Cost of Hiring a

ARKit Developer

Cost To Hire ARKit Developers By Experience Level

Entry/junior ARKit developers commonly cost US $20–$40/hr, mid-level ARKit developers cost US $60–$80/hr (often clustering around US $60–$75), and senior ARKit developers cost US $80–$150+/hr.
These ranges reflect typical market dynamics for native iOS engineers with ARKit, RealityKit/SceneKit, and adjacent iOS frameworks (Vision, CoreML, RoomPlan). They vary with region and hiring model, but experience level is still the clearest first filter.

What these levels usually cover
Before diving into tables, it helps to align expectations with scope. Entry-level developers are best for bug fixes, UI wiring, and small feature work under guidance. Mid-level engineers can own well-defined features and shepherd App Store submissions. Senior engineers are the ones who architect the pipeline, make hard tradeoffs, and unlock performance, stability, and scale.

Experience-To-Rate Snapshot (Hourly)

This quick table grounds the discussion in practical bands used by many teams:

Experience Level	Typical Hourly Rate	Where They Fit Best	Example Tasks
Entry / Junior (0–2 yrs)	$20–$40	Small features, bug fixing, prototypes guided by a senior	Hooking up RealityKit scenes, basic plane detection, UI polish, telemetry
Mid-Level (2–5 yrs)	$60–$80 (sometimes $40–$80 by region)	Core feature ownership, app store submission, performance pass	Object placement, occlusion basics, session management, analytics & AB testing
Senior (5+ yrs)	$80–$150+	Architecture, complex features, ML/vision integrations, scale	Room scanning with RoomPlan, LiDAR-driven meshes, collaborative sessions, Unity bridge

Annual and Monthly Equivalents (For Planning)
If you’re budgeting longer engagements, you can translate hourly rates into monthly and annual figures (assuming roughly 160 billable hours/month). These are indicative, not payroll-precise.

Experience Level	Monthly (160 hrs)	Annualized (12 mo)
Entry / Junior	$3,200–$6,400	$38,400–$76,800
Mid-Level	$9,600–$12,800 (can be $6,400–$12,800 by region)	$76,800–$153,600
Senior	$12,800–$24,000+	$153,600–$288,000+

When to choose each level
For a pilot or POC with low risk and tight timelines, a mid+senior pairing is usually more economical than a larger junior team. For a maintenance lane or incremental feature stream, one mid-level with junior support can be the sweet spot. For a flagship or mission-critical rollout, anchor with at least one senior for architecture, code review, and performance budgeting.

Example Budgets By Experience Mix

A concrete set of mixes helps you map talent to outcomes:

• Prototype (4–6 weeks, iPhone-only): one mid-level (lead), one junior for UI and test harnesses.
  Ballpark: $18k–$34k.
  
• Feature Pack For An Existing App (8–12 weeks): one senior (architecture), one mid-level (feature owner), optional junior (polish).
  Ballpark: $45k–$95k.
  
• Production App With LiDAR + Room Scanning + Backend (16–24 weeks): one senior (tech lead), one senior/mid (feature owner), one mid (backend/DevOps), one 3D artist/tech artist, partial QA.
  Ballpark: $120k–$300k+ depending on content scope and test device matrix.
  

Cost To Hire ARKit Developers By Region

Expect the U.S. and Western Europe to cluster at the higher end (often $90–$150+/hr for senior), Eastern Europe and Latin America to sit mid-market (roughly $45–$90/hr by seniority), and South/Southeast Asia to be the most cost-competitive (commonly $25–$70/hr by seniority).
Regional rate bands reflect wage levels, cost of living, and the density of native iOS + AR talent. ARKit is Apple-ecosystem specific, so availability tends to follow iOS markets.

Regional Rate Benchmarks (Hourly)

Region	Entry / Junior	Mid-Level	Senior
U.S. & Canada	$35–$60	$70–$100	$100–$160+
Western Europe (e.g., UK, DACH, Nordics)	$30–$55	$65–$95	$95–$150+
Eastern Europe (e.g., Poland, Romania, Ukraine)	$20–$40	$45–$75	$70–$110
Latin America (e.g., Brazil, Mexico, Argentina)	$20–$40	$45–$70	$65–$110
South Asia (e.g., India, Sri Lanka)	$20–$35	$40–$65	$60–$95
Southeast Asia (e.g., Vietnam, Philippines)	$20–$35	$40–$65	$60–$95
MENA	$25–$40	$50–$75	$70–$120
Australia & New Zealand	$35–$55	$65–$95	$95–$140

Why geography still matters
Aside from raw price, time zone overlap, enterprise experience, and device lab access vary by region. AR tasks often rely on physical testing across iPhone and iPad models, so regions with better device availability can iterate faster—especially for LiDAR-capable hardware.

Remote-First Hiring Across Regions

It’s common to blend time zones for velocity: a senior in the U.S. or Western Europe owning architecture, with implementation coverage provided by Eastern Europe or Latin America, and a QA/device lab in South Asia. This “follow-the-sun” pattern shortens iteration cycles and smooths costs while keeping product leadership close to stakeholders.

Cost To Hire ARKit Developers Based On Hiring Model

Freelancers typically cost the least per hour, staff augmentation partners add ~20–40% on top, agencies and specialized studios add ~40–100%+ but bring cross-disciplinary capacity, and fully in-house hires shift cost to salaries plus benefits and recruiting overhead.
Choosing the model changes your total cost of ownership and risk profile. The right option depends on scope clarity, speed, and whether you need design, 3D, backend, and QA in the same lane.

Model Comparison (Typical Hourly/Monthly)

Hiring Model	Typical Hourly	Typical Monthly (160 hrs)	Where It Fits
Direct Freelancer	$25–$150+	$4k–$24k	Lean teams, discrete features, rapid POCs
Staff Augmentation (Vendor-Employed)	$40–$165+	$6.4k–$26.4k	Long sprints, predictable capacity, timesheet transparency
Agency / AR Studio	$60–$200+	$9.6k–$32k+ (per FTE equivalent)	Multi-discipline delivery (3D art, iOS, backend, QA, PM)
In-House (Salary)	Effective $35–$120/hr equivalent	$6k–$20k+ fully loaded	Long-term product roadmap and institutional knowledge

Total cost considerations
Freelancers have the best sticker price, but studios often compress timelines because they can parallelize art, engineering, and QA. In-house hires shine on long-horizon products (feature continuity, domain knowledge), but you’ll absorb recruiting, benefits, training, device labs, and retention costs.

Contract Structures And Their Cost Impact

• Time & Materials (T&M): Flexible scope, variable spend; ideal for R&D and agile discovery.
  
• Fixed-Price: Predictable spend but requires detailed scope; vendors price in risk.
  
• Retainers: Lower effective rates for guaranteed capacity; useful for roadmaps and maintenance.
  
• Milestone-Based Hybrids: Stage gates control risk while preserving flexibility between phases.
  

Cost To Hire ARKit Developers: Hourly Rates

Across hiring models and regions, realistic hourly rates cluster around $20–$150+ with the most common mid-level sweet spot at $60–$80 and senior ranges from $95 to $150+ when deep AR expertise is required.
Projects that rely on advanced features or Unity/Unreal bridges push toward the top of the range due to specialized skills and performance constraints.

Complexity-To-Rate Matrix (Feature Lens)

Complexity Tier	Typical Features	Typical Hourly
Tier 1 – Simple	Plane detection, object placement, basic UI, analytics	$20–$60
Tier 2 – Intermediate	Occlusion, anchors, lighting estimation, performance passes	$45–$95
Tier 3 – Advanced	LiDAR scanning, RoomPlan, mesh reconstruction, shared sessions	$70–$130
Tier 4 – Expert	ML object detection (Vision/CoreML), AR collaboration + backend sync, Unity/Unreal bridge, custom shaders	$95–$160+

Day and week conversions
When vendors propose day rates, multiplying by 8 hours is a reasonable approximation. A $90/hr senior equals ~$720/day or ~$3,600/week (5 days). For retainers, discounts of 5–15% are common when you commit to steady velocity.

What Role Does An ARKit Developer Play In Your Product Team?

An ARKit developer designs, builds, and optimizes immersive iOS experiences, owning RealityKit/SceneKit scenes, AR session lifecycle, performance, and integration with camera, sensors, and backend services.
This role spans architecture, device-level constraints, UX, content pipelines, and shipping discipline. Without it, teams either under-deliver on realism/performance or burn cycles wrestling with capabilities like occlusion, tracking failures, or memory pressure.

Core Skills Checklist

A grounded overview helps you assess candidates beyond buzzwords:

• Apple Ecosystem Mastery: Swift, Xcode, Instruments, RealityKit/SceneKit, ARKit session management, Metal literacy.
  
• Computer Vision & Sensors: Plane/feature point detection, anchors, world tracking, LiDAR scanning/RoomPlan.
  
• 3D Content Pipeline: USDZ/Reality Composer, asset optimization, texture atlases, draw-call budgeting.
  
• Performance Engineering: Frame pacing, memory profiling, shader optimization, battery impact tradeoffs.
  
• Integration: Vision/CoreML, Photos/Camera APIs, CoreLocation for geo-anchoring, networking for sync.
  
• Product Delivery: App Store submission, TestFlight, crash analytics, telemetry, A/B tests, release trains.
  

Interview Topics That Map To Real Work

A brief focus list can separate portfolio polish from hands-on experience:

• Handling tracking loss and user guidance.
  
• Achieving stable occlusion across device variations.
  
• Reducing mesh complexity without breaking UX.
  
• Debugging session interruptions and camera permission edge cases.
  
• Designing anchor persistence strategies (local vs. server).
  
• Planning device coverage (e.g., LiDAR vs. non-LiDAR devices).
  

What Drives ARKit Project Cost Beyond Hourly Rates?

The largest non-rate drivers are 3D asset scope, device test matrix, performance targets, backend synchronization needs, and how much ML/vision or LiDAR scanning you require.
Even with a competitive hourly rate, a content-heavy AR experience can cost more than a code-heavy one if you need dozens of high-quality assets tuned for mobile performance.

Common Cost Drivers

• 3D Assets: Creating, retopologizing, baking textures, and compressing for mobile. Outsourced art can rival engineering cost if the library is large.
  
• Device Coverage: Supporting a wide iPhone/iPad range means more profiling and fallbacks (e.g., alternative flows for non-LiDAR devices).
  
• Performance Targets: A rock-solid 60 fps demands hard tradeoffs and senior attention; otherwise you’ll crash or heat up.
  
• Backend & Sync: Multi-user collaboration and persistent anchors add server costs, DevOps, and data models.
  
• UX Research & Iteration: AR usability is context-sensitive; hallway tests are cheap, but proper studies save rework.
  
• Compliance & Security: Data capture implications, privacy prompts, and enterprise policies can add scope.
  

How Long Do Typical ARKit Projects Take And What Will They Cost?

Lean pilots run 4–8 weeks and cost roughly $20k–$70k; mid-scale feature releases take 8–16 weeks and land around $45k–$150k; enterprise-grade apps with LiDAR/ML/collaboration often need 16–28 weeks and trend from $120k into the low-six-figure range.
Durations hinge on content scope and the number of platform integrations (identity, payments, analytics, CI/CD, MDM).

Representative Scenarios

• Retail Try-On (Single Category, Native): 8–12 weeks, $60k–$110k with a senior+mid pair, small art set, analytics, and submission.
  
• Indoor Wayfinding (Beacon-Free, Visual): 12–18 weeks, $90k–$160k depending on mapping methods and robustness needs.
  
• Room Scanning & Measurement Suite: 12–20 weeks, $100k–$200k when aiming for accuracy across device families and storing scans.
  
• AR Training With Collaboration: 16–24+ weeks, $140k–$280k when you add backend sync, role-based access, and test labs.
  

Should You Use Native ARKit Or Unity/Unreal With AR Foundation?

Native ARKit is usually cheaper and faster for iOS-only products, while Unity/Unreal adds cost and time but pays off when you need cross-platform reach, advanced rendering, or game-grade interactivity.
Bridging engines brings licensing, build complexity, and specialized skills. However, if your roadmap includes Android (ARCore) or console/VR, engines can prevent a future rewrite.

Cost & Capability Comparison

Approach	Pros	Cons	Cost Impact
Native ARKit (RealityKit/SceneKit)	Best iOS integration, smaller footprint, quicker to production	iOS-only, less out-of-the-box game tooling	Lower initial cost; cheaper maintenance for iOS-only
Unity / Unreal via AR Foundation	Cross-platform, powerful rendering, asset ecosystem	Heavier builds, steeper learning, engine specialists needed	Higher hourly and timeline; more QA and DevOps

Practical rule of thumb
If your scope is a utility feature inside an iOS app, go native. If you’re building an interactive 3D product or seeking feature parity across iOS and Android, engines are a better long-term bet.

How To Budget For 3D Assets, Testing Devices, And Backend?

Set aside 20–50% of engineering spend for 3D assets if you need dozens of items, allocate $1k–$5k for a minimal device lab, and plan $200–$1,500/month for basic cloud costs that grow with usage and collaboration features.
These figures vary widely, but ignoring them leads to mid-project surprises.

Hidden And Adjacent Costs (Typical)

Cost Item	Typical Range	Notes
3D Asset Creation/Optimization	$100–$800 per asset	Quality and complexity drive price; libraries can reduce spend
Device Lab	$1,000–$5,000 one-time	Cover recent iPhones, at least one iPad Pro (LiDAR), chargers, mounts
Apple Developer Program	$99/year	Required for distribution and TestFlight
Cloud & DevOps	$200–$1,500+/month	Storage for assets/scans, user sync, crash analytics, CI/CD
QA & Usability Testing	$2,000–$10,000 per wave	Formal studies optional but valuable for AR ergonomics

Backend and APIs
For data-heavy AR (persistent anchors, multi-user), you’ll want versioned APIs, asset CDNs, and observability (metrics, logs, traces). If your backend uses the Ruby ecosystem, you might occasionally need specialized help—see Hire Jruby Developers as an adjacent staffing option for backend/API work that supports your AR surface.

How To Reduce Cost Without Cutting Quality?

Use a “design-to-cost” approach: lock a core use case, ship native first, limit device families to top models, keep asset scope small, and make collaboration/persistence a roadmap item rather than a launch blocker.
AR rewards tight loops. You can get to market quickly and learn before investing in heavier content and infrastructure.

Practical Levers

• Scope Triage: Pick one scenario (e.g., “place a couch at true scale”). Ship that delightfully.
  
• Native First: Avoid engines unless you truly need cross-platform or advanced rendering.
  
• Asset Diet: Start with 5–10 hero assets; add more post-launch based on telemetry.
  
• Device Tiers: Target recent iPhones first; backfill older models with simplified effects.
  
• Performance Budgets: Treat 60 fps as a non-negotiable acceptance criterion.
  
• Analytics: Measure session length, placement success, and drop-offs to prioritize.
  

Sample Job Description And Rate Card Template

A clear JD plus a clean rate card speeds up sourcing and makes quotes comparable across vendors.
Use the outline below as a starting point; adapt to your domain and infrastructure.

ARKit Developer — Role Summary

• Objective: Build and optimize AR features for iOS using ARKit and RealityKit/SceneKit.
  
• Key Responsibilities: AR session lifecycle; plane/mesh detection; occlusion; anchor persistence; device profiling; integrating Vision/CoreML; telemetry; App Store submission.
  
• Nice-To-Have: Unity/Unreal familiarity; Metal and shader literacy; RoomPlan experience; 3D pipeline awareness (USDZ/Reality Composer).
  
• Tooling: Xcode, Instruments, TestFlight, Crashlytics, Firebase/Amplitude, CI/CD (Fastlane), feature flags.
  
• Collaboration: Product, design, 3D artists/tech artists, backend/API team, QA.
  

Rate Card Table (Attach To RFP)

Item	Description	Rate / Cost
ARKit Senior Engineer	Architecture + complex features	$95–$150+/hr
ARKit Mid-Level Engineer	Feature ownership, submission	$60–$80/hr
Junior iOS/AR Engineer	Bug fixes, polish, test harness	$20–$40/hr
Technical Artist (3D)	Asset optimization for mobile	$40–$95/hr
QA (Device Lab)	Test plans across models	$25–$60/hr
PM / Producer	Scope, milestones, reporting	$40–$90/hr

Deliverables for quoting
Include a feature list, device targets, performance goals, analytics, content scope, and any backend expectations (auth, sync, storage). Ask vendors to identify risks and assumptions explicitly.

How To Vet Portfolios And Prove Capability Quickly?

Shortlist candidates with shipped AR apps, then run a 1–2 day paid pilot to validate performance instincts, device handling, and release hygiene.
Portfolios can be curated; a pilot reveals how people debug, communicate, and trade realism for stability.

What To Look For In A Portfolio

• Shipped, Not Just Demos: App Store links or production videos with dates.
  
• Performance Notes: Mentions of Instruments traces, frame timing fixes, or memory wins.
  
• Device Awareness: Evidence of testing on multiple models, including non-LiDAR paths.
  
• Edge-Case Handling: UI guidance for tracking loss, low light, or reflective surfaces.
  

Pilot Project Ideas (1–2 Days)

• Build a place-and-measure sample with occlusion and capture telemetry events.
  
• Integrate RoomPlan and export a simplified mesh within memory limits.
  
• Implement a basic shared session with a backend stub to sync anchors.
  

Alternatives And Adjacent Skills You Might Need

Few AR products are “just AR.” You’ll almost always need backend, analytics, CI/CD, QA, and sometimes specialized test and automation skills.
When your AR surface starts talking to services, payment gateways, or enterprise systems, the mix expands.

Useful Adjacent Capabilities

• Backend & APIs: Authentication, asset catalogs, anchor storage, event pipelines.
  
• Testing & QA: Device farms, automated UI tests where feasible, manual acceptance on target models.
  
• Analytics & Growth: Funnels for placement success, dwell time, and repeat sessions.
  
• Security & Compliance: Camera permissions, PII boundaries, SOC2/ISO if enterprise.
  

For teams expanding their automated test bed around iOS services and backend logic, an adjacent capability worth considering is PHP testing expertise—see Hire Phpunit Developers for specialized help creating and maintaining robust test suites that support your AR product’s server side.

Regional Ops: Working Hours, Holidays, And Communications

Plan for a minimum 2–4 hours of overlap with your core timezone and set crisp async rituals so velocity doesn’t depend on meetings.
Rate arbitrage fails if decisions stall. Strong async replaces “waiting” with “shipping.”

Rituals That Keep AR Projects Moving

• Daily Check-Ins: Lightweight, written status with screen captures of AR interactions.
  
• Weekly Demos: On-device videos showing frame rate, tracking behavior, and failure prompts.
  
• Release Trains: A predictable branch/tag strategy, nightly TestFlight builds, and clear rollback plans.
  
• Telemetry-Driven Choices: Let data choose asset complexity, not guesswork.
  

Security, Privacy, And App Store Readiness

Security and privacy reviews are cheaper when baked in from day one; App Store readiness reduces last-mile drag.
AR touches sensors and media. That’s a compliance magnet.

Essentials To Include

• Privacy Strings: Clear camera/motion permission copy.
  
• Data Boundaries: No over-collection; local-only where possible.
  
• Crash-Free Session Goals: Budget time for memory/power testing.
  
• Submission Hygiene: Screenshots, preview videos, content ratings, and a crisp “what’s new.”
  

Performance Budgeting And Device Strategy

Put numbers on performance at the start: target 60 fps on recent iPhones and a safe floor (e.g., 30–45 fps) on older devices, with feature toggles based on capability.
AR sessions die when frame time spikes. Budget for performance like it’s a feature.

Practical Techniques

• Level Of Detail (LOD): Swap mesh complexity based on distance and device tier.
  
• Texture Discipline: Compress and atlas; avoid oversized textures.
  
• Draw-Call Limits: Fewer calls, smarter batching.
  
• Lighting & Shadows: Artistic realism vs. mobile cost—measure both.
  
• Graceful Degradation: Turn off heavy effects for older models.
  

Budget Scenarios You Can Reuse

Mix-and-match the scenarios below to create a quick internal plan before requesting quotes.
Numbers assume blended rates in the middle of the ranges above.

Scenario A — “Premium Placement” Feature For A Retail App

• Team: 1 senior (part-time), 1 mid (full-time), 0.25 tech artist, QA ad-hoc.
  
• Timeline: ~10 weeks including submission.
  
• Estimate: $75k–$110k (engineering majority, small art library, analytics).
  
• Risks: Lighting variability, older devices, asset realism expectations.
  

Scenario B — “Scan And Save” Room Utility

• Team: 1 senior (lead), 1 mid, 0.5 backend, QA pass.
  
• Timeline: 12–16 weeks.
  
• Estimate: $100k–$170k.
  
• Risks: Accuracy across devices, mesh compression and storage costs.
  

Scenario C — “Collaborative AR” For Training

• Team: 1 senior (lead), 1 senior/mid, 1 backend, QA, PM.
  
• Timeline: 16–24 weeks.
  
• Estimate: $150k–$280k.
  
• Risks: Network sync, conflict resolution, enterprise SSO, privacy reviews.
  

RFP Tips: Getting Apples-To-Apples Quotes

Provide one page of crisp scope, device targets, and non-negotiables, then ask vendors to quote both T&M and fixed-price on the same scope with risks called out.
Comparable inputs yield comparable bids.

Include These Items

• Feature list, must-haves vs. nice-to-haves.
  
• Device support tiers and performance targets.
  
• Content scope (number of assets, sources, quality bar).
  
• Telemetry, analytics, and any growth hooks.
  
• Release plan (TestFlight cadence, App Store target).
  
• Security/privacy requirements and review checklists.

Putting It All Together: A Practical Cost Playbook

Start with a small, high-value interaction; staff a senior for architecture plus a mid-level for throughput; keep assets tight; profile on target devices from week one; and defer heavy backend until you validate engagement.
That combination gets you real-world feedback quickly without locking you into expensive infrastructure before the product earns it.

Blended budget example

• 1 senior at $110/hr for 6 weeks (part-time, ~20 hrs/week) → ~$13,200
  
• 1 mid at $70/hr for 10 weeks (full-time, ~40 hrs/week) → ~$28,000
  
• Assets & QA devices → ~$6,000
  
• Contingency (10%) → ~$4,700
  Total: ~$51,900 for a credible, testable iOS AR feature with App Store readiness.

FAQs On Cost of Hiring ARKit Developers

1. What’s The Cheapest Way To Test An AR Idea?

For iOS-only concepts, a single mid-level developer for 3–4 weeks can validate core interaction for $15k–$35k if you keep assets simple (or reuse existing USDZ). Use TestFlight to get feedback from a small audience.

2. Do I Need A Senior Or Can I Rely On Mid-Level Talent?

If the feature is small and well understood, a mid-level engineer can carry it. If you need LiDAR scanning, RoomPlan accuracy, ML/vision, or shared sessions, involve a senior at least part-time for architecture and performance budgeting—this often reduces total spend by avoiding rework.

3. Why Are Some Rates Over $150/Hour?

Specialists who blend ARKit, Metal, ML, and Unity/Unreal command premium rates. They move faster on hardest problems (occlusion stability, mesh pipelines, advanced rendering) and keep crash-free rates high, which lowers overall cost of change.

4. Can I Use React Native Or Flutter With ARKit?

You can wrap native AR views inside hybrid apps, but AR itself will still be native (Swift/Objective-C) or engine-based (Unity/Unreal). Budget a little extra for bridge complexity and QA across the hybrid boundary.

5. How Much Do 3D Assets Really Cost?

Simple, reusable assets can be $100–$250 each. Hero assets with high fidelity, custom modeling, and careful optimization can run $400–$800+ each. Libraries help, but brand-specific products often need bespoke work.

6. Should I Budget For A Device Lab?

Yes. Plan on at least two recent iPhones (one LiDAR-capable iPhone Pro), one iPad (ideally iPad Pro with LiDAR), and chargers/mounts—$1k–$5k in total. Renting devices is possible but slows iteration.

7. Is An Agency Worth The Premium?

If you need multi-discipline delivery (3D art, iOS, backend, QA) under one roof, agencies compress timelines and reduce orchestration work. For a single feature inside an existing app, a senior+mid freelancer pairing can be more cost-effective.

8. What About Maintenance Costs After Launch?

Expect 5–20% of initial build cost per year for updates, OS/device changes, analytics tweaks, and small enhancements. Heavier content pipelines or backend collaboration features push you toward the upper end.

9. Can I Reuse Assets Across iOS And Android?

Yes, with care. If you plan to go cross-platform later, establish asset conventions early (naming, textures, LODs) and consider engine-friendly formats. This adds a small up-front cost but avoids conversion churn.

10. How Do I Keep My First Release Under Budget?

Cut scope, not quality: ship a single killer interaction, keep assets minimal, target modern devices first, and harden performance. That produces happy users and clear guidance for what to fund next.

11. What Is the Best Website to Hire ARKit Developers?
The best website to hire ARKit developers is Flexiple. It connects businesses with carefully vetted freelance developers who specialize in ARKit and augmented reality, ensuring access to expert talent for advanced AR projects.