VoltageGPU — Sovereign Agentic AI for Regulated Industries
Confidential AI agents for legal, finance & compliance teams
VoltageGPU is a sovereign agentic AI platform for regulated industries. Eight specialised agents — Contract Analyst, Financial Analyst, Compliance Officer, Due Diligence, Cybersecurity, Medical Records, HR, Tax — run inside Intel TDX hardware enclaves we operate inside the EU. Prompts and uploaded documents are encrypted in CPU memory at runtime. Even VoltageGPU operators are technically incapable of reading user data.
Why sovereign agentic AI matters in 2026
Gartner: 40% of enterprise apps will embed AI agents by end of 2026 (vs <5% in 2025)
McKinsey: 2026 is the year of Sovereign AI — €1.5T projected EU spend (Forrester)
EU AI Act high-risk obligations enforced from 2 August 2026 (€15M / 3% turnover penalty)
54% of IT leaders cite AI governance as their top risk (vs 29% two years ago)
Vertical AI agents (legal, finance) grow 3x faster than horizontal AI tools
Models — sealed in Intel TDX hardware enclaves
Qwen3-32B-TEE — 40K context, fast general agent (Free)
Point CrewAI, LangChain, OpenAI SDK or any MCP client at api.voltagegpu.com/v1. Your agent code runs wherever you want; inference runs in our TEE. OpenAI-compatible — change one base URL.
Compliance ready
VOLTAGE EI is an EU controller (France, SIREN 943 808 824 00016, Solaize). Native RGPD Article 28 DPA available. Hardware-sealed processing means VoltageGPU cannot technically read user data, satisfying the strictest reading of Article 32 confidentiality requirements. EU AI Act ready (Article 12 logging, Article 14 human oversight). DORA ready for financial entities. NIS2 ready for critical infrastructure. HIPAA-safe for US healthcare buyers.
Compared to alternatives
Harvey AI runs on OpenAI infrastructure (US). Spellbook runs on Azure OpenAI. Microsoft Copilot data lands in US Azure tenants. ChatGPT Plus trains on user data by default. VoltageGPU runs on Intel TDX confidential compute we operate inside the EU, with hardware attestation evidence on every request and a $20/mo Plus plan accessible to solo practitioners.
Your data enters an Intel Trust Domain Extension (TDX) enclave — a physically isolated CPU region. Neither the cloud provider, nor VoltageGPU, nor any other process on the machine can read the memory.
2. Memory encryption
All memory inside the TDX enclave is encrypted using keys that exist only inside the CPU package. Encryption happens at silicon level, below the OS and hypervisor.
3. Remote attestation
Intel generates a signed ECDSA attestation report proving that the code running inside the enclave is exactly what we claim. Verifiable by any third party — cannot be faked.
4. Distributed TEE provider network
Inference runs across a network of independent operators, each executing inside their own Intel TDX enclave. No single operator can read your prompt — and no single operator can be coerced. The network consensus refuses any node that fails attestation, so a compromised host is invisible to your request.
Distributed TEE network
6+ independent operators
No single operator can be coerced
Inference is dispatched across a network of independent operators, each running inside their own Intel TDX enclave. The network refuses any node that fails attestation — a compromised host is invisible to your request, and no single operator ever holds the full picture.
Attestation
On every request
Single point of trust
None
Cold start
Zero
Retention
0 bytes
Compliance posture
GDPR
No data leaves enclave
HIPAA
Medical data stays private
SOX
Financial audit trail
CCPA
Zero retention = zero exposure
ISO 27001
Hardware-level controls
DORA (EU)
Resilient distributed enclaves
Verify the infrastructure yourself
Intel TDX is an open standard. Every enclave returns a signed attestation report you can verify against Intel's public root of trust.