Your identities are not just stored: they execute
XAMI is a single device where your organization's digital identities live, and from which they sign, timestamp and decrypt. Keys are born inside the chip: neither your applications nor your automated agents ever need to touch them.
Your applications should not hold digital identities.
Today, for a system to sign a document, issue a certificate or operate on a blockchain, you have to hand it the whole identity. That turns every application into a leak point and every integration into new risk:
Scattered identities
One certificate per server, one token per person, one wallet per chain. Every digital identity lives somewhere different, and nobody knows how many there are or who can use them.
Applications with too much power
To sign, a system today needs direct access to the private key. If the application is compromised, the identity is compromised — and everything that identity ever signed is in doubt.
Scaling costs too much
Adding one more identity means more remote signing infrastructure or a dedicated HSM. Cost grows per identity, not per value delivered.
An identity that cannot prove who it is, is worth nothing.
An HSM stores. A XAMI executes. The difference: the identity is not only protected — it operates, leaves evidence, and anyone can verify it.
The application requests. It never owns.
Your system requests an operation. xami.run prepares and routes it. The XAMI executes it with the matching identity and returns the result. The identity never leaves the device, and the result is verified with open standards.
They live inside the XAMI. Each one has its own private key (P-256) that is born and dies in the chip. They receive an order, execute the cryptographic operation and return the result. Nothing else.
The xami.run server prepares documents (PAdES/XAdES/CAdES), decides which identity should act, handles connectivity and can timestamp on blockchain. It sends simple orders to the device.
Every operation leaves proof that is verifiable with open standards (ECDSA, X.509, COSE) — without having to trust us. Trust lives in the mathematics.
Every identity is born sealed.
When an identity is provisioned into a XAMI, the device cryptographically proves who it is and receives its credentials encrypted with its own public key. Only it can open them. End-to-end security from the very first boot.
Born isolated
Its key is generated inside the chip and never exists outside it. ECDH P-256
Provisioned encrypted
Only the target device can open its credentials. HKDF-SHA256
Operates protected
Every operation is authenticated end to end. AES-256-GCM
Revoked instantly
If a device is compromised, its identities are disabled.
One capability. Many applications.
Signing, blockchain, credentials and wallets are not different products: they are the same digital identity executing cryptographic operations.
An identity that signs
Digital signing of contracts and records with verifiable validity and blockchain timestamping.
An identity that operates on-chain
Transactions and blockchain timestamping without exposing the key that authorizes them.
An identity that issues
Verifiable credentials and digital diplomas (W3C / COSE) that cannot be forged.
An identity that invoices
Electronic invoicing and corporate certificates inside already approved workflows.
An identity that automates
Business processes that sign on their own, with no manual operation and no keys on servers.
An identity per device
IoT and supply chain: each device signs its own proof of origin.
How are your organization’s digital identities executed today?
If the answer is «inside each application», that is exactly the problem. Tell us your case and we will show you how XAMI executes them without ever exposing them.
Guarding the key is no longer enough.
Control lives in the execution.