In times of increasing hybrid threats, cyber operations by adversarial states, and targeted attacks on critical infrastructure, security has become an operational prerequisite at all levels of the military and defence.

With Sphir, we provide a modular, defence-ready security architecture – developed and manufactured in Germany. The system enables armed forces to protect themselves effectively and remain operational, even in highly dynamic and complex mission scenarios. At the same time, it ensures long-term technological sovereignty, with the flexibility to adapt to emerging threat landscapes.

From uCPE platforms to hardened gateways and quantum-secure encryption systems, aconnic delivers a complete spectrum of security innovations – Made in Germany. We are the trusted partner for military and defence in embedding resilience and digital defence capability at the core of operations.

Which Defence-Ready Solution
Fits Your Mission?

Take our short check to find the ideal fit based on your mission requirements, defence priorities, and
operational environment.

Why Traditional Security Models Fail in Military Environments

Static and Isolated

Traditional architectures cannot adapt to the dynamic operational, cloud, or OT environments of the military; resulting security gaps in command and operational networks expose critical vulnerabilities.

Hardware-Bound

Legacy solutions are tied to fixed vendors, rigid lifecycles, and lengthy procurement processes; high costs and delays in operational readiness reduce responsiveness to security-critical updates.

Not Scalable

Centralized appliances cannot reliably secure thousands of distributed sites (command posts, bases, mobile operations); the result: performance bottlenecks, lack of endurance, and increased vulnerability of remote assets.

Unprepared for Tomorrow

 Existing solutions are not quantum-resilient and lack unified policy enforcement; attack surfaces for “Store Now – Decrypt Later” threats lead to fragmented security postures in hybrid operational environments.

This results in rising costs, fragmented policies, and increasing cyber risk. In defence, this directly translates into operational risks, reduced interoperability, and national security threats.

Security as the Foundation of Operational Sovereignty

Security is no longer optional – it is the basis for command capability, operational safety, and alliance commitments. From command information systems to command posts and logistical networks, each domain has distinct requirements. Traditional security architectures are rigid, complex, and not designed for the needs of the armed forces.

Security must not slow down operations – it must scale, adapt, and support mission scenarios.

Costs & Risks

Average damage from attacks on critical infrastructures: USD 4.82 million (IBM 2023). The risk of “Store Now – Decrypt Later” attacks also threatens classified mission data.

OT Security

71% of critical infrastructure operators reported increasing attacks on OT networks, according to ENISA. Military OT assets – including sensors, rail systems, and energy supply – are also affected.

Threat Level

According to APG, up to 50 “professional” attacks per week, several requiring active response. This highlights the intensity and sophistication of adversarial cyber operations.

That is why aconnic developed Sphir: to deliver the right protection solution exactly where it matters most for the military and defence – today and in the future.

aconnic: Software Defined Defence - Monitoring

CRC – Cyber Resilience Compass

Your orientation tool for mission-ready resilience in Zero Trust, SASE, Post-Quantum and sovereign supply chains.

The Cyber Resilience Compass (CRC) provides a clear situational picture of your organisation’s readiness. By navigating through key resilience domains from identity to supply chain you receive a structured assessment and immediate guidance. The CRC concludes with an invitation to a mission workshop to translate results into concrete operational measures.

Start the Cyber Resilience Compass now to discover your current resilience position and receive a mission-focused path to improvement in just a few minutes.

CRC – Cyber Resilience Compass
CLASSIFICATION: UNCLASSIFIED DTG:
CRC – Cyber Resilience Compass
Zero Trust • SASE • Post-Quantum • Sovereign Supply Chain • Operations
5–7 minutes • Confidential
Purpose
The Cyber Resilience Compass provides a concise situational picture on Zero Trust, Post-Quantum, SASE, and supply chain sovereignty. The evaluation supports leadership and procurement in prioritizing action fields. Deep dives and action planning are covered in an expert workshop.

Your Needs and Priorities

Open Modular Systems
Defined interfaces for a flexible, extensible architecture

aconnic Solution:
uSphir & ACCEED

Interoperability & APIs
Shared data layers and platforms prevent silos, ensure cooperation

aconnic Solution:
MetroIntegrator, Multi-Vendor, uSphir

OT Vulnerabilities
Industrial control systems face sabotage, cyberattacks and disruptions

aconnic Solution:
iSphir, ACCEED 4108 DR

Quantum Attacks
Post-quantum cryptography and QKD protect against future decryption

aconnic Solution:
qSphir

Accelerated Processes
Faster development cycles enable mission-ready solutions and adaptability

aconnic Solution:
Zero-Touch & Orchestration

Legal Framework & Resilience
Governance clarity, legal certainty and resilient supply chains

aconnic Solution:
Made in Germany

Software-Defined Defence Effects
Enhanced capabilities, agility and cost efficiency through updates

aconnic Solution:
Feature-on-Demand,
Open Platform

Innovation & Cooperation
Research partnerships strengthen digital sovereignty and future security

aconnic Solution:
Collaborative R&D Programs

At aconnic, we don’t just secure networks – we secure the command and operational capability of the armed forces.
Our products and solutions are designed for the demands of energy, transport, defence, and government communications – where reliability, digital sovereignty, and resilience are non-negotiable.

Products That Defend Your Network

aconnic: Software Defined Defence - uSphir

uSphir – Universal Security at the Network Edge

A software-defined protection platform at the network edge, combining SD-WAN, NGFW, SASE, and routing on a flexible platform. Fully orchestrated from the cloud for rapid deployment, centralized control, and cost-efficient scaling.

  • Too many appliances in the operational network? → uSphir consolidates devices, reducing logistical overhead.
  • Need for centralized management? → Manage 10,000+ devices via uSphir Central.
  • Cost and time pressure in procurement?Zero-Touch Provisioning lowers CapEx and OpEx.
  • Defense Use Case: Securing command posts, field camps, and mobile operational networks
aconnic: Software Defined Defence - iSphir

iSphir – Intelligent Security for Industrial & Military Infrastructures

Rugged gateways, DIN-rail mountable, extended temperature range, hardware-secured IPSec. Designed for harsh environments and OT/IT convergence.

  • Unprotected OT assets (radar, energy, rail)? → iSphir hardens field infrastructure.
  • Extreme operational environments? → Industrial-grade hardening for field camps, radar systems, and mobile operations.
  • Complex rollouts? → Simplified deployment via end-to-end provisioning.
  • Defense Use Case: Protects logistics nodes, sensors, and energy systems against cyberattacks and sabotage.
aconnic: Software Defined Defence - qSphir

qSphir – Quantum-Resilient Network Security

Ultra-secure encryption for sovereign networks. Provides Post-Quantum Cryptography (PQC) & QKD-readiness with throughput >100 Gbit/s. Developed and supported in Germany for critical backbone and command networks.

  • Concerned about quantum attacks? → qSphir protects classified mission data through 2040+.
  • Need for sovereign cryptography? → Made in Germany/Switzerland – no reliance on third countries.
  • Critical latency / high throughput? → Carrier-grade interfaces for command and coalition networks.
  • Defense Use Case: Securing top-secret communications, NATO cooperative networks, and backbone infrastructure.
aconnic: Software Defined Defence - ACCEED 4108 DR

ACCEED 4108 DR – Industrial 10G Switching

DIN-rail mounted, software-defined Ethernet switch with 4×10G fiber and 8×1G PoE+ interfaces. Built for industrial environments with passive cooling, extended temperature range, and compact design for easy integration into IoT and automation rollouts. MEF-compliant, upgradeable via feature licenses, and powered by the proven ACCEED OS for reliable carrier-grade performance.

  • Limited scalability in industrial networks? → Feature licenses enable flexible interface and 10G upgrades.
  • High complexity in harsh environments? → Compact DIN-rail form factor with robust, fanless design.
  • Increasing demand for SLA-backed services? → Full traffic management and MEF-compliant Ethernet demarcation.
  • Defence Use Case: Secure and scalable switching for automation, IoT, and mission-critical Ethernet deployments.
aconnic: Software Defined Defence - ACCEED 48xx

ACCEED 48xx – Trusted Switching

A European alternative for secure Layer-2 aggregation. Designed with Swiss precision, manufactured in Germany – free from vendor lock-in, hyperscaler dependencies, and regulatory risks. Clear pricing, full supply chain transparency, and maximum reliability for demanding enterprise networks and critical infrastructur

  • Vendor lock-in & licensing traps? → ACCEED 48xx relies on open standards and transparent models.
  • Cloud mandates & hyperscaler risks? → Local control without forced dependencies.
  • Regulatory restrictions on hardware? → Manufactured in Germany, compliant with security-critical sectors.
  • High operating costs & short lifecycles? → Durable, maintainable, and predictable for long-term IT strategies.
aconnic: Software Defined Defence - MetroIntegrator

MetroIntegrator – Complete Network Control

A vendor-agnostic management platform for modern networks. Combines monitoring, configuration, optimization, and security into a future-proof solution. Centrally orchestrated with full FCAPS functionality for maximum transparency and control.

  • Too many management tools in use? → MetroIntegrator consolidates everything on a single platform.
  • Heterogeneous network elements hard to manage? → Unified management via SNMP & CLI.
  • High complexity during growth and change? → Scalable architecture with true multi-domain visibility.
  • Defense Use Case: Simplified management of hybrid and multi-vendor networks to ensure performance and security.
aconnic: Software Defined Defence - BIG

BIG – All-in-One Business Access Unit

A universal network access device for business customers. Optimized for L3 data applications in L2 metro Ethernet networks – from internet access and cloud services to site connectivity and prioritized voice/data services. Supports CE 2.0, fiber up to 10G, sync, L3 routing, and classic access types such as EFM, VDSL, and SHDSL.

  • Multiple devices for WAN, access & routing? → BIG consolidates them on a single platform.
  • Complex and costly site connections? → Simplified branch connectivity via virtual networks.
  • Performance bottlenecks for cloud & data services? → High bandwidth with CE 2.0 and 10G fiber.
  • Defense Use Case: Multinational cooperation: unified business access solution for internet, cloud integration, and carrier Ethernet services. Ensures coalition capability, interoperability, and an open platform.

Use Case – Mobile Command Posts / Field Camp Connectivity

In military and defence operations, numerous command posts, field camps, and operational sites require secure, scalable, and rapidly deployable network infrastructure.

The Challenge: Distributed locations, tight timelines, and changing operational environments – without compromising security.
uSphir: A scalable, secure edge network for fast, autonomous, and robust operation of command posts and field camps.

Rapid deployment of SD-WAN and NGFW at command posts and field camps via zero-touch provisioning.

Centralized policy management for 1,000+ endpoints – ensures consistent security standards across all operational sites.

Establishment of end-to-end encrypted tunnels between command centers, command posts, and mobile units.

Seamless extension with SASE, IDS/IPS, and VPN services without replacing existing hardware.

aconnic: Software Defined Defence - Camp Connectivity
aconnic: Software Defined Defence - OT Infrastructure

Use Case – Protection of Military OT Infrastructure (Radar, Sensors, Logistics)

The military operates numerous unmanned OT sites – from radar stations and forward-area sensors to logistical hubs. These assets are often remote, exposed to weather, and must be protected against cyberattacks, sabotage, and hybrid threats.

iSphir: A robust security solution for OT infrastructures – resilient to attacks, sabotage-proof, and designed for sustained operational use.

L2/L3 firewalls, VPN, and anomaly detection for unmanned radar stations, sensors, and logistics nodes.

Hardened hardware and firmware – certified resilience for secure operation of military OT systems.

Supports IP-based communication and secure integration into existing military OT networks (e.g., radar, energy, transport).

Availability via 4G/5G, fiber, and protected radio backhauls to ensure uninterrupted operation even in the field.

Use Case – Quantum-Resilient Command Networks & Defence Backbone

As part of cyber and command capability initiatives, the military is modernizing its 5G core, backbone, and NATO interconnect infrastructures.
Routing, control, and orchestration data must already be protected today against future quantum decryption threats.

qSphir: A sovereign, quantum-secure backbone that ensures command capability, alliance interoperability, and long-term national digital sovereignty.

Deployment of hardware-based PQC modules with HSMs in data centers and command networks → protection of sensitive classified information.

Preparation for QKD-based key distribution in NATO and coalition networks for secure joint operations.

Establishment of end-to-end quantum-secure tunnels between command posts, data centers, RAN, and operational clouds.

Low latency & >100 Gbit/s throughput – for real-time command and operational networks without performance loss.

aconnic: Software Defined Defence - Quantum resilient Command Networks
aconnic: Software Defined Defence - Use Case

Use Case – Secure Coalition & Deployable Interoperability Networks

Armed forces (national & coalition) must be able to rapidly establish interoperable networks in multinational missions or exercises. This includes mobile deployments with multiple armies, field camps, and forward operating bases, where different equipment, standards, and security domains must be integrated.

Fast setup and secure connectivity across heterogeneous network backbones

Support for diverse technologies (e.g., different encryption standards, radio, 4G/5G, satellite links)

Zero-touch orchestration and automated policy enforcement

Ability to segment and establish zones (e.g., different classification levels)

Quantum-safe communication, especially for sensitive coalition data

Example User Story:

  1. A multinational headquarters connects mobile command posts from Germany, France, and Poland.
  2. uSphir is deployed at each site via zero-touch provisioning with standardized policies.
  3. Backbone communication is handled by qSphir, using encrypted tunnels and PQC modules to protect diplomatic data.
  4. iSphir secures OT components (e.g., shared supply facilities).
  5. MetroIntegrator provides unified visibility of performance, security, and compliance across all elements.

For the edge and between partner nations: SD-WAN + NGFW + SASE for rapid connectivity and centralized control.

Unified network monitoring & policy management across partner boundaries: Visibility across multi-vendor & multi-domain environments.

For field assets & OT components within the coalition: Resilient support for sensor and logistics elements against attacks and sabotages.

Local switching and aggregation points, that are reliable, rugged, and maintainable.

For encrypted backbone communication & key management: PQC modules & QKD ports for confidential coalition data.

The Future is Quantum.
The Time is Now.

“Quantum computing may still be emerging but the threat to today’s encrypted data is already here.”

The rise of quantum computing is not just a theoretical concern. Intelligence agencies and advanced attackers are already employing Store Now, Decrypt Later (SNDL) tactics: exfiltrating encrypted data with the intent to break it in the future.
According to Gartner, 65% of large enterprises will face compliance mandates for quantum-safe encryption by 2027.

WHAT’S AT RISK

  • Command Networks & Sovereign Control Planes
    Threats to command information systems, NATO communication networks, and operational clouds containing highly sensitive data.
  • Classified Communications & Situational Awareness
    Interception and future decryption (“Store Now – Decrypt Later”) of operational plans, satellite data, and mission orders.
  • Critical Operational Infrastructure
    Military energy and logistics systems, as well as radar and sensor data, which could provide adversaries with operational advantages.

DEFENCE-READY CRYPTOGRAPHY

  • Post-Quantum Cryptography (PQC) Modules with Hardware Security Modules (HSMs):
    Protection against current and future cryptographic threats.
  • QKD Ports for Key Distribution:
    Preparation for quantum-secure key exchange in NATO and coalition networks.
  • Hybrid Cryptography Migration:
    Minimizes operational risks during security upgrades, ensuring mission resilience.
  • qSphir does more than protect data – it safeguards military command capability and digital sovereignty well beyond 2040.

aconnic as partner for
Critical Infrastructure

aconnic: Software Defined Defence - Critical Infrastructure

INDEPENDENT SOLUTIONS MADE IN GERMANY

Full supply chain control, no geopolitical dependencies

aconnic: Software Defined Defence - Critical Infrastructure

QUANTUM-SAFE NETWORKING

qSphir protects command networks against future quantum attacks

aconnic: Software Defined Defence - Critical Infrastructure

CARRIER- & DEFENCE-GRADE RELIABILITY

Robust and reliable systems for critical infrastructures

aconnic: Software Defined Defence - Critical Infrastructure

ENGINEERING & MANAGED SUPPLY

Development, manufacturing, operation & service from a single source

aconnic: Software Defined Defence - Critical Infrastructure

OPEN ECOSYSTEMS & DISAGGREGATION

uSphir platform, ACCEED Switches, MetroIntegrator

aconnic: Software Defined Defence - Critical Infrastructure

SUSTAINABILITY

Energy-efficient systems, Carbon Capturing & Bio-Energy solutions

Emerging Topics

Ready to Protect What Matters Most?

Let’s design your Sphir security architecture together. Our security architects collaborate with your team to develop the optimal configuration – aligned with your operational scenarios, regulatory requirements, and current threat landscape.
Your infrastructure evolves.

With Sphir, your security evolves too – in line with your requirements.
aconnic combines: Made in Germany, open systems, quantum-safe security & sustainability. We are the trusted partner for military and defence, embedding resilience and digital defence capability at the core of operations.

Next Steps:

  • Schedule a workshop followed by a proof of concept in a real operational environment.
  • Build a tailored innovation lab together to meet your specific needs.

Please fill out all required fields* of the contact form. We will contact you as soon as possible.