Solway

Type: Web + Mobile
Duration: 2 months
Industry: E-commerce, RetailTech, AR/VR

A furniture retailer needed to increase online sales of high-ticket items. Customers hesitated to buy without seeing how products would fit their homes.

Challenge

• Low conversion for premium products

• High cart abandonment

• Frequent returns due to wrong size/style expectations

• No AR or 3D infrastructure

Solution

We built an AR-powered visual commerce platform with:

• Web-based 3D product visualization

• Mobile AR room placement

• Interactive room planner

• ML-based product recommendations

• Scalable cloud architecture
   

Fully integrated with the existing e-commerce system.

Results

• Higher engagement on product pages

• More confident purchasing decisions

• Reduced friction in checkout

• Infrastructure ready for market expansion

Stack: React.js, Next.js, Three.js, WebXR, Node.js, Python, PostgreSQL, AWS, Docker

Bridging Shopify Brands with Instagram Influencers

Type: Web
Duration: 4 months
Industry: E-commerce, MarTech

A network of Shopify brands needed a centralized system to manage influencer collaborations and track performance transparently.

Challenge

• Fragmented campaign management tools

• Manual sales tracking and payouts

• Low transparency between brands and creators

Solution

We developed a collaboration platform featuring:

• Shopify API integration

• Creator marketplace with analytics

• Campaign builder with automated commissions

• Real-time performance dashboards

• Automated payout logic

Results

• Faster campaign launches

• Automated revenue attribution

• Reduced operational workload

• Scalable collaboration ecosystem

Stack: React.js, Next.js, Node.js, Shopify API, PostgreSQL, Redis, AWS, Stripe AP

Read more: https://solway.tech/project-items/shopify-instagram-marketplace/

PharmaViz: Custom BI Tool for Pharmaceutical Data

Type: Web BI Platform
Duration: 6 months
Industry: Pharma, Healthcare Analytics

A leading pharmaceutical company needed a custom Business Intelligence tool capable of visualizing complex R&D and clinical data. Existing BI platforms and charting libraries were either too heavy, too generic, or lacked the flexibility required for advanced pharmaceutical analytics.

Challenge

The client worked with large, multi-dimensional datasets generated from research and clinical trials:

- High data volume and performance constraints
- Limited flexibility of existing visualization libraries
- Need for highly interactive, domain-specific charts
- Slow rendering and heavy dependency on third-party tools
- Requirement for cross-platform accessibility and secure data handling

Standard BI solutions could not provide the required customization and performance without significant compromises.

Solution

Solway designed and built PharmaViz, a custom BI application with a proprietary interactive charting engine developed from scratch.

Key capabilities included:

- Custom-built interactive charting library (axes, legends, tooltips, zoom, dynamic layers)
- Optimized rendering for large datasets
- Modular visualization architecture for extensibility
- Advanced UI designed for complex data interaction
-  Local storage mechanisms for performance optimization
- Backend data processing layer for analytics workflows
- Role-based access and secure data management

The architecture prioritized flexibility, performance, and long-term scalability over reliance on heavy external libraries.

Results

- Reduced dependency on third-party visualization tools
- Improved rendering performance for large datasets
- Faster analytical workflows for research teams
- Enhanced ability to detect trends and anomalies
- Improved accessibility of complex data across departments
- Stronger operational control through custom back-office tools

PharmaViz became a tailored analytics layer aligned with the client’s R&D processes rather than a generic BI overlay.

Stack:
React, TypeScript, Python, D3.js (custom extensions), Plotly.js (selective usage), Styled Components, Data Visualization architecture, Cloud infrastructure

Read more: https://solway.tech/project-items/pharma-viz/ 

Enhancing Ore Processing Efficiency with AI

Processing performance fluctuated due to inconsistent ore composition. The plant required:

• Real-time data integration across processing stages

• Predictive optimization of operational parameters

• Reduced energy consumption and operational costs

• Improved production stability

• Compliance with environmental standards

Manual adjustments and disconnected data systems limited operational efficiency.

Solution

Solway collaborated with AI and backend teams to deliver a real-time optimization interface integrated into plant operations.

Key contributions included:

• UI design and development for real-time monitoring

• Advanced data visualization for operational metrics

• Integration of AI-driven processing recommendations

•  Intuitive dashboard for operator decision support

• Seamless integration with backend and ML systems

• Ongoing UI updates aligned with operational needs

The system enabled operators to monitor key indicators and apply AI-generated adjustments directly within a structured interface.

Results

• Up to 15% increase in plant productivity

• 10% reduction in energy consumption

•  Improved production stability and reduced rework

•  Support for environmental and sustainability goals

Stack: React, TypeScript, JavaScript, AWS, S3, Big Data tools, Data Visualization libraries, Styled Components

Read more: https://solway.tech/project-items/ore-copper-ai/

E-Vehicle Comparator: Mastering Data Complexity

Type: Frontend Data Platform (Web Application)
Duration: 3–4 months
Industry: Big Data, Automotive Research

An automotive research organization needed a web application that would allow users to explore detailed information about electric vehicles and compare them at the component level. The challenge was that all data was stored in a single large structured table, with no backend support.

Challenge

The system had to operate entirely on the frontend while handling complex hierarchical data:

• Single massive dataset with tree-like relationships

• No backend logic or server-side processing

• Need for fast navigation and filtering

• Comparison of vehicles by individual components

• Intuitive UX for non-technical users

Performance and data integrity had to be maintained despite heavy client-side processing.

Solution

Solway built a high-performance frontend application optimized for large-scale data handling.

Key capabilities included:

• Client-side data parsing and transformation

• Tree structure reconstruction from flat data

• Dynamic component-level comparison logic

• Advanced filtering and search

• Interactive data visualization

• Performance optimization for browser-based execution

The architecture minimized processing overhead while ensuring smooth interaction without server dependency.

Results

• Improved accessibility of complex EV data

• Intuitive navigation across structured datasets

• Fast comparison of vehicle components

• High frontend performance without backend infrastructure

• Scalable architecture for adding new models and datasets

Stack: React, TypeScript, JavaScript, AWS (S3 hosting), Big Data processing techniques, Data Visualization libraries, Styled Components

Read more: https://solway.tech/project-items/e-vehicle-comparator/

Agile Task Manager for Educational Institutions

Type: Web Platform
Duration: 4 months
Industry: EdTech, Education Management

A large educational institution needed a task management system tailored to academic and administrative workflows. Off-the-shelf tools couldn’t support role complexity, approval chains, and department-level customization.

Challenge

Educational operations were fragmented across departments:

• Disjointed task tracking and duplicated work

• Limited visibility into academic workflows

• Unclear ownership and approval logic

• Manual reporting and inconsistent analytics

• Growing number of users and processes stressing existing tools

• Generic task managers lacked flexibility for academic structures and couldn’t scale with institutional needs.

Solution

Solway designed and built a customizable, cloud-based Agile Task Manager specifically for educational environments.

Key capabilities included:

• Department-level workflow configuration

• Role-based access and approval chains

• Real-time collaboration and notifications

• Customizable task structures per academic program

• Integrated analytics and reporting dashboard

• Audit trail for task history and administrative actions

• Scalable cloud architecture to support growth

We followed an iterative Agile approach, incorporating continuous stakeholder feedback to adapt to evolving academic requirements.

Results

• Improved cross-department coordination

• Clear accountability across academic and administrative roles

• Reduced manual workload in reporting and approvals

• Scalable system supporting a growing number of users

• Actionable insights through centralized analytics

The institution gained a unified operational layer aligned with its academic structure and long-term scalability goals.

Stack:
React, Next.js, Node.js, Nest.js, TypeScript, PostgreSQL, Material UI, Styled Components, Data Visualization tools, Cloud infrastructure

Read more: https://solway.tech/project-items/edtech-agile/

Marketing Campaign Interactive Simulator

Type: Web Application (PWA)
Duration: 4 months
Industry: MarTech, EdTech

A marketing firm needed an internal simulation tool to help teams test campaign strategies before launch. Existing analytics tools only showed historical data and couldn’t model the impact of strategic decisions in real time.

Challenge

Marketing teams lacked a structured way to evaluate campaign decisions before execution:

• No real-time scenario modeling

• Limited visibility into projected campaign performance

• Difficulty comparing results across teams

• Delayed feedback loops in strategy refinement

• Need for a collaborative and competitive learning environment

The client required a tool that would simulate campaign dynamics and provide measurable feedback instantly.

Solution

Solway designed and built an interactive Marketing Campaign Simulator as a Progressive Web Application.

Core capabilities included:

• Dynamic campaign scenario modeling

• Real-time performance metrics visualization

• Comparative benchmarking across teams

• Interactive decision-based simulation logic

• Advanced data visualization dashboards

• Scalable backend architecture for multi-team usage

The system allowed users to select campaign parameters, immediately see projected growth metrics, and iterate strategies in a controlled simulation environment.

Results

• Improved strategic planning through real-time campaign modeling\

• Faster decision cycles with instant feedback

•  Enhanced team collaboration and engagement

• Competitive benchmarking environment for performance learning

• More structured and data-driven campaign optimization

The simulator became an internal decision-support layer, enabling marketing teams to test assumptions before committing real budgets.

Stack:
React, Next.js, TypeScript, Node.js, Express.js, PostgreSQL, AWS, S3, Data Visualization tools, PWA architecture

Read more: https://solway.tech/project-items/marketing-campaign-simulator/

Type: Web Application (Citizen & Back-Office Portal)
Duration: 4–5 months
Industry: GovTech

A government authority needed a modern digital platform to simplify citizen applications for green energy subsidies and improve internal processing workflows. The legacy system required a full rebuild with better usability, security, and scalability.

Challenge

• Full redevelopment of outdated legacy software
• Preservation and modernization of existing functionality
• Simplified citizen application flow
• Efficient back-office processing system
• Secure authentication via OAuth2
• Automated notifications and email services

Solution

• Development of a user-friendly public subsidy portal
• Back-office dashboard for managing and reviewing applications
• Secure OAuth2-based authentication and access control
• Automated email and recurring notification system
• Microservices-based backend architecture
• Scalable and maintainable system design

Results

• Easier access to green energy subsidies for citizens
• Faster internal request processing
• Secure and compliant data handling
• Improved communication through automation
• Scalable platform ready for future expansion

Stack: React, TypeScript, Node.js, Nest.js, PostgreSQL, TypeORM, Microservices architecture, Styled Components

Read more: https://solway.tech/project-items/eco-subsidies/ 

Type: Website Redesign & Migration
Duration: 1 month
Industry: GovTech, Public Sector

A cross-border German–Dutch cooperation program required a full website modernization, including new UX/UI design, SEO improvements, multilingual support, and secure migration of all legacy content.

Challenge

• Complete redesign aligned with corporate identity standards
• Strict budget constraints despite custom UI/UX requirements
• Full migration of content, media, and documents without data loss
• Integration with external MySQL database
• Multilingual support (German, Dutch, English)
• Improved SEO and overall performance

Solution

• Custom UX/UI design implemented within the Bricks Builder framework
• Multilingual setup using WPML
• Full data and media migration from the legacy website
• Development of a custom WordPress plugin for real-time external database integration
• Performance optimization and SEO improvements
• Structured content architecture for long-term maintainability

Results

• Successful launch of a modern, professional website within one month
• Seamless migration with no content loss
• Improved search engine visibility and performance
• Stable multilingual experience for cross-border audiences
• Scalable architecture supporting future updates

Stack: WordPress, PHP, MySQL, Bricks Builder, WPML, Figma

Read more: https://solway.tech/project-items/german-netherlands-coop/

Type: Web Platform (Subsidy Protection System)
Duration: 4 months (MVP)
Industry: GovTech

A regional EU initiative required a secure digital platform to protect eligible citizens’ financial stability by ensuring subsidy-protected funds could not be withdrawn by creditors below a defined account threshold.

Challenge

• Protection of sensitive personal and financial data
• Coordination between regional governments and accredited institutions
• Real-time calculation of eligibility limits and account thresholds
• Secure document management and certificate issuance
• GDPR compliance and regulatory alignment
• Integration with existing governmental systems

The platform needed to handle complex workflows while remaining accessible to non-technical users.

Solution

Solway developed a secure, scalable web platform focused on compliance, reliability, and usability.

Key capabilities included:

• Secure document management system with signed certificate generation
• QR-based mobile document uploads
• Real-time quota and status updates
• Role-based access and multi-stakeholder workflow coordination
• GDPR-compliant encryption and secure data storage
• Integration with existing government infrastructure
• Accessibility-compliant UI/UX design

The architecture was built to support long-term scalability and regulatory adaptability.

Results

• MVP delivered in 4 months
• Improved data security and regulatory compliance
• Scalable infrastructure supporting growing demand
• Seamless integration with public sector systems
• Efficient inter-institutional coordination
• Reliable and fast document processing system
• Reduced operational costs and improved administrative efficiency

Stack: React, TypeScript, Node.js, Nest.js, PostgreSQL, TypeORM, Material UI, D3.js, Data Visualization tools

Read more: https://solway.tech/project-items/subsidy-asurance-platform/

Type: Web + Mobile
Type: Web Application
Duration: 5 months
Industry: FinTech

A financial services provider needed to enhance an existing investment platform to deliver personalized portfolio recommendations while allowing flexible manual investment options. The application had been inherited from another front-end vendor and required architectural improvements, performance optimization, and security hardening.

Challenge

The platform faced several constraints:

- Legacy front-end code with quality and security issues
- Limited flexibility beyond predefined model portfolios
- Need for personalized portfolio logic based on user data
- Growing user base requiring performance scalability
- Requirement to balance automation with manual investment control

The client needed a system that combined algorithmic recommendations with investor autonomy — without compromising reliability or scalability.

Solution

Solway conducted a full technical audit, refactored critical parts of the front-end architecture, and implemented a scalable personalization layer.

Key enhancements included:

- Automated portfolio recommendation engine based on age, goals, and financial profile
- Flexible manual investment selection beyond predefined portfolios
- Improved onboarding logic for adaptive user flows
- Performance optimization for high-traffic scenarios
- Strengthened security and code quality standards
- Modular architecture supporting future financial instruments
- Enhanced data visualization for portfolio insights

The system was restructured to support long-term scalability while preserving a seamless user experience.

Results

- Improved platform stability and performance
- Increased flexibility in investment options
- Enhanced personalization aligned with user financial goals
- Scalable architecture ready for user growth
- Reduced technical risk through codebase optimization

The revamped platform positioned the client as a provider of accessible, adaptive investment solutions combining automation with user control.

Stack:
React, TypeScript, JavaScript, Scala, Microservices architecture, PostgreSQL, Data Visualization tools, Styled Components

Read more: https://solway.tech/project-items/portfolio-investment-app/