HTML5
Standard markup language for creating web pages
We leverage industry-leading technologies to deliver scalable, secure and innovative solutions.
Eepos recommends technologies according to product requirements, existing architecture, scalability, security, integration needs, and long-term maintainability rather than forcing every project into a fixed technology stack.
Our web development stack supports customer portals, internal platforms, SaaS products, APIs, and responsive business applications. The team selects frontend and backend technologies according to the existing architecture, performance needs, integration requirements, security model, and the people who will maintain the product after launch.
Standard markup language for creating web pages
Style sheet language for designing websites
Compiled language designed for efficient performance
Object-oriented programming language for cross-platform applications
High-level scripting language for interactive web features
Microsoft framework for building applications
JavaScript runtime for building scalable server-side apps
Open-source scripting language for server-side development
JavaScript library for building user interfaces
Full-stack web application framework written in Ruby
Our AI and data technologies support machine learning features, analytical workflows, model experimentation, intelligent automation, and data-backed product decisions. Tooling is selected around the available data, the intended business outcome, explainability needs, deployment environment, and the monitoring required to keep an AI-enabled feature useful over time.
Popular language for data science and AI development
Interactive notebooks for data visualization and analysis
Cluster-computing framework for big data processing
Visual analytics platform for business intelligence
Deep learning framework for training AI models
Google's open-source library for machine learning
Statistical programming language for data analysis
Visual programming tool for data mining and ML
Machine learning library for Python
Analytics platforms help product and operational teams turn application data into dashboards, reports, and measurable product insights. We consider data quality, event design, access permissions, reporting cadence, and integration with existing systems before selecting a business intelligence or product analytics tool.
Product analytics tool to track user interactions
Analytics platform for product intelligence
Microsoft's business analytics service
Tool for automatic user behavior tracking
Open-source business intelligence dashboard tool
Our mobile development technologies support native and cross-platform applications for iOS and Android. Framework decisions account for device features, release timelines, performance, offline behavior, existing team skills, shared code requirements, app-store maintenance, and the long-term cost of supporting each platform.
Cross-platform toolkit from Google
Modern programming language for Android development
Programming language for iOS/macOS development
Apple programming language for iOS and macOS apps
JavaScript framework for building native mobile apps
Cloud and DevOps tools support repeatable builds, automated testing, controlled deployments, infrastructure management, and application monitoring. Eepos plans delivery workflows around the client's hosting environment, access model, release process, rollback needs, scalability targets, and the level of operational support required after launch.
Automation server for building and deploying code
Amazon cloud platform offering scalable services
DevOps platform for CI/CD and source control
Infrastructure as Code tool for managing cloud services
CI/CD tool for automating workflows on GitHub
Platform for containerizing and deploying applications
CI/CD pipeline service for rapid code delivery
Container orchestration system for automating deployment
Database technologies are selected around data relationships, query patterns, consistency, scale, latency, backup requirements, and integration needs. Relational, document, cache, embedded, and real-time data services can be combined where the product architecture benefits from clear ownership and a maintainable data model.
NoSQL database for flexible, JSON-like documents
Advanced open-source relational database
In-memory key-value store for fast caching
Popular open-source relational database system
Lightweight embedded SQL database engine
Platform for building real-time web applications
Blockchain technologies can support approved decentralized application and smart-contract requirements where a distributed ledger provides a practical product benefit. Architecture decisions should consider custody, transaction costs, security review, network choice, user experience, system integrations, and the maintenance implications of immutable on-chain behavior.
JavaScript library for interacting with Ethereum blockchain
Decentralized blockchain platform for smart contracts
Enterprise-grade distributed ledger framework
Programming language for Ethereum smart contracts
Browser extension wallet for blockchain apps
Product design tools support research, interface design, prototyping, design review, and developer handoff. The design workflow is chosen to keep business stakeholders, users, designers, and engineers aligned while preserving accessible interaction patterns and a maintainable component system across web and mobile products.
Design and prototyping tool for UI/UX
Vector-based design tool for interface design
Collaborative design tool for UI and prototyping
Tool for interactive UI/UX design prototypes
Rapid prototyping platform for designers
Security tooling supports authentication, encryption, vulnerability assessment, application testing, and review of network or web traffic. Controls and tests are selected for the product's threat model, data sensitivity, architecture, hosting environment, user roles, and the security responsibilities defined in the engagement scope.
Toolkit for SSL and TLS encryption
Two-Factor Authentication for enhanced security
Network security and firewall solution
Vulnerability scanning tool for network protection
Network protocol analyzer for security analysis
Penetration testing framework for security assessment
Web application security testing platform
Authentication and authorization platform
Open Web Application Security Project standards
Quality assurance technologies support browser automation, API testing, performance testing, unit tests, behavior-driven specifications, and test-case management. The team builds a testing approach around product risk, release frequency, supported devices, critical user journeys, integration boundaries, and the evidence needed for confident handover.
End-to-end testing framework for web applications
Framework for testing web apps across browsers
Test case management tool for QA teams
Load testing tool for performance testing
API testing and collaboration platform
Test case management tool for QA teams
BDD testing framework for readable tests
End-to-end testing framework by Microsoft
Test automation framework with markdown specs
Language for writing test scenarios
JavaScript testing framework by Facebook
Flexible JS test framework for Node.js apps
Let's discuss how our comprehensive technology stack can power your next breakthrough project.