Agentic AI Powered Due Diligence
and Strategic Advisory

Automates loan portfolio monitoring, covenant tracking and financial data extraction. Provides real-time early warning signals to prevent. Generates AI-powered risk dashboards for faster,data-driven decisions.

Automates investment memo creation, reducing manual effort in due diligence. Provides portfolio monitoring dashboards to track financial performance.Enhances deal evaluation by instantly analyzing financials and industry trends.

Speeds up commercial due diligence by analyzing market positioning and growth potential.Automates investment memos and teaser analysis,streamlining deal origination.Delivers industry research insights aligned with client investment criteria.

Binocs is SOC 2 compliant and follows enterprise-grade security standards, ensuring end-to-end encryption, role-based access control and compliance with financial data privacy regulations

Binocs is equipped to handle a wide range of structured and unstructured financial documents, including Financial Statements, Bank Statements, 10-Ks, Tax reports, Business MIS/KPIs (Portfolio Cuts), Covenant Declarations, Interest Notifications and more. Our AI-powered analyzer extracts relevant insights automatically, saving time and reducing manual effort.

Binocs stands out by delivering over 98% accuracy with zero hallucinations through a multi-LLM approach. It uses real-time web scraping and trusted APIs like Yahoo Finance and SEC EDGAR for up-to-date, reliable data. Reports are clearly structured and available as ready-to-use PowerPoint files, making insights easy to understand and act on—unlike typical LLMs that rely on outdated data and often hallucinate.

Binocs ensures accuracy by leveraging multiple large language models (LLMs) that collaborate within an agentic workflow. This multi-model approach allows cross-verification of data and insights, reducing the chance of errors. Additionally, the system applies several layers of validation and sanity checks to continuously monitor and confirm the correctness of extracted information, resulting in highly reliable and consistent outputs.