AI applications

Trend 17: Coding transforms with AI codevelopers and autonomous SWE agents

AI-powered coding assistants like GitHub Copilot and Amazon CodeWhisperer suggest code completions, identify potential coding errors, and generate entire code blocks based on comments and context.

Infosys built an autonomous SWE agent workflow for a hi-tech major to streamline application error handling. It automatically collects, classifies, deduplicates, and organizes errors from telemetry data. Using LLMs, raw logs are converted into structured information for the SWE agent to resolve issues and generate pull requests, which are validated by humans before deployment — significantly accelerating error resolution and time to market.

AI applications

Trend 18: AI-augmented test automation and execution enhance productivity

AI-based test automation tools are revolutionizing QE workflows. These tools predict potential failure points through pattern recognition. Using AI to generate, run, and analyze test cases and complex testing scenarios happen autonomously. Currently used in advanced QA labs and pilots, there are self-healing test environments and digital twins for simulating real-world production behavior which has huge potential for enterprise testing pipelines. QE teams deploy AI to maintain test stability during rapid development cycles with self-healing test scripts that automatically adapt to user interface (UI) changes.

AI applications

Trend 19: Workflows move towards autonomous AI agents

AI is advancing from task-level support to managing entire workflows. Autonomous agents can now handle customer inquiries, process returns, recommend personalized solutions, and even automate human resource processes such as screening and recruitment.

An e-commerce platform adopted AI agents to autonomously manage customer support — resolving queries, processing returns, and providing tailored product recommendations, enhancing customer experience and reducing manual support efforts.

AI applications

Trend 20: Interfaces grow more natural and human-like

Interfaces are becoming more natural and intuitive, using gesture control, voice recognition, and gaze tracking to enable safer, handsfree access to devices and data.

A manufacturing company introduced gesture-controlled systems for its technicians, allowing them to safely access technical information without keyboards in hazardous environments. This improved safety and ensured uninterrupted workflows on the factory floor.