1X Technologies
1X Technologies — NEO Beta
Home Humanoid Assistant | Last verified: 2026-02-03
A) Short Overview
The NEO (often demonstrated as NEO Beta) is a human-scale humanoid designed specifically for everyday tasks in private homes. Developed by 1X Technologies (formerly Halodi Robotics) and backed by OpenAI, it prioritizes safe, compliant interaction through a "safety-first" design.
Official Scope & Positioning:
Consumer-First Design: Built with a soft-body shell and tendon-driven actuators to mimic biological muscles, ensuring it yields upon human contact.
Intelligent Interaction: Powered by the Redwood AI model (160M parameters), enabling natural language conversation and task planning without screens.
Home Mobility: Features a slim anthropomorphic design (30 kg) to navigate standard doorways and human-centric furniture.
Commercial Availability (EU/DACH):
USA: Deliveries are scheduled to begin in late 2026. Early Access is priced at $20,000 or a $499/mo subscription.
EU/DACH: 1X has officially signaled that expansion to international markets, including Europe, is planned for 2027.
Procurement: Orders are currently accepted as pre-orders with a $200 refundable deposit.
B) Key Facts
| Category | 1X NEO (Home Robot) | Notes |
|---|---|---|
| Manufacturer | 1X Technologies | HQ: Norway / US |
| Height / Weight | 167 cm (5'6") / 30 kg | Ultra-lightweight for safety |
| Total DoF | 55 (Total) / 22 (Hands) | High-dexterity manipulation |
| Lifting Capacity | 70 kg (154 lbs) | Exceptional power-to-weight |
| Carrying Capacity | 25 kg (55 lbs) | Sustained load-bearing |
| Max Speed | 1.4 m/s (Walk) / 6.2 m/s (Run) | Human-like pacing |
| Battery / Runtime | 842 Wh / ~4 Hours | Quick charge: 6 min/hour runtime |
| Compute | NVIDIA Jetson Thor | 1X NEO Cortex platform |
| Safety Certification | Follows ISO 13482 | Externally audited safety work |
| IP Rating | Hands: IP68 / Body: IP44 | Splash and dust resistant |
Note on Naming Discrepancy: 1X uses "NEO Beta" for public demonstrations (Gen 1) and "NEO Gamma" (Gen 2) for internal testing. The final commercial product is marketed simply as NEO. 2026 delivery specs are based on the latest Gamma/Retail iterations.
C) Capabilities & Limits
Verified Capabilities (Can):
Autonomous Recharging: The robot is designed to self-navigate and plug itself into its charging station when the battery is low.
Teleoperation Hybrid: Uses "1X Experts" (human-in-the-loop) for complex learning phases, which allows the robot to adapt to new home environments faster.
Compliant Actuation: Tendon-driven joints allow the robot to be physically moved by a human without resisting, a critical safety feature for home use.
Known Constraints (Limits):
Deployment Lag: EU/DACH buyers must wait until 2027 for local shipping and support infrastructure.
Network Dependence: Requires high-bandwidth Wi-Fi 6 and low-latency connectivity for teleoperated "learning" modes.
Developer Access: While 1X has legacy ROS2 repositories (Halodi), there is no official, publicly confirmed SDK for the consumer NEO as of early 2026.
D) Verified Deployments
Residential Pilot (2025): Small-scale internal home testing in Norway and the US using the NEO Gamma iteration.
Public Use-Case Demos: Demonstrated performing laundry, kitchen cleaning, and object retrieval in unstructured home settings.
E) BotReburn Trust Note (Procurement Guidance)
Regional Timeline: For DACH/EU customers, 2026 is a "observation year." Do not commit to US-based pre-orders unless you have a verified path for import and localized support (2027).
Identity Check: Confirm with 1X which hardware generation (Gamma vs. final Retail) governs your specific pre-order, as specs have iterated significantly since the first Beta reveal.
Privacy Controls: 1X has committed to face-blurring and "no-go" zones. Ensure these are contractually guaranteed for EU GDPR compliance.
Safety Audit: 1X claims external auditing of their safety standards (ISO 13482). Request these audit summaries for corporate or insurance validation before deployment.
1X Technologies — NEO Retail
Home Humanoid Robot Platform | Last verified: 2026-05-14
A) Short Overview
The 1X NEO is a humanoid home robot developed by 1X Technologies for residential assistance, household chores, companionship, remote supervision, and embodied AI learning.
Unlike industrial humanoid platforms designed for factories, logistics, or research labs, NEO is positioned specifically for the home. Its design focuses on soft physical interaction, low noise, tendon-driven movement, lightweight construction, covered joints, and a softer visual appearance intended for daily use around people.
Official Use Cases:
Household Chores
Home Assistance
Object Handling
Companionship and Conversation
Remote-Supervised Task Learning
Embodied AI Development for Domestic Environments
Commercial Availability:
The 1X NEO is commercially available through an official order process. 1X lists a $200 fully refundable deposit, a $20,000 ownership option with 3-year warranty, and a $499/month subscription option. US deliveries are listed as starting in 2026. International availability and DACH delivery conditions should be confirmed directly with 1X before purchase.
B) Key Facts
| Category | 1X NEO | Notes |
|---|---|---|
| Manufacturer | 1X Technologies | Norway / USA |
| Model | NEO | Home humanoid robot |
| Height | 5’6” / approx. 168 cm | Human-scale home robot |
| Weight | 66 lbs / approx. 30 kg | Lightweight humanoid |
| Lift | 154 lbs / approx. 70 kg | Manufacturer-stated |
| Carry | 55 lbs / approx. 25 kg | Manufacturer-stated |
| Arm Payload | 18 lbs / approx. 8.2 kg | Manufacturer-stated |
| Hand DoF | 22 per hand | High hand articulation |
| Arm DoF | 7 per arm | Human-like manipulation |
| Neck / Spine / Legs | 3 / 2 / 6 per leg | Full-body mobility |
| Walking Speed | 1.4 m/s | Manufacturer-stated |
| Max Run Speed | 6.2 m/s | Manufacturer-stated |
| Battery | 842 Wh | Manufacturer-stated |
| Runtime | Up to 4 hours | Usage dependent |
| Quick Charge | 6 min per hour runtime | Manufacturer-stated |
| Body Safety | Soft lattice polymer body | Cushioning structure |
| Joints | Covered / pinch-proof | No exposed pinch points |
| HIC | <250 | Manufacturer-stated safety metric |
| Actuation | Low-inertia tendon drives | Designed for compliant motion |
| Hands IP Rating | IP68 | Submersible hands |
| Body IP Rating | IP44 | Splash proof body |
| Compute | 1X NEO Cortex / Nvidia Jetson Thor | Manufacturer-stated |
| AI Compute | Up to 2070 FP4 TFLOPS | Manufacturer-stated |
| Cameras | Dual 8.85MP 90Hz stereo fisheye | Visual perception |
| Audio | 4 beamforming microphones / 3-stage speaker system | Voice and audio interaction |
| Connectivity | Wi-Fi, Bluetooth, 5G | Network-connected platform |
| Commercial Status | Order / Deposit / Subscription | Official 1X order path |
C) Capabilities & Limits
Verified Capabilities (Can):
Performs and learns household tasks through Redwood AI, 1X’s vision-language-action model for home chores.
Supports basic autonomy for early owners and improves over time through continued learning and updates.
Offers scheduled Expert Mode, where a 1X Expert can remotely supervise complex tasks that NEO does not yet know.
Supports voice interaction, mobile app control, remote control, chore scheduling, and self-charging.
Uses a soft body, covered joints, and tendon-driven actuation to reduce physical interaction risk in home environments.
Provides high hand articulation and human-scale manipulation for domestic object handling.
Uses visual intelligence, audio intelligence, memory, and built-in LLM interaction for contextual home assistance.
Known Constraints (Limits):
NEO should be treated as an early-access home robot, not as a fully mature autonomous appliance.
Complex tasks may require scheduled remote expert supervision.
The robot is not positioned as an outdoor robot.
Body protection is IP44, so wet environments, heavy rain, and immersion should not be assumed safe.
Run time depends on task intensity, movement, manipulation, and compute load.
Real-world autonomy may vary significantly depending on household layout, objects, lighting, connectivity, and task complexity.
Full developer access, SDK access, and enterprise integration options are not clearly positioned as consumer features.
D) Operational Trust & Commercial Reality
Known Concerns:
NEO is a camera-, microphone-, and network-connected humanoid designed to operate inside private homes.
Expert Mode and remote-control functions create privacy and data-governance questions that must be reviewed carefully before use.
Home deployments may involve sensitive personal data, including interior imagery, conversations, routines, documents, family members, guests, children, or vulnerable persons.
1X’s privacy policy states that personal information may be transferred to affiliates and service providers in the United States and other jurisdictions, subject to safeguards under applicable law.
Operational Recommendations:
Use a dedicated home or enterprise network for NEO.
Review 1X’s privacy policy, data handling, remote access rules, and Expert Mode controls before activation.
Confirm whether video, audio, teleoperation, and task-learning data can be limited, disabled, deleted, or processed locally.
Avoid use around children, vulnerable persons, guests, or pets without clear safety instructions and active supervision.
Confirm warranty, service region, repair process, replacement parts, and subscription conditions before purchase.
For DACH/EU deployment, request GDPR-relevant documentation and clarify data processing, transfer, storage, and deletion procedures in writing.
Safety Status:
The 1X NEO is designed as a soft, tendon-driven home humanoid with passive safety features. However, BotReburn does not currently treat it as a fully mature plug-and-play household appliance. It should be considered an early-access domestic humanoid requiring clear user awareness, privacy review, supervision, and realistic expectations.
Commercial Reality
The 1X NEO is one of the most important commercially positioned humanoid robots because it directly targets the home rather than industrial or laboratory environments.
Commercial Position:
Home humanoid robot
Domestic assistance platform
Early-access consumer humanoid
Remote-supervised task-learning robot
Companion and household AI interface
Future second-life consumer robotics candidate
Procurement Reality:
Official order path exists through 1X.
1X lists a $200 fully refundable deposit.
Ownership option is listed at $20,000 with 3-year warranty.
Subscription option is listed at $499/month.
US deliveries are listed as starting in 2026.
International delivery, DACH support, local service routes, spare parts, and warranty handling must be confirmed before purchase.
Buyers should clarify whether the subscription includes hardware upgrades, service, replacement units, Expert Mode access, data handling, and ongoing software capabilities.
E) BotReburn Trust Note
The 1X NEO is a high-priority BotReburn platform because it may become one of the first meaningful second-life candidates in the consumer humanoid robot category.
For future resale, refurbishment, and verification, the most important checks will be:
Exact model identification: NEO Beta, NEO Gamma, or retail NEO.
Ownership status vs subscription status.
Battery health, charge behavior, runtime, and self-charging reliability.
Soft body condition, lattice structure, suit wear, shoes, joints, and external damage.
Tendon-drive condition, hand function, arm payload behavior, and movement smoothness.
Camera, microphone, speaker, sensor, and connectivity function.
Expert Mode status, remote access settings, user account binding, and data deletion history.
Firmware version, Redwood AI update history, app access, and service entitlement.
Warranty transferability, original purchase invoice, service history, and regional support documentation.
Second-Life Relevance:
The 1X NEO is considered a strong future second-life candidate if residential humanoids reach meaningful deployment volume. Its resale value will depend heavily on ownership model, battery lifecycle, actuator and tendon condition, privacy reset, account transferability, software access, warranty status, and whether the unit was used mainly for light home assistance or intensive early-access task training.
Agility Robotics
Agility Robotics — Digit
Enterprise Logistics Platform | Last verified: 2026-02-02
A) Short Overview
Digit is a bipedal humanoid robot specifically engineered for warehouse and factory intralogistics. Its primary, publicly demonstrated use case is tote handling—the autonomous movement of standardized bins between conveyors and Autonomous Mobile Robots (AMRs).
Commercial Strategy:
Agility Robotics positions Digit for rapid commercial scaling via its dedicated manufacturing facility, "RoboFab," in Salem, Oregon. The platform is designed to work seamlessly in human-centric spaces without requiring major building retrofits or specialized safety cages.
Commercial Availability (EU/DACH):
United States: Digit is actively deployed under multi-year commercial agreements with major logistics and retail partners.
EU/DACH: Availability is currently partner-led rather than a standard retail product. A key regional anchor is the strategic agreement with the Schaeffler Group, which includes plans for purchasing, deployment, and collaborative scaling.
Procurement Reality: There is no public EU webshop or fixed price list. Interested buyers should treat Digit as an enterprise inquiry requiring project-specific qualification and delivery terms.
B) Key Facts (Verified / Public)
| Category | Digit (Commercial Platform) | Notes |
|---|---|---|
| Manufacturer | Agility Robotics | Dedicated "RoboFab" production |
| Form Factor | Bipedal Humanoid | Optimized for warehouse workflows |
| Height | 5’9” (approx. 175 cm) | Human-scale operational height |
| Payload | Up to 35 lb (~16 kg) | Task and duty-cycle dependent |
| Runtime | Up to 4 hours | Based on latest product updates |
| Fleet Software | Agility Arc | Used for fleet ops & coordination |
| Manufacturing | Up to 10,000 units/year | Target capacity at RoboFab |
| SDK / ROS2 | Inquiry Required | Request scope/APIs under NDA |
| Safety Specs | ISO/CE/PL Readiness | Site-specific risk assessment required |
C) Capabilities & Limits
Verified Capabilities (Can):
Live Tote Handling: Digit has surpassed the milestone of 100,000 totes moved in live operations with GXO Logistics at their Flowery Branch facility.
Commercial Expansion: Active commercial agreements are in place with Mercado Libre for logistics operations (Texas hub) and other global leaders.
Scaling Infrastructure: The RoboFab facility provides a verified path for customers to move from pilot programs to large-scale fleet deployments.
Known Constraints (Limits / Diligence Flags):
Regional Allocation: EU/DACH access is currently restricted to strategic partners; expect longer onboarding cycles for non-anchor customers.
Safety Verification: Do not assume blanket "cage-free" certification. Compliance is project-specific and depends on your exact Operational Design Domain (ODD), including people density and interaction zones.
Developer Access: Low-level ROS2 or deep API access is not fully public. Specific support for custom autonomy must be confirmed in writing before purchase.
D) Verified Deployments / Public Anchors
| Organization | Location | Purpose / Milestone |
|---|---|---|
| GXO Logistics | Flowery Branch, GA (USA) | 100,000+ totes moved milestone |
| Mercado Libre | Texas Hub (USA) | Commercial agreement for deployment |
| Schaeffler Group | DACH / EU | Strategic agreement & purchase intent |
E) BotReburn Trust Note (Procurement Guidance)
Strategic Sourcing: EU/DACH buyers should treat Digit as a strategic enterprise program rather than a standard catalog robot. Plan for phased rollouts and significant integration scoping.
Safety Documentation: Ensure you request a formal safety package, including (1) risk-assessment templates, (2) safety function lists (E-stop, reduced speed, protective stop), and (3) third-party test evidence for your specific site conditions.
Workflow Connectivity: Verify how the Agility Arc software connects to your existing WMS/MES/AMR systems and clarify telemetry licensing fees early in the negotiation.
Apptronik
Apptronik — Apollo
Industrial Humanoid Platform | Last verified: 2026-02-03
A) Short Overview
Apollo is a human-scale, general-purpose humanoid robot designed by Apptronik for high-performance warehouse and manufacturing operations. It is built on a "human-centered" philosophy, emphasizing safe interaction, a modular form factor, and a high payload-to-weight ratio.
Manufacturer-Stated Solution Areas:
Intralogistics Unloading: Automating trailer unloading and inbound sorting workflows.
Case Picking & Palletization: Autonomous handling of boxes and totes in distribution centers.
Line-Side Replenishment: Delivering assembly kits and parts directly to human production workers.
Commercial Availability:
Apollo is currently available via enterprise inquiry and pilot programs. In 2025, Apptronik secured $350M in Series A funding (led by B Capital and Google) to scale commercial production for 2026. Through its partnership with manufacturing giant Jabil, Apollo is transitioning into mass production, with a target price point aimed at below $50,000 per unit.
B) Key Facts
| Category | Apptronik Apollo | Notes |
|---|---|---|
| Manufacturer | Apptronik | Headquarters: Austin, Texas |
| Form Factor | Humanoid (Modular) | Biped, wheeled, or stationary |
| Height / Weight | 1.72 m (5'8") / 73 kg | Human-scale design |
| Max Payload | 25 kg (55 lbs) | High-strength linear actuators |
| Battery Life | ~4 Hours per pack | Hot-swappable battery packs |
| AI Compute | NVIDIA Jetson AGX Orin | Supports Gemini Robotics AI |
| Safety Concept | Perimeter & Impact Zones | Adjustable "soft-touch" force control |
| Software Stack | Gemini Robotics SDK | On-device VLA (Vision-Language-Action) |
| IP Rating | Unknown | Recommended for indoor use |
| EU/DACH Status | Enterprise Inquiry | Main lighthouse: Mercedes-Benz (Berlin) |
C) Capabilities & Limits
Verified Capabilities (Can):
Advanced AI Reasoning: Integrated with Google DeepMind’s Gemini Robotics 1.5, enabling the robot to follow natural language instructions and adapt to unstructured tasks without retraining.
Modular Versatility: The upper torso can be mounted on legs (biped), a wheeled base for faster warehouse transit, or a stationary pedestal for sorting.
Hot-Swap Endurance: Designed for nearly continuous operation (22/7) through rapid battery swapping, eliminating charging downtime.
Known Constraints (Limits):
Environmental Sealing: No official IP rating (dust/water) has been published in primary materials; current deployments are strictly climate-controlled.
Certifications: While "force control" is a core feature, formal ISO 13849 PL ratings or CE Declarations of Conformity must be requested specifically for each customer deployment.
Developer Access: Low-level ROS2 access is not publicly documented; advanced software integration is primarily handled via the proprietary Gemini Robotics SDK.
D) Verified Deployments
Mercedes-Benz (Berlin-Marienfelde): Transitioned from pilot to autonomous operations within the MO360 digital factory system (2025–2026).
GXO Logistics: Multi-phase R&D program evaluating bipedal tote handling in US-based distribution centers.
Jabil: Active collaboration to scale production; Apollo units are being tested in Jabil's own manufacturing workflows.
E) BotReburn Trust Note (Procurement Guidance)
Scaling Reality: With the Jabil production ramp-up, verify lead times for 2026–2027 deliveries. Ensure spare-parts logistics are covered in your region.
AI Readiness: To utilize the full "Gemini" capabilities, confirm if your local network infrastructure supports the required cloud/on-device hybrid connectivity.
Safety Audit: For German/EU deployments, request the specific risk-assessment methodology used for the Berlin-Marienfelde facility to expedite your own local approvals.
Support Model: Given the "modular" design, clarify which parts are field-replaceable and the required training level for your maintenance staff.
Boston Dynamics
Boston Dynamics — Atlas (Electric)
Humanoid Enterprise Platform | Last verified: 2026-02-03
A) Short Overview
Atlas (Electric) is a production-ready enterprise-grade humanoid robot platform designed by Boston Dynamics for industrial material-handling—specifically optimized for parts sequencing, machine tending, and order building within smart factories. Unlike its hydraulic predecessor, this all-electric model is built for reliability, serviceability, and high-volume industrial deployment.
Official Use Cases:
Parts Sequencing (Automotive): Delivering components in exact order to assembly lines.
Machine Tending: Autonomous loading/unloading of stations within a production workflow.
Order Fulfillment: Autonomous handling of totes and staging of materials in logistics centers.
Commercial Availability:
The electric Atlas is currently available via an Early Adopter Program. Boston Dynamics has confirmed that all 2026 deployments are fully committed (primarily to Hyundai and Google DeepMind). Additional customer inquiries are being accepted for early 2027 delivery. The estimated commercial price is positioned below $320,000 (equivalent to two years of U.S. manufacturing payroll).
B) Key Facts
| Category | Boston Dynamics Atlas (Electric) | Notes |
|---|---|---|
| Manufacturer | Boston Dynamics | Industrial product line |
| Height / Weight | 1.9 m / 90 kg | Human-scale workcell fit |
| Total DoF | 56 | Fully rotational joints |
| Reach | 2.3 m (7.5 ft) | Industry-leading reach |
| Payload (Instant) | 50 kg (110 lbs) | Max lift capacity |
| Payload (Sustained) | 30 kg (66 lbs) | Continuous handling load |
| Battery Life | ~4 Hours | Self-swappable batteries |
| IP Rating | IP67 | Dust-tight & water-resistant |
| Operating Temp | -20°C to 40°C | Robust industrial range |
| Sensing | Tactile + 360° Vision | Perception-rich manipulation |
| Software Stack | Orbit™ Integration | MES/WMS connectivity |
C) Capabilities & Limits
Verified Capabilities (Can):
Continuous Operations: Features a self-swapping battery system where the robot autonomously navigates to a station to replace its power source without human intervention.
Human-Scale Interaction: Designed with "fenceless guarding," using advanced perception to detect nearby humans and adjust speed or pathing.
Extreme Dexterity: 56 degrees of freedom, including human-scale hands with tactile sensors in fingers and palms.
Known Constraints (Limits):
Access Gated: Limited production capacity for 2026; primary focus on Hyundai’s RMAC (Robotics Metaplant Application Center).
Developer SDK: While Orbit™ handles system integration, a low-level open-source ROS2 SDK for the production version is not yet publicly standardized for all tiers.
Safety Documentation: While "fenceless guarding" is marketed, formal site-specific ISO 13849 risk assessments must be performed for each facility.
D) Verified Deployments
Hyundai Motor Group: Scheduled for real-world parts sequencing at the Hyundai Metaplant RMAC (2026–2028).
Google DeepMind: Active deployment for the integration of Gemini Robotics AI foundation models into physical hardware.
E) BotReburn Trust Note (Procurement Guidance)
Commercial Reality: Treat Atlas as a qualification-based procurement. Boston Dynamics requires site evaluations before confirming a 2027 delivery slot.
System Integration: Ensure your facility's MES (Manufacturing Execution System) is compatible with the Orbit™ software stack for seamless data digitized metrics like OEE.
Safety Compliance: Request the specific CE/ISO declaration for the electric model, as older safety docs for hydraulic prototypes are no longer applicable.
Logistics (EU/DACH): Verify regional support availability in Europe; as of Feb 2026, most service infrastructure is concentrated in the US and Korea via Hyundai’s network.
