Application Development · Startup · Web Development

BeHope

BeHope · San Diego, CA

https://behope.solutions4ministries.org/
Alpine.js Celery Cloudinary Django HTMX PostgreSQL Redis Stripe TailwindCSS
BeHope logo
BeHope

9

Feature Modules

Major modules

70%

Automation

Peer matching

30+

Admin Views

Management tools

Multi-tenant

Architecture

Ministry isolation

Overview

The BeHope Ministry Platform is a multi-ministry digital solution designed to help churches and faith-based organizations provide peer support services, prayer requests, resource assistance, and community engagement through a single, secure platform.

Built for ministries in peer support specialist training programs, the platform enables churches to transition from informal workflows to structured, supervised support services. It supports multiple ministries simultaneously with isolated data, independent administration, and customized workflows.

The Problem

Sterling Solutions operated a grant-funded peer support specialist training program for churches and ministries. Training was effective, but no digital infrastructure existed for ministries to deliver peer support services afterward. Support requests were handled informally, limiting scalability and documentation for funders.

• No centralized intake system for help requests.

• Peer support interactions tracked manually.

• No automated matching between help seekers and specialists.

• Clinical supervisors lacked documentation and oversight tools.

• Limited engagement with digitally native congregation members.

• Manual aggregation of data for grant reporting.

Solution

During discovery, the client presented a broad vision combining peer support, prayer requests, community groups, donations, and resource assistance. The development team focused the vision into an MVP centered on routing support requests to trained peer specialists with built-in clinical supervision.

• End-to-end peer support workflow from request submission to supervised session completion.

• Automated match scoring to pair help seekers with appropriate peer specialists.

• Mandatory clinical supervision for mental health-related request categories.

• Prayer request system with public and private visibility.

• Resource request and approval workflows for material assistance.

• Community groups, chat, events, and announcements.

• Multi-ministry architecture with isolated data and administration.

Implementation

Platform Development:
• Mobile-responsive web platform with Progressive Web App (PWA) support.
• Workflows designed around ministry operations, peer support delivery, and clinical oversight.
• Invitation-only onboarding using secure links and QR codes.

Backend and Infrastructure:
• Django-based API enforcing strict ministry-level data isolation.
• Real-time notification system with fallback for hosting flexibility.
• Stripe Connect integration enabling ministry-specific donation and tithing accounts.
• External video session handling via Google Meet to reduce MVP scope risk.

Key Features Implemented:
• Multi-ministry system with isolated data per organization.
• Peer support request routing and match scoring.
• Clinical supervision workflows with mandatory oversight.
• Prayer wall with public and private requests.
• Resource request and approval system.
• Community groups, real-time chat, and events calendar.
• Ministry admin dashboards with over 30 management views.

Ministry admin dashboard

Ministry admin dashboard

Peer support request workflow

Peer support request workflow

Community groups and events

Community groups and events

Prayer wall interface

Prayer wall interface

Clinical supervision tools

Clinical supervision tools

Results

Product Outcomes:
• Production-ready multi-ministry platform delivered.
• Nine major feature modules implemented.
• Complete peer support lifecycle enabled from request to supervision.
• Independent administration tools for each ministry.

Technical Achievements:
• Scalable multi-tenant architecture supporting unlimited ministries.
• Automated over 70 percent of peer supporter matching.
• Dual-mode notification system for deployment flexibility.
• Automatic detection of clinical supervision requirements.

Business Impact:
• Operational efficiency improved by replacing manual coordination with automation.
• Ministries gained ability to offer professional, supervised peer support services.
• Help seekers now have private, accessible channel to request support.
• Platform scalability enables exponential growth of training program.
• Structured data supports grant compliance and impact reporting.

Lessons Learned

• Domain expertise is critical when designing clinically aware systems.

• Multi-tenant isolation must be planned from the start.

• Explainable automation builds trust with administrators.

• Flexible infrastructure reduces deployment risk.

• Scope discipline accelerates MVP launch and adoption.

Tech Stack

Django 5.2 Django Channels Daphne TailwindCSS Alpine.js HTMX PostgreSQL Redis Celery Heroku django-allauth Stripe Connect Cloudinary Firebase Cloud Messaging Google Calendar API

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