Embedded and connected-product security: threat models, secure boot and firmware update strategy, device identity, signing keys and lifecycle protection.
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Security technology · Engineering · Security assessments
Your connected equipment must remain secure and maintainable after installation.
Connected buildings, meters, gateways and industrial sensors create useful data only when their identity, connectivity, updates and maintenance can be managed at scale.
Engineering, evidence and operational results
See the work behind the offer
Follow a realistic engineering situation, from the first signal to the decision and the evidence handed over.
DEEP INFOSEC
What this means for your organisation
Connected buildings, meters, gateways and industrial sensors create useful data only when their identity, connectivity, updates and maintenance can be managed at scale. We design the journey from device onboarding and secure communications to data processing, operational monitoring and controlled retirement.
Your team receives an architecture that reflects actual field constraints, gateway and device requirements, integration options, logging, update procedures and maintenance responsibilities. Where equipment procurement is included, the exact model and compatibility are qualified before purchase.
See what we can evaluate in your environmentNo registration required
Read the public technical evaluation ↗A practical starting point
Choose a starting scope, review the evidence and prepare a usable purchasing brief. Public service information is open to everyone; confidential architecture and qualification materials follow the secure dossier process.
Prepare a project brief ↗Selected readings ↗Integrated programmes
Explore programmes for utilities, critical facilities, industrial sites and public institutions
Smart metering and revenue protection
From the meter to operational and commercial decisions.
What you receiveMetering architecture and equipment qualification criteria
Explore programme ↗Intelligent infrastructure and connected facilities
Design, connect, operate and maintain real places.
What you receiveFunctional specification and connected-asset architecture
Explore programme ↗The challenges we solve
Specialist workstreams
Secure device lifecycles, edge gateways, connected fleets and intelligent buildings from design to operation.
Edge and communication: gateway architecture, segmentation, secure protocols, local failover and resilience when cloud links are unavailable.
Fleet operations: onboarding and decommissioning, device inventory, telemetry, anomaly detection and patch orchestration.
Smart buildings and industrial devices: building automation, sensors, meters and connected equipment integration with privacy, safety and maintainability requirements.
What your team receives
What your team receives
- Device threat model and secure-design control matrix
- Identity, firmware update and gateway reference architecture
- Fleet inventory, onboarding, monitoring and patch workflow
- Integration test plan with security, privacy and reliability acceptance
Defined entry offers
Acceptance is tied to the agreed deliverables and documented review.
01
Technical assessment
Embedded and connected-product security: threat models, secure boot and firmware update strategy, device identity, signing keys and lifecycle protection.
Device threat model and secure-design control matrixRequest a technical and commercial proposal ↗02
Design and controlled evaluation
Edge and communication: gateway architecture, segmentation, secure protocols, local failover and resilience when cloud links are unavailable.
Identity, firmware update and gateway reference architectureRequest a technical and commercial proposal ↗03
Delivery, review & continuity
Smart buildings and industrial devices: building automation, sensors, meters and connected equipment integration with privacy, safety and maintainability requirements.
Integration test plan with security, privacy and reliability acceptanceRequest a technical and commercial proposal ↗Scope & architecture
How a project progresses
Device design review, integration engineering or fleet-security operations; partner hardware and protocols are assessed within the engagement.
- 01
Discover and define: assets, objectives, dependencies, data access, stakeholders and boundaries.
- 02
Design and validate: target architecture, methods, constraints, workplan and objective acceptance criteria.
- 03
Deliver and transfer: approved implementation, findings, tests, documentation, training and next-stage options.
Request a technical and commercial proposal
Select representative devices, firmware, network paths and their intended operational lifetime for an architecture review.
Engineering and services that work together
What changes for your organization
Where this matters
A connected device is part of an operational chain, not an isolated sensor. We design device identity, trusted communication, edge processing, firmware lifecycle, secure integration and maintenance around the actual use case. Whether the deployment serves a campus, fleet or utility network, the customer needs both useful data and a manageable device estate years after installation.
Solutions for your role
Begin with your decisions, risks and procurement obligations—not a generic product catalogue.
Explore the technical evaluation
Connected systems, reliable information and locally operable infrastructure
Energy, smart metering and environmental intelligence
Energy operators and owners of distributed facilities need the same reliable chain: measure what happens on site, keep readings meaningful when links fail, and connect verified observations to maintenance and investment. We design meter and sensor inventories, telemetry through secured gateways, HES/MDM interfaces, power-quality and consumption analytics, environmental measurements, alarms and operational reporting. Smart metering and environmental streams can share connectivity while retaining separate access, retention and integrity policies.
You receive a measurement architecture, equipment and protocol specifications, an integration plan, controlled dashboards, maintenance workflows and documented commissioning tests.
Energy, smart metering and environmental intelligence ↗Connectivity, fibre and ISP engineering with MITC
A network service succeeds when field deployment, service monitoring and operational security work as one system. With MITC, programmes can include fibre, last-mile connectivity, carrier-facing interfaces, private APN and IoT backhaul, structured cabling, network equipment, service monitoring and security architecture. The scope distinguishes any licensed network operation from the integration and engineering services we deliver.
Your team receives site and network requirements, the architecture and equipment plan, installation and acceptance responsibilities, security controls, monitoring and support procedures.
Connectivity, fibre and ISP engineering with MITC ↗