01
Secure hardware
Confidential computing in Apollo's own data centres. Keys are generated, held and used inside isolated enclaves that prove their integrity before they are trusted.
Hardware · Wallets · Payment rails · Smart contracts
Institutional financial infrastructure. Engineered in Switzerland.
Apollo engineers the secure hardware, wallet infrastructure, payment and banking technology and smart-contract protocols on which financial institutions run.
Zug, Switzerland · For banks, fintechs, payment institutions, exchanges and asset managers
01 — The platform
Four layers. One engineered system.
From the hardware the keys live in to the contracts that enforce the rules, Apollo designs, builds and operates every layer.
02
Wallet infrastructure
Self-custodial, custodial or hybrid, as the operator configures them. Threshold-signature wallets with no complete key anywhere; policy, approvals and recovery enforced on-chain, at the scale of an institution's entire client base.
03
Payment and banking technology
The core of a bank, a payment institution or an exchange as one system: ledger, accounts, payment orchestration, liquidity, reconciliation and controls, with fiat and digital assets on one ledger.
04
Smart-contract protocols
Recurring payments, cross-chain settlement, atomic conversion and revenue distribution, enforced by the chain rather than by policy.
2
Data centres owned and operated by Apollo today
3
More sites in 2027 — two in Europe, one outside Europe
DKLS23
Threshold signing; the complete key never exists
SGX
Intel SGX enclaves with DCAP remote attestation
02 — On-chain asset management
A complete asset-management platform, on-chain.
Tokenized investment vaults on the same infrastructure: shares issued on-chain, deposits and redemptions settled at a net asset value the operator quotes and every investor signs, rebalancing only through the venues the policy allows.
03 — Security
Security you can test, not take on trust.
Threshold signing in attested enclaves, on hardware Apollo owns. Every control is one your auditors can check, not one you are asked to believe.
- Keys never leave hardware. Shares are generated and used inside Intel SGX enclaves and never exist in the clear.
- No complete key, no single operator. Signing needs a threshold of signers; no share — Apollo's included — can sign alone.
- Every signer proves its integrity before every session. DCAP remote attestation precedes every release of a share.
- Limits enforced by the chain, not by policy. Spending limits, allow-lists and quorums are checked by the account itself.
04 — Swiss engineering
Designed and owned in Switzerland.
Apollo Technology AG, Zug. The platform's architecture, intellectual property and governance are Swiss, and the company is held to Swiss standards.
Led by its chairman and founder, who has built a data centre from the ground up and a MiCA-authorised crypto-asset service provider from its first filing.
Talk to the engineers.
A technical briefing with Apollo's architects, not a sales call.