About us
Building the digital infrastructure of the future
Digital infrastructure now supports essential services, commercial activity, public administration, communication, research and everyday life. As this dependence grows, so does the importance of building systems that are secure, maintainable and able to recover when conditions change.
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Technology should strengthen the systems society depends on
Cybersecurity cannot be reduced to a product installed at the end of a project. Artificial intelligence cannot be separated from the quality, governance and location of the data it uses. Advanced software cannot operate reliably without appropriate computing, storage, networking and operational discipline.
NOVACORE AI was created around a simple conviction: these elements must be designed together.
Our direction brings software engineering, applied artificial intelligence, technical consulting, managed infrastructure and long-term compute development into a single technology vision for Romania and Europe.
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Our story
The company began from observing a widening gap between the speed at which organisations adopt digital technology and the capacity required to operate that technology securely and responsibly.
Organisations are expected to modernise legacy systems, protect increasing volumes of information, introduce automation, evaluate artificial intelligence and maintain continuity—all while navigating technical complexity, limited specialist capacity and changing regulatory expectations.
We believe meaningful progress requires more than isolated applications or short-term infrastructure decisions. It requires collaboration between software engineers, infrastructure specialists, security professionals, organisations, research communities and relevant institutions.
Our response is to build incrementally:
- deliver professional software and technical services today
- develop practical AI capabilities under controlled conditions
- plan infrastructure capable of supporting more demanding future workloads
- create long-term technical capacity rooted in Romania and connected to European needs.
We are at the beginning of that journey. We communicate the distinction between what is operational today, what is under development and what remains a future objective.
01 — Mission
Our mission
Our mission is to contribute to a safer, more capable and more resilient digital ecosystem.
We design and modernise software, advise on technical architecture and help organisations improve the infrastructure and operational practices supporting their systems.
Over time, we aim to work across private industry, technology, research and—in an appropriate legal and procurement framework—the public sector.
We seek to contribute where technology has real operational importance:
- modernising systems that organisations rely on
- integrating security throughout the development lifecycle
- making technical decisions more transparent and maintainable
- reducing unnecessary operational complexity
- applying artificial intelligence where it provides demonstrable value
- strengthening continuity, observability and recovery
- developing computing infrastructure for advanced workloads.
Our mission is not based on the promise that every risk can be eliminated. It is based on disciplined engineering, proportionate controls, continuous improvement and the ability to respond when problems occur.
02 — Engineering
What we build today
Our current activity begins with software engineering and technical consulting.
We design solutions around the real requirements of each project: the people who will use the system, the information it must process, the infrastructure on which it will run, the risks it must manage and the way it will be maintained after launch.
Our capabilities include:
Applications and digital platforms
Custom business applications, operational portals, internal systems and specialised tools designed for long-term use.
Secure and scalable architecture
Architectures developed around explicit requirements for security, integration, performance, maintainability and controlled growth.
Systems integration
Secure APIs, data exchange and event-driven integration between modern platforms and existing systems.
Data platforms
Structured ingestion, validation, storage, governance, analytics and reporting for organisations that need traceability and control.
Process automation
Workflow and operational automation designed to reduce repetitive work while preserving validation, oversight and accountability.
Legacy modernisation
The gradual transformation of ageing systems into documented, testable and supportable platforms.
Technical and architectural consulting
Independent assessment, architecture review, implementation planning and technical support for complex decisions.
Infrastructure and operational support
Planning, monitoring, continuity and managed-service capabilities adapted to an agreed technical and contractual scope.
We approach the complete lifecycle: discovery, architecture, implementation, testing, security, deployment, documentation, operation and future improvement.
03 — Engineering philosophy
How we think about technology
We believe advanced technology must also be understandable, governable and maintainable.
Our engineering approach is guided by several principles:
- Security by design — security is considered from the beginning, not added only before release.
- Evidence before claims — public statements and technical decisions should be supported by information that can be reviewed.
- Clear responsibility — ownership, access, dependencies and operating responsibilities should be explicit.
- Practical innovation — new technology is valuable when it solves a defined problem and can be operated responsibly.
- Controlled evolution — complex systems should change through testable, reversible and documented stages.
- Data responsibility — data collection, access, location, retention and deletion must be treated as design decisions.
- Operational readiness — software is not complete merely because it compiles; it must be deployable, observable, supportable and recoverable.
- Honest limitations — we distinguish current capabilities from development plans and future ambitions.
04 — Artificial intelligence
Developing practical AI capabilities
IN DEVELOPMENT
Artificial intelligence is becoming part of software development, analytics, automation and operational decision support. We believe its value depends on more than model performance.
An AI system must be evaluated in relation to:
- the quality and provenance of its data
- confidentiality and access controls
- measurable performance
- failure modes and limitations
- human review
- infrastructure requirements
- operating cost
- legal and ethical context
- security throughout its lifecycle.
We are developing our own AI capabilities with an emphasis on efficiency, security, data control and practical application.
Our intended direction includes tools that can support:
- analysis and structured information retrieval
- document and workflow processing
- software development
- operational automation
- knowledge assistance
- technical decision support.
These capabilities remain under development and are not currently offered as a standalone product. Any future release will depend on technical validation, security review, documentation and an appropriate operating framework.
05 — Infrastructure
From software requirements to computing infrastructure
IN DEVELOPMENT
Advanced software and AI systems depend on physical infrastructure.
Training and operating large models, processing substantial datasets and delivering reliable digital services require energy, cooling, networking, storage, security, monitoring and specialist operations. Compute capacity cannot be considered independently from the facility that sustains it.
This understanding led us to assess the development of a data centre in Romania.
A building has been secured, and the project is in the planning and development stage. Technical work is evaluating electrical infrastructure, cooling, connectivity, physical security, operational resilience and potential GPU-compute platforms.
No part of the facility is operational, and no computing capacity is currently available.
The project is being approached as a phased programme. Final capacity, architecture, equipment, commercial services and delivery dates will be communicated only after the relevant engineering, procurement, approvals and commissioning milestones can be evidenced.
The long-term objective is to create infrastructure capable of supporting:
- artificial-intelligence development and inference
- high-performance computing
- secure software environments
- data-intensive workloads
- private and hybrid-cloud configurations
- research and enterprise computing.
06 — Collaboration
Progress requires collaboration
No single company can solve every challenge associated with digital resilience.
Software providers, infrastructure operators, security specialists, universities, researchers, businesses and public institutions each hold different experience, responsibilities and capabilities.
We want to participate in an ecosystem where:
- technical knowledge is shared responsibly
- systems are designed around interoperable standards
- organisations can modernise without losing control of their data
- security is treated as a shared operational responsibility
- Romanian engineering contributes to European technological capacity
- long-term resilience is valued alongside short-term speed.
Any future institutional or public-sector engagement will be pursued only through an appropriate legal, procurement and contractual framework. This vision should not be interpreted as a claim that NOVACORE AI currently holds public-sector contracts.
07 — Transparency
Building trust through evidence
We believe credibility is established through accurate information and verifiable progress.
For that reason, we separate:
- services available today
- capabilities under development
- technologies under evaluation
- long-term objectives.
We do not present planned infrastructure as operational capacity. We do not describe candidate equipment as purchased equipment. We do not publish certification or performance claims before supporting evidence exists.
As the company and its projects develop, material updates will be published when they can be supported by documentation appropriate for customer and counterparty review.
08 — Vision
A stronger technological foundation for Romania and Europe
We believe Romania can contribute more than technology consumption. It can develop software, infrastructure, research capability and specialised technical knowledge with value across Europe.
Our vision is to help build that capacity through:
- secure and maintainable software
- responsible artificial intelligence
- modern computing infrastructure
- collaboration between technical disciplines
- investment in long-term engineering capability
- transparent and accountable development.
The scale of this ambition requires patience, disciplined execution and partnerships built on trust. We are developing it step by step—starting with the capabilities we can deliver today and expanding only when each new stage is technically and operationally ready.
Digital security is a shared responsibility. We are building technology, knowledge and infrastructure for a safer, more capable and more resilient future.
NOVACORE AI S.R.L. — Romania
Build your next critical system on a stronger foundation.
Tell us what you need to build, modernise or operate. We will respond with a technical point of view, not a sales pitch.