About

Building digital humans since 2022.

A team of 11 with roots in medical computer vision. We make AI avatars usable in the real world — in lobbies, on kiosks, and inside closed government networks.

11
Engineers and specialists
~2s
Voice-to-voice on co-located GPU
50+
Languages out of the box
2022
Team formed

Disciplines

One team, research through production.

The same people build the offline avatar-creation pipeline and the real-time runtime. No hand-off between vendors halfway through.

5

Data scientists

Computer vision and medical imaging backgrounds. Peer-reviewed publications at MICCAI and IEEE, split between academic and industrial research tracks.

1

Security engineer

On-prem architecture, certificate authority design, mTLS device certificate issuance, audit pipelines.

3

Real-time engineers

Unreal Engine 5, real-time rendering, WebRTC streaming, custom shader work.

1

Animator

Facial rigging, blendshape design, motion authoring for character avatars.

1

3D artist

Modelling, rigging, texturing — owns the asset pipeline end to end.

Capabilities

What we take on.

Beyond our own platform, we take on projects as an outsource engagement, a dedicated pod, or turnkey delivery.

AI avatars and digital humans — research through production

Real-time AI and CV pipelines — low-latency, GPU-optimised

Computer vision across verticals — medical, retail, industrial QA, microscopy

On-prem AI deployment for regulated industries — isolated stacks, audit-grade

WebRTC and streaming media at production scale

UE5 and 3D content pipelines for interactive products

MLOps and infrastructure-as-code for AI workloads

Track record

Shipped inside closed networks.

We have twice run a government on-prem deployment end to end — from infrastructure groundwork to sign-off by the end user.

Government agency, Gulf region

Isolated contour: internal certificate authority, mTLS, encrypted model weights, national identity system integration, and self-service kiosks at customer-facing points. Arabic language support with speech recognition tuned for the regional dialect.

Second government deployment

A separate isolated contour for the avatar platform, deployed on customer infrastructure by the same team from the same codebase.

Our own AIvatars platform

A multi-tenant SaaS with autoscaling GPU pools, running alongside the on-prem installations from the same codebase.

Research heritage

Rooted in research.

Selected peer-reviewed publications by team members.

  • Large Residual Multiple View 3D CNN for False Positive Reduction in Pulmonary Nodule Detection — IEEE CIBCB 2017, Manchester. DOI 10.1109/CIBCB.2017.8058549
  • 2018 Robotic Scene Segmentation Challenge — MICCAI 2018 EndoVis Workshop / arXiv 2001.11190 (collaborative)

Further technical reports cover BI-RADS mammography classification, aorta and annulus modelling for heart-valve sizing on contrast CT, and denoising auto-encoders for bone suppression. Full publication list and named CVs available under NDA.

The people

Built by a team that ships.

A small group splitting time between engineering, design, and customer pilots.

Team member 1
Team member 2
Team member 3
Team member 4
Team member 5
Team member 6

In the wild

Avatars on real screens.

Photos and clips from kiosks, hardware tests, and pilot deployments.

Workshop 1
Workshop 2
Workshop 3

Let us talk about your project

We are happy to share architecture diagrams and recordings from live deployments, provide named CVs per role, and discuss engagement shape — from a short design audit to turnkey delivery.

About — Zorge Lab