NBFCs Shift AI Strategy from Process Automation to ROI Benchmarks
As credit cycles evolve, lenders are prioritising AI applications that directly impact margins through faster underwriting and automated recovery.

- AI implementation is moving from experimental automation to core ROI-driven lending functions.
- Credit decisioning speeds have reached the 15–30 minute window for leading NBFCs.
- Scalability depends on balancing cost economics with robust risk controls and human accountability.
- Data reliability remains the primary hurdle for expanding machine learning models in credit.
The Shift from Automation to Measurable Returns
The Indian NBFC sector is transitioning into a second phase of digital maturity. While initial AI deployments focused on digitising manual tasks, the current mandate from leadership emphasizes measurable financial outcomes. This shift suggests that technology for technology’s sake is no longer sufficient for capital allocation.
Lenders are now evaluating AI based on its ability to compress the loan lifecycle and improve recovery rates. The focus has moved to high-impact areas such as automated collections and real-time credit decisioning, where the impact on the bottom line is immediate and quantifiable.
Accelerating Credit Decisioning Cycles
One of the most significant benchmarks reported by industry leaders is the reduction in credit processing time. By integrating AI-assisted technology, NBFCs are now capable of moving from application to decision in less than half an hour for specific products.
This speed is not merely a customer experience metric; it is a competitive necessity in the retail and MSME lending space. However, this acceleration requires a tight integration between data inputs and automated risk engines to ensure that speed does not compromise portfolio quality.
15–30 minutes
Timeframe for AI-led credit decisions reported by NBFCs
Speed in credit decisioning must be balanced with rigorous risk controls to prevent automated bad-debt accumulation.
Toolyt Pulse analysis
The Economics of Scaling AI in Lending
Scaling AI models across diverse loan portfolios introduces complexities regarding cost economics. Leaders indicate that the cost of maintaining high-quality data and the infrastructure for machine learning must be justified by the yields of the loan products.
For NBFCs, this means prioritising use cases where AI can either significantly lower the cost of acquisition or drastically reduce the cost of collection. The focus is on ensuring that the technology pays for itself through improved efficiency and lower delinquency rates.
Data Reliability and Risk Management
The effectiveness of AI in lending is tethered to the quality of the underlying data. NBFC executives highlight that reliable data remains a cornerstone for any AI-led strategy. Without clean, high-velocity data, automated systems risk making flawed credit assessments at scale.
Furthermore, risk controls are being redesigned to account for automated decision-making. This involves building 'human-in-the-loop' systems where accountability is clearly defined, ensuring that while the machine processes the data, the institutional risk framework remains the final authority.
Optimising Collections through Automation
Collections have emerged as a primary beneficiary of AI-led workflows. By using predictive analytics, NBFCs can segment borrowers based on their likelihood of default and tailor communication strategies accordingly.
Automated collections allow field teams to focus on high-value or high-risk cases, while routine reminders and low-risk follow-ups are handled by AI systems. This targeted approach helps in maintaining healthy collection efficiencies even as loan books grow.
- Implement predictive scoring to prioritise collection efforts on high-risk accounts.
- Use automated communication channels for low-risk, early-stage delinquencies.
- Integrate field feedback into AI models to improve future recovery predictions.
What this means for execution
For CXOs and Sales Heads, the directive is clear: AI must move from the periphery of marketing and basic support into the core of the lending engine. Execution should focus on creating a seamless flow between lead acquisition, credit assessment, and field-level recovery.
To achieve this, firms need mobile-first tools that can feed real-time data into AI engines. Toolyt Pulse helps lenders streamline these workflows by ensuring field force productivity and loan origination journeys are compliance-ready and data-rich. The goal for the coming fiscal years will be to ensure that every automated step contributes to a higher Return on Assets (ROA).
The transition to AI-led lending is as much about cultural accountability as it is about algorithmic accuracy.
Toolyt Pulse analysis
Frequently asked questions
What is the current benchmark for AI-led credit decisioning in NBFCs?
Leading NBFCs are now reporting credit decisioning times of 15 to 30 minutes, enabled by AI-assisted technology and automated data processing.
What are the primary barriers to scaling AI in the Indian lending sector?
The main challenges include managing the cost economics of the technology, ensuring data reliability, maintaining strict risk controls, and establishing human accountability for automated decisions.
How is AI changing the collections process for lenders?
AI is being used to automate recovery workflows, allowing for better segmentation of borrowers and more efficient allocation of field resources toward high-risk accounts.
This briefing is written by the Toolyt Pulse desk with AI assistance, based on publicly reported Indian BFSI news. Facts and figures are limited to what the cited source reports; everything else is clearly framed as analysis. We do not publish unverified numbers, forecasts presented as fact, or quotes that were not reported. Primary source: ETBFSI. Spotted something inaccurate? Write to hello@toolyt.com.