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Up to 24% Faster: Ramping Up ML, Data, and DevOps with AI

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12 Highlights from Microsoft Build 2025 Keynote 

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Speedup in Software Engineering: How AI Boosts Front-End and Back-End Development at Janea Systems

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AI-Assisted Software Development Across the SDLC 

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Why 3D Tiles Change the Game for Massive 3D Scenes

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Janea Systems Team is Attending Microsoft Build 2025 

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Implementing Lab Workflow Automation in the Pharma Industry

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Porting Redis to z/OS

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Location Intelligence for Business Success with Robert Cheetham

Our team innovated Node.js file writing by utilizing memory file mapping, resulting in a significant speed boost in certain scenarios. This method, already implemented in node-tar, can reduce runtime by up to 50%. The efficiency gain from this approach extends beyond npm, benefiting projects like the TypeScript compiler, demonstrating its versatility and impact on performance.

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open source

Node.js

Innovating Node.js File Writing 

In partnership with Microsoft Open Technologies, Inc., we embarked on a strategic initiative to create interoperable ecosystems that offer clients even greater choice and opportunity to bridge Microsoft and non-Microsoft technologies. This project enabled core interoperability scenarios between Microsoft and Open Source technologies, spanning developer tools (Azure, Linux, Java, Python), plug-ins, SDK’s to big data, cloud interop & web. This included:

- **HTTP/2.0 Enhancement**: Developed C# and Node.js-based HTTP/2.0 tools for Azure VM to advance web protocol standards.
- **HTML5 to Mobile App Tool**: Created a C# HTML5 conversion tool for mobile app project generation across major IDEs.
- **Contributing to Web Standards**: Prototyped new browser pointer events and DOM enhancements with C++ in Chrome on Windows 8.
- **HTTP/2.0 Control Flow Prototype**: Engineered a C# command-line client for Apache Web server to optimize HTTP/2.0 control flow.
- **Linux Performance Benchmarking**:Optimized Linux for web services, benchmarking SPDY protocols within Azure VM environments.

Our sustained work with Microsoft Open Technology has helped shape cutting-edge solutions that serve the developer community and empower the industry at large.

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Enabling Dev Tool Interoperability

Project 'Thali' is an open-source, peer-to-peer enabled web framework designed to provide distributed identity, privacy-centric discovery, and built-in synchronization. It supports Cell, WiFi, BLE, Bluetooth, and the iOS Multi-Peer Connectivity Framework. Built on Node for Android and iOS, Thali enables devices to collaborate regardless of the available Internet infrastructure.

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 P2P Web Framework on Node

Integrating (MapBox styling spec) external map styling frameworks with Azure Maps' existing infrastructure.

 Integration Complexity

 Developing an intuitive styling pipeline and editor for ease of use without overwhelming configuration options. 

User-Friendly Design

Implementing scalable performance solutions with effective caching and monitoring.

Performance Optimization

Delivering the complete solution within a twelve-month period. 

Tight Dealines

Microsoft

Enabled styling of indoor maps to align with client branding requirements.

Customized Map Styling

Implemented dynamic styling based on interactive data for up-to-date information.

Real-Time Data Integration

Provided customization capabilities for both 2D and 3D map experiences.

Versatile Map Experiences

Ensured scalability and reliability through performance optimizations.

Enhanced Performance

Artur

Senior Software Engineer

Filip

Lead Software Engineer

Azure Maps sought to expand their market reach by enabling businesses to customize branded indoor mapping experiences tailored to their unique needs. Microsoft entrusted Janea Systems to lead the development of this new capability. 

Find out why Microsoft leveraged Janea Systems' software engineering expertise to deliver unparalleled indoor mapping experiences. 

Unlocking Unique Indoor Experiences with Azure Maps   

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Unlocking Unique Indoor Experiences with Customized Azure Maps 

Providing Node.js engineering support & consultancy to the Skype ‘service’ engineering team to re-architect server-side components of the Skype connection manager.


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Node.js Engineering Support

Provided engineering support (Node.js & Electron) to the TEAMS engineering group to improve start-up performance by 20%. 



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Node.js & Electron Support

Supported the Javascript runtime “Chakra” team that powers **Microsoft Edge and Node+Chakracore (JS Engine)** Worked on Unicode/Intl library of Chakra engine. Worked on implementation of Javascript language features and with porting “Node. js” to Chakra engine and active contributors and maintainers of the project. Worked on performance improvement of Node+Chakracore. Debugging activities included but not limited to debugging memory leaks, native machine code, performance regression, etc.


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Chakra Engine & Node.js Enhancements

In January 2018, Google announced that the final release of AngularJS would be 1.7 and would enter Long Term Support. The PBI Report Server team needed support to migrate the portal from Angular.


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Migrating to Angular

Windows developers were missing core modules in React Native, creating a significant gap in development capabilities.

Core Module Accessibility

Missing modules blocked core initiatives for customers, limiting the potential for application development on the platform. 


Blocked Customer Initiatives

The absence of vital modules meant a lack of functional parity with other operating systems, necessitating a tech-agnostic approach to port 16 modules.

Functional Parity

Bridging the gap between React Native and Windows applications, enabling developers to utilize a unified codebase across platforms.

Bridging Platforms

Integrating 16 missing core modules for a seamless Windows development experience, expanding the capabilities of React Native on Windows.

Unblocking Customers

Enabled collaboration between Microsoft and the open source community for a richer, more inclusive developer experience.	

Community Collaboration

Jaime

While React Native successfully served iOS and Android developers, there was a significant gap in the Windows user base. Several mobile platform modules were unavailable on Windows, which hindered the development process, blocking key Microsoft customers and the broader open source community. This project was initiated as a response to the increasing need for a unifying developer experience across various platforms, enabling devs to create Windows desktop applications in React Native. 

Microsoft leveraged Janea Systems' tech-agnostic expertise to port 16 modules to React Native for Windows to increase functional parity with other OSs. 

Porting Core React Native Modules to Windows

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Enabling React Native Desktop Applications 

Our port of Node.js to iOS and Android.
code.janeasystems.com/nodejs-mobile

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Node.js for Mobile Apps

Tackling the challenge of migrating security policies across diverse platforms without jeopardizing security or efficiency.

Simplifying Complex Migrations

Creating a centralized platform for efficient policy management across F5's product ecosystem.

Streamlining Policy Management

Enhancing security measures to protect against vulnerabilities during policy migrations.

Ensuring Robust Security

Empowering clients to smoothly transition to cloud-based solutions with confidence in security continuity.

Facilitating Cloud Adoption

Drastically reduced migration times, enabling swift platform transitions.

Accelerated Migrations

Enabled F5's sales teams and clients to manage migrations independently, enhancing user autonomy.

Empowered End-Users

Implemented advanced security protocols, ensuring each migration upholds the highest security criteria.

Elevated Security Standards

Laid the foundational structure for F5's vision of a unified policy API, promoting integration and scalability.

 Unified Policy Framework

Taras

Željko

Dragos 

Nikola

Munduz

Luka 

Software Engineer

Pjero

F5 Networks, facing challenges with client migrations across their product suite, partnered with Janea Systems to develop a solution that could simplify and secure the process. The goal was to create a tool that could effortlessly translate and apply security policies across platforms, ensuring client retention and operational excellence.



Find out how our partnership with F5 revolutionized their SaaS, security policy management platform

Revolutionizing Security Policy Management for F5

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Revolutionizing Security Policy Management

Ensuring core dependencies function correctly on the Windows platform.	

Dependency Stability

Extending Node.js support to ARM64 architecture for Windows.

ARM64 Support

Navigating open-source community dynamics for cohesive development.

Building a robust platform for corporate adoption.

Reliability for Enterprises

Addressing speed discrepancies for a seamless experience.

Enhancing Performance

Successfully eliminated frequent bugs and crashes, enhancing Node.js's stability on Windows.

Stability Achieved

Achieved a 40% improvement in file I/O speeds through our optimization efforts.

Performance Breakthrough 

Ensured core dependencies work reliably, supporting a wide range of Windows-specific applications and services.

Dependable Dependencies

Established Node.js as a reliable and preferred solution in corporate environments, broadening its reach.

Enterprise Adoption

Users can rely on native Node.js capabilities like ARM64 compatibility. 

ARM64 Adoption

When Node.js emerged as a leading server-side JavaScript runtime, it was primarily optimized for Linux and macOS environments, leaving Windows users grappling with stability and performance issues. Realizing the potential of Node.js, Microsoft demanded its high-performance and reliability on Windows to ensure widespread adoption. 
 

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