M2 / VISUAL EFFICIENCY
Neural Compression Engine
Learning-based neural codecs for compact, high-fidelity visual data.
Explore M2 →Advancing visual data infrastructure with neural compression, generative communications, and post-quantum security.
Frederic Limited specializes in AI-native visual computing, generative communications, and post-quantum security. We build the core algorithms, cross-platform engines, and commercial solutions that enable visual data to move at lower physical cost while maintaining verifiable trust.
Our technology portfolio spans neural image compression, ultra-low-bitrate generative video, neural steganography for content authentication, and post-quantum cryptographic systems — forming a complete AI-Native Computing Infrastructure for the intelligent era.
Our technology portfolio spans neural image compression, ultra-low-bitrate generative video, neural steganography for content authentication, and post-quantum cryptographic systems — forming a complete AI-Native Computing Infrastructure for the intelligent era.
Learning-based neural codecs for compact, high-fidelity visual data.
Explore M2 →A commercial application-layer secure transport product built on V9-STP.
Explore V9 SecureLink →A complete portfolio spanning neural codecs, generative communications, content trust, post-quantum secure transport, cryptographic SDKs, and enterprise intelligence.
Learning-based neural codecs that reduce visual data volume by up to 85% compared with traditional formats, while preserving high-fidelity quality across four configurable tiers.
Ultra-low-bitrate generative video communication that transmits compact motion representations instead of full video frames, enabling face-to-face connection even on severely bandwidth-constrained links.
Cryptographically controlled neural steganography that embeds encrypted payloads, asset identities, and verifiable credentials into ordinary images for content authentication and provenance tracking.
End-to-end communications, identity authentication, and key management built for the post-quantum era. Designed for enterprise private networks, dedicated links, and controlled environments.
A planned neural codec direction for multispectral and high-dimensional visual data across remote sensing, industrial imaging, and scientific research.
A planned medical-imaging codec direction for controlled research into archival, transmission, modality-aware quality gates, and private deployment.
A commercial application-layer secure transport product built on V9-STP, combining hybrid post-quantum key establishment, gateway delivery, browser and desktop components, and lifecycle-controlled licensing.
An independently licensable cryptographic development kit providing post-quantum KEM, digital signatures, secure packet APIs, key derivation, and multi-language bindings.
A permission-aware, source-traceable, privately deployable enterprise intelligence and RAG solution for controlled knowledge and workflow assistance.
Data volume reduction compared with source PNG across four quality tiers.
Ultra tier achieves near-perceptual transparency with SSIM > 0.997 and PSNR > 51 dB.
Hardware-accelerated encode/decode with DirectML, supporting real-time workflows on modern GPUs.
From consumer devices to enterprise infrastructure, our technology adapts to diverse industry requirements.
Extend photo storage capacity, reduce cloud sync bandwidth, and enable on-device neural processing for mobile imaging pipelines.
Native GPU-accelerated image management for creative professionals, with SDK integration for NPU-equipped next-generation PCs.
Reduce object storage costs, optimize CDN delivery, and improve data pipeline throughput for image-heavy enterprise workloads.
Ultra-low-bitrate video communication for bandwidth-constrained environments: satellite links, maritime, disaster response, and remote areas.
High-fidelity image compression for AOI inspection, autonomous driving datasets, and manufacturing quality control pipelines.
Post-quantum encryption, content authentication, and neural watermarking for government, finance, and regulated industries.
High-fidelity archival copies for pathology, microscopy, and scientific imaging with quality-verified workflows.
FPGA validation and ASIC IP licensing roadmap for embedding neural codec capabilities directly into next-generation SoCs.
Core neural compression, generative model, and cryptographic algorithm research and development.
Native engines with C ABI, language bindings for Python, C#, Dart, Kotlin, and Swift integration.
On-premise, offline-capable, and air-gapped deployment for enterprises with strict data sovereignty requirements.
Flexible licensing models including perpetual, subscription, device-based, and floating seat options.
Joint development partnerships with device manufacturers, chip vendors, and platform providers.
Silicon-level collaboration from FPGA validation through ASIC IP licensing and integration support.
A locally-deployed AI agent platform that combines enterprise data security with powerful automation capabilities.
All processing happens on-device. Data never leaves your infrastructure.
Extensible skill ecosystem for office automation, development, content creation, and more.
Control your workstation from anywhere via secure messaging integration.
Context-aware AI that learns your workflows and optimizes over time.
Ready to explore how our technology can transform your data infrastructure? Let's talk.
Morgan Building, Pasea Estate
Road Town, Tortola
British Virgin Islands