Choose the architecture
Assess the relevance of a private, dedicated public or hybrid network according to sites, uses, mobility and sovereignty requirements.
Critical mobile networks
Designing communications that missions depend on.
Architecture, coverage, governance and security for 4G/5G networks designed around operational needs.
Critical mobile networks
Designing communications that missions depend on.
Architecture, coverage, governance and security for 4G/5G networks designed around operational needs.
Critical mobile networks
Designing communications that missions depend on.
Architecture, coverage, multi-operator governance and security: the conditions for a 4G/5G service equal to industrial, sovereign and operational environments.
Speak with an expert →The framework
A network is more than its coverage.
In industrial, sovereign or public-safety environments, a mobile network connects field uses with coordination capabilities. It can only do so while retaining control over data, identities, traffic priorities and recovery conditions.
Its architecture must be designed around the service it supports, rather than added as an afterthought.
Experience
From the Future Radio Network to NexSIS 18-112: experience at national scale.
Delivering the Future Radio Network and leading the NexSIS 18-112 programme required integrating 4G/5G infrastructure, availability, multi-operator governance, use prioritisation and end-to-end security across French public-safety and emergency services.
This experience also encompasses LTE/5G MCX technologies, delivering advanced multimedia services and strengthening situational awareness in a crisis: group management, communication priority and pre-emption, emergency calls, geolocation, and real-time data and video sharing.
It enables sound choices between a dedicated public network, an autonomous private network or a hybrid model, followed by long-term deployment, supervision and operations.
4G / 5GMission-critical mobile technologies
99.999%Required availability for 5G MCX networks
24/7NOC / SOC operating requirement
The key decisions
Design the network around its real uses.
Criticality does not come from a single technology. It is built through the coherence between operational need, architecture, security and operating arrangements.
Guarantee the service
Size coverage, capacity, power availability, backhaul and prioritisation for the uses that cannot wait.
Organise governance
Clarify responsibilities between operators, integrators, operators and business teams from the outset.
Secure end to end
Bring identities, segmentation, encryption, supervision and business continuity into one operating model.
Application environments
Mobile networks built for field constraints.
01 — Industry 4.0
Connectivity at the heart of industrial operations
Assess the role of a private 5G network for production lines, robotics, remote maintenance, sensors and supervision tools.
02 — Security and defence
Communicate through distance, mobility and uncertainty
Prepare networks for security, emergency or defence missions: deployability, continuity, information sharing and resilience under degraded conditions.
How we support you
From opportunity to a network in operation.
Diagnose
Qualify uses, site constraints and the operational value of a dedicated mobile network.
Define
Compare architecture scenarios, prepare decisions and set coverage, security and sovereignty requirements.
Integrate
Organise the deployment path: migration, interconnections, qualification and scaling.
Verify
Set protection, supervision, governance and operational maintenance, then test resilience in degraded conditions.
Critical mobile networks
Designing communications that missions depend on.
Architecture, coverage, multi-operator governance and security: the conditions for a 4G/5G service equal to industrial, sovereign and operational environments.
Speak with an expert →The framework
A network is more than its coverage.
Within industrial, sovereign or public-safety environments, a mobile network connects field uses with coordination capabilities. It must retain control over data, identities, traffic priorities and recovery conditions.
Its architecture has to be designed around the service it supports, not added as an afterthought.
Experience
Experience at national scale.
The Future Radio Network and NexSIS 18-112 required the integration of 4G/5G infrastructure, availability, multi-operator governance, prioritisation and end-to-end security.
LTE/5G MCX services extend this experience: priority group calls, alerts, geolocation, data and video exchanges, and field terminals. These building blocks must remain coherent with the network, identities and coordination centre.
4G / 5GMission-critical mobile technologies
99.999%Required availability for 5G MCX networks
24/7NOC / SOC operating requirement
The key decisions
Design the network around its real uses.
Criticality is built through the coherence between operational need, architecture, security and operating arrangements.
Choose the architecture
Assess a private, dedicated public or hybrid network based on sites, uses and sovereignty requirements.
Guarantee the service
Size coverage, capacity, power, backhaul and the prioritisation of essential uses.
Organise governance
Clarify responsibilities between operators, integrators, operations teams and business teams.
Secure end to end
Bring identities, segmentation, encryption, supervision and business continuity together.
Application environments
Field constraints.
01 — Industry 4.0
Connectivity at the heart of industrial operations
Assess the role of a private 5G network for robotics, remote maintenance, sensors and supervision.
02 — Security and defence
Communicate through mobility and uncertainty
Prepare networks for security, emergency and defence missions, including degraded conditions.
How we support you
From opportunity to a network in operation.
Diagnose
Qualify uses, site constraints and the value of a dedicated mobile network.
Define
Compare architecture scenarios and set coverage, security and sovereignty requirements.
Integrate
Organise deployment: migration, interconnections, qualification and scaling.
Verify
Set protection, supervision, governance and operations, then test resilience under degraded conditions.