Airia delivers an enterprise-grade AI orchestration, security and governance platform designed to enable organisations to build, deploy and manage AI agents and workflows at scale. Its core platform provides a unified control layer across models, data sources and applications, allowing enterprises to operationalise AI securely without the fragmentation and risk typically associated with rapid adoption.
The platform includes a no-code/low-code agent builder, pre-built templates and secure connectors, enabling rapid creation and deployment of AI-driven workflows across business functions. It is model-agnostic, allowing organisations to use and switch between leading LLMs while maintaining centralised control and cost optimisation.
A key differentiator is its built-in security and governance framework, including DLP controls, auditability, policy enforcement and real-time observability, ensuring compliance and protecting sensitive data in regulated environments.
By combining orchestration, security and lifecycle management in a single platform, Airia enables organisations to scale AI adoption safely, reduce ‘shadow AI’ risk and accelerate time-to-value across enterprise workflows.
Blue Mesh Solutions specialises in quantum-safe security for networked and communicating devices, with a particular focus on IoT and machine-to-machine data flows. The company delivers cryptographic capabilities including asymmetric and symmetric encryption, quantum random number generation (QRNG), and quantum key distribution QKD).
Blue Mesh has developed proprietary technology enabling a quantum-safe MQTT data pipeline, using QRNG-based symmetric encryption to secure messaging between devices, servers, and cloud platforms. Its solutions are designed to operate across a wide range of environments, from constrained IoT devices to enterprise data centre firewalls, VPN services, and telecommunications infrastructure. This makes Blue Mesh relevant where long-term data integrity and future cryptographic resilience are required.
Cornelis Networks delivers high-performance, scale-out networking solutions purpose-built for AI and high-performance computing (HPC) environments. Its core Omni-Path architecture provides a low-latency, high-throughput interconnect designed to eliminate network bottlenecks that limit GPU and CPU utilisation at scale.
Unlike traditional Ethernet or InfiniBand approaches, Cornelis focuses on congestion-free, lossless data transmission with advanced routing and traffic management, enabling predictable performance across clusters ranging from single racks to supercomputers.
By improving inter-node communication efficiency, Cornelis accelerates AI training, inference and large-scale simulation workloads, delivering higher performance per watt and better infrastructure utilisation for enterprises, cloud providers and research institutions.
Concentric AI delivers an AI-driven data security governance platform focused on discovering, classifying and protecting sensitive data across cloud, SaaS and on-premises environments. Its core Semantic Intelligence™ technology uses context-aware AI to understand data content and behaviour, enabling accurate identification of sensitive information such as PII, IP and regulated data without relying on rules or manual policies.
The platform provides Data Security Posture Management (DSPM) capabilities, continuously monitoring where data resides, who has access and how it is being used, while automatically identifying risks such as oversharing, misclassification and unauthorised access.
A key differentiator is its autonomous remediation, allowing organisations to classify, restrict, move or delete data and enforce access controls in real time, reducing operational overhead and improving compliance.
Concentric also extends protection to GenAI and tools such as Microsoft Copilot, controlling data exposure, identifying shadow AI usage and ensuring sensitive information is not leaked into prompts or models.
Cubbit is Europe’s first geo-distributed cloud object storage.
100% European technology, S3-compatible and up to 80% savings — with no extra fees.
Unlike any other cloud storage, Cubbit’s unique technology encrypts, fragments and replicates data across multiple locations, safe from cyber-threats and geopolitical risks.
Cubbit offers two solutions:
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DS3 Cloud: a ready-to-use, S3-compatible cloud object storage. Set up in one click and enjoy all the benefits of Cubbit technology while securing your data in Cubbit partners’ certified data centres.
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DS3 Composer: a software-defined storage platform that allows service providers and enterprises to create fully customisable cloud storage — tailored to any IT strategy and designed to adapt over time.
Today, Cubbit technology is adopted by 400+ European companies and partners.
EnQuanta delivers software-based quantum cyber resilience solutions designed to protect data against both current threats and emerging risks from quantum computing and AI. Its core QuantaCrypt platform uses a dynamic-hybrid cryptography framework that combines and extends post-quantum cryptographic standards, enabling organisations to secure data at rest and in transit without requiring hardware changes or application refactoring.
By introducing crypto-agility and algorithm-independent security, EnQuanta allows encryption methods to evolve continuously as threats and standards change.
The result is a future-proofed, software-defined security layer that mitigates risks such as ‘harvest now, decrypt later’ (HNDL), helping enterprises, governments and critical infrastructure maintain long-term data integrity and compliance.
Fsas Technologies delivers a broad, integrated infrastructure portfolio centred on data centre performance, efficiency and scalability. At its core are PRIMERGY x86 servers and PRIMEQUEST mission-critical systems, designed to support everything from enterprise virtualisation to AI and HPC workloads.
This is complemented by the ETERNUS storage portfolio, spanning all-flash, hybrid and data protection systems, enabling high-performance data management, backup and resilience across hybrid environments.
Fsas Technologies also provides PRIMEFLEX integrated and hyperconverged systems, pre-validated for use cases such as SAP, analytics and cloud platforms, alongside ecosystem support for VMware, Microsoft and Nutanix.
A key differentiator is its uSCALE consumption model, delivering on-prem infrastructure with pay-as-you-go economics, plus packaged solutions such as Private GPT for secure, sovereign AI deployment.
Overall, the portfolio is engineered to deliver flexible, high-performance infrastructure with strong alignment to AI, hybrid IT and data-intensive workloads.
Graid Technology delivers GPU-accelerated storage solutions that redefine how RAID is implemented in modern data centres. Its flagship platform, SupremeRAID, replaces traditional CPU-based RAID controllers with GPU-powered, software-defined architecture, eliminating storage bottlenecks and unlocking the full performance of NVMe SSDs.
By offloading RAID processing to the GPU, Graid frees CPU resources and enables ultra-high throughput and low latency, achieving tens of millions of IOPS and hundreds of GB/s performance on a single card.
Optimised for AI, HPC and data-intensive workloads, Graid delivers scalable, resilient storage with significantly improved efficiency, making it well-suited to environments where storage performance directly impacts application and GPU utilisation.
LogZilla delivers an AI-first log management and operational intelligence platform designed to replace or augment traditional SIEM and observability tools. Its core capability is real-time ingestion, correlation and analysis of massive log volumes, enabling organisations to detect, diagnose and resolve issues across SecOps, NetOps and DevOps environments in seconds.
A key differentiator is its AI Copilot, which allows users to query log data in plain English and receive instant root cause analysis, remediation guidance and compliance mapping, removing the need for complex query languages such as SPL or KQL.
The platform performs real-time deduplication, enrichment and cross-device correlation, eliminating up to 95% of alert noise while maintaining full data fidelity.
By processing data at ingest and forwarding only relevant events, LogZilla significantly reduces storage and SIEM costs while improving incident response times and operational efficiency across hybrid and air-gapped environments.
Liqid delivers a software-defined composable infrastructure platform that dynamically assembles compute, GPU, memory and storage resources into bare-metal systems on demand. Its core technology disaggregates traditional servers into pooled resources, allowing IT teams to configure, scale and reallocate infrastructure in seconds via software.
This approach improves utilisation, reduces over-provisioning and lowers both CAPEX and OPEX while delivering cloud-like agility on-premises.
Optimised for AI, HPC and data-intensive workloads, Liqid enables organisations to match infrastructure precisely to workload requirements, increasing performance per watt and per dollar while supporting rapid scaling and evolving application demands.
PEAK:AIO delivers a software-defined storage platform purpose-built for AI and HPC workloads, addressing the performance gap between GPUs and traditional storage. Its technology transforms standard NVMe servers into ultra-low latency, high-bandwidth AI data systems, ensuring GPUs remain fully utilised and reducing training times.
Designed for mid-scale GPU clusters, PEAK:AIO combines the simplicity of NAS with HPC-class performance, using protocols such as GPUDirect, RDMA and NVMe-oF to deliver wire-speed data access.
By removing unnecessary enterprise storage overhead, it lowers cost, energy consumption and complexity, enabling organisations to allocate more budget to GPU compute while scaling storage linearly as AI projects grow.
Positron develops purpose-built AI infrastructure focused exclusively on inference, the stage where trained models are deployed in real-world applications. Its core platform, Atlas, replaces general-purpose GPUs with custom accelerator architecture optimised for transformer models, enabling significantly higher performance per watt and per dollar.
By prioritising memory bandwidth and efficiency rather than raw compute, Positron addresses the primary bottlenecks in large-scale AI deployment, allowing enterprises to run models faster while reducing power consumption and cost.
With OpenAI-compatible APIs and seamless support for Hugging Face models, Positron integrates easily into existing AI stacks, positioning itself as a scalable, energy-efficient alternative to traditional GPU-based infrastructure.
Platform9 delivers a unified private cloud platform that brings together virtual machines and Kubernetes under a single control plane, enabling organisations to modernise infrastructure without abandoning existing investments.
At its core is Private Cloud Director, a KVM-based virtualisation platform designed as a direct alternative to VMware, replicating enterprise features such as high availability, live migration (vMotion equivalent) and dynamic resource balancing (DRS-like behaviour). This allows IT teams to run traditional VM workloads with familiar operational models while significantly reducing licensing cost and vendor lock-in.
Alongside this, Platform9 provides fully managed Kubernetes, tightly integrated into the same platform, enabling organisations to run containerised and cloud-native applications alongside VMs with consistent lifecycle management.
By combining VM virtualisation and Kubernetes in one environment, Platform9 enables a pragmatic transition from legacy to cloud-native, delivering operational continuity, lower cost and a clear path to modern application architectures across on-prem, edge and hybrid environments.
Quantum Dice delivers quantum-driven entropy solutions centred on verifiable Quantum Random Number Generators (QRNGs), designed to provide trusted randomness for cybersecurity and advanced computing. Its core technology uses the quantum properties of light to generate true, unbiased randomness, addressing a fundamental weakness in classical pseudo-random systems.
A key differentiator is its patented DISC™ protocol, which continuously measures and certifies entropy quality in real time, enabling organisations to verify the integrity of encryption keys and randomness at source rather than assuming trust.
The portfolio spans hardware modules (PCIe cards, embedded QRNG chips) and Quantum Entropy-as-a-Service, supporting use cases from secure communications and post-quantum cryptography to stochastic modelling and AI optimisation.
By combining high-rate entropy generation with continuous validation, Quantum Dice provides a quantum-safe foundation for security, compliance and probabilistic computing in modern data-driven environments.
Regatta delivers a next-generation distributed SQL database designed to unify transactional, analytical and AI workloads within a single platform. Its core product, RegattaDB, combines OLTP, OLAP and vector processing in one architecture, enabling organisations to run real-time transactions, live analytics and AI reasoning on the same dataset without ETL pipelines or data duplication.
Built for modern, data-intensive applications, Regatta provides high-performance distributed ACID transactions alongside parallel analytical queries, allowing up-to-the-second insights directly on operational data. Its architecture is linearly scalable across large clusters, supporting billions of rows and millions of transactions per second while maintaining consistent performance.
A key differentiator is its ‘translytical’ design, eliminating the traditional separation between operational and analytical systems, and extending this further with native vector capabilities for AI workloads and agentic applications.
Regatta enables organisations to simplify data architectures, reduce cost and complexity, and deliver real-time decisioning for modern applications, analytics and AI-driven environments.
Remedio delivers an autonomous device security posture and remediation platform focused on identifying and fixing configuration-driven risk across endpoints, servers, cloud and AI environments. Its core capability goes beyond traditional detection tools by combining continuous monitoring with automated, safe remediation, closing the gap between identifying vulnerabilities and actually resolving them.
The platform unifies device hardening, vulnerability management, compliance enforcement and AI governance into a single control plane, addressing risks such as configuration drift, unpatched systems and “shadow AI” exposure.
A key differentiator is its context-aware remediation engine, which maps dependencies, predicts impact and enables rollback, allowing organisations to fix issues at scale without disrupting operations.
By automating remediation and enforcing security baselines across hybrid environments, Remedio reduces attack surface, accelerates compliance and enables security teams to operate at scale with significantly less manual effort.
Speedata delivers purpose-built silicon for data analytics, centred on its Analytics Processing Unit (APU), a dedicated processor designed specifically for large-scale data processing and AI data preparation workloads. Unlike CPUs or GPUs, the APU executes analytics operations directly in hardware, eliminating bottlenecks in platforms such as Apache Spark and enabling orders-of-magnitude acceleration.
Deployed via the C200 accelerator card or integrated servers, the platform offloads SQL, ETL and query processing into a massively parallel hardware pipeline, delivering up to 100× faster performance and significant reductions in cost, power and footprint.
By focusing on the data layer rather than compute, Speedata enables organisations to process billions of rows per second, accelerate time-to-insight and optimise AI pipelines, making it highly relevant for modern data platforms, analytics and AI-driven environments.
TeamsFox delivers a unified Microsoft 365 management platform focused on governance, security, cost optimisation and AI readiness. It provides a single control plane to manage licences, monitor permissions and automate workspace lifecycles, helping organisations eliminate oversharing, unused licences and redundant data.
The platform combines advanced security monitoring with policy-driven governance and activity auditing, ensuring compliance while reducing administrative overhead. It also introduces Copilot readiness, identifying data risks and structural issues before large-scale AI adoption.
A key differentiator is its Green IT capability, providing visibility into carbon impact and optimising resource usage across Microsoft 365 environments.
Overall, TeamsFox enables organisations to simplify Microsoft 365 operations, reduce cost and risk, and prepare their environments for AI-driven workloads.
Tintri delivers workload-aware data management platforms designed specifically for virtualised and cloud environments. Its core VMstore technology manages storage at the level of individual virtual machines and containers rather than traditional LUNs or volumes, enabling granular control, automation and real-time analytics.
By aligning storage performance directly to workload requirements, Tintri eliminates bottlenecks such as noisy neighbour contention while simplifying operations through autonomous management and policy-driven QoS.
The result is lower administrative overhead, faster application performance and improved resilience, making Tintri particularly suited to enterprise virtualisation, VDI, databases and hybrid cloud deployments.
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Contact us today to explore how your solutions could become part of the Kodata story.
