00 // DETERMINISTIC REMOTE COMPUTE

Uncompressed GPU Workstations Over Dedicated Optical Links.

VortexGrid provisions physical PCIe Gen5 workstation blades (NVIDIA RTX 6000 Ada & L40S) in Warsaw, Frankfurt, and Stockholm. Designed for VFX houses, CAD engineering, and Unreal Engine 5 studios requiring sustained 100–800 Mbps bidirectional frame & vault streams with sub-9ms frame pacing.

Inspect PoP Inventory
LIVE TELEMETRY // WAW-01 FRAME-BUFFER PACING (120 HZ TARGET)
FRAME: 8.31 ms JITTER: 0.18 ms BITRATE: 248 Mbps
CODEC: NVENC HEVC YUV444 · ZERO B-FRAMES SYNC: PTP HARDWARE TIMESTAMPING (IEEE 1588)
Session Gateway // WAW-01
Hardware mTLS & Workspace Authentication
STRICT ACL
OPERATOR IDENTIFIERRFC-822 / UID
PASSPHRASEARGON2ID
TARGET BLADE POP
YUBIKEY / TOTP
[SYS] Gateway listener bound on 2.59.163.137:443 (TLSv1.3 / ALPN h2)
[ACL] Public self-registration is disabled. Hardware mTLS or valid studio invite token required.
[RDY] Awaiting operator handshake...
DAEMON: vortexgrid-gate-v4.8.2 UTC
PCIe Passthrough
100% Bare
No hypervisor vGPU slicing
Color Accuracy
4:4:4 10-bit
lossless chroma over TLS 1.3
Vault Storage
28.4 GB/s
NVMe-oF RDMA scratch arrays
Measured RTT (You → WAW)
-- ms
Click benchmark to sample
01 // REGIONAL BLADE INVENTORY

Dedicated Workstation Profiles

Allocations are pinned to single-tenant physical chassis. Public spot instances are not offered; capacity is reserved exclusively for contracted partner studios.

Chassis ID Location / Rack Compute / CPU GPU Accelerator VRAM / Memory Uplink Fabric Allocation State
WAW-BM-A1 Warsaw LIM // R-C14 AMD Threadripper PRO 7975WX (32C) 2× NVIDIA RTX 6000 Ada 96 GB ECC / 256 GB DDR5 2× 25GbE SFP28 INVITE ONLY (2 SLOTS)
WAW-BM-A2 Warsaw LIM // R-C15 AMD EPYC 9374F (32C @ 4.3GHz) 4× NVIDIA L40S 192 GB ECC / 512 GB DDR5 100GbE QSFP28 RESERVED // STUDIO LOCK
FRA-BM-C4 Frankfurt FR5 // R-A08 AMD Threadripper PRO 7985WX (64C) 2× NVIDIA RTX 6000 Ada 96 GB ECC / 512 GB DDR5 2× 25GbE SFP28 RESERVED // STUDIO LOCK
STO-BM-B1 Stockholm // R-D02 AMD EPYC 9124 (16C) 1× NVIDIA RTX 6000 Ada 48 GB ECC / 128 GB DDR5 2× 10GbE SFP+ INVITE ONLY (1 SLOT)
02.1 // STREAM TRANSPORT

Multiplexed HTTP/2 & TLS 1.3 Tunneling

Workstation display frames, USB/Wacom tablet HID interrupts, and Perforce/Git LFS asset sync share a unified, congestion-controlled TLS 1.3 session over TCP BBR to traverse strict corporate firewalls without UDP packet drop.

TRANSPORT: TLS_AES_128_GCM_SHA256
CONGESTION: BBRv2 + FQ PACING
HID POLLING: 1000 HZ RAW USB-IP
02.2 // ZERO-TRUST VAULT

Ephemeral Scratch & Perforce Edge

Each Warsaw blade mounts an isolated NVMe-oF namespace encrypted with tenant-held keys. Continuous background replication streams multi-gigabyte binary deltas directly between artist workstations and the PoP.

STORAGE: CEPH NVME-OF / LUKS2
REPLICA: CONTINUOUS DELTA SYNC
ISOLATION: PHYSICAL VLAN + MTLS
02.3 // CLIENT PROVISIONING

Hardware-Bound Access Policy

Unauthenticated connections to PoP gateways are terminated at the edge proxy. Studio engineers must present a provisioned organization invite token and bind a hardware FIDO2 / mTLS credential prior to blade boot.

AUTH: FIDO2 / X.509 CLIENT CERT
ONBOARDING: ORG TOKEN ONLY
AUDIT: IMMUTABLE SESSION LOG