OSCAR connects to your engineering toolchain (Sphinx-Needs, Enterprise Architect, Jira and more) and checks your work products clause by clause against the safety and security standards of your domain: automotive, robotics, industrial machinery, railway autonomy and other autonomous systems. Every gap comes with the evidence and a fix.
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We run OSCAR live on sample work products from your domain and answer your questions. No preparation needed.
Adjust your project parameters to model internal resource reclamation and external assessor fee reduction. Methodology based on TechTuneAI internal OEM cost-modelling.
Same OSCAR engine. Three deployment options.
Feedback from early pilot participants. All engagements conducted under NDA with non-confidential artifact sets. Quotes are shown in their original language.
"Running OSCAR on our SWE work products surfaced 14 non-conformities against ASPICE SWE.2 and SWE.3 in under 40 minutes. Each finding traced directly to the specific PA outcome that was not satisfied. The same scope would typically occupy two senior systems engineers for the better part of a week."
"Our IT security policy strictly prohibits cloud-based processing of any OEM-originated artifacts. OSCAR's on-premise deployment ran entirely behind our firewall — no external model calls, no data leaving the perimeter. That architecture was a hard prerequisite before we could even open the tool to our compliance team."
"We used OSCAR to run a baseline ISO 26262 functional safety assessment against our supplier's system design specification. The clause-level gap report — referencing specific Part and section numbers — gave our team a precise action list the same afternoon. It cut at least two rounds of back-and-forth with the supplier."
"The delta report between two consecutive assessment runs shows exactly which gaps were closed and which remain open — with full traceability to the artifact version that resolved each finding. That level of auditability completely changed how our team manages ASPICE compliance progress across development sprints."
OSCAR reads requirements where your engineers keep them and puts findings where they plan their work. No new tool to log into.
A hazard in a Sphinx-Needs project has no rationale for its controllability rating. OSCAR flags it against ISO 26262, writes the finding back next to the hazard, and creates the Jira issue for the HARA owner.
.. hazard:: Unintended steering at highway speed
:id: HE_03
:links: SG_02
.. finding:: No rationale for the C2 controllability rating of HE-03
:id: OSCAR_F_014
:status: open
:clause: ISO 26262-3 Cl. 6.4.5.3
:evidence: HARA_Document_LKA.pdf, page 2
:links: HE_03
[ISO 26262-3 Cl. 6.4.5.3] No rationale for the C2 controllability rating of HE-03
Illustrative example based on the sample project in the walkthrough (lane keep assist ECU).
Works with Sphinx-Needs · Enterprise Architect · ReqIF · SysML · Jira · PDF / Word / Excel
Pick your domain. All four are live today, each with the current edition of its standards.
Live Standards
Typical work products we check
HARA, functional and technical safety concept, system and software requirements, architecture, FMEA and DFA, TARA, verification and test reports.
Built for
OEMs, Tier-1 and Tier-2 suppliers, ECU and sensor makers.
Book a demoScope: industrial robots, cobot applications and industrial mobile robots (AGV/AMR).
Live Standards
On our roadmap
Tracking
ISO 25785-1 (humanoids and dynamically stable robots, in draft) · ISO 13482 (service robots)
Typical work products we check
Risk assessment, safety requirements specification, safety function descriptions, validation and acceptance test reports, information for use.
Built for
Robot manufacturers, cobot integrators, AMR and AGV makers, safety sensor suppliers.
Book a robotics demoLive Standards
Next: ISO 12100
Typical work products we check
Risk assessment, safety requirements specification, PL and SIL calculations, safety function validation reports.
Built for
Machine builders, safety controller suppliers, system integrators.
Book an industrial machinery demoLive Standards
Typical work products we check
Software requirements and architecture, verification and validation plans and reports, inputs to the safety case.
Built for
Rail vehicle and signalling suppliers, teams building automated and driverless train operation (GoA 2 to GoA 4), software teams moving from EN 50128 to EN 50716.
Book a railway autonomy demoDefence and aerospace on request. Full details in the technical specification.
From 20 January 2027, the EU Machinery Regulation (EU) 2023/1230 replaces the Machinery Directive, including new requirements for safety functions with self-evolving behaviour. Our team has delivered ASIL-D programmes for automotive OEMs. OSCAR brings that rigour to cobots, mobile robots and the sensors they depend on.
Book a robotics demoRobot applications checked against ISO 10218-2:2025, with safety functions against ISO 13849-1 (PL) and IEC 62061 (SIL).
Checked against ISO 3691-4:2023 for driverless trucks and mobile robots, together with your PL/SIL evidence.
One evidence base for radar and camera products sold into both cars and robots.
Integrity levels side by side
| ISO 13849-1 | IEC 61508 / 62061 | ISO 26262 |
|---|---|---|
| PL a | – | – |
| PL b · PL c | SIL 1 | ASIL A |
| PL d | SIL 2 | ASIL B · C |
| PL e | SIL 3 | ASIL D |
Indicative orientation only. The standards use different risk models and there is no formal equivalence. OSCAR checks your evidence against each standard on its own terms.
OSCAR was created by a team of hands-on experts with extensive experience in safety-critical product and project development — spanning functional safety (ASIL-D), AI and machine learning applied to hardware and software compliance, for end-to-end programme delivery for leading global, German OEMs and Tier-1 suppliers.
Talk to the founders. We run OSCAR live on sample work products from your domain and answer your questions. No preparation needed.
Pick a time in our calendarPrefer email? info@techtune.ai