Insights · Executive conversations · Perspective · 4 min
SDVs as part of reliable distributed systems
Explore Joerg Seitter's vision for the future of automotive innovation, where software-defined vehicles, infrastructure-assisted driving, and cross-disciplinary collaboration redefine the industry.
At the Learning Curves event, Joerg Seitter, Head of Advance Engineering at ETAS, shared a masterclass that was both deeply personal and profoundly visionary. Drawing from his unique career path and extensive experience, Seitter illuminated the challenges and opportunities in transitioning to software-defined vehicles (SDVs). His talk underscored the importance of convergence—between technologies, industries, and mindsets—as the key to unlocking the automotive industry's future.
The legacy of hardware-defined systems
For decades, automotive innovation has been constrained by a hardware-centric development model. Seitter described how manufacturers have traditionally relied on a “divide-and-conquer” strategy: breaking down complex systems into manageable components and coordinating these parts through mechanical and digital interfaces.
While this approach has delivered reliable vehicles, it has also created a rigid, distributed architecture that lacks the flexibility required for modern, software-centric innovation.
We are heading toward a new era where features are defined by software, as Seitter explained. However, achieving this vision requires a fundamental shift in how vehicles are designed and built.
The challenges of transitioning to software-defined vehicles
The move to software-defined vehicles is not as simple as applying IT solutions to automotive challenges. Seitter emphasized the unique constraints of vehicles as cyber-physical systems—starting with their safety-critical nature.
In the second half of his presentation, Seitter painted a vivid picture of the future, where vehicles are integrated into broader ecosystems of mobility, infrastructure, and energy.
Article excerpt: introduction, the first section and the opening of the second.
Article excerpt. The talk, recording, slides and the gathering below are documented from the Network’s event page.
From the gathering · Automotive Software Factory — Learning Curves
22 September 2022 · Hasso Plattner Institute, PotsdamTen recordings and nine slide decksSpeakers from Continental, Bosch, Audi Business Innovation, T-Systems, DRÄXLMAIER, ETAS and Tencent
Dr. Johannes Bohnet
CEO & Founder, Seerene
Ole Harms
CEO, VAIVA GmbH
Prof. Dr. Jürgen Döllner
AI Lab for IT-Systems Engineering, HPI
Dr. Matthias Burger
Cross-Domain Computing Solutions, Bosch
Jean-François Tarabbia
EVP, Continental
Andreas Sicheneder
CEO, Audi Business Innovation
Oliver Bahns
SVP Connected Mobility, T-Systems
Felix Meyer zu Driehausen
Cross-Domain Computing Solutions, Bosch
Ralf Schmidt
Managing Director, DRÄXLMAIER
Jörg Seitter
Head of Advanced Engineering, ETAS
Leo Shiwei Li
President of European Region, Tencent
Impressions
Documentation and photographs from the Network’s event page, shown with the consent of the people pictured. Full event page →
The Digital Boardroom for Enterprise Software Production.
Your strategy runs through your software production. Seerene gives the CTO, CIO, CXO and board one independent, read-only view of cost, capacity, quality and risk across every production line — with AI impact as the current lens.
Connect portfolio priorities to engineering action — with evidence at every management level.
Management pyramid — one view per level: C-level, top, mid-level
Seerene Analytics Layer — fuses the signals into one definition
Software Evidence Layer · Software Map — one shared information base for all lines
Software production lines 1…N — requirements → code → build → test → run
Tool knowledge — read-only signals from the existing toolchain
Customers creating value with Seerene
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01Today’s starting point
Condensed status can look green while production is already red.
Useful signals exist today: flow and value-stream metrics, engineering productivity, code and architecture intelligence, delivery metrics. Each illuminates its own stage with its own definitions. Condensed into one status for the board, the connections between them disappear.
Why it happens
Every condensation step removes context. A green status says the plan is met. It does not say what capacity that took, where it was borrowed from, or which line will slip next. Research on project status reporting found 60 % of reports biased, more than twice as often optimistic as pessimistic.*
What leadership needs
Not more status, but one yardstick for every production line and an answer no report gives today: are we getting better or worse as a whole — and where? Read per production line, across the portfolio and at every management level, traceable to the evidence.
* Studies summarized in MIT Sloan Management Review, 2014.
Why it happens+
Every condensation step removes context. A green status says the plan is met. It does not say what capacity that took, where it was borrowed from, or which line will slip next. Research on project status reporting found 60 % of reports biased, more than twice as often optimistic as pessimistic.*
What leadership needs+
Not more status, but one yardstick for every production line and an answer no report gives today: are we getting better or worse as a whole — and where? Read per production line, across the portfolio and at every management level, traceable to the evidence.
* Studies summarized in MIT Sloan Management Review, 2014.
What is missing is the connection along the development flow, across production lines and through the management layers: the three axes of the governance gap.
Production line
As reportedQ3 board pack
Observed in productionsame quarter · capacity per line
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Condensed from management dashboard, PMO status and delivery metrics, each with its own definitions.
New valueReworkWaiting or lent
One connected cause
Line 2 rework → capacity lent from Line 3 → Line 1 release slips. Three green rows, one cause that no single status shows.
Three production lines, one quarter · a scenario, not a customer result.
What leadership can decide
Validate the shared constraint with engineering, then prioritize the structural work and review the capacity mix and delivery impact.
A possible decision in this scenario, to be validated with engineering; not a reported customer result.
Inside the Digital Boardroom
Capacity flow by production line
The view shows how much of 100 % funded developer time remains for value-add and which friction types absorb the rest, per production line. Open to enlarge.
AI moves the bottleneck from writing code to governing it.
AI assistants raise code output faster than review, integration and portfolio decisions can absorb it. The 2025 DORA report (DevOps Research & Assessment) finds AI adoption near-universal, throughput up and delivery stability still down; a 2026 industry survey reports 85 % of respondents locating the bottleneck at review and validation, and 80 % having introduced tools faster than rules. The governance task exists without AI; AI makes it urgent — and many organizations do not yet measure its effect on one definition.
Sources: DORA (DevOps Research & Assessment), State of AI-assisted Software Development 2025 · GitLab/Harris Poll, AI Accountability Report, June 2026.
AI adoption near-universal; delivery stability negative.
DORA 2025
85 %locate the bottleneck at review and validation
80 % introduced tools faster than rules.
GitLab/Harris Poll, 2026
02The governance gap
Three questions you cannot answer independently today.
Your production lines are run well — each for itself. What no line can give you is the view across them. Along three axes, today’s answer comes from reports that were condensed, translated and interpreted on their way up.
Seerene connects the three axes into one evidence layer: one comparable view, one evidence path for every management level — the structure of everything the Digital Boardroom shows.
Three-axes model: X along one production line, Y lines 1…N, Z from teams to the board.
03The result · the Digital Boardroom
One view per management level, on the same information space.
Select a management level to see its views. Every figure stays traceable to the evidence beneath it, and the same question can be followed down to the system and the code.
Systems, not peopleNo individual monitoring; works-council reviews documented in DACH.
Read-only by designSource code stays in place; Seerene reads metadata from the existing toolchain.
About 30 daysBaseline typically about 30 days from data readiness, coordinated by one technical contact.
Next step
Bring the decision you have to defend next.
A 30-minute Executive Briefing with Seerene’s leadership: one management question, the evidence that would settle it, a written summary you can forward.
One executive impulse in, connected evidence back — review after review.
Leadership sets the question; Seerene connects the signals from the existing systems and aggregates them upward, traceable at every level. The loop closes only when the executive who set the impulse reads the answer: 15 minutes per executive review with your direct reports, aligned with your management cadence, one verified view, three decisions — where are we off track, who acts next, what changes before the next review. The technical validation can be delegated; the decision cannot.
The first four to six rounds are guided by Seerene, because the first deviations always raise objections. That is the mechanism working, not failing: every deviation gets the team’s explanation before it is decided.
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One closed loop: the CXO, CTO or CIO sets the question; the impulse enters every level and reaches the toolchain, and connected evidence returns to the executive who asked — traceable at every level. The board receives a consistent view of the same evidence.
Traceability · from the board question to the Software Map
A number can be argued with. A map of the code it comes from cannot: every figure opens to the production line, the system, the component and its change history — without source code leaving your environment.
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Digital Boardroom views and Software Map: the portfolio view shows the flow of funded capacity; the production-line view compares systems within that line. Observation, technical interpretation and leadership decision remain separate, with no individual attribution.
05Every seat at the table
One evidence baseline. Five leadership questions.
Different questions, one reality. ERP and CRM gave operations and sales one trusted fact base; software production still lacks it. Choose a seat to see its question, what becomes visible and the decision it supports.
Where senior leaders shape the future of software production.
A confidential peer forum for C-level and engineering leaders, founded by Seerene and run with the Hasso Plattner Institute and the German Deep Tech Group: peer exchange off the record, masterclasses with practitioners, early research from academia and sector forums.
The question is not whether to govern software production. It is when you begin.
Choose one management question. Start with an independent baseline. Use the evidence to decide what comes next. The first step is an Executive Briefing of about 30 minutes, peer level, with Seerene’s leadership.
What you get
A peer-level conversation on one management question, with the relevant product views, and a written summary you can forward internally.
Which question
One question on cost, capacity, quality, risk or business value, often with AI impact as the lens: where capacity is bound, which production lines need attention, where risk actually falls.
How much time
About 30 minutes with Seerene’s leadership. Scope, prerequisites and effort are clear by the end of the call.
{{ s.decision.view }} · Digital Boardroom view · Open to enlarge
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Academic foundation
Software maps, the method at the core of Seerene, originate in the research group of Prof. Dr. Jürgen Döllner at the Hasso Plattner Institute, Potsdam.
15+ years
of research on software analysis and visualization
Potsdam
where the research began and where Seerene is based
2024
enterprise-wide connection of software production reliably available
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Concept diagram · a portfolio question, as the Digital Boardroom frames it
Where is engineering capacity bound?
Partner integrations
42%
Data platform
31%
Payments platform
27%
Core banking
19%
Mobile channels
14%
Share of capacity absorbed by rework, dependencies and knowledge concentration
Decision this supports. Whether additional capacity for partner integrations would reach the product or be absorbed, and which structural cause to remove first. Trace · Portfolio → Partner integrations → Interface layer → Rework after late integration. Team and system level only.
Concept diagram, not an application screen: how a portfolio question is read and traced. Production lines, values and causes are not customer results.
Software change throughput vs. enterprise visibility and steering capacity
Conceptual model, not a measured time series. The governance task exists without AI; AI makes it urgent.
One management question, five dimensions, the same evidence base.
Digital Boardroom
Cost
Budget and capacity on one basis
Quality
Rework and structural decay
Capacity
Share that reaches the product
Risk
Knowledge concentration, aging systems
Business value
Effort against stated priorities
Trade-offs stay visible. A saving can make later change more expensive; more capacity can create more review effort. The five dimensions are read together, with assumptions and data gaps shown.
Concept diagram: the five decision dimensions on one evidence base; not an application screen.{{ s.caption }}
Dr. Johannes Bohnet · CEO SeereneWe aim to arrange your 30-minute briefing with Dr. Johannes Bohnet personally. Alternatively, an experienced member of our team may lead the conversation, by prior agreement with you.One executive impulse in, connected evidence back from every level. The board receives a condensed view; management works on the full trace.
Typical toolchain; tool names as in the executive briefing. Every organization runs its own mix, often several per segment, and some stages are already connected locally. Seerene is not another tool in the band: it reads the traces the band already records, read-only, and connects them on definitions that hold across languages, vendors and methods.
Funded engineering capacity · 100 %
Planned new functionality
Absorbed before planned product work
Illustrative assumption. Absorbed capacity includes necessary work and avoidable friction; their split is not quantified. The baseline establishes the recoverable share.
Capacity flow by production line · Digital Boardroom view: from 100 % developer time to the time remaining for value-add, by friction type.
One steering question from the top, e.g. where is capacity bound? Executive Pulse · 15 minutes per review.
2 · Connect
Signals and noise from the existing toolchain are connected and normalized, read-only.
3 · Aggregate and explore
Verified evidence flows back up through teams, business units and functions; every figure stays traceable.
4 · Decide and record
Question, finding, decision, owner and review date are documented together.
The AI paradox · what leadership sees of AI-accelerated code, and what it does not
Code volume is visible. Code consequence is not. The Digital Boardroom reads the part below the line on one definition, so AI impact is judged by what it does to quality, rework and delivery, not by output.
Software change throughput vs. enterprise visibility and steering capacity
Conceptual model, not a measured time series. The governance task exists without AI; AI makes it urgent.
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Bottom-up: tool knowledge, software production lines, the Seerene Analytics Layer that fuses their signals, the Software Evidence Layer, the management pyramid on top. The paths show the traces converging into one definition and rising to the apex.
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From one-dimensional tool views to three-dimensional software governance.
Every production line runs its own flow and leaves its traces in its tools. Point tools illuminate stages of one line. Seerene connects all three axes: one Evidence Layer, one comparable portfolio view, one evidence path for every management level.
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The three axes are the structure of the view. What the view shows are the decision dimensions: cost, capacity, quality, risk and business value, with AI impact as the current lens, on the same definitions at every level.
The structure of the information space: X along one production line, Y across lines 1…N, Z from the lines up through the management levels. Select an axis to mark it on the model.
Useful signals. Partial connections. An incomplete portfolio view.
Today’s tools already connect some stages, and some organizations consolidate them across teams. What often remains fragmented is a consistently defined, traceable view across production lines and management levels. Seerene adds that shared evidence layer.
Switch the state to see the same signals as they are connected today and with Seerene.
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Cyan the development flow, left to right · pink rework, always back against the flow: the later a defect is found, the longer the loop · every step leaves metadata in repositories, tickets, pipelines and test systems.
Every production line runs the same flow. Seerene reads what it leaves behind.
A software production line is a software system with its engineering teams: from requirements through code, build and test to running software. Local tools see the steps, not the friction between them. The pyramid is built bottom-up from what every line already records.
Connect and normalize · one definition, each figure with its context
Work itemsJira · ALM
CommitsGit
Builds and testsCI/CD · test management
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Shared definitions + system context
One definition per selected indicator; the system, team and partner behind each figure stay attached.
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Production line 1Rework share of capacity · same definitionContext: Customer portal · its teams
Production line 2Rework share of capacity · same definitionContext: Payments platform · its teams and partner
Nothing is replaced or re-entered. Engineering validates the interpretation; leadership sets priorities.
X-Axis · Development flow · Y-Axis · Production lines · Z-Axis · Management levels. The selected management level is lit in the pyramid; the paths show how the evidence beneath it is built.
Euro and FTE figures derive from the same inputs: recovery potential ÷ cost per developer = FTE equivalent. Shown as redirected capacity for product work, not as a cash saving. Friction and recovery shares are scenario assumptions; the independent baseline replaces them with your organization’s measured profile.
{{ recCount }} recorded talks and panels, open to everyone.
Masterclasses and executive exchanges since 2021, published on Seerene’s YouTube channel with the speakers’ consent. Pick a year, open a talk, or go to the gathering it belongs to.
Research, executive conversations and method notes on Software Production Governance, AI in software production and the leadership of large engineering organizations. Every piece carries an author and a date; every figure carries its source and period.
{{ articleCount }} articles since 2025 from seerene.com/news, URLs preserved.
From reading to deciding.
If an article raised a question about your own software production, a 30-minute Executive Briefing is the fastest way to find out what the evidence would show.
Thirteen gatherings since 2021, at the Hasso Plattner Institute in Potsdam, in Berlin and at Schloss Fürstlich Drehna. The next retreat is announced to members first.
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Executive Briefing
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Duration
30 minutes, video call or in person in Potsdam or Berlin.
Who you meet
We aim to arrange the briefing with Dr. Johannes Bohnet, CEO, personally. Alternatively, by prior agreement with you, an experienced member of Seerene’s team leads the conversation. For technical validation, Seerene’s engineering lead.
What you get
A written summary of your question, the evidence that would settle it and the proposed next step, which you can forward internally.
Next steps
If a baseline fits: technical validation call, scoping, specific proposal, independent baseline typically about 30 days from data readiness. If not, we say so.
Prefer to read first? The Executive Brief is a one-page summary written for internal forwarding. Direct contact: hello@seerene.com · +49 (0) 331 706 234 0
Schedule a 30-minute briefing
Pick a time in the calendar. The invitation names who leads the conversation.
Thank you. We reply within one business day with proposed times.
Within one business day Seerene proposes two or three times and coordinates them with you. The briefing counts as confirmed only once you have accepted a date; you then receive a calendar invitation naming who will lead the conversation.
We aim to arrange the briefing with Dr. Johannes Bohnet personally; alternatively, by prior agreement with you, an experienced member of our team leads it. Nothing to prepare on your side. If you like, forward the Executive Brief to the colleagues who should join.
What a briefing is, and is not
Is this a sales call?+
It is a conversation about your decision. If a baseline is not the right instrument, we tell you. If it is, we tell you what it would cover and cost in effort before anyone talks about a contract.
Can I bring colleagues?+
Yes. The most useful briefings include the executive who owns the decision and the engineering lead who knows the systems.
Do I have to share data beforehand?+
No. The briefing works from your question. Data is only connected in a baseline, after technical validation and scoping.
How do I forward this internally?+
Send the Executive Brief, a one-page summary written for the executive who has to decide, or this page’s stable link, seerene.com/briefing.
Software Excellence Network · Membership
Ask about membership.
The Software Excellence Network is an invitation-only peer forum for CEOs, CIOs, CTOs and senior engineering leaders who run software at scale. Membership begins with an introductory conversation: you describe your role and organization, and the Network tells you plainly whether the forum fits and what the next gatherings are.
Who it is for
Senior decision-makers accountable for software at scale: CEOs, CIOs and CTOs, CFOs and board members, VPs and heads of engineering of large organizations.
What members get
Executive exchanges in Berlin, retreats at Schloss Fürstlich Drehna and masterclasses at the Hasso Plattner Institute. Peer exchange off the record, practitioners’ masterclasses and early research from academia.
How it works
Membership is by invitation. After your inquiry, the Network proposes an introductory conversation and names the gatherings that fit your role and sector.
Who you talk to
Oliver Viel, Chief Communication Officer at Seerene, answers membership inquiries personally.
Oliver Viel gets back to you personally with a proposal for an introductory conversation and the gatherings that fit your role. Membership is confirmed after that conversation.
Executive Brief
One page for the executive who has to decide.
This brief is written to be forwarded: to a CEO, a CIO, a board member or a strategy team. It states the decision need Seerene serves, what the evidence would show, what a baseline asks of the organization and the next step. No registration, no sales follow-up unless you ask for one.
Leadership decides about software investment, capacity, modernization and AI adoption across a portfolio that no single report describes. Status reports and tool dashboards give local signal, not a comparable management view.
What Seerene provides
The Digital Boardroom for Enterprise Software Production: one independent evidence base across cost, quality, capacity, risk and business value, built read-only from the toolchain teams already use, comparable across product lines, teams and partners, and traceable from every management figure to the system, the component and its change history — evidence at code level, without source code leaving your environment.
What becomes decidable
Where additional investment reaches the product and where it is absorbed; which systems carry structural risk for the business; what AI adoption has changed in production; whether allocation still matches strategy.
Evidence and trust
Engineering leads validate every interpretation before leadership decides. Team and system level only; no individual scoring or ranking. Research origin at the Hasso Plattner Institute; proof is the trace from figure to source.
What it asks of the organization
One executive sponsor with a decision to take; one engineering lead for validation; one technical contact for typically 8–16 net working hours in total of read-only connection. No new tools, no workflow changes. Security review, procurement and works council alignment planned in parallel.
Your part
The executive who owns the question reads the answer in every executive review: 15 minutes with the direct reports, aligned with your management cadence, one verified view, three decisions — where are we off track, who acts next, what changes before the next review. The first four to six rounds are guided. The technical validation can be delegated; the decision cannot.
Perimeter
Several production lines that differ in technology and method, up to the whole software production, agreed in scoping. A single team cannot show the portfolio effect.
Day 30
An evidence review, not a contractual exit: findings validated by engineering, three to five proposed actions with owners, and a decision to continue, expand or stop.
Timeline
Executive Briefing (30 minutes) → technical validation → scoping and offer → independent baseline typically about 30 days from data readiness → review of effect.
Next step
Request an Executive Briefing at seerene.com/briefing, or forward this page to the executive who owns the decision.
If you are preparing a decision for your executive team, the brief above is the summary. The questions below are the ones that usually come back; the answers are short on purpose.
What is the smallest commitment?+
A 30-minute Executive Briefing. It ends with a written summary and a plain statement of whether a baseline would answer the decision in question.
What does a baseline cost in time?+
Typically about 30 days from data readiness within the agreed scope. On the organization’s side: one validation call, typically 8–16 net working hours for a technical point person, and a review session for the engineering leads whose systems appear in the findings.
Is this a transformation program?+
No. Nothing changes for teams. The Digital Boardroom is a management view above the existing toolchain, used by leadership and engineering in a short executive review aligned with your management cadence.
What do we tell the works council?+
That the model works at team and system level, contains no individual metrics, and that the documentation used in previous works council reviews is available for theirs.
Legal
Imprint / Impressum
English, followed by the German version (Deutsch). Website provider: Generative AI Seerene GmbH, Potsdam. The group companies in New York and Hong Kong are listed for completeness; they do not operate this website.
English
Provider · § 5 DDG
Generative AI Seerene GmbH August-Bebel-Straße 26–53, 14482 Potsdam, Germany Managing Director: Dr. Johannes Bohnet Commercial register: Amtsgericht Potsdam, HRB 22123 P · VAT ID: DE 266655664 hello@seerene.com · +49 (0) 331 706 234 0
Group company · USA
Seerene Inc. 747 Third Avenue, 4th Floor, New York, NY 10017, United States Managing Directors: Marc Hildebrandt, Sophia Höhn
Group company · Hong Kong
Seerene Asia Limited Unit A, 25/F, United Center, 95 Queensway, Admiralty, Hong Kong Managing Director: Mathias Höhme
Editorial responsibility
Pursuant to § 18 (2) MStV: Dr. Johannes Bohnet, address as above.
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The contents of these pages were prepared with the greatest possible care; we cannot guarantee their accuracy, completeness or currency. As a service provider we are responsible for our own content under § 7 (1) of the German Digital Services Act (DDG) and the general laws. Under §§ 8 to 10 DDG we are not obliged to monitor transmitted or stored third-party information or to investigate circumstances indicating illegal activity. This website links to external websites of third parties over whose content we have no influence; the respective provider or operator is responsible for the content of linked pages.
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About these views
Product screenshots show the Seerene Digital Boardroom using demonstration datasets. Concept diagrams explain the approach and are not application screens. Customer statements and project references are identified separately.
Deutsch
Anbieter · § 5 DDG
Generative AI Seerene GmbH August-Bebel-Straße 26–53, 14482 Potsdam, Deutschland Geschäftsführer: Dr. Johannes Bohnet Handelsregister: Amtsgericht Potsdam, HRB 22123 P · USt-IdNr.: DE 266655664 hello@seerene.com · +49 (0) 331 706 234 0
Konzerngesellschaft · USA
Seerene Inc. 747 Third Avenue, 4th Floor, New York, NY 10017, USA Geschäftsführer: Marc Hildebrandt, Sophia Höhn
Konzerngesellschaft · Hongkong
Seerene Asia Limited Unit A, 25/F, United Center, 95 Queensway, Admiralty, Hongkong Geschäftsführer: Mathias Höhme
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Nach § 18 Abs. 2 MStV: Dr. Johannes Bohnet, Anschrift wie oben.
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9. Your rights
Under the GDPR you have the right to access (Art. 15), rectification (Art. 16), erasure (Art. 17), restriction (Art. 18), data portability (Art. 20), objection (Art. 21), and withdrawal of consent (Art. 7(3)) at any time. To exercise these rights, contact privacypolicy@seerene.com. You also have the right to lodge a complaint with a supervisory authority — for Seerene, the competent authority is the State Commissioner for Data Protection and Freedom of Information Brandenburg.
10. Retention
We keep personal data only as long as necessary for the purpose for which it was collected, or as required by statutory retention obligations (e.g. § 257 HGB, § 147 AO). Beyond that, data is deleted or anonymised.
11. Changes to this policy
We may update this policy to reflect changes in our processing activities or the legal environment. The current version is always available at this URL.
Diese Datenschutzerklärung informiert über die Verarbeitung personenbezogener Daten beim Besuch von www.seerene.com sowie beim Ausfüllen von Formularen. Die Verarbeitung erfolgt gemäß der EU-Datenschutz-Grundverordnung (DSGVO) und dem Bundesdatenschutzgesetz (BDSG).
3. Automatisch erhobene Daten (Server-Logs)
Beim Aufruf der Website übermittelt Ihr Browser technisch notwendige Daten: IP-Adresse, Datum und Uhrzeit, Browsertyp und -version, Betriebssystem, Referrer-URL und angefragte Ressource. Rechtsgrundlage ist Art. 6 Abs. 1 lit. f DSGVO (berechtigtes Interesse an einem stabilen, sicheren Betrieb). Diese Daten werden spätestens nach 30 Tagen gelöscht oder anonymisiert.
4. Cookies & ähnliche Technologien
Standardmäßig setzen wir nur technisch notwendige Cookies. Optionale Cookies (Analyse, Marketing) werden erst nach Ihrer ausdrücklichen Einwilligung über unser Cookie-Banner aktiviert – gemäß § 25 TDDDG (ehem. TTDSG) und Art. 6 Abs. 1 lit. a DSGVO. Sie können Ihre Einwilligung jederzeit über die Schaltfläche unten ändern oder widerrufen.
5. Kontakt- und Briefing-Formulare (HubSpot)
Unsere Formulare sind über HubSpot eingebunden (HubSpot Inc., 2 Canal Park, Cambridge, MA 02141, USA). Bei Absendung werden Ihre Eingaben (z.B. Name, Geschäftsadresse, Unternehmen, Nachricht) an HubSpot-Server übermittelt und in unserem CRM gespeichert. Zweck ist die Bearbeitung Ihrer Anfrage und die Pflege der Geschäftsbeziehung. Rechtsgrundlage: Art. 6 Abs. 1 lit. b DSGVO (vorvertragliche Maßnahmen) und Art. 6 Abs. 1 lit. f DSGVO (berechtigtes Interesse an effizienter B2B-Kommunikation).
Übermittlungen an HubSpot in die USA sind durch Standardvertragsklauseln (SCC) und das EU-US Data Privacy Framework abgesichert. Datenschutzerklärung HubSpot: legal.hubspot.com/privacy-policy.
6. Analyse (Google Analytics 4)
Nach Ihrer Einwilligung nutzen wir Google Analytics 4 (Google Ireland Ltd., Gordon House, Barrow Street, Dublin 4, Irland) zur anonymisierten Reichweitenmessung. IP-Adressen werden vor der Speicherung gekürzt. Rechtsgrundlage: Art. 6 Abs. 1 lit. a DSGVO. Ein Widerruf ist jederzeit über die Cookie-Einstellungen möglich.
Diese Dienste werden über den Google Tag Manager eingebunden, ein Tag-Verwaltungswerkzeug der Google Ireland Ltd. Der Tag Manager selbst setzt keine Analyse- oder Werbe-Cookies; er löst die hier genannten Dienste erst nach Ihrer Einwilligung aus. Soweit dabei Daten an Google-Server in den USA übertragen werden, ist dies durch Standardvertragsklauseln (SCC) und das EU-US Data Privacy Framework abgesichert.
7. Eingebettete Dienste
Wir betten gelegentlich Inhalte von YouTube, LinkedIn und X/Twitter ein. Diese Dienste können beim Laden eigene Cookies setzen oder Ihre IP-Adresse verarbeiten. Solche Einbettungen werden nur nach Ihrer entsprechenden Cookie-Einwilligung aktiviert.
8. Empfänger
Daten werden durch Seerene-Mitarbeitende und durch Auftragsverarbeiter nach Art. 28 DSGVO verarbeitet, u.a. unser Hosting-Provider, unser CRM (HubSpot) und — bei erteilter Einwilligung — Analyse-Anbieter. Ein Verkauf personenbezogener Daten findet nicht statt.
9. Ihre Rechte
Nach der DSGVO haben Sie das Recht auf Auskunft (Art. 15), Berichtigung (Art. 16), Löschung (Art. 17), Einschränkung (Art. 18), Datenübertragbarkeit (Art. 20), Widerspruch (Art. 21) und jederzeitigen Widerruf einer Einwilligung (Art. 7 Abs. 3). Zur Geltendmachung Ihrer Rechte wenden Sie sich an privacypolicy@seerene.com. Außerdem steht Ihnen das Beschwerderecht bei einer Aufsichtsbehörde zu — für Seerene ist dies die Landesbeauftragte für den Datenschutz und für das Recht auf Akteneinsicht Brandenburg.
10. Speicherdauer
Personenbezogene Daten werden nur so lange gespeichert, wie dies für den jeweiligen Zweck erforderlich ist oder gesetzliche Aufbewahrungspflichten bestehen (z.B. § 257 HGB, § 147 AO). Darüber hinaus werden Daten gelöscht oder anonymisiert.
11. Änderungen dieser Erklärung
Wir passen diese Datenschutzerklärung an, wenn sich Verarbeitungen oder die Rechtslage ändern. Die jeweils aktuelle Fassung ist stets unter dieser URL abrufbar.
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Terms that work well: baseline · Software Map · capacity · rework · supervisory board · AI · Executive Briefing. Or go straight to the platform →
Explore Joerg Seitter's vision for the future of automotive innovation, where software-defined vehicles, infrastructure-assisted driving, and cross-disciplinary collaboration redefine the industry.
At the Learning Curves event, Joerg Seitter, Head of Advance Engineering at ETAS, shared a masterclass that was both deeply personal and profoundly visionary. Drawing from his unique career path and extensive experience, Seitter illuminated the challenges and opportunities in transitioning to software-defined vehicles (SDVs). His talk underscored the importance of convergence—between technologies, industries, and mindsets—as the key to unlocking the automotive industry's future.
The legacy of hardware-defined systems
For decades, automotive innovation has been constrained by a hardware-centric development model. Seitter described how manufacturers have traditionally relied on a “divide-and-conquer” strategy: breaking down complex systems into manageable components and coordinating these parts through mechanical and digital interfaces.
While this approach has delivered reliable vehicles, it has also created a rigid, distributed architecture that lacks the flexibility required for modern, software-centric innovation.
We are heading toward a new era where features are defined by software, as Seitter explained. However, achieving this vision requires a fundamental shift in how vehicles are designed and built.
The challenges of transitioning to software-defined vehicles
The move to software-defined vehicles is not as simple as applying IT solutions to automotive challenges. Seitter emphasized the unique constraints of vehicles as cyber-physical systems—starting with their safety-critical nature.
In the second half of his presentation, Seitter painted a vivid picture of the future, where vehicles are integrated into broader ecosystems of mobility, infrastructure, and energy.
Article excerpt: introduction, the first section and the opening of the second.
From the gathering
Automotive Software Factory — Learning Curves · 22 September 2022 · Hasso Plattner Institute, Potsdam
Dr. Johannes Bohnet — CEO & Founder, Seerene — ../../images/sen/gallery-learning/automotive_seerene_final-c-sebastian_rost-68_kleiner.webp — https://www.seerene.com/images/sen/gallery-learning/automotive_seerene_final-c-sebastian_rost-68_kleiner.webp
Ole Harms — CEO, VAIVA GmbH — ../../images/sen/speakers/ole-harms.webp — https://www.seerene.com/images/sen/speakers/ole-harms.webp
Prof. Dr. Jürgen Döllner — AI Lab for IT-Systems Engineering, HPI — sen/speakers/doellner.webp — https://www.seerene.com/images/sen/speakers/doellner.webp
Andreas Sicheneder — CEO, Audi Business Innovation — ../../images/sen/speakers/Andreas-Sicheneder.webp — https://www.seerene.com/images/sen/speakers/Andreas-Sicheneder.webp
Jörg Seitter — Head of Advanced Engineering, ETAS — ../../images/sen/speakers/Joerg-Seitter.webp — https://www.seerene.com/images/sen/speakers/Joerg-Seitter.webp
Leo Shiwei Li — President of European Region, Tencent — ../../images/sen/speakers/Leo-Shiwei-Li.webp — https://www.seerene.com/images/sen/speakers/Leo-Shiwei-Li.webp
