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Autonomous Valet Parking: Consolidating Parking into Autonomous Driving

Price: Starting at USD 1,950
Publish Date: 25 Feb 2026
Code: AN-6490
Research Type: Report
Pages: 14
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Actionable Benefits

Actionable Benefits

  • Understand how automated parking is evolving from a discrete convenience feature to a shared Advanced Driver-Assistance System (ADAS) platform capability.
  • Evaluate the architectural trade-offs between integrated (shared ADAS compute) and standalone (dedicated Electronic Control Unit (ECU)) parking systems.
  • Identify where Original Equipment Manufacturers (OEMs) are realizing value, including ECU consolidation, Over-the-Air (OTA) alignment, and higher consumer attach rates through end-to-end experiences.
Research Highlights

Research Highlights

  • Global automated parking system shipment forecast (2026 to 2035), segmented by integrated and standalone architectures.
  • Analysis of OEM architecture shifts toward centralized domain and zonal controllers, consolidated driving and parking perception, and validation stacks.
  • Assessment of deployment realities, including L2+ supervised parking expansion, sensor strategy trade-offs, and regional rollout differences.
Critical Questions Answered

Critical Questions Answered

  • How are OEMs repositioning automated parking within broader Level 2 (L2) and L2+ ADAS roadmaps?
  • Where are the real cost savings emerging as driving and parking architectures converge?
  • What is the realistic outlook for L2+ parking expansion versus true unsupervised L4 valet deployment?
Who Should Read This?

Who Should Read This?

  • ADAS and platform architecture leaders at OEMs evaluating compute consolidation strategies.
  • Tier One suppliers and semiconductor providers embedding parking within broader ADAS stacks.
  • Strategy, product, and investment teams assessing long-term adoption and monetization of advanced parking systems.

Companies Mentioned

Aptiv
AUMOVIO
Mobileye
NVIDIA
Valeo

Table of Contents

1. KEY FINDINGS

2. KEY FORECASTS

3. KEY COMPANIES AND ECOSYSTEMS

3.1. TIER ONE: VALEO
3.2. TIER ONE: APTIV
3.3. TIER ONE: AUMOVIO
3.4. ADAS PLATFORM PROVIDER: MOBILEYE
3.5. HIGH-PERFORMANCE COMPUTE: NVIDIA

4. AUTOMATED PARKING AS AN ADAS ARCHITECTURE DECISION

4.1. PARKING IS NO LONGER A STANDALONE FEATURE
4.2. COMBINING DRIVING AND PARKING COMPUTE
4.3. WHERE OEMS ACTUALLY SAVE MONEY
4.4. PLATFORM STRATEGY AND LONG-TERM AUTONOMY READINESS

5. SENSOR CHOICES IN PARKING AND SYSTEM TRADE-OFFS

5.1. ULTRASONICS REMAIN FOUNDATIONAL
5.2. CAMERA-CENTRIC AND HYBRID APPROACHES
5.3. RADAR’S EXPANDING ROLE

6. LIMITATIONS TO FULL VALET PARKING

6.1. L2+ PARKING VERSUS TRUE L4 VALET
6.2. WHAT OEMS ARE ACTUALLY DEPLOYING
6.3. WILLINGNESS TO PAY
6.4. VEHICLE-BASED VERSUS INFRASTRUCTURE-ASSISTED APPROACHES

7. REGIONAL DIFFERENCES IN PARKING DEMAND

7.1. CHINA
7.2. EUROPE
7.3. UNITED STATES
7.4. CONVERGING ARCHITECTURES, DIVERGING DEPLOYMENT STRATEGIES

8. CONCLUSIONS

Companies Mentioned

  • Aptiv
  • AUMOVIO
  • Mobileye
  • NVIDIA
  • Valeo