies and operations-aligned telemetry.
Cyber-physical integration & reference vendorsExplicit trust model (ZTA)Next.js + TypeScript labs
99.9%
Uptime commitment
24/7
Active monitoring
0
Zero breach tolerance
NUO-SOC · SIM
Simulated-time correlation
[ALERT] Lateral movement · MX → US · OT segment
LiveNUO Threat Intelligence
Demonstration only. No real customer or third-party data. SOC-style reference visualization for NUO demo purposes only.
Visual reference
Threat maps: competitor-style vs. NUO
Side-by-side: a panel inspired by typical competitor threat maps (warm arcs, IPS table, top exploits) versus the NUO live map (aggregated metrics, regions, and dashboard-style nodes). Both use simulated data.
Reference · market-style map (simulated)
OUTBREAK / IPS · SIM
Simulated IPS events in window
LIVE
[IPS] Known exploit · RU → DE · port 443
Legend
- Attack vectors / IPS
- Hot sources
Recent IPS events (simulated)
| Threat | Source | Destination | Severity |
|---|---|---|---|
| ET EXPLOIT Possible CVE-2023-XXXX | Shenzhen | Dallas | Critical |
| MALWARE_CnC Beacon HTTPS | Moscow | Frankfurt | Critical |
| SCAN Suspicious TCP 445 | São Paulo | London | High |
| IPS SQL Injection attempt | Mexico City | Chicago | High |
Aggregated IPS events (window) · SIM
1,842,600
Active IPS signatures (simulated)
48.2k
Demo only. No real telemetry. Threat names are generic or public-reference; not an incident notification.
NUO Networks · demo map (SOC/OT)
NUO-SOC · SIM
Simulated-time correlation
[ALERT] Lateral movement · MX → US · OT segment
LiveNUO Threat Intelligence
Demonstration only. No real customer or third-party data. SOC-style reference visualization for NUO demo purposes only.
The left panel mimics third-party product aesthetics for comparison only on this demo; it does not imply affiliation, endorsement, or real data from any vendor.
OT/IT integration with engineering traceability
- 500+Assets under segmented design
- 24/7Technical watch & correlation
- MX · USCross-border engineering
Partner strip · technical references (grayscale)
Vector marks from Simple Icons where available; otherwise typographic tiles. Grayscale with subtle cyan glow on hover.
Manufacturer & platform ecosystem
NUO brands pageEPCOM brand catalog
Brand references from EPCOM’s public catalog (epcom.net/principal/brands). Where available, monochrome-friendly vector marks use the Simple Icons open set (CC0); other names show as typographic tiles. Trademarks belong to their owners; this is not a substitute for approved brand assets. NUO does not imply endorsement by each vendor.
Reference vendors
Catalog interoperability proven in project delivery
We integrate on recognized vendors and standards. Logos are indicative via public logo services (not a substitute for official trademarks).
OT Security & Zero Trust Architecture
OT segmentation, explicit trust, and minimal plant surface
IT/OT convergence without a trust model places CCTV, PLCs, and SCADA in the same risk plane as the office. NUO defines zones, conduits, and verifiable policies—every flow needs a technical justification and correlatable telemetry.
Video on dedicated VLANs with trust policies
NVR/DVR and camera isolation, administrative access control, firmware hardening, and rules that block lateral movement from video into OT or corporate.
PLCs, fieldbuses, and bounded OT cells
IEC 62443-style zone/conduit modeling, L3/L4 filtering where the process allows, live asset inventory, and containment when traffic deviates from baseline.
Zero Trust as a design constraint—not a tagline
Explicit policies for identities and devices; continuous verification across layers the operation can sustain and audit—not “VPN and done.”
SOC with OT/IT context
Same correlations for perimeter, video, and industrial links; playbooks agreed with maintenance to respond without unnecessary line shutdowns.
Applicable regulation, vendors, and final topology are fixed in the statement of work; this is NUO’s engineering frame.
Active monitoring
SOC-style preview: telemetry and alerts in one pane
Operations engineering: KPIs, alert queues, and trend panels—not a one-off install. Illustration only; no customer telemetry.
Panel
NUO-SOC · preview
Live simulation
Normalized events / 24h
2.4M
Queued alerts
18
Response SLA (target)
< 15 min
Volume by vector (simulated)
Severity trend (simulated)
2 new correlations
Fictional data for illustration. In production we wire your real sources and agreed rules.
Software vs hardware
We ship product; we do not only configure boxes
Clients should see two clear offers: integrating catalog gear and software layers NUO builds and runs as SaaS or custom dashboards.
Hardware and vendors (integration)
- Selection of firewalls, switching, CCTV, and links for your plant and carriers.
- Rollout, segmentation, and policies aligned to Zero Trust and continuity.
- Direct engineering support on what we deploy, with living documentation.
Software, SaaS, and automation (NUO Labs)
- First-party panels, APIs, and microservices: observability, MarTech, and B2B flows.
- Hardened code (TypeScript/Next.js) with controlled, versioned releases.
- Integration to your operational data—from network insight to governed actions.
Use cases
Three ways we harden operations
Manufacturing 4.0
PLCs, sensors, and lines protected with OT zones, IT correlation, and continuous monitoring without sacrificing process latency.
Hardened enterprises
HQs and data paths with SD-WAN, Zero Trust, and consistent policy across cloud, remote users, and plant visits.
Active sectors
Where the NUO ecosystem applies
Scan-friendly rhythm: swipe and pick the context closest to yours.
Sector
Manufacturing
Segmented OT/IT · continuity
Sector
Logistics
Critical links · traceability
Sector
Corporate
SD-WAN · Zero Trust access
Sector
Retail
AI CCTV · secure payments
Sector
Services
Protected data · compliance
Integration verticals
Five integration pillars under one delivery model
Logical security, patrimonial security, networking, critical infrastructure, and NUO Labs—each with named engineering owners, design documentation, and measurable acceptance criteria. Industry-standard terms (e.g. DevSecOps, Zero Trust, Cloud-Native) stay in English.
Core practice
Cybersecurity & Logical Defense
Zero Trust, SOC-style monitoring, and pentesting to shrink the IT/OT attack surface; L7 policies, event correlation, and response aligned with operations.
Core Strength Unit
Zero TrustSOC MonitoringPentestingDevSecOps
Focus: Attack surface bounded and governed
Intelligent Patrimonial Security
AI CCTV, biometric access control, and integrated perimeter protection; segmentation against lateral movement toward PLC/SCADA. Catalog and support Powered by EPCOM.
EPCOM / video integration
AI CCTVBiometric PACSPhysical perimeterAnti-lateral OT
Focus: Video and access bounded to industrial process
Networking & Servers
Industrial connectivity, fiber optics, and switching with agreed MTTR; high-availability servers and resilience for mission loads without sacrificing process latency.
Networking + platforms
Fiber opticsIndustrial EthernetHigh availabilityData paths
Focus: Transport and compute aligned to continuity
Critical Infrastructure
Resilient energy (solar, UPS) and mission-critical operations; 24/7 continuity for sites, plant, and edge—where power loss is not an option.
Critical infra + energy
Solar / UPS24/7 continuityResilient edgeMission-critical
Focus: Energy and operational resilience
NUO Labs (Digital Innovation)
Cloud-Native delivery (Next.js / AWS), end-to-end DevSecOps, and tech marketing for digital assets—with traceability and change control.
NUO Labs
Next.js / AWSDevSecOpsHardened APIsTech Marketing
Focus: Software with traceability and change control
Disruptive positioning
The NUO edge (vs. traditional integrators)
Against slow-moving integrators typical of large market competitors, NUO runs at engineering speed: deployments in weeks, IT/OT in one architecture, and software that is secure from day one.
Criterion
Slow corporates
NUO Networks
Response time
Month-long procurement and rollout cycles; endless meetings and scope drift quarter after quarter.
Engineering sprints focused on critical assets: from assessment to value in weeks—with measurable milestones and minimal red tape.
IT/OT integration
CCTV, networking, and cybersecurity split across silos and vendors that barely align—gaps between physical and logical security.
One trust architecture: from cameras and physical access control to firewalls and Zero Trust—correlated and governed together.
SaaS flexibility
Rigid bundles and generic licenses that do not fit the plant; little room to adapt real industrial workflows.
Custom SaaS, dashboards, and APIs wired to your operational data and security policies from the design stage.
Direct engineering support
Escalations through commercial layers before anyone who can fix it shows up—dead time and fuzzy ownership.
You talk to the team that designed and deployed it: edge-to-edge engineering—assessment, rollout, and operations without extra middle layers.
Response time
Slow corporatesMonth-long procurement and rollout cycles; endless meetings and scope drift quarter after quarter.NUO NetworksEngineering sprints focused on critical assets: from assessment to value in weeks—with measurable milestones and minimal red tape.IT/OT integration
Slow corporatesCCTV, networking, and cybersecurity split across silos and vendors that barely align—gaps between physical and logical security.NUO NetworksOne trust architecture: from cameras and physical access control to firewalls and Zero Trust—correlated and governed together.SaaS flexibility
Slow corporatesRigid bundles and generic licenses that do not fit the plant; little room to adapt real industrial workflows.NUO NetworksCustom SaaS, dashboards, and APIs wired to your operational data and security policies from the design stage.Direct engineering support
Slow corporatesEscalations through commercial layers before anyone who can fix it shows up—dead time and fuzzy ownership.NUO NetworksYou talk to the team that designed and deployed it: edge-to-edge engineering—assessment, rollout, and operations without extra middle layers.
Full convergence
Physical and logical security, one shield
We do not just install hardware—we harden operations
We integrate physical-security hardware—intelligent CCTV, access control, and intrusion—with perimeter cyber defense: next-gen firewalls, segmentation, and Zero Trust.
The same trust criteria govern the plant and the cloud: fewer blind spots, more traceability, and response when risk is operational—not just IT paperwork.
- CCTV & access control (physical perimeter)
- Secure server & Zero Trust policies
- Hardened app & remote access
One trust perimeter
Recurring technical scope
Field integrations we are deploying now
Scope summary; BOM detail, SLAs, and topology are fixed in the technical proposal.
- Perimeter
NGFW & micro-segmentation
L7 policies, VPN/IPsec, and OT/corporate zones with reviewable rule sets.
- Transport
Fiber / transport backbone
Ring and link design with MTTR and redundancy matched to process requirements.
- Software
NUO Labs (TypeScript/Next.js)
APIs, dashboards, and automation wired to telemetry and B2B flows.
- Cyber-physical
CCTV & physical access
Video segmentation, IAM integration, and SOC correlation.
Delivery methodology
Our engineering methodology
Five phases with technical deliverables and acceptance criteria—from attack surface to operations with governed telemetry.
Phase 1
Diagnostics
OT/IT inventory, attack surface, process dependencies, and segmentation baseline.
Phase 2
Architecture
Zone/conduit design, Zero Trust (identity, L3–L7 policies where applicable), and continuity paths agreed with operations.
Phase 3
Implementation
Network, perimeter security, CCTV/NVR, and services integration; controlled changes with documented rollback.
Phase 4
Hardening
Hardening, controlled testing, baseline validation, and technical handover to operations.
Phase 5
Operations
Correlated monitoring, change management, SLA metrics, and continuous threat-model refinement.
NUO engineering
Our design philosophy
“Resilience is not a hotfix: it is the choice to assume failure and contain it before it stops the line.”
Operational continuity
“If you cannot observe it with OT/IT context, you cannot defend it: telemetry and traceability are part of design, not an add-on.”
Unified observability
“Less surface, more clarity: every port and flow needs an owner and a measurable purpose.”
Systematic hardening
Why NUO
We do not just install hardware: we design ecosystems where every layer is born protected.
We combine world-class vendor catalogs with Zero Trust architecture, industrial networks, and a software lab to turn operational data into decisions.
We believe operational efficiency and close attention make the difference when risk is real. That is why we work with an engineering cadence: clear, measurable, no fluff.
NUO Networks
Threat intelligence
Recent context (Mexico)
Links to curated Google News searches; NUO does not edit those outlets. They keep the technical conversation current.
- Cyberattacks and incidents in MexicoGoogle News · live search
- Ransomware and extortion targeting businesses in MexicoGoogle News · live search
- Industrial cybersecurity, SCADA, and plantsGoogle News · live search
Headlines describe each search focus. Results are third-party and change over time. For tailored analysis, book time with engineering.
Stop improvising your industrial perimeter
Schedule a technical session: OT/IT surface review, operational continuity, and compliance framing for the agreed scope.