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Online Photo Estimating Jobs (NOW HIRING)

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Online Photo Estimating information

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$6

$22

$38

How much do online photo estimating jobs pay per hour?

As of Aug 12, 2026, the average hourly pay for online photo estimating in the United States is $22.10, according to ZipRecruiter salary data. Most workers in this role earn between $16.35 and $29.81 per hour, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as an online photo estimator?

To thrive as an Online Photo Estimator, you need a solid understanding of damage assessment, attention to detail, and knowledge of automotive repair processes, often supported by experience in claims or estimating. Familiarity with estimating software like CCC One, Mitchell, or Audatex, as well as digital photo management tools, is typically required. Strong communication, analytical thinking, and customer service skills help you accurately interpret photos and interact with both clients and repair shops. These abilities are vital for producing precise estimates, ensuring customer satisfaction, and streamlining the claims process.

How do online photo estimators typically collaborate with repair shops and insurance adjusters during the claims process?

Online Photo Estimators frequently interact with both repair shops and insurance adjusters to ensure accurate and timely processing of claims. They review photos submitted by customers or shops, clarify any unclear damage details, and may request additional images or information to support their assessments. Effective communication skills and attention to detail are essential, as estimators must provide clear, accurate estimates and respond promptly to inquiries from all parties involved. This collaborative process helps streamline claim resolutions and enhances customer satisfaction.

What is online photo estimating?

Online photo estimating is a process where photos of vehicle damage or property are submitted through a digital platform to generate repair cost estimates remotely. This method is commonly used by insurance companies, auto body shops, and property repair services to quickly assess damage without the need for an in-person inspection. The submitted images are reviewed by trained estimators who use specialized software to analyze the damage and calculate repair costs. This process saves time, increases convenience for customers, and can expedite claim settlements.

What is the difference between Online Photo Estimating vs Appraiser?

AspectOnline Photo EstimatingAppraiser
CredentialsTypically no formal certification required, but some knowledge of estimating software helpfulLicensed or certified, often requiring state certification
Work EnvironmentRemote, online platform-basedOffice or field-based, often on-site inspections
Industry UsageUsed mainly in insurance claims, property damage assessmentsUsed in real estate, insurance, and legal valuations

Online Photo Estimating involves assessing damages or costs through photographs submitted online, focusing on quick, remote estimates. Appraisers conduct detailed evaluations, often on-site, and require formal certification. While both roles involve valuation, Online Photo Estimating is more accessible and less regulated, whereas Appraisers provide comprehensive, certified assessments.

What cities are hiring for Online Photo Estimating jobs? Cities with the most Online Photo Estimating job openings:
What are the most commonly searched types of Photo Estimating jobs? The most popular types of Photo Estimating jobs are:
What states have the most Online Photo Estimating jobs? States with the most job openings for Online Photo Estimating jobs include:
Infographic showing various Online Photo Estimating job openings in the United States as of July 2026, with employment types broken down into 8% Locum Tenens, 90% Full Time, 1% Part Time, and 1% Contract. Highlights an 92% Physical, 2% Hybrid, and 6% Remote job distribution, with an average salary of $45,978 per year, or $22.1 per hour.

Senior iOS Application Engineer-5908-1

Tri-Force Consulting Services, Inc.

Manhattan, NY

$55 - $71/hr

Full-time

Posted 19 hours ago

Posted today


Job description

Name of position: Senior iOS Application Engineer-5908-1
Location: 2 Broadway - MTA Headquarters NY
Note: Hybrid role with 3 days on-site

Position Overview

The Senior iOS Application Engineer / Consultant will support the design, development, enhancement, integration, testing, deployment, and production support of the E-Citations mobile application.

The consultant will work closely with Product, Engineering, Architecture, Cybersecurity, Infrastructure, and business stakeholders to deliver secure, reliable, high-performance functionality for field operations.

This role requires deep hands-on .NET MAUI/iOS engineering expertise, strong problem-solving skills, and the ability to independently deliver complex application enhancements within an enterprise environment.

Key Responsibilities

Design, develop, enhance, and support the E-Citations iOS application using .NET MAUI and C#.

Build secure, scalable, high-performance mobile functionality using .NET MAUI, XAML, and native iOS APIs where required.

Develop offline-first capabilities, including local storage, caching, background synchronization, retry logic, conflict resolution, and offline/online reconciliation.

Integrate securely with REST/GraphQL APIs, .NET backend services, Azure services, relational databases, and enterprise systems.

Develop and support Bluetooth/BLE integrations, including Zebra ZQ-series mobile printers, connection recovery, and printer status/error handling.

Implement camera, photo capture, barcode scanning, OCR, document scanning, and identity-related workflows using .NET MAUI and native iOS capabilities.

Implement secure authentication and data protection using OAuth 2.0, OIDC, JWT, Keychain, encryption, certificate pinning, and secure local storage.

Develop responsive, accessible, field-friendly interfaces optimized for rapid operational workflows.

Perform unit, integration, regression, UI, and performance testing; troubleshoot application, connectivity, integration, and production issues.

Support CI/CD, automated builds, provisioning, code signing, release workflows, telemetry, and production support.

Participate in Agile delivery, estimation, code reviews, demonstrations, and release planning.

Maintain technical documentation for developed functionality, integrations, deployment, and operational support.

Required Skills & Experience

Extensive hands-on experience developing enterprise mobile applications using .NET MAUI and C# for iOS.

Strong experience with XAML, .NET MAUI Community Toolkit, .NET MAUI Essentials, MVVM, Clean Architecture, and dependency injection.

Experience building offline-first mobile applications using SQLite, local caching, synchronization, retry, and conflict-resolution patterns.

Hands-on experience with Bluetooth/BLE and Zebra mobile printers, preferably including Zebra ZQ-series printers and Zebra SDK integration.

Strong experience integrating mobile applications with REST/GraphQL APIs, .NET/ASP.NET Core services, Azure, SQL Server, and Azure SQL.

Experience integrating .NET MAUI applications with native iOS frameworks and platform-specific APIs where required.

Strong knowledge of enterprise security including OAuth, OIDC, JWT, Keychain, encryption, certificate pinning, and application hardening.

Experience with enterprise MDM platforms such as Microsoft Intune, Workspace ONE/AirWatch, or Jamf.

Strong experience with Git, GitHub/GitLab, CI/CD, Jenkins/Bitrise, automated testing, provisioning and signing.

Knowledge of App Store Connect, APNs, telemetry, crash reporting, diagnostics, and application monitoring.

Strong troubleshooting, collaboration, and independent execution skills within complex enterprise environments.

Preferred Experience

Experience supporting public-sector, public-safety, transportation, enforcement, citation, or field-workforce applications, particularly solutions involving mobile printing, offline operation, secure enterprise integration, and mission-critical field usage.