Live · The Road to Autonomy Indices
.RCI · Robotaxi Confidence Index 50.0 ▼ +0.3 .ADLCI · Autonomous Driving Licensing Confidence Index 33.6 ▼ +0.1 .ATCI · Autonomous Trucks Confidence Index 33.4 ▼ +0.4 .DCI · Delivery Bots Confidence Index 57.3 ▼ +1.3 WaymoUS 81.7 ▲ +2.5 Baidu Apollo GoCN 79.3 ▼ -1.0 NeolixCN 73.5 ▼ -3.7 Starship TechnologiesEE 68.2 ▼ -7.3 Serve RoboticsUS 67.8 ▲ +6.3 Pony.aiCN 67.6 ▲ +5.9 WeRideCN 60.8 ▲ +6.6 KodiakUS 45.6 ▼ -3.2 CocoUS 44.9 ▲ +6.1 TeslaUS 43.1 ▲ +2.4 MeituanCN 43.0 ▲ +1.7 AuroraUS 42.4 ▲ +4.7 Applied IntuitionUS 42.1 ▼ -4.0 Avride PodUS 41.8 ▲ +8.1 ZooxUS 39.2 ▼ -12.8 MomentaCN 35.9 ▼ -5.2 DoorDash DotUS 35.8 ▼ -0.1 DeepRoute.aiCN 35.4 ▼ -1.4 MobileyeIL 34.1 ▲ +4.9 Bot AutoUS 33.3 ▼ -2.3 MotionalUS 32.5 ▲ +1.2 May MobilityUS 32.3 ▲ +0.1 Volvo Autonomous SolutionsSE 31.8 ▲ +1.4 AvrideUS 31.6 ▼ -1.0 XPengCN 31.6 ▲ +8.6 Cao Cao MobilityCN 29.2 ▲ +0.1 TorcUS 26.9 ▲ +2.6 Didi Autonomous DrivingCN 26.8 ▲ +0.5 VerneHR 25.6 ▲ +5.5 WayveGB 24.9 ▼ -0.7 AutobrainsIL 22.2 ▲ +0.7 MOIA AmericaDE 21.8 ▲ +2.1 NuroUS 19.9 ▼ -1.7 WaabiCA 19.8 ▼ -1.1 Helm.aiUS 17.8 ▼ -0.7 Stack AVUS 15.9 ▲ +2.6 Tensor AutoUS 15.8 ▲ +1.2 PlusAIUS 14.4 ▼ -0.4 HUMAINSA 2.1 – 0.0 .RCI · Robotaxi Confidence Index 50.0 ▼ +0.3 .ADLCI · Autonomous Driving Licensing Confidence Index 33.6 ▼ +0.1 .ATCI · Autonomous Trucks Confidence Index 33.4 ▼ +0.4 .DCI · Delivery Bots Confidence Index 57.3 ▼ +1.3 WaymoUS 81.7 ▲ +2.5 Baidu Apollo GoCN 79.3 ▼ -1.0 NeolixCN 73.5 ▼ -3.7 Starship TechnologiesEE 68.2 ▼ -7.3 Serve RoboticsUS 67.8 ▲ +6.3 Pony.aiCN 67.6 ▲ +5.9 WeRideCN 60.8 ▲ +6.6 KodiakUS 45.6 ▼ -3.2 CocoUS 44.9 ▲ +6.1 TeslaUS 43.1 ▲ +2.4 MeituanCN 43.0 ▲ +1.7 AuroraUS 42.4 ▲ +4.7 Applied IntuitionUS 42.1 ▼ -4.0 Avride PodUS 41.8 ▲ +8.1 ZooxUS 39.2 ▼ -12.8 MomentaCN 35.9 ▼ -5.2 DoorDash DotUS 35.8 ▼ -0.1 DeepRoute.aiCN 35.4 ▼ -1.4 MobileyeIL 34.1 ▲ +4.9 Bot AutoUS 33.3 ▼ -2.3 MotionalUS 32.5 ▲ +1.2 May MobilityUS 32.3 ▲ +0.1 Volvo Autonomous SolutionsSE 31.8 ▲ +1.4 AvrideUS 31.6 ▼ -1.0 XPengCN 31.6 ▲ +8.6 Cao Cao MobilityCN 29.2 ▲ +0.1 TorcUS 26.9 ▲ +2.6 Didi Autonomous DrivingCN 26.8 ▲ +0.5 VerneHR 25.6 ▲ +5.5 WayveGB 24.9 ▼ -0.7 AutobrainsIL 22.2 ▲ +0.7 MOIA AmericaDE 21.8 ▲ +2.1 NuroUS 19.9 ▼ -1.7 WaabiCA 19.8 ▼ -1.1 Helm.aiUS 17.8 ▼ -0.7 Stack AVUS 15.9 ▲ +2.6 Tensor AutoUS 15.8 ▲ +1.2 PlusAIUS 14.4 ▼ -0.4 HUMAINSA 2.1 – 0.0
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/  V E R I F I C A T I O N

The Road to Autonomy Indices Verification

Every twelve hours, The Road to Autonomy Indices data is cryptographically sealed and stamped by independent timestamp services. Anyone can use our public logs to verify that a record existed at that exact time and was never altered.

Administered by: AUTNMY AI, Inc. Computed by: OMEGA Sealed Cycles: 92

Anatomy of the Seal

Integrity and timing

The published value has not been altered since it was sealed, and it existed at the stated time, certified by an independent authority. The history is real and cannot be revised.

Correctness

The seal says nothing about whether a value is correct. Accuracy is a separate question, governed by the Benchmark Statement and the methodology, which document how values are sourced, scored, and corrected. The seal is narrow by design. It proves a record is authentic and unaltered, nothing more.

How Index Verification Works

At publication, every value across all live Indices for the cycle is serialized in a fixed canonical form. That includes each operator's composite and every pillar value. The serialized values are hashed into a single Merkle tree, which reduces to one 32-byte root.

That root is submitted to independent Time-Stamping Authorities under RFC 3161, the Time-Stamp Protocol. Each Authority returns a signed time-stamp token binding the root to a certified time on a clock we do not operate.

Any single value can later be verified against that anchored root through a short Merkle path. This works without revealing or re-anchoring the other values.

The seal records are append-only and mirrored to write-once storage. A value altered after sealing produces a different root. The new root no longer matches the anchored token. That mismatch is what anyone can detect.

Verify Index Integrity

Each cycle has a permanent record page with its root, its RFC 3161 time-stamp tokens, and step-by-step audit instructions. An independent open-source tool recomputes the root from the published values and validates it against the signed token.

# install the open-source verifier
pip install https://verification.roadtoautonomy.com/indices-verification.tar.gz

# verify a whole cycle: recompute the root and match it to the anchored token
indices-verify verify-cycle ./cycle-files/

# verify a single operator value via its Merkle proof
indices-verify verify-operator ./cycle-files/ --index robotaxi --operator waymo

The verifier is open source (MIT). Read it at github.com/AUTNMY-AI/indices-verification.

Latest sealed cycle: 2026-07-17-1800. See the full transparency log of every cycle, oldest to newest.

Output Integrity vs Input Provenance

The seal covers output integrity: a published index value was not altered after publication and existed at the certified time. The Benchmark Statement and source-fidelity layer govern input provenance: a cited source supported the calculation. Together they form the full trust stack. They are distinct and must not be conflated.