The studio behind KundaliMCP

ArthIQ Labs

Human intent, meets AI-native execution.

ArthIQ Labs is an AI-native technology consultancy founded in 2026. We build infrastructure and products for the agentic age — where software acts on intent, not instruction.

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Build Services

End-to-end product engineering for AI-native applications. From architecture to deployment.

Advisory

Strategic guidance on AI adoption, agentic architecture, and developer platform design.

Managed Services

Ongoing operations, monitoring, and optimization for AI systems in production.

Why we built this

KundaliMCP

Existing Jyotish software treats computation as solved and interpretation as a black box. You get a result. You rarely get an explanation. You never get a provenance chain. The practitioner is expected to trust the output without understanding the reasoning that produced it.

We reimagined both as engineering problems. Computation becomes graph traversal — planetary influences propagate through a structured network, not a spreadsheet. Interpretation becomes deterministic rule application — every conclusion is the output of an explicit rule operating on explicit facts, not a heuristic buried in legacy code.

The result: every conclusion is traceable. Every rule is attributed to a school of thought. Every weight is calibratable based on practitioner feedback. You can ask why — and get a structured answer all the way down to the astronomical source.

We built KundaliMCP for the agentic age — where AI agents need structured, reliable, explainable computation, not narrative guesswork. MCP-native from day one. Privacy by architecture. Multi-school. Multilingual.

Astronomical engine

Powered by Vedākṣha

All planetary computation in KundaliMCP runs on Vedākṣha — a clean-room astronomical engine built by ArthIQ Labs. No external dependencies. No licensed third-party algorithms. Every calculation is derived from published astronomical standards.

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Sub-arcsecond
Planetary precision
Verified against 22,000+ reference data points
Pure Rust
Implementation
No C FFI, no unsafe code, no global state
Multi-millennium
Date range
VSOP87A + ELP/MPP02 published theories
0
External dependencies
Entirely self-contained astronomical engine

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