CAL Secure Notary Cloud
CAL Secure Notary Cloud is a blockchain-based service for file notarization, e-signing and verification for businesses of any size. Designed exclusively for service providers, it allows your customers to ensure the integrity of their business-critical data, while achieving regulatory transparency and decreasing security risks.
Cyber Notary Cloud leverages the fast-performing Ethereum blockchain, whose distributed architecture ensures verification is always available, and there is no possibility for fraud or interference.
CAL Secure Notary Cloud provides an ability to white-label the interface. Customize the name of the service, it’s logo, URLs, color scheme, email design and more.
Verify notarized files either through the built-in interface or via public sources. As long as there’s access to the blockchain, anyone can check from any device at any time.
Easily execute every step of the document workflow – from creation, to sending the document to multiple signees – with an easy drag, drop, and sign feature.
CAL Secure Notary Cloud’s API enables tight integration with any application, with the ability to tie the service’s backend into a user interface.
Equipped with a ready-to-use, intuitive web interface, CAL Secure Notary Cloud provides quick onboarding and a high level of usability for the end users.
Simply put, it is a distributed database that maintains a continuously growing list, or chain, of data transaction records. Every portion of this decentralized system has a copy of the chain – so no single, “official” copy exists. The distributed nature of the chain prevents tampering and revision, which makes it easy to confirm the authenticity and security of every transaction recorded on the chain.
CAL Notary computes a cryptographic hash, or “fingerprint”, that is unique for each file. This hash is an algorithm that produces the same output when given the exact same input file, making it useful for verifying the file’s authenticity. Any change in the input file, however slight, results in a dramatically different fingerprint. Because the hash algorithm is designed to work only in one direction, it is impossible to determine the original file inputs from the output alone – making the process tamper-proof.
Think of the blockchain as an “append-only” ledger with a transaction order that is distributed across many entities, with each entity keeping an identical copy of the ledger. Every record in the ledger is time-stamped, immutable, and independently verifiable.
A hash of the whole structure containing the files’ fingerprints is recorded into the blockchain. The authenticity of those files can be independently confirmed by any party (even one not doing business with us) that has access to the blockchain.
CAL Notary adds an extra level of confidence to the authenticity of your personal and business data. In the future, you may want to simply reassure yourself that a file you previously stored or backed up has remained unchanged since then. Or you may have a file (or someone may present you with a file) that you need to validate, confirming it is authentic and unchanged from its backup. While we share some use cases below, common potential uses include property records, court documents, and long-term archives that could be subject to legal or tax audits.
A company keeps an archive of all of its old, paid invoices in a notarized backup. One day, the company receives a letter demanding payment for an invoice that was paid two years ago. The record in the blockchain is permanent and immutable, so the company can confirm that this invoice was re-sent by mistake.
A consumer buys a certified diamond with an associated serial number on it. He backs up the diamond’s “warranty of authenticity” and proof of purchase with CAL Notary. After some time, he decides to sell the diamond. A prospective buyer can use CAL Notary to verify that the diamond’s purchase records are unchanged, so he can confidently move forward with a third-party’s professional gemstone evaluation.
Blockchain is a technology based on the principle of a continuously growing list of data records, or blocks, which are linked and secured using cryptography. Each block contains a cryptographic hash of the previous block, including a timestamp and transaction data.
Most people know the term “blockchain” because it is used as the basis for cryptocurrencies like Bitcoin or Ether. But the underlying concept allows blockchain technology to have a variety of use-cases, such as file notarization, digital voting, creating smart contracts, and more.
The key advantages of the technology includes:
Security: Blockchain uses strong cryptography to create transactions that are impervious to fraud.
Distributed architecture: Blockchain leger is not owned by anyone as it can be distributed across multiple organizations and becomes more secure as replicas are added.
Impossible to backdate changes: Every transaction is written into the ledger once and cannot be changed thereafter.
Blockchain-based services for data notarization allows to notarize business critical data of any type automatically by creating a digital fingerprint for files and storing it in a public blockchain ledger. It empowers companies with independent validation of data authenticity and proof it existed at a specified date and time.
Blockchain as a Service (BaaS) is based on the Software as a Service (SaaS) model. This approach allows customers to access and leverage blockchain-based applications, while a cloud-based service provider manages all activities required to keep the infrastructure up and running.
An electronic signature, or e-signature, is the software that links a signature to the signer’s identity and intent to sign to the time the document was signed. E-signatures streamline the document approval process by enabling online signatures with a click of the mouse or by using touch pad.
To sign a document with CAL Secured Notary Cloud you will need to:
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