Brief description: ecoflexx.ai is the modular core system for company-wide management using numbers, data, facts, and AI – confident, secure, and integrable. The solution combines key performance indicator management, secure data storage, proprietary AI agents, and automation – available from the Open Telekom Cloud, on-premises, or as an appliance. Customer benefits: Ecoflexx consolidates fragmented data, KPIs, and decisions into a unified system. Flexible integration of existing tools, legacy systems, and processes with maximum control. GenAI agents based on OpenAI, Mistral, OLLAMA, and others – operable in the EU cloud, on-premises, or as an appliance. Features: Trusted data space with hierarchical data structure. KPI engine with types, formulas, scoring, and AI prompts. Manageable GenAI agents (analysis, import, reporting, and actions). Connection to external LLMs via OpenWebUI, REST, and plug-in interfaces. Workflow orchestration via Quickwork, n8n, or custom triggers.

Wire-mesh sensors are imaging instruments for the analysis of gas-liquid and liquid-liquid multiphase flows. They combine a robust design, secure phase discrimination and ultrafast measurement. Wire-mesh sensors allow you to visualize and measure transient flows with unprecedented frame rates of up to 10,000 images per second and up to 2 mm spatial resolution and thus to disclose even the last unresolved detail of your flow problem. How the Wire-Mesh-Sensor works Wire-mesh sensors measure characteristic multiphase flow parameter by a grid of fine wire electrodes in the flow cross-section. The wires are very thin, typically 0.25 mm. Thus the sensor generates virtually no pressure drop. Usually, wire-mesh sensors are operated in pipes or columns. But special designs also allow the investigation of other flow cross-sections. If round or square, small or large – wire-mesh sensors offer all the required flexibility. Learn more about it: Wire-Mesh-Sensor in detail   Measurement method Wire-mesh sensors employ an electrical measurement principle for the differentiation of the individual phases in the flow. By choosing between conductivity or capacitive measurement scheme you may analyze virtually any solids-free type of multiphase flow. Examples are water-gas, water-steam and oil-gas flows. Learn more about it: multiphase-flow-measurements

D-BAND is a revolutionary dual-band optical sensor that delivers seamless detection across the visible and short-wave infrared (SWIR) spectrum — all in a single, CMOS-compatible element. With a low cost production per device, D-BAND enables compact, high-performance sensing for mass-market applications.   Designed for room-temperature operation, RoHS compliance, and easy system integration, D-BAND offers a disruptive alternative to bulky, expensive multi-material detector solutions. Key features  Broad spectral coverage: 300–1900 nm (VIS–NIR–SWIR) Monolithic sensor design: Single-element architecture Ultra-low cost: < 1 €/device — scalable and accessible CMOS-compatible: Integrates directly with standard electronics Stable at room temperature: No cooling or vacuum packaging required Compact & robust: Ideal for portable and embedded platform Technology A silicon breakthrough for broadband photodetection At the core of D-BAND is a proprietary silicon-based photodetector structure that leverages deep-level impurity engineering to extend spectral sensitivity far beyond the visible range — all the way to 1900 nm.   Our approach enables: Single-material design — eliminating the need for compound semiconductors High absorption efficiency in both visible and SWIR bands Room-temperature operation — no thermoelectric or cryogenic cooling Mass manufacturability using standard CMOS processing   This novel technology makes D-BAND uniquely positioned to disrupt the optical sensing landscape by replacing expensive, multi-material, multi-element stacks with a single, compact chip.   We believe in a future where spectral sensing is ubiquitous, affordable, and scalable.

The fabbrain low-code platform supports the development of individual management software. Ideal for companies and organizations across all industries that want to quickly and efficiently digitize and modernize their administrative processes for personnel, products, projects, services, procurement, sales, finance, locations, and much more. Tailor-made software solutions for companies. Fast and high-quality software development thanks to low-code. The software can be adapted to (new) internal company requirements.

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Professional information security consulting according to ISO 27001 and IT-Grundschutz supports companies in establishing, implementing, and optimizing an information security management system (ISMS). This process takes into account both the internationally recognized ISO standard and the practical measures of the BSI (German Federal Office for Information Security) Baseline Protection (BSI-Grundschutz). The consulting begins with a comprehensive analysis and risk assessment of the current situation, followed by a structured implementation of technical, organizational, and documentation measures. The goal is to achieve a sustainable level of security that meets both legal requirements and the company's individual needs. Finally, upon request, the company is supported through to successful certification.

A professional phishing simulation is a controlled measure in which fake emails are deliberately sent to employees to test their security awareness. The goal is to realistically recreate typical attack attempts and identify vulnerabilities in behavior – without causing actual damage. The simulation is individually tailored to the company and takes current attack methods into account. Following the simulation, companies receive a detailed analysis including click and response rates, as well as recommendations for targeted training. This measure thus contributes to sustainably strengthening the security culture within the company.

A professional penetration test (pentest) is a targeted security review of IT systems in which vulnerabilities are identified and exploited – under controlled conditions. The goal is to simulate real attack vectors in order to objectively assess a company's IT security. The test is conducted by experienced security experts and is based on clearly defined objectives, methods, and legal frameworks. Upon completion, companies receive a detailed report outlining the identified vulnerabilities, their associated risks, and concrete recommendations for action. A professional pentest contributes significantly to identifying security gaps early and sustainably increasing the level of protection.

Applying a current to cables under test always poses a major challenge in high-voltage technology, especially when long cable runs are involved. This is due to the coupling of the power required for testing, while taking into account the necessary insulation from the excitation circuit. Furthermore, for DC applications, it is also advisable to test with DC current, which is still very complex with current methods.

Explicit structural dynamics codes used to simulate crash, metal forming and explosions require optimized solution updates to achieve highly efficient calculations of transient processes. To achieve this, linear finite element codes use mass concentration, reduced quadrature and hourglass stabilization. A competitive higher order technology – with the potential to deliver more efficient simulations – has not yet been realized.

In addition to safety proof and operation in bad weather, the energy requirements for computing are an obstacle to the introduction of automated vehicles in more complex applications.

Currently, on-board chargers are largely implemented as a two-stage topology consisting of an active front end and a galvanically isolated DC-DC converter. The second stage is used to avoid fault currents that would trigger the residual current device (RCD). This has the disadvantage that the energy flow has to be converted twice using power electronics and in the process power loss occurs in both stages.