Evasive Robotics
Develops EvaLib, a real-time motion-planning library for multi-robot coordination in industrial automation.
Website: https://evasive-robotics.com/
Cover Block
PUBLIC The public record is thin but coherent on the basics. Evasive Robotics presents as a Dresden robotics-software startup built around multi-robot motion planning, with the clearest third-party confirmation coming from its October 2026 financing coverage [Startup.eu, October 2026].
| Field | Value |
|---|---|
| Name | Evasive Robotics |
| Tagline | Develops EvaLib, a real-time motion-planning library for multi-robot coordination in industrial automation [Evasive Robotics] |
| Headquarters | Dresden, Germany [Startup.eu, October 2026] |
| Founded | 2024 [WN.com reproducing Xista announcement, October 2026] |
| Stage | Pre-Seed [Startup.eu, October 2026] |
| Business Model | SaaS |
| Industry | Deeptech |
| Technology | Robotics |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+) |
| Funding Label | Pre-seed [Startup.eu, October 2026] |
| Total Disclosed | €2.1 million [Startup.eu, October 2026] |
Links
Publicly reported
- Website: https://evasive-robotics.com/
- LinkedIn: https://www.linkedin.com/in/rafiqiqbal/
Summary and Signal
PUBLIC Evasive Robotics is building a software layer for coordinating multiple industrial robots in the same workspace, and the company merits investor attention now because it has already translated that pitch into a €2.1 million oversubscribed pre-seed round and a public partner demonstration around dual-arm robotics [Startup.eu, October 2026] [W. Gessmann Industrial Controllers, March 2026]. Founded in Dresden in 2024, the company emerged from a team with robotics, automation, and industrial operations backgrounds, with early public reporting tying its development to the TU Dresden orbit and a first demonstrator in that research context [WN.com reproducing Xista announcement, October 2026] [IDT Media, September 2025].
The product, EvaLib, is described as a real-time motion-planning library that lets different robot types and manufacturers work together in a shared cell, with public claims centered on collision avoidance, trajectory optimization, and orchestration on standard hardware [Startup.eu, October 2026] [Evasive Robotics]. That positioning is potentially meaningful because many industrial cells still depend on vendor-specific integration work, and Evasive is explicitly aiming at assembly, palletizing, intralogistics, and other environments where floor-space constraints make multi-robot coordination commercially relevant [Startup.eu, October 2026].
The founder bench looks stronger on domain familiarity than on publicly demonstrated go-to-market proof. Public materials and profiles point to Stefan Zetzsch, Frank Peters, David Kuß, Tom Sauer, and Randy Gelfert as the founding group, while earlier reporting highlights Peters as the original technical driver and Kuß and Zetzsch as operators with direct automation and industrial experience [Evasive Robotics] [IDT Media, September 2025] [CompanyHouse.de].
On capitalization, the disclosed round brought in Nucleus Capital, xista science ventures, Vanagon, Robin Capital, and business angels, with the company categorized here as pre-seed and operating a SaaS model around robotics software [Startup.eu, October 2026]. Over the next 12 to 18 months, the central public questions are whether EvaLib converts demonstrations such as GESSbot Duo into repeatable deployments, whether vendor-independent orchestration proves durable outside controlled showcase settings, and whether the company can turn early technical credibility into a broader integrator or manufacturer sales motion [Robotics Connected] [W. Gessmann Industrial Controllers, March 2026].
One source, partially checked -- Section relies on Startup.eu, IDT Media, CompanyHouse.de, W. Gessmann, and company materials; core funding is independently reported, while several product and team details remain partly company-sourced.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Pre-Seed |
| Business Model | SaaS |
| Industry / Vertical | Deeptech |
| Technology Type | Robotics |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+) |
| Funding | €2.1 million pre-seed [Startup.eu, October 2026] |
Company Overview
PUBLIC
Evasive Robotics is a Dresden-based robotics software startup formed in 2024, with public company materials centered on a motion-planning library called EvaLib for coordinating multiple robots in shared industrial workspaces [Evasive Robotics]. The public record on legal form is stronger than the product marketing layer: the company appears as EVASIVE ROBOTICS GmbH in its imprint and commercial listings, and managing director roles are publicly associated with Stefan Zetzsch, David Kuß, and Frank Peters [Evasive Robotics] [CompanyHouse.de].
The founding team presented on the company website is unusually broad for a pre-seed industrial software startup, naming Stefan Zetzsch, Frank Peters, David Kuß, Tom Sauer, and Randy Gelfert as co-founders [Evasive Robotics]. Public role attribution is not fully static across sources. The company website lists Zetzsch as CEO, Peters as CTO, Kuß as co-CTO, and Sauer as COO, while external public profiles and listings show some variation over time, including Peters as founder and CEO on LinkedIn and as co-founder and CTO on Profibus.com [Evasive Robotics] [LinkedIn] [Profibus.com].
Chronology is still short, but the milestones are visible. A September 2025 profile described the company as developing its first demonstrator in a TU Dresden-linked research context and framed the core problem as simplifying multi-robot coordination for industrial use cases [IDT Media, September 2025]. By August 2026, EVASIVE ROBOTICS GmbH appeared in the Silicon Saxony member network, and by October 2026 the company had announced a €2.1 million oversubscribed pre-seed round backed by Nucleus Capital, xista science ventures, Vanagon, Robin Capital, and business angels [Silicon Saxony, August 2026] [Startup.eu, October 2026].
One source, partially checked -- Core company identity is corroborated by the company website and public business listings, but this section also relies on a non-filing milestone source for chronology.
The Product and the Stack
Public record plus analysis
The product claim here is fairly specific, which helps. Evasive Robotics says it develops EvaLib, a real-time motion-planning library for coordinating multiple robots in a shared workspace, with collision avoidance, trajectory optimization, and multi-robot coordination handled on standard hardware [Evasive Robotics]. Public coverage narrows the positioning further: Startup.eu describes the software as a vendor-independent orchestration layer intended to let different robot types and manufacturers work together in industrial automation settings such as assembly, palletizing, and intralogistics [Startup.eu, October 2026].
That matters because the company is not presenting itself as a full robot OEM or a generic automation consultancy. The public description is of a software layer that sits above heterogeneous robot systems and plans motion in real time, with users defining relative movements between components while the library generates collision-free, optimized motion paths [Evasive Robotics]. LinkedIn and press references are directionally consistent on this point, describing EvaLib as enabling multiple robots, regardless of manufacturer, to operate in shared workspaces [LinkedIn] [Startup.eu, October 2026].
The strongest public evidence of real-world applicability is the GESSbot Duo demonstrator. Company materials and third-party references identify GESSbot Duo palletizing and bin-picking solutions as demonstrations of the technology, while W. Gessmann says Evasive Robotics software supports control and motion planning so multiple robot axes can be coordinated intelligently and without collision [Evasive Robotics] [Robotics Connected] [W. Gessmann Industrial Controllers, March 2026]. What remains less clear from public evidence is the boundary between demonstration, pilot, and scaled deployment, and whether EvaLib is shipped as a developer library, an embedded runtime, or a broader application layer across customer cells [Startup.eu, October 2026] [Evasive Robotics].
One source, partially checked -- Product positioning is corroborated by the company website, Startup.eu, and W. Gessmann, but several implementation details remain company-described rather than independently verified.
The Market They Are Entering
PUBLIC
The timing matters because manufacturers are trying to add more automation into tighter factory footprints, and Evasive Robotics is aimed at one of the messier bottlenecks in that shift: getting multiple robots, often from different vendors, to work safely in the same cell without bespoke coordination logic [Startup.eu, October 2026].
Public source material is thin on formal market sizing, so the market has to be framed through the use cases the company and its coverage actually name. Startup.eu places the target buyer set in industrial manufacturing and automation integration, with particular relevance for assembly, palletizing, intralogistics, and other robot cells where several robots must operate in confined spaces [Startup.eu, October 2026]. That points less to a broad "all robotics software" category than to a narrower orchestration layer inside industrial automation, one that sits between robot programming, cell design, and production optimization.
Because no named third-party TAM, SAM, or SOM report is present in the reviewed materials, a disciplined read is to treat Evasive as participating in an analogous market rather than claiming a quantified addressable market here. The adjacent spend pools are industrial automation software, robot cell integration, and motion-control tooling, all of which expand when factories move from single-robot tasks to denser, multi-axis, multi-robot workflows. The practical implication is that budget authority may come from integrators and plant automation teams rather than a centralized software buyer, which can lengthen evaluation cycles but also make ROI legible if floor-space use, cycle time, or engineering effort improves [Startup.eu, October 2026].
| Market lens | What public sources support | Source basis |
|---|---|---|
| Core wedge | Multi-robot coordination software for shared industrial workspaces | [Startup.eu, October 2026]; [Evasive Robotics] |
| Initial demand segments | Assembly, palletizing, intralogistics, other robot cells | [Startup.eu, October 2026] |
| Buyer environment | Industrial manufacturers and automation integrators | [Startup.eu, October 2026] |
| Demonstrated application area | Dual-arm palletizing and bin-picking through GESSbot Duo materials | [Robotics Connected]; [W. Gessmann Industrial Controllers, March 2026] |
The table suggests a market entry path that is narrower than the headline robotics category but easier to test. The company appears to be selling into workflows where coordination complexity is already expensive, which is usually a better early wedge than a general-purpose automation claim.
Demand drivers are visible even in the limited public record. Startup.eu describes the product as vendor-independent software for collision-free, optimized robot motion, and specifically highlights its role as an orchestration layer that lets different robot types and manufacturers work together [Startup.eu, October 2026]. That framing matches a real pain point in industrial automation: heterogeneous equipment bases tend to raise integration cost, slow commissioning, and make later cell changes harder to implement. If Evasive's software reduces custom engineering around those handoffs, the value proposition is tied to labor efficiency and asset utilization rather than a discretionary software feature [Startup.eu, October 2026].
The adjacent and substitute markets are also clear enough to outline. One substitute is traditional systems integration, where coordination logic is built project by project into the cell itself rather than abstracted into a reusable software layer. Another is single-vendor automation stacks, which can simplify coordination when a manufacturer standardizes on one robot ecosystem, though that can come at the cost of flexibility. Evasive's public positioning, especially around vendor independence and shared workspaces, suggests it is competing most directly where customers want mixed hardware environments or need to retrofit around existing installations rather than replace them wholesale [Startup.eu, October 2026]; [Evasive Robotics].
Regulatory and macro forces are only indirectly evidenced in the source set, so the conservative read is operational rather than policy-led. Industrial operators continue to look for higher throughput per square meter and more flexible automation cells, and the public materials repeatedly point to optimized use of time and space inside shared work areas [Evasive Robotics]; [Startup.eu, October 2026]. In Europe, where factory modernization often happens through incremental upgrades rather than greenfield replacement, software that coordinates existing robotic assets across vendors can be well aligned with capex discipline, though that remains an inference from the product positioning rather than a disclosed sales result [Startup.eu, October 2026].
One source, partially checked -- Market demand and target segments are supported by Startup.eu and company materials, but no independent third-party TAM report or verified market-size dataset appears in the reviewed public sources.
The Competitive Field
Positioning
MIXED Evasive Robotics appears to be positioning itself against a broad set of industrial automation alternatives rather than against a publicly disclosed list of direct startup rivals, with the clearest public contrast being between vendor-specific robot programming stacks and its stated vendor-independent orchestration layer for multi-robot cells [Startup.eu, October 2026] [Evasive Robotics].
The competitive map is easiest to read in three layers. First are incumbent robot OEM software environments and integrator-built cell controls, which remain the default way many factories program motion, safety logic, and coordination for industrial robots. Evasive Robotics is explicitly trying to displace some of that integration burden with EvaLib, a real-time motion-planning library for multiple robots in a shared workspace that is described as vendor-independent and aimed at assembly, palletizing, intralogistics, and similar cells where several robots must work in confined space [Startup.eu, October 2026] [Evasive Robotics]. Second are automation integrators themselves, which can serve as both channel and substitute, since many manufacturers still buy a finished cell rather than a standalone software layer. Third are adjacent system-level solutions such as demonstrator platforms like GESSbot Duo, where the motion-planning value is embedded inside a hardware-led offering rather than sold as independent infrastructure [Robotics Connected] [W. Gessmann Industrial Controllers, March 2026].
Where the company has a plausible edge today is technical positioning at the orchestration layer. Public materials consistently describe the product as software that lets different robot types and manufacturers work together while handling collision avoidance and trajectory optimization in real time on standard hardware [Startup.eu, October 2026] [Evasive Robotics] [LinkedIn]. If that claim holds in production, it gives Evasive Robotics a cleaner wedge than a full-stack robotics company because it can sit above existing hardware estates instead of asking customers to change robot fleets. That edge still looks perishable rather than durable at this stage, because the public record does not yet show named production customers, installed base scale, or proprietary operational data that would make the software meaningfully harder to replicate [Startup.eu, October 2026] [Robotics Connected].
The company is most exposed where incumbents already control workflow, service relationships, and deployment accountability. A factory buying a multi-robot palletizing or assembly cell often prefers one party to own uptime, integration, and support, which can favor robot OEMs or integrators over a library vendor. The GESSbot Duo relationship illustrates both the opportunity and the risk: it shows that Evasive Robotics software can sit inside a visible industrial application, but it also suggests that some commercial pull may accrue to the system provider, W. Gessmann GmbH, rather than to Evasive Robotics as an independently recognized software standard [W. Gessmann Industrial Controllers, March 2026] [LinkedIn, Tom Sauer, retrieved 2026]. The company also does not appear, from the public material reviewed, to own a dominant distribution channel such as a major OEM partnership network or a disclosed roster of enterprise manufacturing accounts [Startup.eu, October 2026].
The most plausible 18-month competitive scenario is a channel-led outcome rather than a category-winner-takes-all market. Evasive Robotics is the likely winner if heterogeneous robot cells become the practical buying problem for mid-market manufacturers and integrators, because its public pitch is built around interoperability across robot types and brands [Startup.eu, October 2026] [Evasive Robotics]. W. Gessmann could also benefit in that scenario if dual-arm and coordinated-cell applications become the proving ground for EvaLib-enabled deployments [W. Gessmann Industrial Controllers, March 2026]. The likely loser if buyers continue to prefer bundled turnkey systems is the independent software layer itself, including Evasive Robotics, because value capture would remain with OEMs and integrators that package hardware, controls, commissioning, and service into one procurement motion. Public evidence is still too thin to name a direct startup loser by company, which is itself a useful signal that this company is earlier than the competitive narrative around it.
One source, partially checked -- Based primarily on Startup.eu, Evasive Robotics company materials, Robotics Connected, and W. Gessmann Industrial Controllers.
Opportunity
PUBLIC
The prize here is straightforward: if multi-robot cells become standard across assembly, palletizing, and intralogistics, the software layer that makes mixed fleets coordinate safely and in real time could sit in the control path of a large share of industrial automation spend [Startup.eu, October 2026] [Evasive Robotics].
The headline opportunity is for Evasive Robotics to become a default orchestration layer for heterogeneous robot environments, not just a point tool for one demonstrator. That is a meaningful distinction. Public descriptions consistently position EvaLib as vendor-independent software for collision-free, optimized robot motion across different robot types and manufacturers, and the company is targeting industrial manufacturers and automation integrators where multi-robot coordination is operationally relevant rather than theoretical [Startup.eu, October 2026] [LinkedIn] [Evasive Robotics]. The reachability of that outcome rests on two public signals: first, the product is framed as infrastructure, a motion-planning library rather than a single-purpose application, and second, the company already has an external demonstration context through GESSbot Duo and a disclosed industrial collaboration with W. Gessmann on coordinated, collision-free multi-axis control [Robotics Connected] [W. Gessmann Industrial Controllers, March 2026].
A credible upside case has more than one path, and here the most plausible routes all start from the same wedge: making complex robot cells easier to deploy and easier to mix across hardware vendors.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Integrator standard | EvaLib becomes a preferred software layer for automation integrators building multi-robot cells in palletizing, assembly, and intralogistics | A visible systems-integrator or industrial controls partnership, similar in form to the public GESSbot Duo and W. Gessmann collaboration [W. Gessmann Industrial Controllers, March 2026] | The company is already described as targeting automation integrators, and the product is positioned as vendor-independent across robot types and manufacturers [Startup.eu, October 2026] [LinkedIn] |
| Embedded OEM software layer | Robot OEMs or controller providers package EvaLib inside their own solutions for shared-workspace coordination | More reference deployments built on the dual-arm or multi-axis demonstrator model seen in GESSbot Duo [Robotics Connected] [LinkedIn] | Public materials show the software supporting coordinated motion planning in a named robotic system, which is the kind of proof point OEM channels usually require before broader embedding [W. Gessmann Industrial Controllers, March 2026] |
| Factory-floor expansion | The company starts in one high-friction use case, then expands from a single robot cell to multiple stations within a plant | A first named production deployment that proves cycle-time or floor-space benefits in a constrained workspace [Startup.eu, October 2026] | The value proposition is tied to confined industrial cells where multiple robots need to collaborate, and Startup.eu specifically cites assembly, palletizing, and intralogistics as target environments [Startup.eu, October 2026] |
The compounding dynamic would come from implementation depth rather than consumer-style network effects. Each successful deployment should improve the company's position with integrators and OEM-adjacent partners because motion-planning software that already works across multiple robot types is easier to specify again than to replace. That matters in automation, where the cost of revalidation is often as important as the software license itself. The early signs are still modest, but they are visible in public: Evasive Robotics has a named demonstration surface in GESSbot Duo, a disclosed collaboration with W. Gessmann, and enough investor support to close a €2.1 million pre-seed round, which suggests external conviction that the product can move from prototype to repeatable commercial motion [Robotics Connected] [W. Gessmann Industrial Controllers, March 2026] [Startup.eu, October 2026].
The size of the win is best framed qualitatively because the public record here does not provide a reliable category TAM or a directly cited public comparable for valuation. Even so, the shape of the outcome is clear. If Evasive Robotics became embedded infrastructure for mixed-fleet industrial robot coordination across manufacturers and integrators, it would move from startup software vendor to control-layer platform in a category that sits close to factory throughput, labor efficiency, and capex utilization [Startup.eu, October 2026] [Evasive Robotics]. In that scenario, the company could support platform-level enterprise value expectations for industrial software, but any numeric valuation range would be a scenario, not a forecast, and the available public evidence in this section is not strong enough to anchor a disciplined number without inventing comparables.
One source, partially checked -- Based primarily on Startup.eu, W. Gessmann Industrial Controllers, Robotics Connected, LinkedIn profile statements, and company materials; product capability and upside framing are only partially corroborated by independent public sources.
Sources
Publicly reported
[Startup.eu, October 2026] Dresden’s Evasive Robotics raises more than €2.1 million in oversubscribed pre-seed round | https://www.startup.eu/investments/evasive-robotics-2-1-m-pre-seed-10-2026
[Evasive Robotics] MULTI-ROBOTIC TECHNOLOGY | EVASIVE ROBOTICS | https://evasive-robotics.com/
[W. Gessmann Industrial Controllers, March 2026] GESSbot Duo | https://www.w-gessmann.de/en/products/industrial-controllers/gessbot-duo/
[WN.com reproducing Xista announcement, October 2026] EVASIVE Robotics closes a €2.1M oversubscribed pre-seed round | https://article.wn.com/view/2026/10/22/EVASIVE_Robotics_closes_a_21M_oversubscribed_preseed_round_x/
[IDT Media, September 2025] This is how a start-up plans to greatly simplify the use of robots | https://www.idt.media/automation/this-is-how-a-start-up-plans-to-greatly-simplify-the-use-of-robots/665370
[CompanyHouse.de] EVASIVE ROBOTICS GmbH | https://companyhouse.de/EVASIVE-ROBOTICS-GmbH-Dresden
[LinkedIn] Alberto Romay | https://www.linkedin.com/in/alberto-romay/
[Profibus.com] Frank Peters | https://www.profibus.com/networking/member/frank-peters
[Silicon Saxony, August 2026] EVASIVE ROBOTICS GmbH | https://siliconsaxony.de/mitglieder/evasive-robotics-gmbh
[Robotics Connected] Evasive Robotics | https://roboticsconnected.com/companies/2156-evasive-robotics
[LinkedIn, Tom Sauer, retrieved 2026] Tom Sauer | https://www.linkedin.com/in/tom-sauer/
[LinkedIn, Retrieved 2026] Rafiq Iqbal, Dipl. Ing., MBA - EVASIVE ROBOTICS | https://www.linkedin.com/in/rafiqiqbal/
Articles about Evasive Robotics
- A Dresden Startup Is Teaching Robots to Dance in Tight Spaces — The Dresden-based startup's EvaLib software coordinates multiple robots in a shared workspace, a technical hurdle for denser, more flexible automation.