Governance-ready, rules-based index engineering—guided by AI, grounded in computed diagnostics.
Built for institutional teams and global investors accessing India.
Entering India via NSE-listed equities requires structures that investment committees, risk, and governance teams can stand behind.
Pairing NSE access with AI-guided methodology design means US funds can scale India exposures without compromising on internal controls.
AI in this context is a structuring and explanation layer that sits on top of systematic index engineering.
Every narrative is grounded in computed outputs; nothing is hallucinated or detached from the underlying data and rules.
AI is not predicting markets, auto-generating trades, or replacing investment judgment.
It organizes choices, highlights implications, and documents the rationale—so human decision-makers stay firmly in control.
Designing robust, investable indices on NSE-listed securities means working within practical constraints that global templates often miss.
TeleCanor iQIS treats each of these constraints as a first-class design parameter—so indices are engineered for constructability from day one.
TeleCanor iQIS is the only platform focused on AI-guided index engineering for NSE-listed securities, built explicitly for institutional users.
We combine systematic index architecture, NSE-specific constructability checks, and an AI-assisted design layer that keeps governance and explainability at the center.
Structured design canvas for universes, eligibility, weighting, constraints, and overlays—tailored to NSE.
Liquidity, turnover, and capacity diagnostics that keep indices implementable for real-world desks.
Performance, drawdowns, volatility, stability and regime sensitivity—paired with AI explanations.
Methodology summaries, rulebooks, and committee-ready packs that align with institutional oversight.
A walkthrough of methodology design, diagnostics, and committee-ready outputs—built around NSE-listed equities.
A walkthrough of methodology design, diagnostics, and committee-ready outputs.