Bill.com

BILL (Bill.com) is a financial operations platform that automates accounts payable and accounts receivable for businesses, streamlining how they manage and pay bills and get paid by customers. Managing the flow of money in and out of a business — processing incoming bills, getting them approved, paying vendors, sending invoices, and collecting payments — is time-consuming and error-prone when done manually with paper, spreadsheets, and disconnected tools. BILL brings these processes into one automated platform, dramatically reducing the manual effort and improving control over a business's cash flow.

On the payables side, BILL automates receiving and processing vendor bills, routing them through approval workflows, and paying them electronically, eliminating much of the manual data entry and paper chasing involved in paying suppliers. On the receivables side, it helps businesses create and send invoices and collect payments more efficiently. The platform integrates with accounting systems to keep the books accurate automatically, provides visibility and control over approvals and spending, and reduces the risk of errors and fraud that come with manual processes. By digitising and automating these core financial workflows, it saves significant time and gives businesses better control over their money.

BILL is used by small and mid-sized businesses and their accountants who want to streamline financial operations and reduce the manual burden of managing bills and payments. The value is automation and control of core financial workflows: it cuts the time spent on paying bills and collecting payments, reduces errors, improves visibility into cash flow, and strengthens controls and approvals. For growing businesses where managing accounts payable and receivable manually becomes an increasing drain and risk, automating these processes delivers real efficiency and peace of mind. By bringing bills, invoices, approvals, and payments into one connected, automated platform, BILL helps businesses manage their financial operations far more efficiently than the manual, fragmented methods many still rely on.