ISO 26262 functional safety · Kaltreon

ISO 26262 functional safety — diagnostic coverage between lab calibrations, not at the next ASAM audit.

Continuous watch on the 76–81 GHz phased-array front-ends, CAN-FD feeds, and perception buses your AV program already produces — the diagnostic-coverage gaps that quarterly lab calibrations miss. When a sensor-integrity deviation crosses the release threshold, you get a signed packet mapped to ISO 26262 functional safety and the ASAM audit surface, not a spreadsheet the certification team has to chase the day before the audit.

Continuous sensor-integrity monitoring across radar, CAN, and perception buses — between lab calibrations, not at the next quarterly audit
Signed evidence packets pre-mapped to ISO 26262 functional safety and the ASAM audit surface
Designed with functional-safety, perception, and certification-team workflows in mind

The three-pillar loop

From the first sensor-integrity deviation to a signed ISO 26262 packet.

Catch sensor-integrity drift between ISO 26262 calibrations

Continuous watch on 76–81 GHz phased-array front-ends, CAN-FD feeds, and perception buses — between calibrations, not at the next quarterly audit. When a sensor-integrity deviation crosses the diagnostic-coverage threshold, it lands in a signed packet before the calibration slot opens, and the affected channel is recalibrated in minutes.

76–81 GHz phased-array · CAN-FD
Perception-bus integrity witnesses
Between calibrations, not quarterly
Affected channel recalibrated in minutes

Map every drift event to ISO 26262 and the ASAM audit surface

Each sensor-integrity deviation, recalibration action, and post-event verification lands in a signed evidence packet — pre-mapped to ISO 26262 functional safety (ASIL classification, FMEA, fault-detection coverage) and the ASAM audit surface your certification team hands the assessor. The auditor reads the packet, not a screenshot of a calibration log.

ISO 26262 ASIL · FMEA · fault coverage
ASAM audit surface pre-mapped
Signed packet · sensor-integrity time series
Audit-on-demand for certification team

Close the loop with signed packets for ASAM, ECE, and NHTSA

A drift event opens an ASAM-mapped investigation, a recalibration action closes it, and a signed verification packet seals the audit trail for ISO 26262, ECE R79, and NHTSA reviewers. Your certification team walks into the ASAM audit with the evidence already attached — without a quarterly audit scramble.

ECE R79 · ISO 26262 · NHTSA handoff
ASAM-mapped investigation trail
Signed PDF + JSON evidence packet
No quarterly audit scramble

Who this is for

Built for the functional-safety, perception, and certification teams prepping for ASAM audits.

Functional-safety leads preparing for an ISO 26262 / ASAM audit on an AV program
Perception / calibration engineers who own the diagnostic-coverage gap between scheduled calibrations
Certification engineers building the ASAM audit packet and the regulator handoff for ISO 26262 sign-off
OEM program managers and platform engineering leads who own ISO 26262 sign-off across vehicle programs

Get early access

Be first in line when ISO 26262 evidence opens.

We're onboarding the first AV programs for ISO 26262 + ASAM audit-prep evidence now. Drop your work email and we'll route you to the right specialist — functional safety, perception / calibration, or OEM program operations.

Or read the deeper dive: Sensor-integrity drift between ISO 26262 calibrations → · See the suppliers vertical →