Do your field apps work without cell service?

Yes. Field work in substations, underground vaults, and rural transmission corridors often has no signal. We build offline-first for energy field applications, with data captured locally and synced when connectivity returns, the same approach we use for logistics and construction.

Can you build a real-time outage map into our app?

Yes. A customer-facing outage map with real-time status, estimated restoration times, and crew location can be built connected to your outage management system. The accuracy of the map depends on the data your OMS exposes, which we confirm during discovery rather than assuming.

Who owns the app after it’s built?

You do. Source code, App Store Connect account, and Google Play Console account are all yours from the start. We stay on as collaborators you can remove at any time, with no dependency on us for access to your grid data or customer records.

Can you build apps for renewable energy operations?

Yes. Solar monitoring dashboards, wind farm operations tools, EV charging network management, and energy storage management platforms are distinct builds from traditional utility apps but share the same field operations and IoT integration requirements. We scope renewable energy projects separately since the data sources and operational workflows differ considerably from grid utility work.

Energy & Utilities App Development Company

Utility customers have two interactions that determine whether they trust their provider: the bill they receive and the communication they get when power, water, or gas goes out. An app that shows real-time outage status, gives a restoration estimate that updates as crews work, and notifies proactively when service is restored does more for customer satisfaction than any rate communication ever could.

For field operations, the problem is documentation. A technician on a high-voltage line or a gas pipeline crew needs permit-to-work verification, safety checklists, asset inspection records, and work completion documentation in a form that is both fast to complete in the field and legally defensible afterward. Generic field service apps do not carry the safety and regulatory requirements that energy field work demands.

01

Outage Alerts and Service Management

Real-time outage maps, estimated restoration times, proactive notifications, and self-service reporting so customers never have to call to find out what is happening.

02

Smart Meter and Grid Data Integration

Connecting your customer and field apps to AMI systems, SCADA, and asset management platforms so consumption data, grid events, and outage information flow in real time rather than the next billing cycle.

03

Field Operations and Work Management

Permit-to-work workflows, asset inspection forms, job completion documentation, and crew communication built for the environments where energy field work happens.

Real-time usage and billing dashboard
Outage map and restoration estimate
Payment portal and autopay management
Demand response program enrollment
Energy-saving alerts and usage insights

Permit-to-work and safety checklist
Asset inspection and defect reporting
Work order view and completion documentation
Offline-capable field data capture
GPS asset location and routing tools

Outage management and crew dispatch
Asset lifecycle and maintenance tracking
Energy production and grid performance data
Regulatory compliance documentation
Customer service queue and account management

Energy and utility field work carries safety obligations that make documentation a legal requirement rather than a management preference. OSHA 1910.269 governs electrical safety for utility workers and requires documented training, equipment inspection, and job briefings before energized work begins. PHMSA operator qualification requirements mandate that gas pipeline workers demonstrate competency for each task they perform. A field app that captures this documentation as part of the natural workflow removes the burden without reducing the evidence.

Cybersecurity for electric utilities carrying bulk electric system operations falls under NERC CIP standards, which govern how data is accessed, transmitted, and stored for critical infrastructure assets. Any application that interfaces with SCADA, EMS, or grid control systems requires architecture that accounts for CIP requirements from the design stage. We map the applicable standards before any integration work begins rather than after a security review surfaces the gaps.

01Discovery

We map your customer service workflows, your field operations environment, your grid systems, and your compliance obligations before design begins.

02Design

We prototype the customer and field technician experience before development starts, testing offline capability and safety workflow completeness early.

03Development

We build in sprints with regular check-ins so your operations and engineering teams can review real field and customer workflows throughout the build.

04Testing

Every build is tested against your grid data systems in real connectivity conditions, including offline, before release so field failures are found before crews find them.

We build apps across the full range of energy and utility verticals, from regulated electric and gas utilities to renewable energy operators and energy technology startups: electric utilities and co-ops, water and wastewater utilities, natural gas distribution, renewable energy operators, solar monitoring and management, EV charging network management, energy storage and battery platforms, independent power producers, demand response and grid edge platforms, and energy tech and CleanTech startups.

01

Grid and SCADA Integration With Security In Mind

02

Offline-First For Remote Field Environments

03

Safety Compliance Built Into Field Workflows

04

Support Through Every Regulatory And Grid Change

We connect apps to AMI, SCADA, and outage management systems with architecture that accounts for NERC CIP requirements from the design stage, not after a security review surfaces the gaps.

Data is captured locally in substations, underground vaults, and rural transmission corridors and synced when connectivity returns, the same approach we use for logistics and construction.

OSHA 1910.269 job briefings and PHMSA operator qualification documentation are captured as part of the natural field workflow, not a separate paperwork step.

We stay on after launch for grid system updates, regulatory changes, and new service territory or asset type additions as your utility grows.

01

Grid and SCADA Integration With Security In Mind

02

Offline-First For Remote Field Environments

03

Safety Compliance Built Into Field Workflows

04

Support Through Every Regulatory And Grid Change

Yes. We integrate with advanced metering infrastructure, SCADA, and outage management systems through available APIs or data exchange protocols. The specific integration approach depends on your system vendor and what your security architecture allows, confirmed during discovery.

Energy & Utilities App Development Company

Why Energy And Utilities Companies Need A Custom App