Hardware-attested cryptography, secured by network consensus.

A powerful and novel confidential computing network.

Access to data should never require its transfer

The T3 Network is a powerful and novel confidential computing network that guarantees the security, privacy, and compliance of every Terminal 3 solution.

The Problem

Traditional data infrastructure requires data to be copied into applications for use, creating data liability, breach risk, and compliance burdens across your enterprise stack. The exposure grows with every system that touches the data, and especially so when AI agents become involved.

Overview

Use sensitive data without security, privacy, or compliance risks. The T3 Network enables enterprises to store, compute, and audit regulated and private data within hardware-secured storage, across boundaries and borders, without any risk exposure.

Every layer of T3 Network explained

From per-value encryption to data processing, ultimate privacy and security is native design in our architecture

00T3 Network

01Encryption at the source

Every value is encrypted with quantum-resistant AES-256-GCM before it leaves the client. Plaintext never travels to the network.

02Threshold key management

The encryption key is split across multiple independent TEE nodes using ML-KEM (FIPS 203). Decryption requires a quorum, so compromising one node reveals nothing.

03Private data storage

Encrypted values stay in storage pinned to your jurisdiction. Data use does not require data transfer.

04Secure processing in sealed hardware

Computation runs only inside hardware-attested TEEs. Data is decrypted, processed, and re-encrypted within the enclave; operators, insiders, and AI agents never see raw data.

05Tamper-proof record

Every protected action and computation is written to a Merkle-tree-backed ledger, cryptographically signed and independently verifiable by any third party. The immutable audit trail is tamper-proof.

Who T3 Network is for

T3 Network is built for companies, organizations, consortiums, and platforms that require data storage and processing across trust boundaries: institutional silos, competitive entities, or regulatory borders.

Multinational Corporation

One company, multiple jurisdictions

Your subsidiaries each hold private customer or operational data in their own country. You want to run analytics or reporting across entities without breaching data privacy or residency rules.

For example, a bank with entities in Singapore, the EU, and Japan.

How the network secures your data

Security, privacy, and compliance, guaranteed by hardware-attested cryptography and network consensus

What a TEE provides

Your code runs where no operator, insider, AI agent, or vendor can reach it.

• Sealed hardware isolation
• Resists privileged-access attacks

What network consensus adds

• Code changes detected and rejected by the network
• Security remains intact even if nodes are compromised

Privacy

Your data is stored and processed with complete privacy; no unauthorized party can access it.

• Raw values never exposed
• Data is encrypted before leaving client

Compliance

Every action is provable to a regulator or compliance officer, and data remains in its originating jurisdiction.

• Provable in hardware enclaves
• Data pinned to regions
• Signed, immutable audit ledger
• Verifiable by third parties

Products

Built on T3 Network

Every Terminal 3 product runs on T3 Network and inherits its hardware-grade security, privacy, and compliance.

Agent Command\
Secure and monitor your AI agent workforce.
Assistant\
Ready to assist
Audit Trail\
LIVE

T3 Identity\
Universal Digital Identity
T3 Verify\
Smart Verifiable Credentials

Flexible deployment for every institution

T3 Network runs on hardware-secured confidential compute. Pick the deployment model that fits your infrastructure and compliance needs, all three deliver the same hardware-attested guarantees.

Option 1

Private Node on Public Mainnet
Companies operate a dedicated node on the public-permissioned network, retaining data privacy while leveraging the full network security of T3 Network.

Security and compliance, built into the infrastructure

We take security seriously and have implemented robust measures to protect your data.

FAQs

Need more answers?

01 How is T3 Network different from traditional cloud storage

Traditional cloud storage providers encrypt data at rest, but applications must decrypt data into memory to process it — creating an exposure window and a custody obligation. T3 Network enables computation on encrypted data inside Trusted Execution Environments: applications send queries, T3 Network executes them in hardware isolation, and applications receive results without plaintext ever leaving the enclave. Additionally, T3 Network uses threshold cryptography — no single entity, including Terminal 3, can decrypt data alone.

02 What is a Trusted Execution Environment (TEE)?

A Trusted Execution Environment is a hardware-isolated processor region where code runs and data is processed in isolation from the surrounding operating system, hypervisor, and infrastructure operator.

03 How does per-value geographic data pinning work?

When data is written to T3 Network, you specify the required jurisdiction for each value (EU, APAC, North America). T3 Network stores that value exclusively in network nodes within the required jurisdiction.

04 What is threshold cryptography and why does it matter?

Threshold cryptography splits an encryption key into multiple shares distributed across independent parties. Decryption requires a minimum number of shares. No individual share reveals anything about the key, and single-party compromise leaves data fully protected.

05 How do audit trails work in a decentralized system?

Every data access, computation, policy evaluation, and credential verification generates an audit entry stored in a Merkle-tree-backed immutable ledger distributed across the T3 Network network.

06 Which Terminal 3 products run on T3 Network?

All of them. T3 Identity stores and processes customer data in T3 Network's TEEs. T3 Verify anchors Smart Verifiable Credentials in T3 Network and uses its Issuer and Revocation Registries for real-time validation.

07 How does T3 Network achieve quantum resistance?

T3 Network uses two NIST-approved post-quantum cryptographic standards: AES-256-GCM for data encryption at rest and ML-KEM (FIPS 203) for threshold key management.

08 Can developers access T3 Network directly, outside of T3 products?

Yes. Developers can access T3 Network primitives, including TEE-secured computation, encrypted storage, DID resolution, and credential registry queries through the Terminal 3 developer APIs.

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