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FRONTIER TECHNOLOGY • INFRASTRUCTURE FOCUS

DSE Advanced Robotics Fund

Capturing the once-in-a-decade infrastructure build-out powering the robotics revolution. From tactile sensors and dexterous grippers to perception ASICs and next-generation batteries — owning the critical bottleneck layer that $200B+ in market value depends on by 2030.

Fund type: EquityStatus: Actively Investing

Setcoin Atlas · live pipeline

The pipeline behind the fund

Companies and programmes on the public record in the sectors DSE Advanced Robotics Fund invests in, each placed on the sector’s own gate ladder: from R&D award to contract, raise and production.

255companies past the R&D stage: device clearance or contract awarded, or further
837companies and programmes on the record
$1.3bnpublic awards, contracts and raises
531new records in the last 90 days

By stage (sector gate ladder)

  • R&D award220
  • Device clearance46
  • Contract awarded134
  • Facility registered75
  • Shipping0

Highlighted rows are in play. Bars on a square-root scale.

By region

  • United States1,185
  • Europe & UK590
  • Asia-Pacific24
  • Latin America11
  • Middle East & Africa11
  • Canada4

Verified shortlist: screened in depth, names withheld

#RegionWorking stageReadinessCapexGates on the record
1United StatesPre-consent17$880mlandconsentpermitsgridofftakeepcsponsorcapital

Source: Setcoin sector registers — R&D awards, contracts, clearances, raises and facility records. Figures update with each Atlas build. Named projects, sponsors and evidence are available to registered investors in the LP workspace.

Open an LP workspaceExplore the Atlas

Dual-Track Model

Two Paths to Robotics Infrastructure

Whether you're deploying capital or building the next-generation robotics component, DSE Advanced Robotics connects institutional investors with the critical infrastructure powering the robot revolution.

For Ventures & Projects

Submit Your Project

Bring your robotics component, platform, or enabling technology to the fund for capital, strategic partnerships, and access to 10-15 portfolio companies as anchor customers. We provide more than funding — we provide an ecosystem.

  • Capital at critical development stages
  • Strategic guidance from world-class technical advisory board
  • Additional offtacking demand from portfolio company ecosystem
  • Partnerships across the robotics value chain
  • Support for regulatory compliance and global market entry
  • Strategic support for government procurement
For Investors

Invest in the Fund

Access the robotics infrastructure layer — the picks and shovels of a $200B+ market. Infrastructure-like stability with venture-grade returns through diversified exposure to 13 uncorrelated technology bets.

  • Institutional-grade robotics infrastructure exposure
  • Staged deployment across 3 investment tiers
  • Government contract backed revenue streams
  • Multiple exit pathways: IPO, strategic, M&A, secondaries
  • Co-investment opportunities on select deals

Investment Strategy

Five Pillars of Robotics Infrastructure

The fund targets critical enabling technologies across the full robotics value chain — from silicon and sensors to software platforms and manufacturing systems.

  • Industrial robot arms on an automated production line

    Industrial Robotics Manufacturing

    Next-generation robotics systems for manufacturing, logistics, and supply chain automation. Modular actuation systems, flexible manufacturing, and rapid prototyping infrastructure enabling small-batch humanoid production.

    €36.7B by 2030

  • Autonomous robot navigating an outdoor environment

    Autonomous Systems & Navigation

    Autonomous vehicles, drones, and robotic systems for hazardous environments. All-weather perception, long-duration autonomy, and SLAM navigation for unstructured outdoor operations across agriculture and construction.

    €6-9B Outdoor Robotics by 2030

  • Assistive robot supporting a patient

    Healthcare & Eldercare Robotics

    Surgical robots, rehabilitation devices, assistive technologies, and social companion robots. Variable-stiffness actuators for compliant patient handling and LLM-integrated embodied behaviors for eldercare.

    €8-15B by 2030

  • Humanoid robot learning manipulation tasks

    AI-Driven Robotics & Foundation Models

    Companies integrating AI for advanced manipulation, perception, and planning. Sim-to-real transfer platforms, distributed robot learning networks, and robot-specific foundation models for embodied intelligence.

    €5-8B Platform Value

  • Robotic hand with tactile sensors

    Enabling Hardware & Sensing

    Tactile sensors, multi-modal perception processors, dexterous grippers, solid-state batteries, and power management systems. The critical bottleneck components that every robot requires at scale.

    €50B+ Enabling Market by 2030

  • Robot fleet management dashboard in a warehouse

    Ecosystem & Standards Infrastructure

    Universal gripper interfaces, robot operating certificates, safety certification, cloud robotics APIs, and fleet management platforms. Standards that unlock 10× faster innovation cycles across the industry.

    €4-7B Platform Value

Geographic Focus:

  • United States
  • European Union
  • United Kingdom
  • Japan
  • Australia
  • Israel
  • Middle East

Critical Infrastructure Gap

Four Rate-Limiting Bottlenecks Throttling the Robotics Revolution

The robotics industry is at an inflection point where demand massively outstrips supply across critical bottleneck technologies. 15 major OEMs have publicly stated component shortages as their primary scaling constraint. These bottlenecks represent the fund's highest-conviction investment opportunities.

50-100M
Tactile sensors needed by 2030 vs. 500K capacity today
$0
Dexterous grippers in the $5-15K "missing middle" market
60-75%
Object recognition accuracy today — 95%+ needed for deployment
3-4×
Energy density improvement needed for full-day mobile operation
Close-up of a tactile sensor array on a robotic fingertip

Tactile Sensing Systems

Critical Shortage

Current sensors cost €5K-€50K per gripper with only 500-2,000 cycle durability. Tesla Optimus alone will need 40-60M sensors. Zero suppliers exist at required cost and scale.

Investment Opportunity

Printed electronics on flexible substrates at <€100/unit with 100K+ cycle durability. Roll-to-roll manufacturing with custom ASICs for on-gripper processing.

Market size by 2030€15B
Anthropomorphic robotic hand grasping an object

Dexterous Manipulation

The Bottleneck

Nothing exists between €25K industrial grippers and €100K+ research hands. Shadow Hand: €100K+, fragile, 50 units/year. Tesla Optimus hand: no third-party access.

Investment Opportunity

Modular anthropomorphic grippers at €5K-€15K with 15-20 DOF. 3D-printed titanium structures + quasi-direct drive actuators. Standard palm modules + configurable fingers.

Market size by 2029€8B - €12B
Robot perception system fusing camera and LiDAR data

Multi-Modal Perception

The Bottleneck

Vision systems fail in adverse weather, variable lighting, and cluttered scenes. No integrated multi-modal perception processor exists combining vision, LiDAR, tactile, and proprioception.

Investment Opportunity

Robotics-specific ASIC at 7nm/5nm with 20-40 TOPS, sensor fusion accelerator, and <15W power envelope. 2-3 year window before NVIDIA responds with robotics variant.

Market size by 2030€10B+

Infrastructure Investment Priorities

Infrastructure Priority Matrix

Investment priorities are structured across three tiers based on market urgency, technical readiness, and first-mover advantage windows. 18-24 month development cycles mean decisions in 2026 determine market leadership through 2030.

TIER 1 — CRITICAL

Build Immediately

12-24 month deployment windows

InfrastructureTimelineMarket Impact

Low-Cost Tactile Sensor Manufacturing

Roll-to-roll printed electronics, custom ASIC

12-18 mo

Enables dexterous manipulation at scale. 5-Year Rev: €2.6-4.7B

€15B Market by 2030

Dexterous Gripper Platform

Modular anthropomorphic, 15-20 DOF

18-24 mo

Unlocks the humanoid robotics wave. 5-Year Rev: €2.5-4.3B

€8-12B Market by 2029

Multi-Modal Perception Processor

Robotics ASIC, 7nm/5nm, sensor fusion

18-24 mo

Robust real-world operation. 5-Year Rev: €3.3-5.6B

€10B+ Market by 2030

Solid-State Battery Scale-Up

Sulfide electrolyte, robotics-specific formats

24-36 mo

Enables mobile robotics revolution. 5-Year Rev: €5.1-9.0B

Unlocks €50B+ Robot Market
TIER 2 — HIGH PRIORITY

Near-Term Development

18-36 month deployment windows

InfrastructureTimelineMarket Impact

Modular Actuation Systems

Standardized high-torque, compact modules

18-24 mo

Rapid prototyping & cost reduction. 5-Year Rev: €1.7-3.1B

€6B Market by 2030

Safety Certification Infrastructure

Testing, certification, insurance frameworks

24-36 mo

Regulatory requirement for EU/US deployment. 5-Year Rev: €600M-1.0B

75% Gross Margin

Sim-to-Real Transfer Platform

Photorealistic physics, training pipelines

24-36 mo

AI training bottleneck solution. 5-Year Rev: €1.1-1.9B

85% Gross Margin

Flexible Manufacturing Systems

Small-batch production at 500+ units

24-36 mo

Production scaling for humanoid startups. 5-Year Rev: €1.6-2.8B

Universal Gripper Interface

Consortium-driven standard + certification

18-24 mo

Ecosystem acceleration. 5-Year Rev: €290-515M

90% Gross Margin
TIER 3 — GROWTH

Strategic Development

24-60 month deployment windows

InfrastructureTimelineMarket Impact

Robot Data Marketplace

Two-sided platform for training data

36-48 mo

5-Year Rev: €450-850M

80% Gross Margin

Wireless Charging Standard

Open standard, 2-5kW, autonomous recharging

30-36 mo

5-Year Rev: €800M-1.5B

€4-6B Market

Cloud Robotics APIs

Fleet management, teleoperation, OTA

36-60 mo

5-Year Rev: €1.2-2.3B

85% Gross Margin

Outdoor Robotics Platforms

All-weather, long-duration autonomy

24-36 mo

5-Year Rev: €1.8-3.5B

€6-9B Agriculture Market

  • TIER 1 — CRITICAL

    4 priority targets

    12-24 month windows

  • TIER 2 — HIGH PRIORITY

    5 priority targets

    18-36 month windows

  • TIER 3 — MEDIUM PRIORITY

    4 priority targets

    24-60 month windows

What We're Looking For

Investment Criteria for Ventures

We actively seek projects addressing robotics economy and covering critical infrastructure bottlenecks that demonstrate breakthrough potential and align with our thesis

  • Validated Technological Feasibility

    TRL 5+ technologies with demonstrated lab prototypes and clear engineering roadmaps to production. Parallel development paths to de-risk critical technologies.

  • Strong IP & Competitive Moats

    Defensible IP portfolios, manufacturing scale barriers, proprietary processes, or ecosystem network effects that create 18-24 month advantages over competitors.

  • Industry Partnerships & Demand Validation

    Pre-signed letters of intent, partnerships with OEMs, research institutions, or distribution partners. Confirmed demand from Tesla, Boston Dynamics, Figure AI, or equivalent.

  • Scalable Commercialization Pathway

    Clear path from prototype to volume production with achievable unit economics. Proven business models from adjacent markets (semiconductor, automotive, medical devices).

Geographic Focus:

  • United States
  • European Union
  • United Kingdom
  • Japan
  • Australia
  • Israel
  • Middle East

Value Creation Strategy

How We Amplify Portfolio Value

  • Growth Capital

    Follow-on capital at critical development and scaling milestones

  • Technical Advisory

    World-class robotics researchers from MIT, Stanford, and CMU

  • Ecosystem Synergy

    10-15 portfolio companies as potential anchor customers

  • Market Entry

    Regulatory, certification, and global distribution support

  • Exit Engineering

    IPO preparation, strategic M&A, and secondary market liquidity

Risk Management

Rigorous Multi-Layer Risk Framework

The fund employs rigorous risk management across regulatory, technical, and geopolitical dimensions

  • Technical Due Diligence

    Detailed feasibility studies, parallel technology paths, university validation, and extensive prototyping before production commitment.

  • Financial Modeling

    Conservative yield assumptions, 25-30% capital reserves, staged deployment with go/no-go gates at each tier milestone.

  • IP Validation

    Technology roadmap verification, freedom-to-operate analysis, and defensibility assessment for each portfolio venture.

  • Geographic Diversification

    Dual supply chains (US/Europe + Asia), manufacturing in neutral jurisdictions, export control compliance from design phase.

  • Market Diversification

    Components serve multiple robot types beyond humanoids — cobots, AMRs, surgical, agricultural — reducing single-market dependency.

  • Regulatory Engagement

    Proactive safety certification investment, insurance frameworks, and pilot programs with EU, US, and Asian regulatory bodies.

Related Intelligence

Which Could Be Interesting for You

Frequently Asked Questions

Fund Questions, Answered

What is the DSE Advanced Robotics Fund?

A Luxembourg-domiciled equity fund managed by Setcoin Group that owns the robotics infrastructure layer — tactile sensors, dexterous grippers, perception ASICs, solid-state batteries and the standards that every robot depends on.

Which robotics bottlenecks does the fund target first?

Tier 1 (12-24 month windows) covers low-cost tactile sensor manufacturing (€115-205M), a dexterous gripper platform (€200-325M), a multi-modal perception processor (€150-250M) and solid-state battery scale-up (€650M-1.15B) — the components 15 major OEMs cite as their primary scaling constraint.

What kind of ventures can apply?

Robotics components, platforms and enabling technologies at TRL 5+ with defensible IP, pre-signed LOIs or OEM partnerships (Tesla, Boston Dynamics, Figure AI or equivalent) and a scalable path to volume production.

Why invest in components rather than robot makers?

The fund's thesis is picks-and-shovels: infrastructure-like stability with venture-grade returns through 13 uncorrelated technology bets, where portfolio companies become anchor customers for each other and components serve cobots, AMRs, surgical and agricultural robots as well as humanoids.

Who can invest?

Qualified institutional investors only.

Where does the fund invest?

United States, European Union, United Kingdom, Japan, Australia, Israel and the Middle East.

How to Start

Ready for Development Robotics Infrastructure Layer?

Whether you're looking to invest in the critical bottleneck technologies powering the robotics revolution or submit a venture addressing these infrastructure gaps, we're ready to start the conversation.

Investor Access Request

Invest in DSE Advanced Robotics Fund

Request access to participate in the fund targeting critical robotics infrastructure bottlenecks

Luxembourg
Domicile
Actively Investing
Status

Contact Information

Organization Details

Investment Interest

Anticipated commitment

Additional Information

Compliance & Consent

Important Disclosure

This form is for informational purposes and does not constitute an offer to sell or solicitation of an offer to buy any securities. Investment in the DSE Advanced Robotics Fund is available only to qualified investors and involves significant risks including potential loss of principal. Past performance is not indicative of future results. All investments are subject to the terms and conditions set forth in the fund's Private Placement Memorandum (PPM).

Venture & Project Submission

Submit Your Robotics Opportunity

We're actively seeking breakthrough ventures and infrastructure projects addressing critical robotics bottlenecks.

Bottleneck-Addressing
Technology solving identified infrastructure gaps
Enabling Hardware
Sensors, actuators, batteries, perception ASICs
Scalable Platform
Network effects & infrastructure monopoly-rent potential
What are you submitting?

Contact Information

Project Overview

Project Stage & Timeline

Current Project Stage

Project Sector

Project Financials

Total Project Cost

Data Room Documentation

Required Documentation for FEED / FID Projects

The following documentation demonstrates project shovel-readiness and enables thorough evaluation with reduced risk and uncertainty. Please confirm availability and provide data room access below.

Documents available in your data room
Risk Assessments: The level of detail and comprehensiveness of your project manual is crucial—it demonstrates shovel-readiness and enables prospective investors and lenders to thoroughly evaluate the opportunity with reduced risk and uncertainty.

Secure link to your existing data room (Intralinks, Datasite, Google Drive, etc.)

PDF or PowerPoint, max 25MB

Submission Consent

Confidentiality Assurance: All submissions are treated as strictly confidential. Your information will only be shared with our investment team for evaluation purposes. We do not share deal flow with portfolio companies or other investors without explicit consent.