In today's digital age, identity fraud poses a significant risk to businesses, especially in highly regulated industries like banking and finance. The statistics are alarming: identity theft affects 23.9 million victims annually, and the cost of identity-related exploits is estimated at a staggering $351 billion. For banks, the impact is even more pronounced, with an additional $4 spent on mitigation for every $1 lost to fraud.
Identity fraud is not just a financial burden; it undermines trust and can lead to severe regulatory repercussions. At SIGNiX, we are dedicated to helping you protect your business and customers from these threats through robust signer authentication methods. Whether it's basic verification using one time passwords via SMS or advanced biometric solutions, our offerings are designed to significantly reduce your risk exposure.
Selecting the appropriate identity verification method is crucial. While any verification is better than none, higher-assurance methods are often necessary to prevent fraud effectively.
When in doubt, it's always better to err on the side of caution and use a higher-assurance method.
For your most sensitive transactions, such as high-value loans, asset transfers, and critical legal documents, our ID Verify offers the highest level of assurance. This method combines two powerful technologies:
By integrating ID Verify into your workflow, you can significantly reduce the risk of fraud, meet and exceed regulatory requirements, and enhance trust with your clients and partners.
To effectively implement these verification practices in your organization, follow this simple action plan:
For your most sensitive documents, especially if signed by unknown parties, ID Verify offers unparalleled assurance, significantly reducing your risk exposure.
Enhancing the security and validity of your documents doesn't have to be a daunting task. Our team at SIGNiX is here to help you implement these best practices and set up ID Verify for your higher-risk transactions while remaining convenient enough to limit dropoffs.