Contentactive

Core capabilities

• Healthcare and intake automation
• ERP, CRM, and EMR integrations
• AI-powered web and mobile portals
• Mobile workflow applications
• Workflow automation for intake, referrals, scheduling, and data processing
• Secure, scalable systems for complex, high-impact environments

Approach and outcomes

ContentActive focuses on reducing manual work, improving data accuracy, and delivering measurable operational outcomes. Its solutions emphasize performance, security, scalability, and customer experience.

The company reports more than 100 clients and serves teams in government, healthcare, industrial, and energy industries.

1. Define — Establish the business context, stakeholders, users, goals, and constraints.
2. Develop — Create the solution using architecture discovery, user stories, prototypes, and agile development.
3. Deploy — Set up the architecture, infrastructure, environments, security, monitoring, and backups.
4. User Experience — Build intuitive digital tools and validate requirements through wireframes and prototypes.
5. Adoption — Support training, communication, feedback iteration, and success metrics.
6. Integration — Connect the solution with existing systems and third-party services.

The development process includes architecture discovery workshops, minimum viable product prioritization, technical requirements, front-end and back-end development, middle-tier logic, APIs, and daily scrum practices. Projects are managed using the Agile Software Development Lifecycle methodology and JIRA Agile Software.

Deployment and integration

ContentActive supports cloud or on-premises deployment, CI/CD automation and pipelines, development/stage/production environments, scalability, availability, security best practices, and data organization.

Examples of supported technologies and integrations include:

• Cloud: Azure and AWS
• Databases: Microsoft SQL Server, MySQL, MongoDB, and PostgreSQL
• Back end: ASP.NET, Node.js, Python, Java, and PHP
• Front end and mobile: React, Angular, React Native, and iOS
• Business platforms: Microsoft services, AWS services, and Salesforce
• Healthcare: EMR/EHR systems using FHIR, including Epic, Cerner Millennium, Allscripts, Athenahealth, Meditech, and others
• Authentication: SSO, OAuth 2.0, OpenID Connect, JWT, and mobile authentication
• Payments: Stripe, PayPal, Square, Authorize.Net, Adyen, Braintree, Worldpay, and other listed providers

Prospective clients can use the project inquiry form to provide their name, company, website, contact number, contact email, and project details.

Project types

The inquiry form lists these options:

• New software project
• Take over current project
• Modernization of legacy project

Potential start dates

The listed timing options are:

• 1–3 months
• 3–6 months
• 1 year

Visitors can also request more information about a project or schedule a call directly.

• Process maturity
• Data readiness
• Integration
• Compliance
• Team and adoption
• Strategic clarity

The assessment provides an AI Priority Report with scores, insights, the organization's biggest AI risk, board-ready language, and a prioritized next step. The website states that the report is delivered instantly and that no credit card is required. Users can select an industry context such as healthcare/medical, government/public sector, industrial/manufacturing, or other enterprise.

AI ROI Calculator

The free AI ROI Calculator estimates the potential impact of automating manual work. Users adjust:

• Employees working on manual tasks
• Manual hours per week per person
• Average fully loaded hourly cost
• Estimated automation potential

Results can include estimated annual savings, hours reclaimed, equivalent FTEs freed, weekly savings, five-year savings projection, EBITDA impact, and estimated equity value created.

The calculator identifies example automation ranges for data entry, intake forms, document routing, reporting, dashboards, status updates, scheduling, approvals, notifications, compliance checks, audits, and judgment-heavy work. Its results are estimates for planning purposes; actual savings depend on process complexity, system integration, and change management.

System capabilities

• ePollbook mobile application distributed to Apple iPads
• SaaS election management portal
• County-wide election support for general, primary, runoff, and special elections
• Election Day, early voting, training, and demo modes
• Ballot generation based on voter registration information
• Real-time public wait-time web application
• Secure digital signature capture
• Device management, GPS, power, and synchronization monitoring
• Time tracking for election personnel
• Integration with Hart Verity and ESS ExpressVote systems

More than 3,500 iPads have been deployed in a county-wide election. The devices synchronize voter check-in information, and the system has processed up to 3,000 voter check-ins per minute. A secure administrative console provides real-time views of check-ins, polling locations, districts, device health, connectivity, poll-worker messaging, and election procedures.

Challenges addressed

The project addressed high availability and redundancy, connectivity-independent iPad-to-iPad synchronization, voter-data security, scalability and load balancing, mobile usability, real-time synchronization across thousands of devices, county-wide vote centers, ADA compliance, administrative portal functionality, timesheet integration, fixed election deadlines, and user training and support.

Reported results

• More efficient election monitoring and alerting
• Scalable infrastructure for high-volume elections
• Greater transparency through dashboards and reporting
• Real-time information for Harris County Clerk management, constituents, and media
• Security and compliance audits mandated by the Texas Secretary of State passed since inception