Spatial Computing & XR

macOS Spatial/Metal Engineer

Spatial computing at native performance runs through Metal, not a web renderer or a cross-platform abstraction layer, and getting a real-time 3D scene to hold frame rate on Apple hardware while doing serious rendering work is a genuinely specialized skill. This service builds the native Swift and Metal code underneath spatial-computing features that need to move fast, custom shaders, GPU-accelerated rendering pipelines, real-time 3D scenes that can't afford the overhead of a generic engine. It's for teams whose spatial or 3D feature is too performance-critical for off-the-shelf tooling, or who've hit a ceiling with a cross-platform framework and need someone who can go straight to Metal. You get production Swift/Metal code integrated into your app, not a proof-of-concept that falls apart under a real workload.

This is a capability we deliver for you as a service, not a role we’re hiring for.

How We’d Approach This

A clear, staged plan, not a black box

These are the service-specific steps inside our six-step process.

1
Diagnose the performance bottleneck or capability gap the current rendering stack can't clear
2
Build a Metal-based prototype of the critical rendering path to prove the target frame rate is achievable
3
Profile and review the prototype against real device hardware and your actual scene complexity
4
Harden the pipeline into production Swift/Metal code and integrate it into the shipping app

What You Get

Deliverables from this engagement

Production Swift/Metal rendering code integrated into the app
Custom shaders and GPU pipeline tuned to your scene
Performance benchmarks across target hardware
Technical documentation for maintaining and extending the pipeline

Six Ways We Could Architect This

Different engagement, different build, pick the shape that fits

There’s more than one way to deliver on this service. Browse a few of the ways we’d structure the work, depending on your speed, budget, and integration needs.

Read all 6 architectures as text

Lean Fast-Start Architecture

Scene Definition

Swift App Shell
Metal Device and Command Queue Setup
Single Render Pipeline State

Basic Render Loop

Vertex and Fragment Shader Pair
Display Link Render Loop
Frame Buffer Presented to Screen

Local Testing

Manual Frame Rate Counter
Xcode GPU Frame Capture
Fix Bottleneck Shader

Ship

Embed in macOS App Target
Notarized Build
App Store Submission

Cloud-Native / Managed Services Architecture

Managed Asset Pipeline

3D Asset Source Files
Managed Asset Optimization Service
Compressed Texture and Mesh Bundles

Metal Rendering Core

Metal Render Pipeline
Custom Compute Shaders
GPU Accelerated Physics Pass

Managed Build Infrastructure

Cloud macOS Build Runners
Automated Xcode Cloud Build
Signed Build Artifact Storage

Distribution and Monitoring

TestFlight Distribution
Crash and Performance Reporting Service
Frame Rate Telemetry Dashboard

Event-Driven & Automation-First Architecture

Triggers

Shader Source Commit
Nightly Performance Benchmark Job
New macOS SDK Release Event

Automated Build Pipeline

CI Build Queue
Automated Metal Shader Compile
Automated Frame Rate Benchmark Suite

Automated Gating

Frame Budget Met
Auto Merge and Tag Release
Auto Revert Regressive Commit
Notify Engineer via Chat

Deploy

Auto Package Framework Build
Publish to Internal Package Registry

Enterprise-Grade & Compliance-Ready Architecture

Engineering Governance

Performance Budget Policy
Code Review by Senior Graphics Engineer
Approved Shader Library

Hardened Build Process

Signed and Notarized Build Pipeline
Reproducible Build Environment
Dependency Vulnerability Scan

Rigorous Validation

Cross Hardware Regression Suite
Memory Leak and GPU Stress Testing
Accessibility Review for Motion Settings

Compliance and Redundancy

Redundant Build Artifact Storage
Full Release Audit Trail
Rollback to Last Stable Build

AI-Augmented, Human-in-the-Loop Architecture

AI Assisted Shader Work

AI Suggests Shader Optimization
AI Simulated Frame Time Estimate
Candidate Shader Variant

Human Review Gate

Graphics Engineer Reviews Diff
Engineer Approves Optimization
Engineer Rejects and Adjusts

Real Hardware Validation

Build Deployed to Test Device
Live GPU Profiling Run
Human Sign Off Before Merge

Ship

Approved Shader Merged to Main
Production Build Released
Telemetry Feeds Back to AI Model

Integration-Heavy / Ecosystem-Connected Architecture

Connected Systems

ARKit and RealityKit Bridge
Existing Swift App Codebase
Asset Pipeline from Design Tools
Physics Engine Integration

Metal Rendering Core

Custom Metal Renderer
Scene Graph Manager

Broader Ecosystem

Cloud Asset CDN
Analytics SDK
Crash Reporting Service
Feature Flag Service

Delivered Experience

macOS Spatial App
Shared Framework for Other Apple Platforms

Ready to get started?

Tell us what you’re trying to get done and we’ll help you find the highest-leverage place to start, scoped small enough to prove itself before you commit to anything bigger.

Talk to us about macOS Spatial/Metal Engineer

Most engagements like this start as a $500–$2,500 pilot, see full pricing.