LLM & Generative AI
Architecture, integration, and deployment of large language model solutions — from RAG pipelines and vector search to enterprise chatbots and document intelligence platforms.
Capabilities
Our delivery capability combines enterprise application engineering, cloud readiness, DevSecOps, digital commerce, testing centres of excellence, and advanced training models.
Java, Microsoft technologies, Angular, React, Vue, Flutter, PWA, IBM i, PHP, and enterprise application delivery across modern stacks.
AWS, Microsoft Azure, GCP, Docker, Kubernetes, containerisation, serverless implementations, and cloud readiness strategy.
MSBI, Azure analytics, advisory, implementation, and point solutions that support decision-making and operational insight.
Manual, automation, functional, integration, system, non-functional, usability, compatibility, and performance testing capability.
QA processes, quality gates, people mapping, governance, tools and infrastructure, and structured delivery ownership.
Catalogue, checkout, promotions, fulfilment, inventory, customer account, analytics, and integration framework understanding.
Process reengineering, architecture and code reviews, DevSecOps support, research, PMO, training, and knowledge management.
Internship programs, university tie-ups, ISETT partnerships, and growth pathways that expand delivery-ready engineering talent.
AI-ready delivery
Our teams are equipped with AI-native tooling, trained on responsible AI practices, and structured to apply generative AI, intelligent automation, and machine learning within live delivery programmes. Being AI-ready means clients benefit from faster cycles, higher quality, and smarter decisions — without building that capability from scratch.
Development teams use AI-assisted coding, automated code review, and intelligent refactoring tools to increase throughput and reduce defect introduction at the source.
Exaze builds and integrates LLM-powered features into client products — document intelligence, conversational interfaces, content generation, and AI-driven workflow automation.
Self-healing test automation, AI-assisted test case generation, and intelligent defect prediction reduce manual QA effort while improving release confidence.
Process mining, RPA combined with AI decision layers, and autonomous workflow orchestration that replaces repetitive manual work across operations, finance, and service delivery.
AI capability areas
Architecture, integration, and deployment of large language model solutions — from RAG pipelines and vector search to enterprise chatbots and document intelligence platforms.
Predictive modelling, classification, anomaly detection, and recommendation engines built on Azure ML, AWS SageMaker, Databricks, and open-source ML stacks.
AI-enhanced RPA, process mining, and autonomous workflow design that moves beyond rules-based automation into decision-aware, adaptive process execution.
Self-healing test scripts, AI-generated test cases, intelligent defect triage, and risk-based test selection that improve assurance coverage without expanding team headcount.
Designing cloud estates for AI workloads — GPU-enabled compute, vector databases, model serving infrastructure, MLOps pipelines, and cost-optimised inference environments.
AI ethics frameworks, bias detection, explainability tooling, and governance standards that ensure AI deployments meet regulatory requirements and organisational risk thresholds.
Why it matters
AI-assisted coding, automated code review, and intelligent test generation compress delivery cycles — letting teams ship more with the same headcount.
AI-driven QA identifies defect patterns and risk areas before regression, shifting quality left and reducing the cost of late-stage failures.
ML-powered analytics and intelligent dashboards replace static reporting — giving leadership accurate, timely visibility into programme health and business performance.