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Critical Cybernetic Controls

Device & Network Cloaking

Make critical IT/OT assets invisible to unauthenticated users and internet scans using identity-bound, encrypted peer‑to‑peer access. Cloaking blocks reconnaissance and hides remote management interfaces while preserving operational workflows.

Zero‑Trust Access Controls

Passwordless, phishing‑resistant MFA and just‑in‑time authorization ensure only verified users, devices, and services can connect to defined endpoints—no broad VPN access, no lateral movement.

Micro‑Segmentation

Segment users, hosts, and gateways into least‑privilege groups mapped to Purdue levels (L0–L5). Encrypted P2P tunnels enforce policy at connection time—without complex firewall rules.

Policy Orchestration

Centrally define groups, roles, and routes. Automate onboarding via SSO/SCIM and sync policies to gateways, host agents, and edge clients for instant posture changes.

Legacy OT Protection

Wrap brownfield PLCs, HMIs, historians, and serial‑to‑IP bridges with gateway‑level cloaking and identity‑based access. Keep devices off the public internet while enabling audited remote maintenance.

Rapid Rollout & Compliance

Stand up secured access in hours, show measurable risk reduction (attack‑surface, lateral movement), and align with IEC 62443, NIST 800‑82, and Zero‑Trust principles.

Critical Cybernetic Controls for OT‑IT Convergence

Objective: Reduce attack surface and stop lateral movement across plants, terminals, and data centers by combining device cloaking, network cloaking, and micro‑segmentation with passwordless MFA and zero‑trust orchestration.

How it works:

Cloak devices and subnets behind an identity‑aware, encrypted SDP overlay—only authenticated identities can even discover endpoints.
Segment users/hosts/gateways into least‑privilege groups mapped to Purdue levels and business roles.
Orchestrate via a central controller with SSO/SCIM, policy templates, and one‑click route grants for maintenance windows.
Modernize with new‑age tech: Cloud deployment, RPA for access workflows, AI/analytics for anomaly insights, Blockchain for immutable access logs, Cloud Computing for elastic scale.

Control	Technique	BlastWave Capability	TOPSCCC Stack	Outcome
Device Cloaking	Identity‑bound encrypted P2P	BlastShield SDP, passwordless MFA	Octavve Infuson™ Gateway as protected endpoint	Invisible to internet scans; no unsolicited traffic
Network Cloaking	Hidden overlay + policy routes	Orchestrator, Gateways, Host Agents	SWORD™ policies, TIDAS™ asset registry	Only approved routes exist at session time
Micro‑Segmentation	Groups by role/Purdue level	Identity‑based policy enforcement	SWORD™ group templates; TIDAS™ tags	Least‑privilege; lateral movement eliminated
Secure Remote Access	Phishing‑resistant, passwordless MFA	Mobile authenticator + Desktop client	SWORD™ access workflows; Infuson™ jump‑less access	Faster maintenance; stronger assurance
Observability	Session metadata & immutable logs	Orchestrator audit events	TIDAS™ data lake, AI/Intelligent Analytics	Forensics, compliance, continuous improvement

our services

Alternate videos to feature: Blackouts Be Gone: Stopping Cyber Attacks on Power Plants · FIDO2 Passwordless Access

About this capability

Critical Cybernetic Controls

The optimum ratio of protection, performance, and operator experience for OT networks across plants, terminals, and data centers.

Our services

OT Secure Remote Access: passwordless MFA + cloaked routes for vendors and field staff.
Network Micro‑Segmentation: policy groups by role, site, and Purdue level.
Legacy Device Cloaking: gateway‑wrapped PLCs/HMIs without native agents.
Zero‑Trust Orchestration: SSO/SCIM, RBAC, and one‑click maintenance windows.
Intelligent Analytics: AI‑assisted anomaly detection, least‑privilege tuning.
Immutable Audit: blockchain‑anchored access/event logs (optional).

Common security questions

Traditional VPNs expose a network edge and then filter traffic. Cloaking uses an identity‑aware, encrypted overlay that prevents discovery: unauthenticated users cannot even see protected hosts. Access is granted only to specific routes for the duration of a session.

Encrypted peer‑to‑peer tunnels are established directly between authorized peers (minimizing hairpinning). Policies can prefer local gateways for OT paths, keeping control loops on plant networks and off the public internet.

No. Where host agents are not feasible (e.g. legacy PLCs, serial bridges), gateway‑based protection provides device cloaking and policy‑enforced routes.

Integrate with your identity provider (OpenID, SCIM) to sync users/groups and apply role‑based policies. SSO streamlines onboarding and enables JIT access.

Our method

Why choose this approach?

Identity‑based cloaking + micro‑segmentation yields measurable risk reduction with minimal change to plant networks and workflows.

Deployment KPIs

Attack Surface: cloaked hosts undetectable to unauthenticated scans.
Lateral Movement: blocked by per‑session, per‑route policies.
Time‑to‑Segment: define groups and publish policies in hours.
Vendor Access: passwordless MFA + time‑bound route grants.

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Cloaked Hosts (visibility reduction)

95%

Time to Segment (flat to micro)

70%

Vendor Access Hardening

85%

Policy Automation via SSO/SCIM

75%

Operator UX Satisfaction

88%

Reference design

Solution blueprint

Download overview (PDF)

Layer	BlastWave (BlastShield)	TOPSCCC Component	New‑Age Tech	What it Delivers
Identity & Access	Passwordless MFA, SSO, SCIM	SWORD™ RBAC workflows	Cloud, RPA	Phishing‑resistant JIT access, automated onboarding
Overlay Network	SDP encrypted P2P tunnels	Infuson™ Gateway endpoints	Cloud	Hidden network, least‑privilege paths
Segmentation	Micro‑segmentation groups	SWORD™ templates; TIDAS™ asset tags	AI/Intelligent Analytics	Role/Purdue‑aligned access; reduced blast radius
Operations	Orchestrator & policy engine	SWORD™ change windows	RPA	One‑click maintenance routes, audit trails
Telemetry	Session & event logs	TIDAS™ data lake	Blockchain (optional)	Immutable evidence, forensics, compliance