ThirdEye Data works with IT organizations as a domain-aware AI engineering partner, building applied AI systems that integrate into existing IT environments, support operational decisions, and reduce manual workload without compromising security or reliability.

We help IT teams move from reactive operations to intelligent, assisted, and scalable IT management.
Our work focuses on embedding AI into daily IT workflows where delays, manual effort, and information gaps slow down response times and increase operational risk.
By combining AI engineers with domain understanding of IT operations, service management, and security practices, we design solutions that align with how IT teams actually work. This includes ticket triage and resolution, monitoring and alerting workflows, documentation management, content operations, and security monitoring.
The result we deliver is AI systems that reduce noise, accelerate response, and improve consistency across IT functions.









IT teams often spend significant time searching through documentation, runbooks, tickets, and knowledge bases to resolve issues.
We build conversational RAG assistants that provide accurate, context-aware answers by retrieving information from internal IT documents, knowledge bases, and historical tickets.
These assistants help IT teams find answers faster, reduce repetitive queries, support consistent responses across teams, and improve onboarding of new staff.
The focus is reliable retrieval and grounded answers, not generic chat responses.

Network Operations Centers and IT support teams are overwhelmed by alerts and tickets that require rapid triage and prioritization.
We design AI-powered assistants that analyze incoming tickets, logs, and alerts to classify issues, suggest resolution steps, summarize context, and recommend next actions.
These systems help teams reduce response times, prioritize critical incidents, minimize alert fatigue, and maintain service continuity without replacing human oversight.
AI acts as a support layer, not an autonomous decision-maker.

IT and technology teams regularly manage technical documentation, release notes, updates, and internal communications.
We build AI-driven content automation systems that assist with drafting, structuring, reviewing, and publishing technical content based on predefined standards and workflows.
This reduces manual effort, improves consistency, accelerates publishing cycles, and allows subject matter experts to focus on validation rather than content creation.

Security teams face an overwhelming volume of logs and events, making it difficult to identify real threats early.
We design anomaly detection systems that analyze security logs, access patterns, and system events to identify deviations from normal behavior.
These systems help security teams detect suspicious activity earlier, reduce false positives, support investigations with contextual insights, and strengthen overall security posture.
The models are tuned to enterprise environments, not generic threat patterns.

IT teams manage vast repositories of technical documents, policies, architecture diagrams, and operational guides.
We build intelligent search systems that go beyond keyword matching, using semantic understanding to retrieve relevant documents and sections based on intent.
This improves information discovery, reduces time spent searching, and ensures teams access the right information when they need it.

Manual tagging and organization of IT documents does not scale and often leads to inconsistent knowledge management.
We implement AI systems that automatically classify, tag, and index documents based on content, context, and usage patterns.
This creates structured, searchable knowledge repositories that support faster retrieval, better governance, and improved reuse of institutional knowledge.
Implemented a Natural Language Processing (NLP) solution for a leading project management software provider. The solution addressed the customer’s need for an advanced software help system.
Designed and implemented an intelligent AI agent to empower organizations with highly efficient, context-aware search capabilities across large volumes of content.
Developed and Launched NAVIK Converter – helping enterprises achieve the maximum benefits from their Big Data and optimize lead conversions.
Developed an AI-powered knowledge repository chatbot application designed to transform how IT professionals access and interact with organizational knowledge.
Yes. We design solutions to integrate with ticketing systems, monitoring tools, log platforms, document repositories, and identity systems already in use.
We use retrieval-based approaches, validation layers, and access controls so responses are grounded in approved internal sources and aligned with governance policies.
No. Security is designed in from the start. We enforce role-based access, audit logging, encryption, and compliance with enterprise security standards.
This is a common pain point in IT operations.
We do not rely on static thresholds alone. We analyze historical patterns, correlations across systems, and contextual signals to distinguish between normal fluctuations and true anomalies. Over time, the system learns what matters operationally and suppresses noise. Human feedback loops are also built in to continuously improve relevance.
We avoid open-ended generation wherever accuracy matters.
Our systems use retrieval-augmented approaches where answers are grounded in approved internal documents, logs, tickets, and knowledge bases. We also apply confidence scoring, source attribution, and fallback mechanisms. If reliable context is not available, the system does not guess. This is critical for IT and security use cases.
We regularly work with structured data such as tickets, logs, metrics, and configuration data, as well as unstructured data such as PDFs, Word documents, architecture diagrams, emails, and runbooks.
Part of our engagement involves understanding your data landscape, assessing quality and access constraints, and designing pipelines that make this data usable without introducing risk.
Access control is enforced at every layer.
Our AI systems inherit permissions from existing identity and access management systems. Users only see information they are authorized to access. All interactions are logged and auditable. Sensitive data can be masked, restricted, or excluded entirely based on policy.