Post-deployment uncertainty
Condition changes in the field, while evidence is often split across systems, people, and handoffs.
Battery operating system / lifecycle decisions
YANTI is battery lifecycle intelligence infrastructure for teams responsible for warranty, service, fleet, and circularity outcomes.
YANTI characterizes what the physical battery can demonstrably do, evaluates whether the evidence is sufficient, then governs the next decision or escalation.
This is deep-tech battery lifecycle intelligence infrastructure and climate-tech infrastructure: a decision layer for safer retention, repair, redeployment, and circularity—not a BMS, one-time diagnostic, or battery passport alone.
Engineered in India. Built for the global battery era.

YANTI OS 1.0 in the field
One operating standard across laptop, tablet, and smartphone field interfaces.
Why this matters now
Condition changes in the field, while evidence is often split across systems, people, and handoffs.
Continue, repair, redeploy, replace, and retire decisions affect value, safety, and material circularity.
Regulation and expanding battery markets make trusted identity, performance, and lifecycle records more consequential.
The problem / decision uncertainty
When evidence is weak
What is at stake
Asset value, safety, operator confidence, and the credibility of clean technology all depend on knowing what the evidence can support.
Understand the problem →The thesis / governed physical evidence
YANTI connects the evidence around one physical battery so teams can see what is known, what is uncertain, and what action the record can support.
Trust / repeatability
YANTI encodes expert methodology into a repeatable governed workflow, while persistent history lets each future decision begin with more context.