For manufacturers, successors and investors
Production capability often depends on a handful of people, long-evolved software configurations, ageing equipment, energy supply and long-standing external partners.
Technical Continuity shows whether a defined technical capability can be transferred, recovered and kept operational when conditions change.
Transferable · Recoverable · Resilient · Verifiable
What this is about
What matters is whether the technical capability behind it is truly available to the company: current software and configuration states, experience-based knowledge, recoverability, spare-part capability, energy and infrastructure dependencies, and access to external technical expertise.
The departure of a key person is only one possible trigger. OEM support, integrators, software, licences, spare parts, energy supply or technical configurations built up over many years can also change or become unavailable. Technical Continuity examines how well a defined critical technical capability can be preserved, recovered and transferred through such changes.
Services
Each review is tailored to a clearly defined scope. That keeps the result specific: what technical capability was assessed, which dependencies matter and which actions are actually relevant.
01 · Continuity
Is the capability embedded strongly enough in the company to be taken over by new people or structures and recovered after a serious disruption?
02 · Resilience
How long can a critical production scope remain operational when essential dependencies are temporarily unavailable?
03 · Transaction & succession
Is a manufacturing company's technical capability genuinely transferable — or does it depend on risks that financial and legal due diligence may not reveal?
The Assessment
The assessment covers a clearly defined technical scope — for example, a critical system or a business-critical production capability — including the people, software states, documentation, spare-part exposure, energy dependencies and support structures that make that capability work.
If existing management systems, documentation or technical evidence already substantiate a requirement, we use that evidence rather than starting again from scratch. This also applies to evidence from ISO 9001, IATF or other audits.
And if your existing structures are sufficient, we say so. The assessment focuses on the remaining questions that matter for taking over, recovering and continuing the agreed scope.
Key people, experience-based knowledge and whether a qualified third party could become technically effective without depending on one specific individual.
PLC, CNC, HMI and drive states, parameters, engineering tools, licences and backups that can actually be used for recovery.
Technical documentation, recorded changes and the information required for another qualified person to take over the scope.
Obsolescence, critical components and dependencies on OEMs, integrators and external support structures.
Supply dependencies, required utilities and the technical prerequisites for controlled operation and recovery.
Typical triggers
The Result
The assessment does not end with a list of deficiencies. The defined scope receives a transparent Technical Continuity classification, together with key dependencies, Critical Continuity Breakers, Recovery Gaps and concrete actions.
A result for a 5-axis CNC milling capability is not a rating of the entire company. An enterprise-wide TC Level is only issued where the assessment provides sufficient coverage of the company's business-critical technical capabilities.
This keeps the result honest about what was actually assessed — rather than turning it into a blanket marketing badge.
Identify critical knowledge, software states and technical resources. Prioritise immediate actions and practical short-term improvements.
Understand technical transfer needs, spare-part, energy and recovery risks, and medium-term modernisation requirements before they become urgent.
Summarise the findings in a Technical Continuity Statement for selective use with successors, buyers, advisers or other relevant parties.
Effort and fixed price depend on the system boundary, complexity and agreed assessment depth.
Founding Pilot
We are looking for five manufacturing companies for the first practical validation round. They will contribute to the development and real-world testing of the Technical Continuity Framework and its extended resilience perspective.
The initial outreach is focused on Saxony and Thuringia, Germany.
Founding Pilot terms: a clearly defined fixed price after a short technical scoping call. Complexity and assessment depth are agreed transparently in advance.
Discuss pilot participationWhat is included
Founding Pilot status documents participation in the development and validation of the method. It is not a quality seal.
Confidentiality & method
Technical findings, vulnerabilities and measures remain confidential by default.
The company decides whether the summary is shared, and with whom.
A TC Level or result badge is made public only at the company's explicit request and always with the assessment scope clearly identified.
An assessment, not a marketing badge. The Technical Continuity Initiative is developing a transparent, evidence-based assessment method. The Founding Pilot is used to validate the Technical Continuity Framework in real operating environments.
A Technical Continuity Assessment is not a certification, CE or safety assessment, cybersecurity certification, financial due diligence or a guarantee of equipment availability. It assesses only the agreed scope.
Who is behind Technical Continuity
Technical Continuity is developed and led by Ronald Reisener, with a background at the intersection of engineering, software, documentation and system responsibility.
For more than 20 years, I have worked with complex technical systems — from medical technology and aviation/A400M to embedded systems, system integration and technical project structures. The same fundamental question comes up repeatedly: is a technical system genuinely under control within the company — or does it work only as long as the right people, tools, utilities and external partners remain available?
Technical Continuity grew out of that experience: a structured way to assess whether critical technical capabilities are anchored within the company, recoverable, and transferable to new people or organisational structures.
Hardware, software, embedded systems, interfaces and technical dependencies are considered together rather than in isolation.
Experience in environments where traceability, recoverability and well-controlled technical states are essential.
The assessment is vendor- and product-neutral. It evaluates what is actually available and controllable within the agreed scope.
Where specialist technology expertise is required, external experts can be brought in selectively. Assessment leadership, methodology and responsibility for the result remain clearly with Technical Continuity.
Direct contact with Ronald Reisener. The phone number is shown only after you click.
The next step
The Self-Check provides an initial orientation in a few minutes. If the topic appears relevant, we can then discuss without obligation which technical scope and review question would make sense.
For succession and M&A advisers, investors and other partners: Technical Continuity complements existing review and transition processes by examining the transferability, recoverability and resilience of clearly defined production capabilities.