Short answer: AUTOSAR Adaptive is designed to support safety systems up to ASIL D, but it is not itself an ASIL-D certificate. An ISO 26262 assessment applies to a defined automotive item, a particular Adaptive implementation, its hardware and operating environment, the development lifecycle, and the evidence assembled in the safety case.
Is AUTOSAR Adaptive ASIL D certified?
No—not as a blanket certification for every Adaptive Platform, application, ECU, or vehicle. AUTOSAR’s stated architectural goal is to “enable and support systems up to ASIL D.” That is a design objective, not a product certificate.
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AUTOSAR also explains that its architectural elements cannot receive a universal ASIL rating because the result depends on the underlying hardware, product safety goals, safety metrics, and development processes. AUTOSAR’s own status as an ISO 26262 Part 10 safety element out of context (SEooC) remains unresolved and unverified. Consequently, a project must establish its own safety argument and obtain assessment for the defined product scope.
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Readiness means that a particular implementation and its supplier evidence can serve as inputs to an ISO 26262 program. It does not mean that an integrator can skip hazard analysis, requirements tracing, verification, validation, configuration control, or independent confirmation measures.
| Layer | What it provides | What it does not provide automatically |
|---|---|---|
| AUTOSAR Adaptive architecture | ARA services and APIs, functional clusters, and a basis covering runtime, communication, storage, security, safety, configuration, diagnostics, cryptography, POSIX operating-system integration, and virtualization capabilities. | An ASIL rating for every architectural element or a certificate for a complete ECU. |
| Vendor implementation | Code, integration artifacts, supported hardware and operating system, safety documentation, and possibly an independent certificate for a stated scope. | Proof that the implementation is suitable for your item, assumptions of use, safety goals, timing, or interference boundaries. |
| Vehicle-program integration | Item definition, HARA, safety goals, allocation, system and software requirements, integration and validation evidence. | Evidence that can be reused outside the defined item, release, hardware, and operating conditions. |
| Assessment or certification | Independent review of the agreed scope and evidence against the applicable ISO 26262 requirements. | Approval of unassessed applications, changed configurations, later releases, or the whole vehicle by implication. |
Does AUTOSAR make my software ISO 26262 compliant?
No. AUTOSAR supplies a standardized architecture and safety-related requirements; compliance is demonstrated by the organization developing and integrating the item.
The current Adaptive Platform release listed by AUTOSAR is R25-11. A release number alone says nothing about the safety status of a vendor build, the target processor, hypervisor, POSIX operating system, compiler, or your application. Treat the release, vendor variant, patches, configuration, and toolchain as part of the assessed baseline.
Adaptive Platform targets high-performance-computing ECUs and fail-operational use cases such as autonomous driving. Those use cases can demand ASIL-D evidence, but the required level is determined by the item’s hazards and safety goals, not by the word “Adaptive” in the product name.
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An effective program maps evidence to the ISO 26262 lifecycle and records assumptions, responsibilities, and traceability. The exact part and work-product mapping must be tailored to the item and contract; ISO 26262 Part 9 addresses ASIL-oriented and safety-oriented analyses.
1. Define the item and analyze hazards
- Write the item definition, including boundaries, interfaces, operating modes, external dependencies, and intended functionality.
- Perform the hazard analysis and risk assessment (HARA) for the vehicle context.
- Derive safety goals, ASIL assignments, controllability and exposure assumptions, and safe-state or fail-operational behavior.
2. Establish functional and technical safety concepts
- Allocate safety goals to functional requirements and then to technical requirements across applications, Adaptive Platform services, ECU hardware, networks, and other ECUs.
- Document the technical safety concept, including fault reactions, degradation, redundancy, monitoring, timing budgets, and diagnostic coverage targets.
- State assumptions of use for every reused platform or software element and show how the integrating item satisfies them.
3. Specify and design the software
- Maintain bidirectional traceability from safety goals through system, software, and detailed requirements to implementation and tests.
- Describe the Adaptive software architecture, interprocess communication, execution management, resource partitioning, startup and shutdown behavior, and error handling.
- Define freedom-from-interference arguments for applications, services, virtual machines, operating-system functions, shared memory, timing, and communications.
4. Verify implementation and integration
- Use reviews, static analysis, unit tests, integration tests, requirements-based tests, robustness tests, and structural coverage appropriate to the assigned ASIL.
- Produce timing and scheduling evidence under stated worst-case loads, including startup, overload, recovery, and communication-loss cases.
- Perform fault injection and evaluate monitors, watchdogs, diagnostics, degraded modes, and recovery paths.
5. Control configuration and change
- Baseline the exact AUTOSAR release, vendor implementation, patches, compiler and linker, POSIX operating system, hypervisor, hardware revision, configuration, and generated code.
- Use impact analysis, review, regression testing, and re-assessment triggers for changes.
- Keep a software bill of materials and records for third-party components, tools, and known limitations.
6. Validate and apply confirmation measures
- Validate safety behavior in the integrated ECU and vehicle-relevant environment, including nominal, boundary, fault, and degraded scenarios.
- Use independence appropriate to the ASIL for reviews, testing, safety audits, and assessment.
- Assemble the safety case: claims, arguments, evidence, open assumptions, residual risks, and configuration identifiers.
Which Adaptive AUTOSAR safety mechanisms matter?
AUTOSAR’s cross-standard safety work covers requirements for Adaptive and Classic Platforms, including safety architecture, end-to-end protection, and platform-health monitoring. These are mechanisms to configure and verify—not substitutes for the project safety case.
Deterministic execution
The AUTOSAR safety requirements describe deterministic execution as support for higher ASIL levels and recommend restricting interrupt use to improve determinism. The project still has to demonstrate timing bounds, scheduling behavior, resource limits, and safe responses to deadline violations on its selected hardware and operating system.
End-to-end communication protection
Communication fault detection can use counters, checksums, and timestamps. The integrator selects and configures the mechanisms according to the safety concept, then verifies coverage against corruption, loss, repetition, delay, masquerading, and sequence errors on the actual communication paths.
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Platform-health monitoring
Health monitoring can detect platform or application failures and trigger controlled recovery or degradation. Evidence must show detection latency, diagnostic coverage, independence, fault handling, and behavior when the monitor itself or its reporting path fails.
How to evaluate an Adaptive AUTOSAR vendor
Ask for evidence at the exact version and scope you will integrate. A certificate for a library, operating-system component, or platform does not certify your application or complete ECU.
Rank #4
| Comparison axis | Questions to ask the supplier |
|---|---|
| Certified scope | Is the certificate for a library, platform, operating system, toolchain, ECU, or another boundary? |
| ASIL claim | What ASIL is claimed, who issued the certificate, and which standard and edition were used? |
| Version identity | Which exact product release, patches, configuration, generated artifacts, and safety manual are covered? |
| Execution environment | Which processor, board support package, hypervisor, POSIX operating system, compiler, and hardware protections are assumed? |
| Safety evidence | Are assumptions of use, diagnostic coverage, timing data, freedom-from-interference analysis, known limitations, and integration responsibilities documented? |
| Change strategy | How are updates analyzed, regression-tested, baselined, and reported to customers and assessors? |
| AUTOSAR rights | What AUTOSAR partnership or licensing arrangement is required for your intended commercial use? |
What the available vendor example does—and does not—show
PARA publicly describes an AUTOSAR Adaptive product with ISO 26262 ASIL-B certification and Automotive SPICE Capability Level 2. That is a product-specific ASIL-B claim. It does not establish ASIL-D certification for the product, your application, or a complete vehicle program. Obtain the certificate, issuer, scope, release, assumptions, and exclusions before treating any vendor claim as reusable evidence.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.A practical certification-readiness sequence
- Freeze the item boundary. Identify functions, interfaces, operating modes, external dependencies, and the target ECU and vehicle context.
- Run HARA and set safety goals. Assign ASILs and define safe, degraded, and fail-operational behavior.
- Choose the implementation baseline. Record the Adaptive release, vendor build, hardware, hypervisor, POSIX operating system, toolchain, configuration, and third-party components.
- Review supplier evidence. Check the safety manual, assumptions of use, certificate scope, diagnostic claims, timing data, interference analysis, and change policy.
- Build the technical and software safety cases. Trace requirements to architecture, code, tests, analyses, and fault-injection results.
- Integrate and validate. Test normal, boundary, overload, communication-fault, reset, update, and degraded scenarios on representative hardware and vehicle interfaces.
- Apply independent confirmation measures. Complete the required safety reviews, audits, and assessment for the agreed item and configuration.
- Control post-assessment changes. Reassess modifications that affect assumptions, safety mechanisms, timing, interfaces, tools, or the certified configuration.
Release and licensing considerations
AUTOSAR states that released files are provided for information and that commercial exploitation requires an AUTOSAR license or partnership arrangement. Confirm the current commercial terms directly with AUTOSAR; do not infer fees, membership levels, or access rights from an older release.
Likewise, verify that a safety claim still applies to R25-11 or to the specific release you intend to deploy. A newer AUTOSAR release, vendor fork, patch, hardware change, or altered configuration can change the evidence boundary.
Which Adaptive AUTOSAR vendors have an ASIL D certificate?
The evidence available for this topic identifies a vendor ASIL-B claim from PARA but does not establish an ASIL-D certificate for a named Adaptive AUTOSAR vendor. That is not proof that no such certificate exists; it means an ASIL-D claim should be accepted only after checking the certificate issuer, exact product and release, assessed scope, target environment, assumptions of use, and exclusions.
For procurement, require the certificate and safety manual as controlled documents, then ask your assessor whether the supplier evidence can be credited in your item’s safety case. The final ASIL-D determination remains tied to your defined item and implementation.
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