Formidable CA SSL and Digital Certificates

Formidable CA SSL Certificates are the quickest way for businesses to protect customer interactions and transactions with SSL Certificates. Issuance is fast and a highly secure environment is created within minutes. Highest available levels of encryption strength 2048 bit signatures and up to 256 encryption means we offer the highest possible levels of security (the key length complies with the National Institute of Standards and Technology –NIST- in America). 100% online application and validation systems ensure issuance of Formidable CA SSL Certificates in minutes which is perfect for businesses on the move that need security without the usual waiting times. Our SSL Certificates are embedded in all major browsers and devices making them recognised by 99.3% of the internet population and maximising the reach of your business. Our Digital Certificates present the same levels of encryption, browser ubiquity and speed of issuance.

E-Commerce Solutions

Our technology protects your site and your customers by going further than other sites with double layers of protection throughout the entire transaction or buying process. (Most E-Commerce sites only secure the actual payment process and not the critical entries before and after the registration details, the order, invoice, receipt etc.) The SSL levels of security detailed above are incorporated throughout our end-to-end platform and underlying it all is an independent secondary level of encryption of equal strength. This provides unsurpassed levels of security and covers those times when you may be without the SSL layer and therefore vulnerable (eg: your certificate has expired and someone in your organisation has neglected, for whatever reason, to renew it). All correspondence relating to the transaction is secure and protected for complete security and peace of mind.

Formidable CA Postcode Lookup

The database works seamlessly with your systems with updates from Royal Mail’s Postcode Address File (PAF®) every day, making about 35,000 automatic changes a week to the 28 million records available for lookup.

The Formidable Vault, The Formidable Secure Cloud and The Formidable Synchroniser

Formidable Solutions deploys a state of the art encryption system that keeps data encrypted permanently yet provides true transparent encryption for accessing data. This strength being 2048 bit signatures and up to AES bit 256 encryption. Formidable software uses a state of the art encryption system that keeps data encrypted permanently on disk and provides a true transparent encryption for accessing data. (This transparent strong encryption acts on both a per-stream basis and the encryption of the entire storage.) Combined with our encryption certificate a true AES 256 bit encryption is applied making dictionary or brute force attacks nearly impossible. It’s not resource-hungry and is capable of working within fixed-space size (such as partition on hard drive) or it resizes the underlying media automatically when the data is added or deleted. Data exchanges between client applications and the server is secured by our custom challenge response system for secure data exchange, ensuring that all data from start to finish is secured with 256 AES encryption. More than that remains secret to us.

The Formidable PDF Suite, Formidable PDF Viewer, Formidable Publisher and Formidable Media Player

All of these applications utilise best of breed industry-standard functions combined with proprietary technology and security features that make them less expensive, easier to use, more flexible and more secure. The architecture is PKI compliant and secured with a double layer of protection of underlying encryption and SSL or Digital Certificates (depending on which is most appropriate). Our proprietary technology adds features that are user-focused and lacking previously (eg: editing functions on the PDF Viewer that are missing with other PDF Readers). Transfer and storage of data incorporates industry recognised 2048 bit signatures and up to AES bit 256 encryption.