How long does an AI MVP usually take?

Most LLM-based MVPs land in 4–8 weeks. Computer vision or model-training projects typically run 8–14 weeks depending on data readiness. We commit to a delivery date after the 1-week discovery phase — and we hit it on 97% of projects.

Do we own the model and the code?

Yes — 100%. All source code, fine-tuned model weights, prompts, ML Ops infrastructure and documentation are transferred to you at delivery. We sign IP-assignment clauses upfront in the MSA.

Can the AI run inside our VPC / on-prem?

Absolutely. We routinely deploy on AWS, Azure and GCP private VPCs. For clients with strict data-residency or air-gap needs we support fully on-prem deployments using open-source models.

How do you handle hallucinations and accuracy?

Every project gets an evals harness: a golden dataset, automated regression tests on every model/prompt change, and production drift detection with alerting. We don’t release an LLM feature without measured accuracy on your data.

Which foundation model should we use?

It depends on the use case. We benchmark GPT-4, Claude, Gemini and open-source models against your task during the audit. Sometimes a smaller open-source model beats a frontier model at a fraction of the cost.

How do you ensure data privacy & compliance?

We’re ISO 27001 certified. We sign DPAs and BAAs upfront. We support HIPAA, GDPR, PCI-DSS and regional data-residency requirements.

What happens after launch?

Every Fixed Scope project includes a 3-month post-launch warranty. After that, optional support packages range from business hours to 24×7 SLA-backed. Most clients move to a Dedicated Team for ongoing iteration.

Can you work with our existing engineering team?

Yes. Staff Augmentation and Dedicated Team models are designed for it. Our engineers join your Slack, Jira and GitHub, pair-program with your team and hand off cleanly.

Unity · Unreal · WebXR

AR/VR & spatial computing — built for Vision Pro, Quest, and the web.

Immersive experiences across Apple Vision Pro, Meta Quest, ARKit, ARCore, and WebXR. Industrial training, retail try-on, location-based AR, and remote collaboration.

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What we build

Across the spatial-computing stack.

VR experiences

Quest 3, Vision Pro, Pico 4 — Unity / Unreal apps with hand-tracking and eye-tracking.

Mobile AR

ARKit (iOS) and ARCore (Android) — surface detection, anchors, occlusion, persistence.

WebXR

Cross-device AR/VR in the browser using A-Frame, Three.js, and Babylon.js.

Industrial training

VR simulators for high-risk manufacturing, healthcare, and military training.

Retail AR

AR try-on for furniture, eyewear, makeup, footwear with 3D asset pipelines.

Remote collaboration

Spatial meeting rooms with avatars, shared 3D models, and screen sharing.

Tech Stack

Stack we use

Unity 3D Unreal Engine 5 ARKit ARCore WebXR A-Frame Three.js Babylon.js Vision Pro / visionOS Meta Quest SDK OpenXR Photon

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