SCNET · Enterprise IT · Ankara, Türkiye

Sanal Çekirdek

Turn enterprise data into intelligence that can be governed and verified.

Enterprise AI solutions are production systems that turn organizational data into intelligence that can be governed and verified, combining source ownership, access control, evaluation, observability, cost management, human approval, and safe failure behavior. Sanal Çekirdek builds that complete system, not just the model layer.

Data foundation and governance

Before AI, the meaning, quality, ownership and permitted use of data must be clear. Source systems, data dictionaries, access rules, quality controls and lifecycle are designed around the model requirement.

  • Data platform and lakehouse architecture
  • Metadata, lineage and quality rules
  • Role- and purpose-based access
  • BI, analytics and feature engineering

Enterprise RAG and knowledge retrieval

RAG is more than loading documents into a vector database. Chunking, metadata, permission filtering, hybrid search, reranking, source attribution and answer evaluation are designed for the task. Knowing when not to answer is part of the system behavior.

  • Document and knowledge-source connectors
  • Permission-aware retrieval and citations
  • Answer-quality and retrieval testing
  • User feedback and content lifecycle

Model adaptation through CPT and SFT

Not every problem requires model training. We first measure what prompting, RAG and tool use can achieve. If domain language or task behavior requires deeper adaptation, CPT and SFT datasets are prepared under controlled conditions and evaluated against the baseline model.

  • Usage rights and data hygiene
  • Training, validation and test separation
  • Baseline versus adapted-model comparison
  • Safety, drift and forgetting checks

Agentic AI and governed automation

AI agents are not treated as unconstrained digital employees. They are governed workflows with access to specific tools and decisions. Permission boundaries, human approval, action logs, budgets, timeouts and rollback are defined from the outset.

  • Task and tool contracts
  • Planning, execution and verification stages
  • Human approval for high-impact actions
  • Observability across agents, models and tools

How we work

  1. Discovery and current-state assessment
  2. Target architecture and control design
  3. Pilot, migration or modernization plan
  4. Go-live against acceptance criteria
  5. Monitoring, managed services and continual improvement

How success is measured

  • Task-specific accuracy, retrieval and source alignment
  • Unsupported or incorrect answer rate
  • Human escalation and automation success
  • Cost, latency and capacity per request

Frequently asked questions

Should we use RAG or SFT?

RAG is usually the first choice for current, attributable enterprise knowledge. SFT is useful for task format and behavior. CPT may be considered when deeper domain-language adaptation is justified. The decision should be based on evaluation, not preference.

What are the advantages of open models?

They can provide deployment control, clearer data flows and adaptation flexibility. They also increase responsibility for infrastructure, running the models, updates, security and performance. Total cost of ownership must be assessed against usage volume.

Can an AI agent execute transactions directly?

Technically yes, but permission, impact and reversibility determine whether it should. Low-risk actions may be automated. Financial, legal, security or high-customer-impact steps require human approval and strong audit records.

What does sovereign AI mean?

Sovereign AI means that data, models, infrastructure, access and operating responsibility can be controlled according to the organization's sovereignty and compliance requirements. It is an architectural and governance approach, not a single product.

The first step is not model selection; it is a clear use case and measurable definition of success.

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