One Architecture. Ten Industries. Starting With Fleet and Logistics.
PRISM is built on the fleet intelligence architecture Crelligent designed for a Nigerian fleet operator: live vehicle visibility, fuel monitoring and driver scoring in one command view. The same architecture extends to energy, logistics and industrial operations next.
Concept design
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Crelligent Edge hardware in development
Concept designs. Five IoT devices that report to PRISM, and two screens that display it.
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Crelligent Edge Engineering Capabilities
Custom Edge Telemetry
We design and deploy bespoke IoT sensors and Crelligent Edge Modules (CEM) to extract data from legacy physical assets. Whether it's tanker fleets, factory floors, or remote agricultural outposts, we build hardware that survives and transmits in low-bandwidth environments.
Firmware & RTOS Engineering
We write the low-level, fail-safe code (C, C++, Rust) that runs on microcontrollers. When timing, battery life, memory constraints, and safety are critical, we engineer Real-Time Operating Systems (RTOS) that do not crash.
Hardware-to-Cloud Bridging
Data at the edge is useless if it cannot reach the decision-makers. We build secure API gateways, MQTT brokers, and data pipelines that take raw electrical signals from physical hardware and stream them directly into your ERP or cloud infrastructure.
The physical foundation of ESRE OS.
Crelligent Edge operates as a standalone engineering service, but it also forms the "Physical Layer" of our flagship enterprise operating system (ESRE OS). By deploying Crelligent Edge Modules (CEM), we feed the ESRE OS L4 Sensing Layer with uncorrupted, real-time ground truth.
Explore ESRE OSNot Ten Products. One Platform, Built to Extend Across Industries.
Most technology companies build a separate product for each industry — a fleet solution here, an energy monitoring tool there. The result is fragmented data, duplicated costs, and no single view of the business.
Crelligent Intelligent Systems is built differently. We designed one architecture — five layers from hardware to executive command — and we apply that same architecture across every industry we enter. It starts with fleet and logistics. The hardware changes. The platform stays the same.
This means an organisation operating across logistics, energy, and retail gets one command centre, one intelligence layer, and one team. Not three vendors, three dashboards, and three contracts.
Crelligent Edge IoT devices
Crelligent-designed IoT devices at the point of operation — vehicles, generators, tanks, machines. In development.
4G/LTE | LoRa | Wi-Fi | GPRS
Designed for Nigerian and African network conditions. Offline-resilient with local data buffering when connectivity drops.
PRISM data pipeline
Real-time telemetry ingestion, normalisation, and event processing. Every data point structured for intelligence, not just storage.
PRISM
Anomaly detection. Pattern recognition. Predictive analytics. AI-powered conversational queries. The command centre for operations.
Executive Command Centre
One screen. Real-time operational state of the entire organization. Configurable per industry and per role.
One Shared Architecture. Ten Industries, Starting With Logistics.
We enter each vertical with the same methodology: design the operating model first, then deploy the intelligence infrastructure that serves it.
Six Devices in Development. One Intelligence Ecosystem.
Concept designs for hardware built around African operating conditions — from edge nodes that survive generator surges to command displays for the whole operation. Five are IoT devices that report to PRISM; the Edge Panel and Command Display are the screens that show it.
Crelligent Edge Module (CEM)
IoT hardware in development, designed for African operating conditions, to connect vehicles, generators, tanks and industrial assets to PRISM over 4G/LTE and LoRa. Every other Crelligent IoT device is built on the CEM.
Crelligent Edge Node (CEN)
Concept designConnects legacy industrial machines and modern sensors into a unified data system. Aggregates, processes, stores, and transmits data from multiple sources.
Environmental Sensor Array (ESA)
Concept designReal-time environmental monitoring — air quality, climate, and compliance. Pharmaceutical cold chains, cleanrooms, and food storage.
Smart Energy Monitor (SEM)
Concept designNon-invasive energy monitoring via CT clamps. Per-tenant billing, generator optimization, and ESG carbon tracking without rewiring.
Tank Level Monitor (TLM)
Concept designUltrasonic or pressure-based tank monitoring with real-time fuel theft detection and automated replenishment triggers.
Crelligent Edge Panel (CEP)
Concept designRugged touchscreen for on-site monitoring and operator control. Factory floors, warehouses, and depot stations.
Operations Command Display (OCD)
Concept designLarge-format display for centralized command visibility — fleet operations, manufacturing control rooms, and executive dashboards.
Every Sensor Feeds PRISM. Every Alert Reaches the Right Person.
Data without intelligence is noise. The CEM hardware is the nervous system; PRISM is the brain. Every telemetry point — every GPS coordinate, fuel level reading, voltage spike, or transaction record — flows into PRISM, where it is structured, analysed, and transformed into operational intelligence.
PRISM doesn't just display data. It answers the questions that operations leaders actually need answered:
From Assessment to Intelligence in 12 Weeks.
OPERATIONAL ASSESSMENT
We map your existing operations, asset inventory, connectivity landscape, and data gaps. No assumptions — we understand your business first.
- Site surveys and physical infrastructure mapping
- Integration requirements for legacy systems
- Definition of operational KPIs and alert thresholds
- Connectivity strength testing (GSM/LoRa)
HARDWARE DEPLOYMENT
Trackers and sensors are installed, commissioned, and verified. Field engineers validate signal quality, sensor calibration, and data flow from every connected point.
- Installation of trackers and sensors
- Power integration (Mains/Generator/Solar/Battery)
- Signal calibration and baseline data testing
- Security encryption keys provisioning
PLATFORM CONFIGURATION
PRISM is configured to your industry vertical, organizational structure, and KPI framework. Dashboards, alerts, and workflows are built for your team.
- Custom dashboard creation per user role
- Alerting thresholds and escalation workflows
- Historical data migration (if applicable)
- Plain-language question set-up for PRISM AI
COMMAND HANDOVER
Your operations team is trained, the command centre goes live, and Crelligent remains on-hand for the first 30 days of full operation.
- Executive and operator platform training sessions
- Command centre physical display setup
- User acceptance testing (UAT)
- Hand-over to ongoing support, with automated alerts around the clock
Your Operations Are Generating Data Right Now. The Question Is Whether Anyone Can Read It.
Every vehicle moving, every generator running, every tank filling — all of it is data that currently evaporates. Crelligent Intelligent Systems captures that data, structures it, and turns it into the operational intelligence your leadership team needs to make decisions with confidence. The approach is already designed for fleet operations. The only question is when you decide to use it.