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Posts by category
- Category: Analytics & Sensorics
- Thriving as a technology consultant in INVENSITY – an experience report
- How artificial intelligence can improve quality and reliability in project controlling
- Analyzing sensor system flaws in modern machines – 1st article of the series
- COVID-19: Basic reproduction rate as spread estimation
- COVID-19: Simulating current and target behavior
- COVID-19: Calculation of the future behavior using daily data
- COVID-19: Success of the contact prohibition
- COVID-19 outbreak analysis
- Category: Artificial Intelligence
- Exploring the Levels of Generative AI Integration in Applications
- AI Use Case: Improving Productivity with RAG & GenAI-powered Chatbots – Transforming Knowledge Management
- How to save time with AI-generated minutes in online meetings!
- Explainable AI: Transparency and Trust in AI Systems
- New approaches to project management: AI as the key to 38% more efficiency
- How to leverage the potential of generative AI – Or why we don’t allow ChatGPT 5 billion users
- ISO 8800: Safety and Artificial Intelligence for Road Vehicles
- Differences in the AI development processes and challenges of AI projects
- Predictive Quality – Opportunities of AI in Production (Part II)
- More efficient safety management with MBSE
- Increase productivity with hybrid work models
- Predictive Quality – Opportunities of AI in Production (Part I)
- AI in project management
- How artificial intelligence helps optimize resource planning
- Making autonomous driving safer. This is KARLI.
- Why talk about creativity when you want innovation? – Part III
- Why talk about creativity when you want innovation? – Part II
- Why talk about creativity when you want innovation? – Part I
- How to innovate: Product innovation by using AI
- Embedded AI – How an AI Revolution will look in the German industry
- Artificial Intelligence Solutions
- Category: Corporate Social Responsibility
- Category: Cybersecurity
- Understanding the Cyber Resilience Act: Strengthening Digital Security
- EU regulation for cybersecurity and digital product security: The Cyber Resilience Act
- 12 bugs per week: Is it time for a new automated negative testing approach?
- The Importance of Vulnerability Management in the Automotive Industry
- Regulation UN R155 – Cybersecurity becomes relevant for approval in automotive development
- Interview with cybersecurity expert Jana von Wedel
- Category: Due Diligence
- INVENSITY advises COHEMI Group, a portfolio company of Silver Investment Partners (SIP), on the acquisition of NOVEDAS Consulting with a customer and potential assessment
- INVENSITY advises VR Equitypartner and SüdBG on its majority investment in DEKOM with a commercial and ESG due diligence
- INVENSITY advises SEVEST on its acquisition of Sauter Group with a commercial due diligence
- INVENSITY advises Rigeto on the acquisition of Dance All Day (DAD) and Nova MD (NMD)
- INVENSITY advises Silver Investment Partners on acquisitions for its majority investment in COHEMI Group GmbH
- INVENSITY advises Rivus Capital on the acquisition of a majority stake in Cornelsen Group with a Technical & Market Due Diligence
- INVENSITY advises HANNOVER Finanz on the investment in PAUL Tech AG with a technical due diligence
- INVENSITY advises MM Mittelstandsbeteiligungen GmbH and Invest Unternehmensbeteiligungs AG with a commercial due diligence for the investment in Sokratel Kommunikations- und Datensysteme GmbH
- INVENSITY advises SHS Capital on the acquisition of a majority share in Essert Robotics
- Press release: Commercial & Technical Due Diligence for Lab14
- Press release: Commercial & Technical Due Diligence for United Robotics Group
- Press release: Commercial due diligence for Gimv
- Press release: Commercial due diligence for United Robotics Group
- Press release: Commercial & technical due diligence for Anker Kassensysteme
- Press Release: Successful support in the creation of a Commercial Factbook
- Press Release: Successful technologies and software due dilligence
- Press Release: Successful commercial and technical due dilligence
- INVENSITY advises Halder-backed Anker Kassensysteme on the acquisition of LocaFox
- INVENSITY advises NORD Holding on the acquisition of a majority stake in Dr. Födisch Umweltmesstechnik
- INVENSITY advises bmp Ventures and Zobel Values on investment in cleantech company Saperatec
- INVENSITY conducts commercial due diligence for acquisition of majority stake in C-MAC
- Category: Energy Technology
- Category: Health Care
- Category: Interviews
- Navigating the Challenges of Safety Management in Product Development
- ISO/PAS 8926:2024 – Functional safety of Road vehicles – Use of pre-existing software architectural elements
- As the rail industry increasingly relies on non-proprietary solutions, what does this mean for suppliers in terms of RAMS?
- Requirements Management – A Story of Neglect and Potential
- Category: Management
- Onboarding at INVENSITY
- How to manage your organization in turbulent times – insights from Peter F. Drucker
- What makes a leader great?
- Learning about Agile Product Development
- Video Interview on AGILE Product Development
- How does a leader become great?
- EU Whistleblower Directive: Obligation to set up an internal whistleblowing system by the end of 2021
- Fabian Koark appointed CEO of INVENSITY Inc.
- Web-podium: Technical Due Diligence in the context of Security
- What good processes have to do with soccer
- How uncertainty can be made predictable
- Everyone can be a leader!
- Webinar: Scenario-based decision making in crisis situations
- Category: Mergers & Acquisitions
- INVENSITY’s next chapter: Opening doors in Sweden for Tech Innovation and Business Expansion in Scandinavia
- A Glimpse into Quantum Physics
- The (Christmas) Fault Tree
- Press release: New Investor Support branch in Barcelona office
- Expert Interview: SysML v2
- Software & Technology in Transactions – Software as the new “Brick & Mortar”
- Category: Press Information
- Category: Process Consulting
- Category: Project Management
- Category: Safety Management
- A Closer Look at the Most Common Gaps found in Functional Safety Assessments
- Developing a Robust Safety Culture in the Age of Complex Technologies
- How do companies successfully pass a Functional Safety Audit – A Guide
- Functional Safety Assessment according to ISO 61508 and EN 50126 for a TIER1 supplier in the railway industry
- Advances in Road Vehicle Safety of Automated Driving: A Comprehensive Review of Recent ISO Standards
- Recognize, regulate and influence emotions better with ‘Emotional Intelligence’
- Safety Culture Enables the Future of Automotive Development
- 5 Key Insights into Automotive Safety Management – Highlights from the Automotive Safety Technologies 2021 Conference
- How to apply ISO 26262 to the development of self driving cars?
- Category: Software Engineering
- Supercharge Your Project Lifecycle Management with the Right Toolchain setup
- Evaluating Model-Based Systems Engineering in Automotive Software: A Practical Guide for Implementation
- Leading with confidence and compassion as a technology consultant – an experience report
- From confusion to clarity: 5 key practices for improving code readability
- A bug for a feature
- Effects on Software Development of Autonomous Driving
- Category: Systems Engineering
- Category: Technology News
- Category: working@invensity
Projects
- Safety management for a new type of hybrid propulsion system for a passenger train
- Development of a framework and, based on this, creation of the model-based system architecture for a modular tower system
- Systems engineering and requirements design according to the specifications for operational architectures of NAF3.1
- Updating the system architecture of an infantry system for the overall architecture of the government client
- Initiation and implementation of a system architecture (incl. process) with the Enterprise Architect tool for a Med-Tec OEM
- System architect for the ECU design platform of the inverter system controlling an all-wheel drive system for passenger cars
- INVENSITY set up an internal tool landscape to exchange process-conform requirements via ReqIF interface to the client’s RM tool landscape
- Evaluation and Rollout of a Requirements Management Tool with Focus on Exchange of Specifications
- System and Requirement Engineering in an ASPICE development process
- INVENSITY provided a merged FMEA for all components including linkage and problem solving in APIS IQ
- Safety analysis and Functional Safety Concept for the development of a redundant braking system for an autonomous truck (SAE L4)
- Creating SOTIF work packages for multiple ADAS and parking functions
- HARA, SOTIF HIRE & Safety Concept for an autonomous robot taxi
- Functional Safety Concept for level 5 autonomous driving lane keeping system
- Creating an Item Definition, a System Analysis for Hazard Identification and a Functional Safety Concept for remote controlled braking via iActuators
- Daily business in safety management: INVENSITY supports in preventive quality management
- Functional safety for a Fuel Cell System (FCS) in automotive / non-automotive applications
- Functional safety for an Energy Storage System (ESS) Camper application
- Creation of a Failure Modes, Effects and Diagnostics Analysis (FMEDA) for ASIL-C/D safety goals for a road release approval
- Safe use and approval of alternative fuels (HVO, FAME) in drive systems for stationary and mobile applications
- Development of a safety verification and validation plan to ensure product safety
- Conception and integration of an overall network concept for a multi-component air defense system
- Development of a Penetration Test Concept in the development of a telemetry module
- Conduction of a Threat and Risk Analysis and development of a security concept for a telematics control unit
- Security Requirements Engineering for a Tier 1 automotive supplier
- Security management for development of a braking system ECU
- For an automotive system supplier in eMobility, the turnaround of the cross-functional Feature Development must be initiated and monitored
- Implementation of the INVENSITY Resource Management Approach to reach transparency, clear processes and a simplified tool landscape
- Development and maintenance of a project-specific and ASPICE-compliant tool landscape in the context of a complex eTurbo system development
- Reorganization of a development department incl. introduction of an agile process model based on the INVENSITY EnAgile method
- The turnaround of the cross-functional Feature Development must be initiated and monitored for an automotive supplier in e-mobility
- Operational introduction of ASPICE compliant processes & quality assurance in a pilot project for the development of an eTurbo system
- Achieve ASPICE Level 2 in VDA Scope for a truck steering system. To manage complexity. To deliver reliable, safe, and secure products
- Develop & establish a global governance model for the manufacturing launch PMO to ensure the successful ramp-up of a large-scale battery production
- Cybersecurity support for the implementation of a Bluetooth stick for industrial pumps
- Extension of existing development processes and organizational structures to meet the requirements imposed by cybersecurity norms and regulations
- Cybersecurity consulting for a Tier 1 component manufacturer for industrial control units
- Cybersecurity gap analysis according to ISO / SAE 21434
- Cybersecurity gap analysis according to IEC 62443
- Support of a Tier-1 automotive supplier in the implementation of cybersecurity measures in the development of a platform product
- Support of the extension of existing development processes to meet the requirements imposed by ISO 21434
- Execution of Threat Analysis and Risk Assessment (TARA) for a Software Update Management System (SUMS)
Consulting
- Consulting
- Cybersecurity
- Data Systems
- Process Consulting
- Project Management
- Safety Management
- Service Design
- Systems Engineering
Industries
Project Keywords
- ADMBw
- Agile Coaching
- Agile Transformation
- APIS IQ
- ASIL C
- ASIL D
- ASIL-B
- ASPICE
- ASPICE (VDA-Scope)
- Autonomous Driving
- Battery Cell Production
- Bluetooth LE
- Bluetooth Module
- Cryptography
- Cybersecurity
- Cybersecurity Process
- Cybersecurity Risk Analysis
- Design specification
- DIN EN 50126 & 50129
- DOORS
- DOORS NG
- Embedded Systems
- EN 14214
- EN 15490
- Enterprise Architect
- Estimations
- Ethernet
- Features
- FMEA
- FMEDA
- FSC
- FTA
- Fuel Release
- Function Development
- Gap Analysis
- HARA
- Hybrid Drive System
- ID
- IEC 62061
- IEC 62443
- Impact Analysis
- Interim Management
- INV Tool Evaluation Method
- ISO 12100
- ISO 13849
- ISO 19014
- ISO 21434
- ISO 25119
- ISO 26262
- ISO/SAE 21434
- IT Security
- JAMA connect
- JIRA
- JIRA (Ceptah Bridge)
- Jira (incl. BigPicture)
- JIRA Introduction
- L2 ADAS functions
- Manufacturing Launch
- Model-based Systems Engineering (MBSE)
- Modularity
- MS Project
- NAF
- NATO Architecture Framework (NAF)
- Network Security
- Operational Support
- Operational System Architecture
- Optical fiber
- Organization & Processes
- PAS 1883
- PAS 1883Autonomous Driving
- PeTe
- PLM
- PMHF
- PMO / Governance Model
- Polario
- Polarion
- Power Generator
- Process Development / APQP
- Process Improvement
- Process Optimization
- Process Transformation
- Processes
- Product Safety
- Project Management
- PTC Integrity
- R156
- Rail Vehicles
- Railway
- RAMS
- Rational Team Concert
- ReqIF interface
- Requirements
- Requirements Management
- Resource & Portfolio Management
- Reverse Engineering
- Risk Analysis
- RM / RE
- Road Release
- SAE / autonomous
- SAE L4
- SAE Level 5
- Safety Analysis
- Safety Management
- Security Assessment
- Security Concept
- Security Concepts
- Security Design
- Security Requirements
- SiRF / TESIP
- SOTIF
- Stages
- STPA
- SUMS
- Synthetic Fuels
- SysML
- SysML 1.5
- System Safety
- Tactical Data Radio
- TARA
- Technical Project Management
- Traceability
- V-Modell
- VDA 702
- Workshop