Canadian automation company providing a cloud-based platform for designing, deploying and operating industrial automation systems.
Operating context
Vention combines automation design software, motion control and physical AI for factory robotics. MachineMotion AI coordinates up to 20 motors with EtherCAT, RS-485 expansion and Gigabit Ethernet, using Orin NX or Orin Nano compute in the documented configurations. Python-based MachineLogic and supported industrial robots provide concrete integration routes. Rapid Operator AI/GRIIP is a separate announced bin-picking configuration using Jetson Thor for local processing. The controller's IP54 and 0–40 °C ratings define an industrial environment; a deployable or northern installation would need its own environmental solution and qualification.
Canadian footprint
Vention's financing announcement is issued from Montreal and identifies Canadian institutional investors. The new physical AI lab expands the company's research effort; reported R&D and employee figures refer to the company organization rather than a defence-qualified production line.
Montreal, Quebec is the published city-level context for Vention. It does not imply a street address or exact facility location.
Vention gives Canadian manufacturers a practical path to physical AI and coordinated robotics using defined controller and software interfaces. Its value for defence is presently clearest in industrial production and maintenance facilities. Teams considering mobile or Arctic installations should first resolve the environmental gap and exact compute configuration.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Vention connects MachineBuilder cloud design and bills of materials with MachineLogic programming and simulation, modular mechanical equipment, MachineMotion control and MachineAnalytics monitoring. Its Solestial customer case documents a custom wafer-handling gantry delivered in four weeks and reports a 50% throughput gain for that process. The platform supports iterative factory-cell design and deployment, with final machinery risk assessment and acceptance owned by the integrator.
Evidence of maturity
Commercial industrial automation platform with named customer installations and a documented NVIDIA integration. Customer-case throughput and delivery times are specific to the described processes.
Commercial availability
Design and purchase configured equipment or engage deployment support. Confirm controller generation, robot compatibility, safety validation and software licensing for the complete cell.
Core features
MachineBuilder design, component selection and bills of materials
MachineLogic graphical/Python programming, HMI development and simulation
Modular actuators and controller integration for configured manufacturing cells
MachineAnalytics monitoring and deployment support
Solestial wafer-handling and wet-etch automation customer case
NVIDIA Isaac Manipulator integration for edge perception and robot trajectory planning
MachineMotion AI combines local NVIDIA Orin compute, industrial motion control and Python-based MachineLogic. Documented configurations coordinate motors and supported robots within an IP54, 0–40 °C operating envelope.
Evidence of maturity
Documented industrial product; outdoor or military environmental qualification is not established.
Commercial availability
Commercial configurations; controller, power and robot compatibility require selection.
On September 9, 2026, BetaKit reported Vention's new 16-person physical AI lab within a 120-person R&D organization, with a longer research horizon alongside product releases and Joëlle Pineau as a part-time adviser. This complements the company's local AI robotics and motion-control product development.
Vention announced US$110 million in financing on January 27, 2026, with Investissement Québec, Desjardins Capital, Fidelity-managed funds, NVentures and other institutions participating. A later reported 400% increase in physical AI revenue lacks an absolute revenue base and is not a disclosure of total company revenue.
Reviewed connections
Mission area · Reviewed connectionEvidence strength: Needs Review
The publicly described Industrial automation platform offering may be relevant to monitoring or remote-operation use cases; this is a derived mapping for reviewer assessment.
Reviewed connections indicate possible relevance based on public evidence. They do not indicate procurement direction, eligibility, endorsement or customer interest.
Questions for a first conversation
01
Which controller, compute module and robot combination supports the intended workload, and which functionality runs locally?
The MachineMotion datasheet lists Orin-based variants while Rapid Operator AI is described with Jetson Thor.
02
What enclosure, thermal control and validation would a containerized or northern deployment require beyond the standard factory configuration?
The controller is specified for IP54 protection and 0–40 °C operation.
Original sources 10 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
Supports: Profile · operating context
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB.
The official company material describes Vention as a Canadian technology business with the public offering summarized in this candidate.
Supports: Profile · canadian footprint
The official capability material supports the named Industrial automation platform offering and the bounded operational description prepared for reviewer consideration.
Vention's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
BetaKit reports Vention has established a 16-person physical AI lab within a 120-person R&D organization, pursuing roughly twelve-month research projects alongside its shorter product-release cycle. Joëlle Pineau is a part-time adviser.
Supports: Profile · current activity
BetaKit reports Vention has established a 16-person physical AI lab within a 120-person R&D organization, pursuing roughly twelve-month research projects alongside its shorter product-release cycle. Joëlle Pineau is a part-time adviser.
Vention announced US$110 million of financing with participation from Investissement Québec, Desjardins Capital, funds managed by Fidelity Investments Canada, NVentures and other institutions. Proceeds are intended for physical AI automation development and EMEA expansion.
Public sources cited · Facts and assessments kept separate · Human review
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
Vention describes Rapid Operator AI with GRIIP for industrial bin picking using local NVIDIA Jetson Thor processing. This announced configuration is distinct from the Orin-based MachineMotion AI controller variants in its current datasheet.
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB.
The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB.
Supports: Profile · operating context
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB.
The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · capability type
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technicaldomainslugs
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · defence applications
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technology readiness level
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · summary
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · name
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technical tags
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · commercial availability
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · slug
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · core features
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · core features
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technical tags
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · defence applications
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · maturity
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · core features
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · core features
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technical tags
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · core features
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · defence applications
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
Supports: MachineMotion AI industrial edge controller · technicaldomainslugs
Vention lists MachineMotion AI configurations using NVIDIA Jetson Orin NX 16 GB or Orin Nano 8 GB, with Python-based MachineLogic and industrial robot support including FANUC, Universal Robots and ABB. MachineMotion AI supports up to 20 motors, EtherCAT, RS-485 expansion, Gigabit Ethernet and available Wi-Fi/LTE connectivity. I/O expansion is specified up to 128 inputs and 128 outputs. The controller datasheet specifies IP54 and a 0–40 °C operating environment. Power varies by configuration; the 3,000 W peak figure belongs to the Pro configuration and is subject to the documented operating limits.
The official public contact pathway for Vention is https://vention.io/.
Supports: Profile · operating context
The official capability material supports the named Industrial automation platform offering and the bounded operational description prepared for reviewer consideration.
Supports: Profile · editorial profile version
Vention has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
The official capability material supports the named Industrial automation platform offering and the bounded operational description prepared for reviewer consideration.
BetaKit reports Vention has established a 16-person physical AI lab within a 120-person R&D organization, pursuing roughly twelve-month research projects alongside its shorter product-release cycle. Joëlle Pineau is a part-time adviser.
Supports: Profile · disclosed financing summary
The article reports a 400% increase in physical AI revenue attributed to Vention, but does not disclose the absolute revenue base. This cannot be treated as total company revenue.
Supports: Profile · disclosed financing summary
Vention announced US$110 million of financing with participation from Investissement Québec, Desjardins Capital, funds managed by Fidelity Investments Canada, NVentures and other institutions. Proceeds are intended for physical AI automation development and EMEA expansion.
Supports: Industrial automation platform · core features
NVIDIA’s June 24, 2025 technical article describes MachineMotion AI with Jetson Orin, Isaac Manipulator perception and cuMotion planning, controller-to-robot trajectories and remote diagnostics. It establishes a named technology integration route for industrial cells rather than military environmental qualification.
NVIDIA’s June 24, 2025 technical article describes MachineMotion AI with Jetson Orin, Isaac Manipulator perception and cuMotion planning, controller-to-robot trajectories and remote diagnostics. It establishes a named technology integration route for industrial cells rather than military environmental qualification.
Vention’s Solestial case study reports a four-week custom gantry deployment and 50% higher wafer-loading throughput, plus automation of 12–16-tank wet-etch hoods using MachineBuilder and MachineLogic. These are attributed process-level customer results, not whole-factory guarantees.
Supports: Industrial automation platform · core features
Vention’s Solestial case study reports a four-week custom gantry deployment and 50% higher wafer-loading throughput, plus automation of 12–16-tank wet-etch hoods using MachineBuilder and MachineLogic. These are attributed process-level customer results, not whole-factory guarantees.
Vention’s Solestial case study reports a four-week custom gantry deployment and 50% higher wafer-loading throughput, plus automation of 12–16-tank wet-etch hoods using MachineBuilder and MachineLogic. These are attributed process-level customer results, not whole-factory guarantees.
Supports: Industrial automation platform · core features
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform · name
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform · capability type
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform · core features
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform · core features
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform → Autonomous Patrol and Monitoring
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform → Autonomous Patrol and Monitoring
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform → Autonomous Patrol and Monitoring
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform → Autonomous Patrol and Monitoring
Vention combines cloud MachineBuilder design and bills of materials, MachineLogic programming/simulation/deployment, MachineAnalytics monitoring, modular mechanical components and MachineMotion controllers. It offers turnkey and customizable factory applications and integration/deployment support; platform functions do not imply every final machine is independently certified.
Supports: Industrial automation platform · core features
MachineLogic provides graphical state-machine programming, Python tooling, custom HMI creation and digital-twin simulation. Configurations, applications and HMIs deploy to MachineMotion; local developer tooling and cloud authoring serve different workflow stages. Simulation supports design validation rather than proving cycle time for every installed cell.
MachineLogic provides graphical state-machine programming, Python tooling, custom HMI creation and digital-twin simulation. Configurations, applications and HMIs deploy to MachineMotion; local developer tooling and cloud authoring serve different workflow stages. Simulation supports design validation rather than proving cycle time for every installed cell.
The July 2026 MachineMotion AI manual specifies up to 20 EtherCAT motors, Orin NX 16 GB or Nano 8 GB compute depending on configuration, industrial IP54 enclosure, Ethernet/Wi-Fi/LTE, PoE cameras and up to 3,000 W motion output for Pro. The manual assigns final machine risk assessment and validation to the integrator; controller certification does not certify the assembled robot cell.
The July 2026 MachineMotion AI manual specifies up to 20 EtherCAT motors, Orin NX 16 GB or Nano 8 GB compute depending on configuration, industrial IP54 enclosure, Ethernet/Wi-Fi/LTE, PoE cameras and up to 3,000 W motion output for Pro. The manual assigns final machine risk assessment and validation to the integrator; controller certification does not certify the assembled robot cell.
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