GhostCompute

Introducing Ghost Compute. @solana A confidential GPU network on Solana. Every job runs inside a hardware-sealed enclave, model weights, inputs, and outputs never exposed to the operator. Not a promise. A cryptographic guarantee. Two products built on the substrate: Private Inference, encrypted prompts and private model weights served at near-native speed via @NVIDIA Confidential Computing. Output comes with an onchain attestation hash. Verifiable. Permissionless. Payable per call. Confidential Dark Pool, orders submitted encrypted, matched inside the enclave using FHE/MPC, only cleared trades revealed. Front-runners see nothing. One validator extracted $13.43M in sandwich attacks on Solana in a single month. That ends here. The privacy envelope is layered: TEE for speed, ZK for verifiable correctness, MPC for trust-splitting, confidential settlement for private money flow. Six audited Solana programs. Fail-closed by design. Decentralized compute without privacy is a toy for enterprises. Privacy without compute stays narrow. We built the one network that is both.

Ghost Compute on @solana Soon …

Ghost Compute runs confidential GPU jobs on @solana. The operator never sees your data. Private inference. Dark pool execution. Sealed agents. We launch next week. $GHST

Ghost Compute, from the ground up. The substrate is a decentralized GPU network on @solana where every single job runs inside a hardware-sealed enclave. NVIDIA H100 and H200 Confidential Computing. The operator's OS never sees plaintext. Not a policy. A hardware guarantee. On top of that, a layered privacy envelope. ZK proofs verify the output was correct. MPC splits trust across nodes so no single operator holds the full picture. FHE handles computation directly on encrypted data. Confidential Balances encrypt the payment. Every layer is a separate line of defense. The first product built on the substrate is private inference. Enterprises, AI agents, and applications send encrypted models and prompts. They run sealed. The output returns with an onchain attestation hash. First permissionless confidential inference on Solana. The second product is the confidential dark pool. Orders go in encrypted. A TEE-accelerated matching engine runs over an order book protected by FHE and MPC. Only cleared trades are revealed. One bot extracted $13.43 million from Solana traders in a single month through sandwich attacks. That is the market we are taking back. Phase 3 is sealed agents. Autonomous AI agents with system prompts, memory, and tool calls that never leave the enclave. The node runs the agent and learns nothing about what it is doing. Phase 4 is enterprise confidential. Private model weight serving and confidential fine-tuning for regulated industries, medical, legal, financial, that need attestation-backed proof their data was never seen. Phase 5 opens the substrate to other privacy protocols as their compute backend. Ghost Compute becomes the layer that runs FHE, MPC, and ZK workloads for the entire Solana privacy ecosystem. Every phase burns $GHST. Every job, every trade, every sealed execution feeds the same token. The category did not exist before we built it. $GHST

Front-runners on @solana see your order before it clears. Ghost Compute built the dark pool where they don't. Orders in encrypted. Matched inside a sealed enclave. Only the cleared trade comes out. $GHST

Same for us @Raydium Ghost Compute is not solving a future problem. Enterprises are already paying AWS to run confidential AI today. Traders are already losing millions to MEV every month on @solana. Agents are already running exposed. The demand is live. The pain is real. We just built the onchain infrastructure to capture it. $GHST

Ghost Compute occupies a position in the @solana ecosystem that nothing else does. Not a DEX. Not a compute marketplace. Not a privacy protocol. A confidential GPU network, where the hardware seals the job, the proof verifies the output, and the operator learns nothing. The category did not exist before we built it. $GHST

The question no one in decentralized compute ever answered: what happens when the data is sensitive? Every network that came before us ignored it. So enterprises stayed on AWS. Traders kept getting front-run. AI agents kept running exposed. Ghost Compute was built specifically to answer that question on @solana. The gap was always there. We are the first ones in it. $GHST

Ghost Compute is building in a space that does not exist yet. @solana Decentralized compute is a proven market. Privacy tech is a proven market. No one has fused them into a single network because it required solving two hard problems at once, hardware-level confidentiality and a permissionless GPU substrate. We solved both. On @solana. At the same time. That is what unexplored looks like. $GHST

Launching this week: the first ever permissionless confidential GPU network on @solana. Private inference. Sealed execution. A dark pool where front-runners see nothing. $GHST

Ghost Compute is the confidential compute layer @solana has been missing. Private inference for enterprises. Sealed execution for AI agents. A dark pool for traders. The demand was always there. The infrastructure wasn't. Until now. $GHST

Every serious compute network built on @solana has the same problem. The node running your job can see everything. Your model. Your data. Your strategy. That is why enterprises stay on AWS. That is why traders keep getting front-run. That is the gap. Ghost Compute closes it. $GHST

Gm ct,👋 Every time you run a job on a decentralized GPU network, the operator sees your model, your inputs, and your outputs. That is not a minor privacy concern. That is the reason every enterprise, every hedge fund, and every serious AI team has stayed on centralized clouds. Ghost Compute changes the condition, not the pitch. Hardware-sealed enclaves. The operator runs the job and sees nothing. That is a different product category entirely. $GHST

One Solana validator ran 1.55 million sandwich attacks in a single month and extracted $13.43 million. That is not an edge case. That is the baseline. Retail traders are being systematically front-run on every trade they make, and the tools to stop it have not existed onchain until now. Ghost Compute's dark pool matches orders inside a sealed enclave. Your size, your price, and your timing stay hidden until the trade clears. The front-runners have had a free pass long enough. $GHST

AI agents are going to run most of the onchain activity on @solana within the next two years. Right now, every agent exposes its system prompt, its memory, and its decision logic to whatever node is running it. That is a serious problem for any agent handling real capital or proprietary strategy. Ghost Compute gives agents a sealed execution environment. The node runs the agent. It never knows what the agent is doing. Autonomous. Private. Verifiable. $GHST

The confidential compute market is a multi-billion dollar industry. It runs entirely on centralized infrastructure. AWS Nitro Enclaves. Google Confidential Space. Azure Confidential VMs. Enterprises pay a significant premium to run sensitive workloads on hardware they cannot see into. Ghost Compute is that product, onchain, permissionless, and on @solana. No vendor lock-in. No centralized operator. Every job attested and verifiable. The market exists. We are the first to bring it onchain. $GHST

Privacy in crypto has always been a tradeoff. You could have a mixer that unlinks a transfer but does nothing else. A shielded pool that hides balances but cannot touch DeFi. A privacy chain that is private but has no liquidity. Ghost Compute is not a tradeoff. It is a confidential GPU network with a layered privacy envelope on every job: hardware encryption, ZK output proofs, MPC trust-splitting, and confidential settlement end to end. You do not pick which part is private. All of it is. $GHST

The network that never talks. Only with $GHST First on @solana coming soon…

GhostCompute. Because your data shouldn't need a NDA with your GPU. $GHST coming soon.

Be ready for $GHST Ghost Compute runs GPU jobs on @solana where the operator never sees the data. Private inference. Sealed execution. Confidential order flow.

Ghost Compute runs confidential GPU jobs on @solana. You send an encrypted model and prompt. It runs inside a hardware-sealed enclave. The output comes back with an onchain proof that no one saw your data. Private inference. Dark pool execution. Sealed agents. All of it private by default. $GHST