Our Smart Infrastructure & IoT practice engineers the convergence of OT and IT — across buildings, factories, utilities and campuses. Sensor-to-decision, wired and wireless, on the security and governance posture of an enterprise IT estate.
Factories, offices, retail estates, substations, warehouses, hospitals — every enterprise operates physical infrastructure generating huge volumes of operational data. Most of it lives in isolated systems: SCADA that talks only to itself, BMS with read-only dashboards, CCTV without analytics, sensor networks collecting data no one analyses.
The cost of that fragmentation is concrete. Energy bills that could drop 20% sit unaddressed. Production lines running below OEE because supervisors cannot see bottlenecks in real time. Retail estates with digital signage that never updates. Security teams watching ten uncoordinated tools and missing the event that matters.
Our Smart Infrastructure practice engineers the physical estate as one integrated system. OT and IT converged under common identity, networking, and security frameworks. Data from sensors, controllers, and supervisory systems flowing into analytics platforms that generate actual operational decisions — not more dashboards.
Every Digital Enterprise engagement is assembled from these modular services. Scope is agreed upfront, priced as fixed-outcome or time-and-materials, and governed by a single steering committee.
BMS, access control, CCTV, AV, digital signage — integrated as one low-voltage estate under a single design, SLA, and operations contract.
Industrial control and visualisation — Ignition, Siemens WinCC, AVEVA, Rockwell — designed for operator productivity, not dashboard aesthetics.
MES design and deployment — production scheduling, work orders, quality, OEE, genealogy — integrated with ERP and controls as one value stream.
Sensor-to-cloud architectures — industrial gateways, edge computing, time-series databases, stream processing — for industrial environments.
OT security — network segmentation, asset discovery, anomaly detection, IEC 62443 alignment. Integrated with our SOC for 24/7 OT monitoring.
Vibration, temperature, acoustic monitoring + ML models — moving maintenance from calendar-driven to condition-driven to predictive.
Digital-twin modelling for production lines, processes, assets — for capacity planning, bottleneck analysis, scenario simulation.
Product coding and traceability — Markem-Imaje, Zebra — serialisation, batch codes, track-and-trace for regulated sectors.
Sub-metering, energy analytics, ISO 50001-aligned systems, tariff optimisation — the lowest-hanging fruit in most industrial operations.
Every Digital Enterprise engagement follows the same reference architecture — adapted to your scale, cloud posture, and compliance requirements. This is the stack-level view we present to steering committees and auditors.
Most engagements combine multiple capabilities. These are the practices that most frequently operate alongside this one — each with dedicated leads, certified engineers, and standing playbooks.
Different entry points, same practice. Whether the trigger is a strategic initiative, a regulatory deadline, a new system, or an operational problem, the engagement pattern is recognisable.
Integrated meeting rooms, workplace analytics, booking, signage, access control, BMS — one design, not eight separate tenders. 4–7 months.
Lines running 24/7 but nobody confident on OEE. MES deployment, instrumentation, daily reporting — 10–18 point uplift in 12 months.
PLCs and HMIs installed 15–25 years ago with vendor support ending. Structured modernisation with parallel run — no production-stopping big-bang.
Multi-site digital-signage rollout — hardware, content platform, connectivity, operations. 50–500 endpoints under one management plane.
Digital Enterprise is platform-agnostic by design — we lead with the right tool for your scale and compliance load, not the one that pays us the highest margin. Our engineers hold certifications with every major vendor in this space.
Phased core banking modernisation across three subsidiaries — delivered against a central-bank audit deadline, a fixed-scope contract, and a zero-downtime commitment the steering committee demanded. The case study documents the scope, risks, and bankable business case.
Two to three days on site. Our engineers walk the production floor or physical estate, interview operators and maintenance, review control-system inventory, and quantify the opportunity. Deliverable: a documented roadmap with phased commercial envelope.