Services · Mobile app development · EV charging apps
Codeeo handles EV charging app development Dallas operators can put in front of drivers with confidence: a driver app for finding, starting and paying for a session, a site or fleet app for the people who keep chargers running, and an admin dashboard that talks to your hardware over OCPP. It is built around how charging actually works in North Texas, where summer demand on the ERCOT grid, long commutes on I-35E and I-30 and a state registration regime all shape what the software has to do.
Texas now treats public chargers much like fuel pumps. The Texas Department of Licensing and Regulation registers charging equipment, can inspect it and expects drivers to see the price before a session begins and get a receipt afterwards. Your app is where most of that happens, so we design it in from the first sketch.
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Inside a Dallas charging app
A Dallas driver opening your app is usually in one of three places: an apartment garage in Uptown or Oak Lawn, a workplace lot in Las Colinas or Legacy West, or a fast charger beside an interstate with a long drive ahead. Each needs a short path from opening the app to current flowing. Behind that sits the work drivers never see: talking to chargers from different manufacturers, keeping prices consistent with what the station displays, and planning around ERCOT conditions so a depot full of vans does not set a costly demand peak on a July afternoon. Most custom EV charging app development Dallas clients ask for begins with the list below. We cut or reorder it during discovery based on whether you run public stations, private fleet charging or a mix, and we keep the first release narrow enough to launch and learn from.
Stations across Dallas County and the suburbs shown with connector type, power level and real availability pulled from the charger, not a static listing. Drivers filter for CCS, NACS or Level 2 and get directions in the maps app they already use. Out of service ports are hidden automatically when the charger reports a fault.
Drivers stop arriving at a charger that was broken before they left home.
The rate, any idle or session fees and how they are calculated appear on screen before the driver confirms. This mirrors the disclosure Texas law asks of charging providers, and the same price table feeds the charger display so the two never disagree. Payment runs through Apple Pay, Google Pay or a stored card with PCI DSS handled by the payment provider.
Price complaints drop because what drivers agreed to is what they paid.
Every completed session produces a receipt with energy delivered, duration, rate and location, sent by email and kept in the app. Business drivers export a month of sessions for expense claims, and your support team can find any receipt by charger, date or card ending.
A clean paper trail for drivers, accountants and any TDLR complaint review.
For fleets with vans or trucks at a yard in southern Dallas or near the Inland Port, the system staggers charging across the night, caps site power and pauses during ERCOT peak periods you choose to avoid. Vehicles still leave with the charge their route needs.
Fleet charging that respects both departure times and the electricity bill.
Company accounts with drivers grouped by depot, vehicle assignments, spending limits and RFID cards linked to the same profile as the app. Managers see who charged where, including public sessions on the road, and approve new drivers without calling support.
One account structure covering depot, workplace and roadside charging.
When ERCOT asks for conservation or a winter cold snap slows charging, the app tells drivers plainly what to expect, which sites are reduced and when normal service returns. Messages are written in advance and triggered by your operations team in one step.
Drivers hear about reduced power from you, not from a frustrating session.
Every screen, push notification, receipt and help article available in Spanish as well as English, chosen by the driver and remembered. Error messages from chargers are translated into plain language in both, so a fault code never reaches the driver as raw text.
The app works for the full range of drivers who live and work in Dallas.
Apartment communities and office campuses with fewer chargers than EV drivers get a booking queue, time limits and gentle nudges to move once charging finishes. Property managers set rules per garage and see which residents use the chargers most.
Fewer disputes over the two chargers in the garage.
A web dashboard that connects to chargers through OCPP, showing status, faults, firmware versions and energy delivered per site. Technicians get alerts when a port goes offline and can reset it remotely before dispatching anyone to the site.
Problems found and often fixed before a driver reports them.
Who we build for in Dallas
Charging in the Metroplex is spread across very different owners, from a property manager with a dozen Level 2 units to a network building fast chargers on interstate corridors. The software each needs overlaps, but the priorities do not. These are the situations we see most, and how the first version of the app changes for each one. Our team of 80+ works from Dubai, Riyadh and Karachi and runs discovery and reviews with Dallas clients by video call, so none of this depends on a local office.
Residents in Uptown, Oak Lawn and the newer towers near Victory Park often have nowhere else to charge. The app needs resident sign up tied to the lease, shared charger booking, fair time limits and billing that either goes on the resident's card or feeds into rent statements. Property managers want a simple view of usage per garage and an easy way to suspend access when someone moves out. We keep the driver side minimal so residents actually adopt it.
Resident access and fair sharing come before public features.
Delivery, service and logistics fleets running from yards along I-20, I-45 and the southern Dallas industrial areas care about vehicles leaving charged, not about a public station map. The priority is depot load management, driver accounts, vehicle readiness reports and alerts when a vehicle did not reach its target charge. Integration with telematics and the fleet's maintenance system usually belongs in the first release.
Readiness at departure is the measure that matters.
Hotels near Love Field and DFW Airport, shopping centers and entertainment venues in places such as Deep Ellum use charging to bring visitors in and keep them longer. Guests need to pay without creating an account, and the host wants charging tied to loyalty, validated parking or a dining offer of their own design. Clear signage in the app and simple guest payment matter more than fleet tools.
Guest payment without sign up is the core requirement.
Operators building DC fast charging on routes such as I-35E, I-30 toward Fort Worth or I-45 toward Houston may be working under TxDOT's NEVI plan, which brings federal standards for open protocols, payment, uptime and data reporting. Those sites also need TDLR registration and price disclosure. The app, the charger management layer and the reporting exports have to satisfy all of it together.
Federal and Texas requirements are planned as one scope.
Working together
Most operators start with a fixed scope first release covering driver payment, charger integration and the dashboard, then move to a monthly retainer as sites are added. Networks with an in-house product owner sometimes prefer a dedicated team that works alongside their own engineers for a longer program of work. In every model you see progress through regular demos by video call, with access to the code repository and project board from day one, and decisions written down so nothing depends on memory.
A defined build with a deadline
We agree what the product has to do, write it down with a price and a date, and build exactly that. Changes are priced before they are made, not discovered on the invoice.
A product that keeps evolving
Named engineers who work your hours, join your standups and stay on the codebase. You direct the backlog; we own the quality of what ships.
Something live that needs looking after
A monthly block of hours for improvements, fixes and the small requests that otherwise wait months. Unused hours carry for a quarter.
Technology
Driver apps in React Native or Flutter, or native Swift and Kotlin where charger Bluetooth or background work demands it. Back ends in Node.js or Laravel on AWS or Azure, with an OCPP layer for chargers, OCPI where you roam with other networks, and payments through Stripe or your existing processor.
01Mobile
02Data and cloud
03Marketing and tracking
It depends mostly on how many charger models and payment routes the first release must support.
A driver app for one network with a single charger brand and card payment is a much smaller job than a platform covering several hardware makers, fleet accounts and NEVI reporting. We agree the timeline in discovery after testing a sample of your chargers, because OCPP implementations vary between manufacturers and that is where schedules usually slip. You get a written plan with milestones before design starts, and we tell you early if a hardware issue threatens it.
Schedule a free consultation and get a written recommendation, with costs, before you commit to anything.
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