Proven
X In the XX
Eclipseal is not a cloud you trust. It is hardware you can check. Every enclave seals its memory from the operator, and every result leaves with a signed quote.
Enclave sealed
Eclipseal // active
Chain 4663
Connecting
Every result
leaves signed
Dark
Eclipseal seals agent keys, model weights and prompts inside the chip.
Every result leaves with a signed quote. Nothing to trust, everything to check.
Run agents, private LLMs and GPU jobs inside hardware-sealed enclaves. Keep secrets private. Prove what ran.
Your agent's keys.
Your model's weights.
Your users' prompts.
Sealed in silicon. Proven on chain.
Cloudproviderscanreadyourprompts,yourmodelweightsandyourkeys.Eclipsealrunstheminsideenclavesthatevenwecannotopen,andeveryresultshipswithasignedproofofexactlywhatran.
What you can run
Bring a Docker Compose file. Eclipseal boots it inside a confidential VM, seals its secrets and hands back a quote anyone can check.
Agents that hold keys and trade on Robinhood Chain run in a confidential VM. The host cannot read memory, so keys and strategy stay sealed.
$ ecls deploy -c docker-compose.yml -n atlas-traderselecting CPU TEE: Intel TDXinjecting encrypted env (3 sealed keys)cvm ready: https://atlas-trader.eclipseal.xyz
Intel TDX and AMD SEV-SNP. From $0.069 per hour.
OpenAI-compatible endpoints for DeepSeek, Z.ai, MoonshotAI, Qwen and more. Prompts are decrypted only inside the GPU enclave, and every reply is signed.
POST /v1/chat/completions{ "model": "deepseek/deepseek-v4.1-flash" }"signature": "ed25519:6QpK…w2Q""attestation_id": "att_7f3a…c91e"
6 models. From $0.11 per million input tokens.
Rent H100, H200 and B300 with NVIDIA confidential computing switched on. Fine-tune on private data; checkpoints are sealed to your key.
H100 80 GB $2.89/GPU/hrH200 141 GB $4.19/GPU/hrB300 288 GB $7.95/GPU/hr
Hourly billing. Attestation before the first byte of your data loads.
Silicon
Intel TDX or AMD SEV-SNP CPUs and NVIDIA H100 to B300 GPUs in confidential mode. The attestation keys are fused into the chip.
Live, not a mockup
This console talks to the Eclipseal gateway. Every answer comes back signed by the enclave key. Edit a single word and watch the proof break.
Send a prompt. The answer streams back from the enclave with a signature you can check yourself.
Launching on Pons
$ECLS
The unit of account for sealed compute. It launches on Pons, the token launchpad native to Robinhood Chain, with a fixed supply and liquidity locked by the Pons contracts.
Official contract
Published here and on X at launch. Until then, any $ECLS you see on Pons is not ours.
How the seal works
Devnet statusThe processor encrypts enclave memory with keys it never releases. The host and the hypervisor only see ciphertext.
Every run produces a signed report anyone can verify, anchored on Robinhood Chain. On devnet the signer is a development key and the anchor is computed.
On TEE hardware, cloud providers and node hosts cannot read what runs inside the enclave.
Holder Compute Access
TiersBridge ETH
Move ETH to Robinhood Chain (chain id 4663) through the canonical Arbitrum bridge.
Open Pons
Go to ponsfamily.com and connect the same wallet.
Paste the contract
Search by the official $ECLS address only. Names and tickers on Pons can be copied.
Swap
Buy against WETH in the locked pool. Review the transaction preview before signing.
Use it
Sign in to the console with the same wallet. Your balance sets your tier: a private workspace, lower compute prices and higher limits.
See holder tiersPay for compute
Settle CVM, GPU and inference bills in $ECLS at a discount to card pricing.
Stake to operate
Node operators bond $ECLS to list TEE hardware; failed attestations are slashed.
Revenue buybacks
A share of protocol fees buys $ECLS on its Pons pool.
Govern the allowlist
Holders vote on which OS images and GPU firmware the verifier trusts.
Token mechanics shown are the planned design and may change before launch. Nothing here is investment advice. Tokens launched on Pons are experimental and can lose all value.
