AI Innovations for
Smarter Patient Care

Limited Awareness of Trials: Patients didn't know where or how to explore available clinical studies.

Unclear Trial Information: Most trial details were filled with complex medical jargon.

Lack of Support Channels: Users had no immediate way to resolve doubts or raise queries.

Outdated Content Access: Video updates, webinars, and research notes were not centralized.

Searchable Trial Database: Users can explore ongoing trials by treatment type or medical condition.

Medication & Protocol Visibility: Displayed key information on medications involved in the trial.

Built-In Support Contact: Enabled direct communication with platform admins for user support.

Media Library for Experts: Allowed clinical teams to upload research videos, webinars, and updates.

High Call Volumes & Wait Times: Medical facilities were overwhelmed with repetitive inquiries, delaying urgent patient interactions.

Limited After-Hours Support: Patients seeking help outside business hours had no access to timely answers or guidance.

Manual Appointment Handling: Staff had to manage every booking and cancellation manually, leading to errors and overload.

Fragmented Communication Across Systems: There was no unified interface to integrate EMRs, payment systems, and third-party tools.

AI-Driven Symptom Triage: The bot used NLP to understand patient concerns and suggest next steps based on urgency.

Automated Appointment Scheduling: Integrated with hospital calendars to offer booking, rescheduling, and reminders without human intervention.

Secure Document Upload & Sharing: Enabled patients to share prescriptions, lab reports, and insurance files via encrypted chat.

Multi-Platform Integration: Deployed across web, app, and WhatsApp, making access convenient and omnichannel.

Time-Consuming Manual Documentation: Clinicians spent excessive time recording notes, resulting in errors and delays in decision-making.

Difficulty in Extracting Relevant Information: Providers struggled to capture key data from patient interactions accurately and efficiently.

Scalability of AI Integration: Embedding AI into real-time documentation posed technical hurdles in adoption and performance.

Collaboration Across Care Teams: Lack of unified access to patient notes hindered multidisciplinary communication and coordination.

AI-Powered Note Generation: Used Python-based models to extract structured data from conversational inputs, enhancing speed and precision.

Frontend Built with React.js: Offered a smooth, responsive interface for creating, editing, and managing SOAP templates.

FastAPI & MongoDB Backend: Delivered a secure, fast, and scalable user management system for healthcare teams.

Customizable Documentation Templates: Enabled personalized workflows for different specializations and care scenarios.

Mental Health Stigma: People avoided therapy due to privacy fears and social taboos.

Limited Therapist Access: Finding licensed, Arabic-speaking therapists was time-consuming and inefficient.

Lack of Digital Tools: There was no unified app offering diverse mental wellness services.

Fragmented User Journey: Users faced issues navigating sessions, payments, and follow-ups.

Confidential 1:1 Sessions: Enabled users to privately book consultations with certified therapists.

Diverse Support Models: Included webinars, group sessions, and resources for varied wellness needs.

Arabic Language Integration: Localized the platform to improve engagement and comprehension.

Smooth Booking & Payments: Integrated real-time scheduling with secure in-app transactions.

Fragmented Access to Research Talent: Pharma companies found it difficult to locate and collaborate with qualified R&D professionals globally.

Manual Proposal Submissions: Researchers had no streamlined way to pitch ideas or get matched to projects.

Lack of IP and Document Security: Project discussions and document exchanges lacked proper protection and traceability.

Absence of Role-Based Workflows: No platform offered tiered access for pharma companies, researchers, and project managers.

Intelligent Matchmaking Algorithm: Connected pharma companies with vetted researchers based on expertise, region, and project needs.

Digital RFP & Proposal Module: Allowed companies to post research projects and receive structured proposals from interested scientists.

Secure Document Exchange & NDA Module: Enabled encrypted file sharing with built-in NDA templates for IP protection.

Role-Based Dashboard Access: Gave pharma leads, researchers, and reviewers tailored dashboards with dedicated tools and permissions.

Lack of Centralized Platform: Users struggled to find and book aesthetic treatments in one place.

Verification of Professionals: Ensuring the credibility of service providers was a concern.

Complex Booking Procedures: Manual appointment scheduling led to inefficiencies.

Limited User Trust: Absence of reviews and ratings made users hesitant to try new services.

Comprehensive Directory: Developed a platform listing verified aesthetic professionals with detailed profiles.

Easy Booking System: Implemented a streamlined appointment scheduling feature.

User Reviews and Ratings: Enabled clients to provide feedback, enhancing transparency.

Secure Payment Integration: Integrated trusted payment gateways for safe transactions.

Accessibility Issues: Clients found it challenging to schedule in-person skincare appointments.

Quality Assurance: Ensuring consistent service quality across providers was essential.

Scheduling Conflicts: Coordinating appointments between clients and professionals was cumbersome.

Limited Service Visibility: Users were unaware of available services and professionals in their area.

At-Home Service Booking: Developed features allowing users to schedule treatments at their convenience.

Professional Verification: Implemented strict vetting processes for service providers.

Real-Time Scheduling: Integrated calendars for seamless appointment coordination.

Service Catalog: Provided detailed listings of available treatments and professionals.

Limited Gym Access: Users needed flexible workout options beyond traditional gym hours.

Personalization Gaps: Generic workout plans failed to meet individual fitness goals.

Engagement Issues: Maintaining user motivation and consistency was challenging.

Tracking Difficulties: Users lacked tools to monitor progress effectively.

24/7 Access to Workouts: Provided a library of on-demand training sessions accessible anytime.

Customized Fitness Plans: Developed personalized workout routines based on user goals.

Interactive Features: Included gamification elements to boost motivation.

Progress Tracking Tools: Enabled users to monitor their fitness journey with detailed analytics.

Hard-to-Find Reliable Specialists: Customers faced difficulty locating qualified cosmetic and wellness experts with verified credentials.

Lack of Virtual Consultations: Users had limited access to online consultations and scheduling for medical beauty services.

Low Visibility for Professionals: Specialists and advertisers lacked tools to promote their services or treatments efficiently.

Complex Booking & Payments: Manual booking and unstructured payments led to poor user experience and lower conversion.

Expert Discovery Platform: Created a web-based platform for users to instantly search, compare, and book top-rated specialists.

Multi-Mode Consultation Booking: Integrated options for chat, video, or in-clinic appointments, with flexible scheduling.

Advertiser and Provider Dashboards: Enabled professionals and advertisers to manage services, subscriptions, ads, and schedules.

Instant Payments & Transactions: Simplified in-app payments with transaction history, reducing friction in the user journey.

Manual Food Logging Frustration: Users found it tedious to search and log every meal manually, reducing app retention.

Lack of Personalized Nutrition Plans: Generic recommendations failed to account for individual fitness goals and dietary preferences.

Incomplete Nutrient Tracking: Existing apps focused only on calories, leaving gaps in macros, fiber, sugar, and hydration.

User Drop-Off During Goal Plateaus: Lack of visual progress and motivation tools led users to abandon their plans prematurely.

AI-Powered Food Recognition: Integrated image-based logging, barcode scanning, and voice input for faster food entries.

Macro & Micro Nutrient Dashboard: Enabled tracking of protein, carbs, fats, fiber, and sugar with visual indicators.

Goal-Based Meal Plans: Users receive personalized recommendations aligned with their fitness targets.

Progress Tracking & AI Suggestions: Included weekly insights, reminders, and motivational nudges driven by user history and performance.

Fragmented Medical Communities: Doctors lacked a unified, secure platform for peer collaboration and case discussions.

Limited Access to Continuing Education: Busy schedules made traditional CME and CPD learning inefficient and inaccessible.

Inefficient Patient Follow-Up: Lack of post-consultation tools impacted treatment adherence and patient satisfaction rates.

Data Privacy Concerns: Strict HIPAA/GDPR requirements required fully compliant infrastructure and user verification protocols.

Verified Doctor Network: Only certified medical professionals can join, creating a secure professional community.

Teleconsultation & Follow-Up Tools: Secure video, message, and file-sharing tools support end-to-end patient care.

Enterprise-Grade Security Standards: Encrypted architecture aligned with global privacy regulations and audit-ready compliance protocols.

Integrated CPD Learning Modules: Doctors earn points and certificates via courses, webinars, and case-based learning.

Fragmented Patient Engagement: Patients faced difficulties accessing coordinated care across multiple healthcare providers and services.

Inefficient Administrative Processes: Manual workflows led to delays in scheduling, billing, and record management.

Limited Remote Monitoring: Lack of integrated tools hindered effective chronic disease management and follow-ups.

Compliance and Data Security: Ensuring adherence to HIPAA standards while managing sensitive patient information was challenging.

Unified Patient Portal: Centralized access for patients to schedule appointments, consult doctors, and view records.

Provider Dashboard: Tools for healthcare professionals to manage schedules, patient interactions, and treatment plans.

Admin Control Panel: Comprehensive system for administrators to oversee operations, billing, and compliance tasks.

AI-Enabled Telehealth Services: Integrated video consultations and remote monitoring for continuous patient care.

Limited Access to Mental Health Resources: Teenagers lacked immediate, affordable access to professional mental health support services.

Stigma Around Seeking Help: Social stigma discouraged teens from pursuing traditional therapy or counselling options.

Inconsistent Engagement with Self-Help Tools: Users struggled to maintain regular use of existing mental wellness applications.

Lack of Personalized Support: Generic solutions failed to address individual emotional needs and progress tracking.

Real-Time Therapist Chat: Enabled immediate, confidential conversations between users and licensed mental health professionals.

CBT-Based Activities: Provided structured exercises rooted in Cognitive Behavioural Therapy to manage emotions.

Mood Tracking Dashboard: Offered visual tools for users to monitor and understand emotional patterns.

Personalized Action Plans: Delivered tailored strategies based on user interactions and progress assessments.

Limited Cross-Border Healthcare Access: Patients faced difficulties accessing international medical expertise for specialized consultations.

Fragmented Communication Channels: Lack of integrated audio, video, and chat options hindered effective consultations.

Inadequate Data Security Measures: Ensuring compliance with stringent GDPR regulations was a significant concern.

Complex Appointment Scheduling: Patients and doctors struggled with managing and synchronizing appointment timings efficiently.

Dual-Platform Accessibility: Separate interfaces for UK-specific and global users to streamline user experience.

Multilingual Support: Available in English, Arabic, and Urdu to cater to diverse populations.

Integrated Communication Modes: Offers video, audio, and chat options within a single, unified platform.

Secure Data Management: Implements end-to-end encryption to ensure GDPR-compliant data handling.

Generic Nutrition Guidance: Most platforms offered one-size-fits-all plans, missing the opportunity to tailor based on biological data.

No DNA-to-Diet Bridge: Users had DNA data but no actionable nutritional insights to improve their long-term wellbeing.

Fragmented Health Tracking: Users had to rely on multiple platforms to manage health data, consultations, and reports.

Lack of Specialized Consultation Flow: Scheduling in-person or virtual health consultations was inconsistent and difficult to personalize.

Nutrigenomic Strategy Builder: Mapped user DNA, symptoms, and history to build personalized nutrition and supplement plans.

Dynamic Consultation Booking: Integrated booking flows for in-person or virtual consults with specialists across health categories.

Unified Wellness Dashboard: Users can view their DNA reports, dietary plans, progress logs, and appointments in one place.

Secure Health Data Integration: Connected with external DNA kits and ensured secure, HIPAA-compliant health record processing.

Limited Digital Access to Care: Low-income users had no easy way to access healthcare benefits or manage claims digitally.

Fragmented Medicaid & Medicare Info: Users struggled to locate accurate plan details, eligibility info, and provider directories in one place.

Outdated User Interface: The previous app lacked responsiveness, accessibility features, and an intuitive layout.

Short Turnaround Requirement: With project deadlines under 3 months, execution speed without compromising quality was critical.

Unified Healthcare Access Platform: The app aggregates Medicaid and Medicare plan info, benefits, claims, and provider directories into a single interface.

Responsive, Inclusive UI Design: Implemented Hyster-Yale UI components with ADA-compliant design for accessibility and ease of use.

Real-Time Claim Status & Reminders: Users can track submitted claims, receive alerts, and manage care actions directly within the app.

Rapid Deployment Strategy: Codiant's agile approach ensured APK delivery and full system integration within 90 days.

Fragmented Health Data Systems: Healthcare providers struggled with disconnected tools for appointments, billing, patient records, and prescriptions—slowing down care.

Manual Appointment & Queue Handling: Front-desk teams lacked smart scheduling and real-time availability sync, leading to inefficient check-ins and long wait times.

Outdated Billing & Revenue Tracking: Legacy systems failed to support dynamic billing, online payments, and proper refund processes—affecting cash flow and transparency.

Security & Compliance Gaps: Protecting patient data, maintaining role-based permissions, and staying HIPAA-compliant was a constant struggle with outdated tech.

Doctor & Patient Mobile Apps: Separate mobile apps for doctors and patients with real-time scheduling, prescription builder, medical records access, and telehealth via Zoom.

Clinic & Admin Dashboard: Full-featured web dashboard for managing departments, user roles, branding, and configuration across multiple clinics or cities.

Billing & Payment Gateway Integration: Automated invoice generation, Stripe-enabled secure payments, refund workflows, and downloadable payment ledgers.

Performance Insights: Daily/weekly/monthly dashboards for appointment trends, doctor productivity, and financial performance with cancellation tracking.

Building a True Virtual Clinic: Patients needed more than a video call—they required a robust virtual setup that mirrored in-person consultations, including EMR access, exam visuals, and collaboration tools.

Cross-Time-Zone Scheduling: Coordinating bookings between patients and doctors across time zones required dynamic, availability-aware scheduling logic.

Advanced WebRTC Integration: Incorporating features like screen sharing, whiteboards, voice/video calling, and a secondary camera posed high technical complexity.

Role-Specific Access Across Web and Mobile: Doctors, patients, clinic admins, and schedulers needed tailored interfaces with smooth navigation, secure login, and real-time updates.

Dual-Role App Design: Separate user flows for doctors and patients, with profile management, appointment handling, and medical record integration.

WebRTC-Powered Virtual Visits: Enabled screen sharing, whiteboarding, and dual-camera setups for effective consultations.

Real-Time Appointment Scheduling: Patients book based on doctor availability; doctors toggle online/offline mode to control consultation hours.

Multi-Gateway Payment Integration: Integrated Stripe and other gateways to simplify transactions and support insurance workflows.