Know Where Every Vehicle Is.
Know Why It Matters.
Kendaall’s GPS vehicle tracking service gives logistics operators and heavy industry fleet managers a complete, live picture of every vehicle in their operation — updated every 30 seconds, accessible from any device, and built to perform in the corridors and environments where generic tracking solutions stop working. Position data is the foundation. What we build on top of it is the difference.
GPS Vehicle Tracking Is Not a Dot on a Map — It Is Operational Control
GPS vehicle tracking is the practice of fitting vehicles with GNSS-enabled hardware that transmits position, speed, heading, and sensor data to a central platform at regular intervals. The basic concept is straightforward. What distinguishes a professionally deployed GPS tracking system from a consumer-grade device is the depth of data collected, the reliability of transmission in difficult environments, the intelligence applied to raw data, and the quality of the decisions that intelligence enables.
Kendaall’s GPS vehicle tracking service covers the full stack from hardware through platform to operational outcome. Our tracking units collect GPS/GNSS position data alongside vehicle speed, ignition state, door sensor status, fuel level, engine hours, harsh event detection, and cargo security signals — all transmitted every 30 seconds over the strongest available network, with automatic failover across 4G LTE, 3G, 2G, and satellite. That data arrives in the Kendaall platform, where it is processed, contextualised, and surfaced to the operations team as live fleet maps, driver scorecards, geofence alerts, compliance documentation, and performance reports.
“A vehicle your operations team cannot see is a liability, not an asset. GPS vehicle tracking removes that liability — and replaces it with the confidence to dispatch, deploy, and account for every vehicle in your fleet.”
The operational difference between knowing where a vehicle is and not knowing is significant in logistics. It affects dispatch decisions, customer service levels, theft response time, driver accountability, insurance costs, and regulatory compliance. The difference between a basic GPS location dot and Kendaall’s full tracking stack is equally significant — because location data alone cannot tell you that a vehicle has been sitting with its engine running for forty minutes in an unscheduled location, that a driver has made three instances of harsh braking in the last hour, that a cargo door has been opened outside a designated loading zone, or that a vehicle has left a geofence boundary without an authorised trip event. Those are the data points that change operational decisions.
This service was built specifically for the operating conditions of African freight, mining, and construction logistics: corridors with inconsistent cellular coverage, vehicles operating in extreme heat and dust, fleets scattered across multiple sites with limited on-site supervision, and operations where the financial consequence of a single asset going unaccounted for can run into tens of thousands of dollars. The technology is calibrated for these realities, not for an idealised operating environment where connectivity is always strong and vehicles never leave tarmac roads.
Fleet managers using Kendaall’s GPS tracking platform access their data through a browser-based dashboard optimised for operational decision-making, a field mobile application for Android and iOS that functions fully offline, and programmatic API access that feeds position and event data directly into transport management systems, ERP platforms, and customer-facing delivery applications. The platform stores full trip history for five years, providing the audit trail that insurance, regulatory, and dispute-resolution requirements demand.
Kendaall GPS Vehicle Tracking is a fully managed telematics service that provides continuous, real-time visibility of vehicle position, status, and behaviour — delivered through hardwired IP67-rated tracking units, multi-network connectivity, and an enterprise-grade analytics platform — designed for logistics operators, mining fleet managers, and heavy construction companies operating in African and emerging-market environments where generic tracking tools are not fit for purpose.
GNSS Positioning
GPS, GLONASS, and BeiDou satellite constellations giving precise positioning even in weak signal environments, with sub-5-metre accuracy in open terrain.
Multi-Network Failover
Automatic selection of the strongest available network — 4G LTE, 3G, 2G, or satellite — ensuring data transmission from any corridor without manual intervention.
Event Detection
Continuous monitoring of ignition, speeding, harsh braking, cornering, door events, and cargo status — logged with GPS-stamped location and time for every occurrence.
Live Dashboard
A browser-based fleet map that shows every vehicle’s live position, speed, status, and health indicators on a single operational view, updated every 30 seconds.
From Hardware Installation to Live Fleet Intelligence
Kendaall’s GPS tracking deployment follows a structured four-stage process designed to move your fleet from invisible to fully instrumented — with professional services support at every stage and a typical go-live timeline of five to ten working days from contract signature.
01
Fleet Assessment & Configuration Design
Before any hardware ships, a Kendaall solutions engineer reviews your fleet profile — vehicle types, operational corridors, connectivity environment, existing systems, and the specific operational questions you need answered. This determines the hardware specification, alert configuration, geofence zones, integration requirements, and dashboard layout for your deployment. A configuration specification document is produced and approved before the first installation appointment is scheduled. This step eliminates the discovery failures that delay most telematics deployments.
02
Hardware Installation by Certified Field Technicians
Kendaall-certified field installation technicians visit each vehicle location and hardwire the tracking unit to the vehicle’s primary power supply, including connection to the ignition circuit, optional door sensor harnesses, and any cargo security sensors specified in the configuration design. Installation takes between 45 and 90 minutes per vehicle. The unit is then provisioned to your platform account, tested live, and signed off before the technician leaves. For large fleets, Kendaall can deploy multiple installation teams across sites simultaneously to compress the total installation timeline.
03
Platform Configuration & Alert Activation
Once hardware is live, the Kendaall platform team configures your account to the specification produced in Stage 1. Geofence zones are drawn and activated, alert thresholds are set and validated, driver profiles are created, integration connections to your TMS or ERP are tested end-to-end, and the dashboard is configured to surface the fleet views that are most operationally relevant for your team’s daily workflow. Your operations team receives a platform orientation session covering the live map, alert management, report scheduling, and mobile app access before go-live sign-off.
04
Live Operations & Ongoing Optimisation
Go-live is the beginning, not the conclusion. Your named Kendaall Customer Success Manager reviews alert performance at the 30- and 90-day marks, adjusting thresholds based on real operational data to reduce noise and sharpen signal. Quarterly performance reviews quantify the fuel savings, idle reduction, theft deterrence, and compliance hours saved. As your fleet changes — new vehicles, new corridors, new operational requirements — the configuration evolves without requiring hardware replacement. Software updates to the tracking firmware and platform are deployed automatically and without service interruption.
Six Capabilities That Define
What Full GPS Tracking Delivers
Kendaall’s GPS vehicle tracking service is not a single-feature product. It is six integrated capabilities that address the full set of operational questions a logistics or heavy industry fleet manager needs answered every day — from vehicle location to cargo security to driver accountability to regulatory compliance.
01
Real-Time Fleet Map
Your entire fleet on a single live map — every vehicle’s position, speed, heading, and operational status updated every 30 seconds. The live map is not just a display of dots; it is a decision-support surface that overlays vehicle health status, active alert flags, assigned driver, current trip, and geofence boundaries into one coherent operational picture. Fleet managers can filter by vehicle type, status, assigned corridor, or alert state. A single click on any vehicle icon opens a sidebar with the full telemetry stream for that asset in real time.
02
Geofencing and Zone Intelligence
Geofences are virtual boundaries drawn around real-world locations — depots, loading bays, customer sites, approved operating zones, restricted areas, border crossings — that trigger automated alerts when a vehicle enters, exits, or loiters beyond a configurable dwell-time threshold. Kendaall’s geofencing engine supports polygonal zones of any shape and complexity, enabling precise boundary definition for irregular site layouts and corridor-specific operating zones. Every geofence event is logged with GPS position, timestamp, vehicle identity, and assigned driver — creating an automatic compliance record for every boundary interaction.
03
Driver Behaviour Analytics
Driver behaviour is one of the most controllable variables in fleet operating cost, safety performance, and vehicle longevity — and it is one of the least managed in most operations, because visibility is limited to what a supervisor can observe directly. Kendaall’s driver behaviour module continuously scores every driver against five dimensions: speeding, harsh braking, harsh acceleration, harsh cornering, and excessive idling. Each event is logged with location, time, and severity. Individual and fleet-wide scorecards update daily, providing a ranked performance view that fleet managers can use for coaching conversations, bonus programmes, and insurance compliance reporting.
04
Route Replay and Trip History
Every trip made by every vehicle is recorded in its entirety: the full GPS track, speed profile, stop events, harsh driving incidents, door opens, geofence interactions, and any alerts that fired during the journey. Route replay allows operations managers and fleet supervisors to play back any trip as a time-stamped animation on the map, with side-panel telemetry data scrolling in sync with the replay. This capability addresses several distinct operational requirements: investigating customer delivery disputes, reconstructing the sequence of events before a vehicle incident, documenting proof of delivery, reviewing driver behaviour in context, and producing the trip records that duty-of-care and tachograph compliance requires.
05
Cargo and Asset Security
Vehicle position is one dimension of cargo security. Kendaall’s security module adds the sensor layer that detects what is happening to the load — not just where the vehicle is. Door sensors on cargo areas and cab doors generate an alert event every time a door is opened, with GPS location, timestamp, and ignition state recorded. This allows operations teams to immediately identify any door open event that occurs outside a designated loading zone, outside approved hours, or without a corresponding trip or delivery event in the system. For high-value cargo, the immobiliser control feature allows operations or security personnel to remotely disable the vehicle’s starter circuit through the platform in the event of an unauthorised stop or suspected theft.
06
Fleet Performance Reporting
Kendaall’s reporting engine converts the continuous stream of vehicle telemetry into structured management reports that quantify the operational and financial performance of the fleet. Standard reports cover fleet utilisation rates, fuel consumption by vehicle and driver, idle time analysis, distance by vehicle and route, maintenance mileage triggers, and driver behaviour summary. Custom report templates can be configured to match the specific KPIs and reporting formats that operations management and finance teams require. Reports can be scheduled to deliver automatically — daily, weekly, or monthly — to designated recipients in PDF or Excel format, or pulled on demand through the dashboard or API.
Position Update Interval
Standard update rate with configurable 5-second burst mode for high-risk assets
Idle Time Reduction
Average idle time reduction across client fleets within 90 days of deployment
Trip History Retention
Full GPS track and event log retained for compliance, insurance, and dispute resolution
Hardware Operational Life
Minimum design life of Kendaall tracking units with full replacement warranty
Field-Grade Tracking Units Built for African Operating Conditions
Every Kendaall GPS tracking deployment is built on proprietary tracking hardware designed and tested for the operating conditions common across African logistics, mining, and construction operations: ambient temperatures up to 70°C, dust exposure at IP67 grade, vibration levels consistent with off-road heavy vehicle operation, and connectivity environments where 4G LTE coverage cannot be assumed even on primary freight corridors.
The primary Kendaall vehicle tracking unit is a hardwired device — not a plug-in OBD dongle — installed directly into the vehicle’s power circuit by a certified field technician. Hardwiring provides the power stability and tamper resistance that heavy vehicle operations require and plug-in devices cannot deliver. The unit draws power from the vehicle’s primary supply with an independent 24-hour lithium backup battery that maintains full tracking and security functions through power disconnection attempts and periods of vehicle downtime.
The GNSS receiver in each unit uses GPS, GLONASS, and BeiDou satellite constellations simultaneously — a tri-constellation architecture that delivers significantly better positioning performance in urban canyons, forested corridors, and partially obstructed terrain than single-constellation GPS units. The cellular modem automatically selects the strongest available network from 4G LTE, 3G, and 2G bands, with an optional satellite module for operations in areas beyond cellular coverage entirely.
GPS Vehicle Tracking Across Every Sector We Serve
Kendaall’s GPS tracking service has been deployed and refined across four distinct heavy industry and logistics sectors. Each sector has specific operational requirements that the service is configured to address — not adapted from a generic template, but built from documented operational context.
Rail Freight and Locomotive Operations
Freight rail operators use Kendaall GPS tracking to maintain live visibility of locomotive positions across long-haul corridors where radio communication is the only alternative and shunting yards where dozens of movements occur in compressed timeframes. The platform’s corridor mapping feature allows operations controllers to see not just where a locomotive is but where it is relative to scheduled crossing points, priority freight slots, and yard entry sequences. Geofencing around yard zones, level crossing approach points, and maintenance depot gates automates the event logging that previously required manual radio check-in. Driver behaviour monitoring on locomotive consists captures brake application patterns and throttle modulation data that feeds into engine health analysis and crew performance review. For locomotive fleets operating on Kenya’s Standard Gauge Railway and the metre-gauge network, Kendaall tracking provides the position audit trail that regulators and insurers require and the live view that reduces the radio communication burden on control room staff managing multiple consists simultaneously.
Mining and Extraction Fleet Management
Open-cast and underground mining operations present GPS tracking challenges that are not encountered in road logistics: vehicles operating in areas without cellular coverage, extreme dust and vibration environments that damage standard tracking units, the need to track haul trucks, excavators, and light vehicles as distinct asset categories with different operational parameters, and the safety-critical requirement to know exactly where every vehicle is in relation to active blasting zones and restricted access areas. Kendaall’s mining configuration uses IP67-rated hardware with satellite connectivity backup to maintain position accuracy regardless of cellular conditions. Geofence zones are configured around blast exclusion areas, restricted-access pit sections, and weigh bridge approaches, with automatic alerts that fire when any vehicle enters these zones without an active authorisation event. Haul truck cycle analysis — departure from crusher, travel to pit face, loading time, return — is computed automatically from GPS and ignition data, giving fleet managers the productivity data that manual shift reporting misses.
Road Freight and Long-Haul Logistics
Long-haul road freight operators face a specific set of GPS tracking requirements: maintaining visibility of trucks across multi-country corridors with inconsistent cellular coverage, documenting proof of delivery at customer premises, monitoring driver behaviour and hours-of-service compliance on journeys lasting 24 to 72 hours, and providing customers with accurate delivery ETAs. Kendaall’s multi-network connectivity architecture handles the coverage challenge — automatic failover between 4G, 3G, 2G, and satellite ensures position data reaches the platform from the Nairobi–Mombasa corridor, the Northern Corridor into Uganda, and the TAZARA corridor into Zambia. Customer-facing delivery tracking links can be generated from the platform and shared with consignees, providing live vehicle position and estimated arrival data without exposing the full operational dashboard. Customs crossing alerts fire automatically when a vehicle enters a border zone, generating the timestamp evidence that customs brokers and clearing agents need without relying on driver communication.
Port Terminal and Yard Operations
Container terminal and logistics yard operations involve high vehicle density in confined areas, frequent equipment handoffs between shifts, and the need to document equipment position at the moment of each container or cargo interaction. Kendaall’s port terminal configuration provides sub-5-metre positioning accuracy using differential GNSS correction, enabling precise yard lane and berth position identification rather than general area placement. Rubber-tyred gantry and reach stacker position tracking links equipment location to container stack records, creating the asset position audit trail that terminal management systems require. Yard truck and terminal tractor movements are tracked continuously, with geofencing around vessel berths, container stack zones, and gate entry points providing automatic movement logging that replaces manual logbook entry and reduces gate processing time.
The People Who Deploy, Support, and Evolve Your GPS Tracking Service
Every Kendaall GPS tracking deployment is backed by a team of specialists who understand both the technology and the operational context it is deployed into. These are the people your team will work with from initial fleet assessment through to long-term optimisation.
Aisha leads pre-deployment fleet assessments and configuration design for all Kendaall GPS tracking engagements. With nine years of applied telematics engineering experience across East Africa’s freight and mining sectors, she translates client operational requirements into precise hardware specifications, alert configurations, and dashboard layouts — ensuring every deployment solves the actual operational problem rather than a generic version of it.
Daniel manages Kendaall’s field installation team across East Africa, coordinating hardware deployment schedules for new client onboarding and fleet expansion projects. With a background in automotive electrical systems and seven years of telematics hardware installation experience, Daniel ensures that every tracking unit installation meets Kendaall’s wiring quality standards and produces a clean, verified go-live on the first visit.
Fatuma manages the technical integration of Kendaall’s GPS tracking platform with client transport management systems, ERP platforms, and customer-facing delivery applications. With a background in enterprise software integration and six years of telematics API implementation experience, she has connected Kendaall’s data streams to SAP, Oracle, custom TMS platforms, and delivery notification systems across the East African logistics sector.
Brian manages ongoing client relationships for Kendaall’s GPS tracking service portfolio, conducting the 30-day, 90-day, and quarterly performance reviews that ensure the platform continues to deliver measurable operational value. With a background in road freight operations and five years of fleet telematics customer success management, Brian serves as the operational bridge between clients’ day-to-day tracking needs and Kendaall’s platform capabilities.
GPS Tracking Data That Flows Into the Systems Your Team Already Uses
A GPS tracking service that requires your operations team to check a separate platform to access vehicle data delivers only a fraction of its potential value. Kendaall’s integration architecture is designed to push live tracking data, trip records, geofence events, driver scores, and alert notifications directly into the operational systems where your team already works — without manual export, without copy-paste workflows, and without the latency that makes real-time data decisions impossible.
For transport management system integration, the Kendaall REST API provides real-time vehicle position feeds, trip event streams, and driver behaviour data in standard JSON format, with webhook delivery enabling push-based data flow that keeps your TMS current without polling overhead. For ERP integration — SAP PM, Oracle Utilities, IBM Maximo — native connectors map Kendaall maintenance trigger events and mileage accumulation data directly to work order creation workflows, eliminating the manual maintenance scheduling step that represents a significant labour cost and error risk in most operations. For customer-facing delivery applications, the Kendaall delivery tracking link API generates shareable live-tracking URLs per shipment that your customers can use to monitor ETA without accessing the full operations dashboard.
Single Sign-On via SAML 2.0 and OAuth 2.0 eliminates the separate login requirement that causes adoption friction in large organisations. Role-based access control allows different platform views and data access levels for dispatch coordinators, fleet supervisors, maintenance teams, finance managers, and drivers — configured at the individual user level without requiring IT involvement for each change.
TMS Integration
Real-time vehicle position and trip event feeds into transport management systems via REST API and webhook, keeping dispatch screens current without manual data entry.
SAP PM & Oracle
Native connectors for SAP PM, Oracle Utilities, IBM Maximo, and IFS that map mileage triggers and maintenance events directly to work order creation workflows.
Mobile App Access
iOS and Android applications providing full live map, alert management, driver scoring, and route history access — including complete offline functionality for field use.
REST API & Webhooks
Fully documented REST API with Swagger documentation and SDK libraries in Python, JavaScript, and Java for custom integration with bespoke or legacy operational systems.
SSO & Role-Based Access
SAML 2.0 and OAuth 2.0 single sign-on with role-based access control configurable down to the individual user and asset level for enterprise compliance requirements.
Customer Delivery Tracking
Shareable per-shipment live tracking URLs your customers access for real-time delivery ETA — without accessing your operational fleet dashboard or data.
Give Your Fleet the Visibility It
Has Always Deserved.
Schedule a 45-minute demonstration with a Kendaall GPS tracking solutions engineer. We will walk through the live platform using a sample fleet configuration matched to your vehicle types and operating corridors, and produce a preliminary deployment timeline and ROI estimate based on your fleet size and operational profile — before you make any commitment.