NXG

Multi-Level Security Execution. Anywhere.

One secure, open foundation for approved mission workloads across security levels, trust domains and operating environments.

Run mission applications, secure workplaces, AI/ML, GPU and data services across enterprise, tactical and edge environments without building a separate platform for every requirement.

DISCUSS NXG

SEE HOW IT WORKS

Demos

$5.08M

Average cost of a ransomware breach in 2025

24 Days

Average recovery time after ransomware impact

$5.08M

Average cost of a ransomware breach in 2025

24 Days

Average recovery time after ransomware impact

ANY WORKLOAD

Workspaces, applications, AI/ML, GPU and data services

ANY LOCATION

Data center, edge, vehicle, ship, aircraft and DDIL

COMMON SERVICES

Policy, transport, lifecycle, orchestration and audit

MISSION-READY SECURITY

Workload isolation, local enforcement and controlled operations

WHY NXG EXISTS

Mission requirements change. The security foundation shouldn’t have to.

Programs spanning security levels, trust domains, locations and connectivity conditions can otherwise require a separate platform for each requirement.

MXG provides one reusable execution foundation for multi-level workloads across those environments.

THE NXG APPROACH

One reusable execution foundation.

NXG combines secure execution, distributed operation and a reusable model for multi-level workloads.

Execution, not just access

NXG runs, isolates and manages mission workloads, not just the connection to them.

Distributed, not cloud dependent

Enterprise services coordinate when connected; local execution and enforcement continue when links are limited or unavailable.

Reusable, not mission specific

Use the same execution model across workloads, security levels and mission locations instead of building a separate platform for every requirment.

MISSION CONTINUITY

The operating model stays consistent as connectivity changes.

Connected

Identity, policy, images, logs and mission data synchronize with enterprise services.

Degraded

The session remains activee whilee adaptive streaming protects control, input and audio as bandwidth drops.

Disconnected

Approved local workspaces continue with cached policy and data while audit evidence is retained locally.

Reconnected

Identity is revalidated and policy, image state, inventory, telemetry and evidence are reconciled.

WHAT NXG PROTECTS

The user session is the center, not the security boundary.

NXG extends protection across the full mission stack, from user access through workload execution an platform operations.

USERS

Authenticated sessions, workspace inventory and lifecycle actions

APPLICATIONS

Isolated execution environments and device boundaries

WORKSPACES

VM lifecycle, storage, networking and release posture

DATA

Controlled import, verification, authorization and audit

INFRASTUCTURE

Boot trust, encryption, configuration and update rollback

OPERATIONS

Provisioning, diagnostics, evidence and fail-safe transitions

OPERATIONAL ARCHITECTURE

One architecture across garrison, remote and tactical environments.

Distributed management services establish identity, policy, lifecycle telemetry and audit. Compute Fabrics run virtual machines, secure workspaces, containers and elastic container services behind explicit isolation and controlled networking boundaries.

CORE CAPABILITIES

Built for secure, distributed mission execution.

Secure workspaces and mission application execution

AI/ML, GPU, analytics and data-service workloads

Security-level and trust-domain isolation

Policy-controlled networking and VPN integration

Enterprise orchestration with local enforcement

Connected, degraded, disconnected and reconnected operations

Image, workload and lifecycle management

Audit, evidence capture and secure update paths

NXG

Bring the workload to the mission, without rebuilding the security foundation.

Talk with AIS about applying NXG to your mission environment, workload set and multi-level security requirements.