Zamacore designs custom transport ERP software for companies that need one dependable view of fleets, drivers, trips, fuel, maintenance, customers, invoices, payments, compliance, and profitability. The system follows your real workflow instead of forcing your team into a generic template.
Transport companies often manage dispatch on phone calls, fuel in spreadsheets, maintenance in notebooks, customer billing in accounting software, and driver accountability through WhatsApp. Each tool may hold part of the truth, but no one sees the whole operation. A custom transport management system brings those connected decisions into one controlled workflow.
The system can capture a customer request, quotation, route, cargo or passenger requirement, assigned vehicle, assigned driver, departure approval, trip events, delivery or arrival evidence, expenses, and closure. Every stage has an owner, timestamp, status, and supporting record. Dispatchers stop reconstructing trips from calls and messages, while managers gain a consistent record of what was planned, what happened, and what remains unresolved.
A trip is an operational event and a financial event. The transport ERP can connect agreed rates, customer contracts, driver advances, fuel issues, tolls, repairs, allowances, supplier costs, invoices, receipts, and outstanding balances. Finance teams work from approved trip records instead of re-entering incomplete information. Management can compare expected revenue with direct trip costs and review margin by customer, route, vehicle, branch, or period.
Good transport software should reduce uncertainty while keeping work moving. Role-based permissions let dispatchers assign trips, drivers confirm actions, workshop teams update maintenance, finance teams approve expenses, and managers review exceptions. Mobile-ready screens support work away from a desk. Alerts focus attention on delayed trips, expired documents, overdue maintenance, fuel variances, unpaid invoices, and other conditions that need a decision.
Your first release should include the modules that solve the most expensive operational gaps. Zamacore maps the workflow before recommending scope, then connects modules through shared vehicle, driver, customer, route, trip, and finance records.
Maintain a reliable register for trucks, buses, vans, cars, trailers, motorcycles, and specialised equipment. Store ownership, branch, capacity, body type, assigned depot, odometer history, status, insurance, inspection, licence, and supporting documents. Managers can see which assets are active, assigned, in maintenance, unavailable, or approaching compliance deadlines. A clean fleet register becomes the foundation for dispatch, cost analysis, maintenance planning, and utilisation reporting.
Create trips from customer orders, contracts, schedules, bookings, or internal requests. Dispatchers can select a suitable vehicle and driver based on availability, capacity, route, licence class, maintenance status, and current assignment. Approval rules can prevent release when documents are expired or required checks are incomplete. Trip sheets give the team one record for origin, destination, stops, load, passenger details, timing, contacts, instructions, and expected costs.
Keep driver profiles, licence classes, expiry dates, employment or contractor information, assigned vehicles, training, incidents, advances, settlements, and performance records together. Drivers can receive assignments and update trip milestones through mobile workflows. Supervisors can review punctuality, incidents, fuel variance, document compliance, customer feedback, and completed work without relying on memory or scattered messages. Crew and turn-boy assignments can follow the same accountable process.
Record fuel requests, approvals, issues, card transactions, station purchases, litres, price, odometer, route, trip, vehicle, and driver. The system can calculate consumption indicators and flag unusual variance against history or agreed thresholds. Fuel data becomes more useful when connected to distance, load, route, idle time, and trip purpose. Managers can investigate exceptions while finance receives traceable records for approval, allocation, supplier reconciliation, and reporting.
Plan preventive service by date, mileage, engine hours, or inspection results. Drivers can report defects, workshop teams can open work orders, and managers can approve labour, parts, tyres, and external repairs. Service history follows the vehicle, making repeated faults and high-cost assets easier to identify. Downtime, next-service dates, open defects, warranty information, suppliers, and maintenance expenditure become visible before failures disrupt customer commitments.
Different customers may be billed by route, distance, vehicle type, weight, volume, passenger, day, trip, waiting time, or negotiated contract. A custom transport company management system can store those rules and apply them consistently. Quotations, job confirmations, service-level expectations, credit terms, contacts, and billing instructions stay connected to the customer record. This reduces pricing mistakes and gives commercial teams a clear history during renewal or negotiation.
Generate draft invoices from approved trips, delivery records, tickets, bookings, or contract schedules. Finance can review chargeable items, taxes, deductions, waiting charges, returns, and supporting evidence before posting. Payments can update customer balances through controlled records or integrations. Statements, ageing reports, receipts, credit notes, and collection follow-up help the business move from completed work to collected revenue without losing details between operations and accounts.
Track vehicle inspection, insurance, permits, licences, driver documents, contracts, certificates, and internal checklists with expiry dates and responsible owners. Alerts can begin before a deadline rather than after a vehicle is stopped or a tender document is rejected. Access controls protect sensitive files, while an audit trail records changes. Compliance dashboards help supervisors focus on missing, expired, rejected, or soon-to-expire requirements across the fleet.
Dashboards should answer operational questions, not simply display attractive charts. The transport ERP can report active trips, delayed jobs, available vehicles, utilisation, revenue, direct costs, fuel consumption, maintenance spend, downtime, driver performance, customer balances, and route profitability. Filters by period, branch, customer, vehicle, driver, route, or status help managers investigate. Scheduled exports can support finance meetings, customer reporting, audits, and board review.
Automation works best when it follows an agreed process and gives people a clear exception path. The goal is consistent execution, faster decisions, and a stronger record of responsibility.
Capture the requested route, vehicle, load, dates, service level, and contact details. Apply a rate card or request commercial approval for an exception. Convert the approved quotation into a transport order without typing the same information again. Notify the customer and operating team while preserving the original commercial terms for later billing and performance review.
Confirm vehicle availability, driver eligibility, document validity, maintenance status, tyres, fuel, safety equipment, and required inspection items before departure. Failed checks create an exception instead of disappearing into a paper form. Supervisors can approve, reject, reassign, or escalate. The released trip receives a clear time and responsible user, supporting safety, compliance, and later investigation.
Record departure, arrival, loading, unloading, stops, delays, incidents, customer confirmation, proof of delivery, ticket activity, or passenger milestones according to the operation. Mobile updates can work with timestamps, photos, signatures, references, or uploaded documents. Customer service teams see the latest approved status and can respond without repeatedly calling the driver or dispatcher.
At completion, reconcile fuel, cash, driver advances, allowances, tolls, repairs, delivery evidence, returned goods, and other trip records. Missing evidence or unexplained amounts remain visible in an exception queue. Approved closure can trigger invoice preparation, driver settlement, customer notification, and profitability calculation. This creates a disciplined handoff from operations to finance.
A driver defect report can place a vehicle under review, alert the workshop, and prevent assignment where necessary. The workshop diagnoses the issue, requests parts or external service, records work, and returns the asset after approval. Repeated defects, downtime, cost, and repair history help management decide whether to maintain, replace, dispose of, or reassign a vehicle.
Completed, approved work flows into billing with the correct customer, contract, route, rate, tax, and evidence. Finance reviews exceptions and issues the invoice. Reminders can follow credit terms, and recorded payments update balances and statements. Operations and commercial teams can see account status without gaining inappropriate finance permissions, improving coordination around service continuation and collection.
A transport management system in Kenya rarely operates alone. Zamacore can connect suitable external services where documented APIs, credentials, commercial agreements, and technical access are available.
Vehicle location, ignition, speed, mileage, geofence, route, and other telematics events can enrich trip visibility and fleet reporting. The ERP remains the business record for customers, trips, approvals, costs, and invoices, while the tracking provider supplies movement data. Integration scope depends on the provider API, data quality, polling limits, webhook support, and the devices installed in the fleet.
M-Pesa integrations can support customer collections, booking payments, driver or field workflows, transaction confirmation, receipts, and reconciliation. Accounting integration can pass approved invoices, customers, payments, suppliers, or journals according to agreed controls. The design should define which system owns each record, how errors are handled, and how finance users review unmatched or duplicated transactions.
Notifications can confirm bookings, assignments, departures, delivery milestones, delays, document expiry, invoice issue, payment receipt, or required approvals. Communication should be event-based, permission-aware, and useful to the recipient. Templates, delivery status, opt-in requirements, provider costs, and escalation rules need to be planned so messaging supports operations instead of creating noise or exposing sensitive information.
Map services can support addresses, distance estimates, route context, geocoding, and service zones. A customer portal can expose approved quotations, jobs, statuses, documents, invoices, statements, and requests without giving customers access to internal operations. Supplier, agent, owner, and driver portals can use the same platform with different permissions and workflows.
The platform can be shaped for organisations whose vehicles, drivers, routes, passengers, cargo, equipment, or field teams are central to service delivery.
Coordinate loads, routes, trucks, trailers, drivers, fuel, advances, proof of delivery, customer contracts, invoices, and trip profitability. Long-distance operations can track handovers, border or depot events, breakdowns, subcontractors, and supporting documents. Management gains clearer utilisation and cost visibility across vehicles and customers.
Manage vehicles, routes, schedules, crews, owners, ticket or collection records, inspections, maintenance, incidents, and remittances according to the organisation’s model. A custom build can support stage, shuttle, bus, corporate, or institutional transport workflows while maintaining separation between operational, owner, driver, and finance access.
Maintain routes, stops, vehicles, drivers, attendants, schedules, passenger lists, guardians or employees, attendance, incidents, and communication. Administrators can review route coverage and vehicle readiness while authorised users receive relevant updates. Billing, contracts, and transport fees can connect to the institution’s wider systems where appropriate.
Connect customer orders, warehouse release, route planning, loading, dispatch, delivery evidence, returns, cash or payment records, and branch reporting. This broader ERP workflow complements last-mile courier dispatch by linking fleet activity to inventory, customer accounts, sales, finance, and management decisions.
Track trucks, machinery, operators, job sites, assignments, fuel, service hours, inspections, parts, downtime, and project cost allocation. The system can distinguish owned, hired, leased, or subcontracted assets and show where equipment is working, waiting, under repair, or due for planned maintenance.
Manage pool vehicles, departmental assignments, trip requests, approvals, drivers, mileage, fuel, maintenance, insurance, incidents, and cost centres. Mixed fleets can include cars, vans, motorcycles, generators, machinery, or contracted vehicles while preserving the rules and reports appropriate to each asset class.
A standard product is often the fastest choice when its workflow already matches the operation. Custom transport management software becomes valuable when the business has specialised contracts, approval rules, integrations, reports, roles, terminology, or competitive processes that generic software cannot support cleanly.
Zamacore starts by understanding the business problem rather than assuming every company needs a custom build. Discovery should identify which requirements are standard, which can be configured, and which create meaningful operational advantage. A custom system carries design, implementation, training, hosting, maintenance, and change-management responsibilities, so its value should be tied to measurable control, efficiency, visibility, or service improvement.
Custom software gives the organisation a roadmap shaped around its priorities, subject to the ownership and commercial terms in the agreement. New modules can be introduced in phases, integrations can follow operational readiness, and reports can evolve as management questions change. The architecture should preserve maintainability, documentation, security, testing, and controlled releases rather than accumulating rushed exceptions.
Custom does not mean building maps, messaging networks, payment rails, accounting engines, or telematics hardware from scratch. A strong solution combines tailored workflow software with proven external services. This keeps the project focused on the transport company’s operating model while using appropriate providers for specialised infrastructure.
A transport ERP affects daily work across operations, drivers, workshop, finance, sales, customer service, and management. Delivery therefore needs more than a feature list.
We document the current process, users, branches, fleet, trip types, customer contracts, rates, approvals, documents, integrations, reports, pain points, and controls. Workshops separate essential launch requirements from later improvements. The output becomes a shared scope and reduces disagreement about what the system should do.
We define core records, permissions, status flows, dashboards, integrations, mobile needs, audit requirements, and deployment approach. Key screens and workflows can be reviewed before full engineering. This lets dispatchers, finance users, managers, and other stakeholders test assumptions while changes are still cheaper to make.
Development proceeds in controlled milestones with working demonstrations. Core fleet, user, customer, and trip records usually come before advanced automation and reporting. Integrations are tested against realistic failure cases, not only successful transactions. Stakeholder review keeps terminology, permissions, and operational decisions aligned with the agreed scope.
Existing data is assessed, cleaned, mapped, imported, and validated. Testing covers calculations, roles, approvals, documents, reports, integrations, responsiveness, performance, and recovery paths. Users test representative trips and exceptions. Critical issues are resolved before launch, while lower-priority improvements are scheduled transparently.
Rollout may begin with one branch, fleet segment, route, or customer group before expansion. Training uses real responsibilities and scenarios. Launch support monitors adoption, data quality, integration errors, and user questions. After stabilisation, the roadmap can address automation, analytics, customer portals, mobile tools, and additional business units.
Role permissions, password and authentication controls, backups, monitoring, audit trails, hosting, data access, incident handling, and release management are planned according to the risk of the system. The proposal should state responsibilities for infrastructure, domains, credentials, source code, third-party services, support, and handover.
There is no responsible fixed price for every transport management system because the operational scope varies widely. A five-vehicle internal fleet does not need the same controls as a multi-branch freight company with telematics, customer contracts, workshops, subcontractors, and complex billing.
Major cost drivers include the number of user roles, branches, vehicles, trip types, approval paths, customer and supplier workflows, maintenance depth, finance requirements, mobile features, dashboards, integrations, data migration, hosting, security, training, and post-launch support. Hardware, GPS subscriptions, messaging, payment-provider fees, maps, cloud services, and other third-party charges should be identified separately.
A phased plan can launch the operating core—such as fleet, drivers, customers, dispatch, trips, expenses, and basic reporting—before advanced modules. The right sequence depends on where the organisation loses the most time, money, control, or customer trust. Early use produces real feedback and reduces the risk of designing every future requirement from assumptions.
Useful measures may include dispatch time, vehicle utilisation, trip completion, on-time performance, fuel variance, downtime, maintenance compliance, invoice turnaround, collection ageing, missing evidence, driver settlement time, route margin, customer response time, and manual entries removed. Baseline data helps management evaluate whether the investment is improving the business.
Share your fleet size, transport model, branches, current tools, main workflow problems, integrations, reports, and target timeline. Zamacore will help turn the requirement into a practical discovery and implementation plan.
A transport management system is software that coordinates vehicles, drivers, trips, customers, cargo or passengers, dispatch, fuel, maintenance, documents, billing, payments, and management reports. A custom system connects these records around the way a specific transport company operates.
Yes. GPS tracking shows vehicle location and movement. Transport ERP software manages the wider business process: quotations, trip assignment, driver accountability, fuel, expenses, maintenance, customer contracts, invoices, payments, profitability, documents, and reports. GPS data can be integrated into the ERP.
Yes. Zamacore can integrate suitable M-Pesa payment flows, callbacks, receipts, transaction references, customer balances, driver advances, and reconciliation reports. Bank, card, accounting, and other payment integrations depend on the provider APIs available to the project.
Yes. The modules and terminology can be configured for freight transport, passenger transport, matatu or SACCO operations, school buses, staff transport, construction fleets, distribution vehicles, courier fleets, and mixed vehicle operations.
Timeline depends on fleet size, roles, workflows, integrations, reports, mobile requirements, data migration, and rollout scope. Zamacore starts with discovery and a phased plan. A focused first release can launch before less critical modules are added.
Yes. Vehicle, driver, customer, route, supplier, maintenance, invoice, and opening balance data can be reviewed for import. Data normally requires cleaning, mapping, validation, and an agreed cutover process before it becomes reliable operational information.
It can. A custom transport ERP can separate branches, depots, business units, fleets, cost centres, and companies while giving authorised management a consolidated view. Permissions and reporting rules are defined during discovery.
Support can include managed hosting, monitoring, backups, security updates, issue handling, user assistance, training, integration monitoring, report changes, and planned product improvements. Responsibilities and response expectations are documented in the proposal.
