Press Release

Representing India on the Global Stage, AjnaLens unveils High Performance Spatial Computing at GDC 2024

In a moment of great pride, Indian company AjnaLens will be representing the country on the global stage at the Game Developers Conference (GDC) 2024. The event which will take place in San Francisco, USA, is going to host top tech companies including the giants like Meta and Microsoft, between the 18th-22nd March.

Pioneers in the field of Extended Reality (XR) technology, AjnaLens will be introducing cutting edge solutions like the AjnaVidya ecosystem within which developers can develop, publish and grow. We can also look forward to innovations such as AjnaHPSC – High Performance Spatial Computing, AjnaKriti – creating text, image or video to 3D models at a click, object tracking and the AjnaChakra OS.

Developers face several limitations when building high quality XR applications. Overcoming these hurdles is pivotal for the industry’s advancement and the delivery of truly immersive experiences. For instance, replicating real world physics in an immersive environment is not only time consuming, but involves high costs for high performance setups. AjnaHPSC (High Performance Spatial Computing), on AjnaVidya takes care of these limitations by providing XR streaming directly to the AjnaXR headset, thus removing the need for a high performance PC setup. Not only that, on the AjnaVidya ecosystem developers can create 3D models at a click, and even find the audience to monetize their efforts. AjnaVidya truly is a one-stop solution for all XR application developers.

The AjnaLens team at GDC 2024 is excited to take indigenous technology to the world by showcasing innovations like Ray Tracing, Path Tracing and driving simulations using AjnaHPSC at Booth S945. With this debut, AjnaLens reinforces India’s standing as a global tech pioneer committed to shaping the future of human-computer interactions.

Trusted by industry giants like Qualcomm, Siemens, Nvidia, and Unreal Engine, AjnaLens has reshaped industries and impacted over 72,000 learners through partnerships with organizations such as L&T, Tata Technologies, and the Indian Armed Forces. The launch of AjnaVidya heralds a new era of spatial computing, promising further enrichment across industries.

In the words of Mr. Abhishek Tomar, CTO & Co-Founder of AjnaLens, “Our society may have progressed rapidly in terms of innovation and technology, but we have miles to go when it comes to humanity quotient. AjnaLens aims to Augment Human Intelligence and transform human life from a journey of prosperity to self-actualization.” As AjnaLens continues to push the boundaries of spatial computing, the future of XR and human intelligence shines brighter than ever before.


About AjnaLens: Founded in 2014, AjnaLens is an innovative technology company based in India. Pioneers of High Performance Spatial Computing (HPSC), we are ushering in a new era of computing with our cutting edge technology.


AjnaLens is committed to augmenting human intelligence and empowering humans to achieve their full potential. With innovative applications across sectors, AjnaLens specializes in gamified learning modules to upskill humans in every field. An impact first organization, we are transforming the way we approach upskilling in India.


Additionally, AjnaLens provides unique opportunities for XR content developers to develop, publish and grow with AjnaVidya. AjnaLens has filed 30+ filed patents with 11 granted, and also won numerous awards for our innovative technology.


Notes to the Editor

Section 1.1 – Addressing Key Challenges:

Streaming high-end content through XR devices is one of the major challenges faced by developers today. XR devices have limited computational power which fails to process hyper realistic content. To facilitate the same, one must possess a graphic-intensive laptop/system. This further increases the cost. Besides the hardware, running high quality content requires high bandwidth, which if not achieved, leads to streaming lags or latency.

AjnaLens tackles critical challenges inherent to XR technology head-on, including:

  • Latency: Through optimized network protocols and predictive algorithms, AjnaHPSC achieves ultra-low latency, minimizing the delay between user actions and visual feedback.
  • Bandwidth Requirements: Advanced streaming algorithm & techniques and compression technologies mitigate bandwidth constraints, enabling seamless delivery of high-quality XR content.
  • Security and Privacy: AjnaLens ensures data security with a DRM-ready platform, safeguarding the intellectual property of developers and publishers.


Section 1.2 – Benefits for Developers:


  1. Realism: AjnaHPSC allows XR Developers to deliver highly realistic and immersive experiences by accurately simulating spatial interactions, such as physics-based interactions and dynamic lighting effects on standalone devices.
  2. Create Physically Accurate, Large-Scale Simulations: XR Developers can now incorporate advanced features such as ray tracing, path tracing, and physics-based scenarios, opening new avenues for applications in fields like healthcare training and architectural visualization.
  3. Expanded Accessibility: AjnaHPSC enables developers to create high-end content that can be streamed on standalone devices, thereby increasing the potential user base for a particular content, helping them monetize their content to a large audience.
  4. Scalability: AjnaHPSC architectures are designed to scale efficiently, enabling the rendering of complex scenes with a large number of objects and high-resolution textures, even on resource-constrained devices.
  5. Integrate AI: Being computationally heavy, developers have had a hard time integrating AI features into their applications. AjnaHPSC paves the way allowing developers to create AI-based applications without worrying about the processing power or render speed.