# Anthony Cacciatore

Anthony Cacciatore works in industrial automation and robotics, helping manufacturers make automation decisions that can be supported and scaled. Cacciatore's LinkedIn posts discuss practical applications such as automated quality inspection, robot cybersecurity, and manufacturing modernization.

- Profile: https://b2binfluencer.marketing/creators/anthony-cacciatore/
- LinkedIn: https://www.linkedin.com/in/anthony-cacciatore-47262395
- LinkedIn followers: 2,220
- Topics: cybersecurity, industrial-automation, robotics
- Based on 13 dated posts, latest 2026-10-09

## Summary

Anthony Cacciatore is most useful for practical automation content on inspection, robot cybersecurity, support, and Canadian manufacturing.

- Best for: A Canadian automation vendor seeking credible co-created thought leadership for manufacturing engineers.
- Not for: Paid promotional campaigns, product endorsements, or demo-led lead generation for broad North American buyers.
- Check first: Confirm fees, exclusivity, review rights, deliverables, and recent LinkedIn analytics.

### Takeaways

- Automated inspection checks parts in a robotic cell and feeds measurements back to spot process drift.
- Robot cybersecurity buying question: ask for independent certification, not just security features.
- Automation launch planning should cover support, maintainability, and the customer's ability to operate the system.

## Main ideas

- **Automation projects stall on requirements, ownership and support, not on the technology**: Cacciatore argues that plants rarely fail to automate because the equipment cannot do the job. They stall on ownership, unclear requirements, undefined success criteria, support, economics or a lack of readiness for what comes after the pilot. The article calls for looking beyond technology to build something the business can operate, support and scale. A related post applies the same reasoning to the system’s operating life: a system that runs on day one can still fail on day two, so support, maintainability, internal capability and what happens when something goes wrong should be planned before launch, alongside getting the system running.
- **Cybersecurity is now a robot buying criterion, and a certificate is the test**: Cacciatore argues that cybersecurity has joined the robot selection criteria once dominated by payload, reach, accuracy, cycle time, price, service and integration. The reason is connectivity: robot controllers now talk to PLCs and HMIs, feed MES and ERP systems, connect to cloud platforms, are accessed remotely, and work alongside vision systems, AMRs, analytics and AI. Every new connection creates another path to secure. Rather than accepting a manufacturer's description of "cybersecurity features," they advise asking the manufacturer and integrator for independent certification against a recognised industrial standard, and understanding what that certification covers.
- **Automate the inspection step, not only the part**: Cacciatore argues that many plants invest in automating how a part is made while leaving measurement and inspection until afterwards. They say dimensional checks, hardness testing, gauging, surface inspection and part verification can all be built into the automated process. The value goes beyond catching individual bad parts: when results feed back into the PLC, quality system or production data, a plant can spot process drift before it makes a pile of scrap. The priority is clear: sometimes the biggest opportunity in a plant is not making the part faster but finding out sooner when you are making it wrong.
- **Robot safety follows the application, not the robot category**: Cacciatore argues that the way the industry classifies robots no longer reflects how safety works. The talk description says that "collaborative robots" technically no longer exist as a category, that ISO 10218 governs the situation, and that the specific application matters more than the robot itself—including cases where a traditional industrial robot is the better fit. The argument focuses on risk assessment and cell design, not on which class of machine is inherently safer.
- **Defence spending should be measured by what Canada builds, not what it buys**: Cacciatore argues that increased Canadian defence spending could become one of the largest manufacturing modernization opportunities in decades, but only if the money does not mostly go to finished systems purchased outside Canada. Otherwise, immediate defence capability may improve while the domestic industrial base does not. Defence work demands higher traceability, quality control, cybersecurity, production consistency and scalability. Automation, they argue, can meet those requirements reliably and at scale—not simply reduce labour.
- **An advisory posture: help clients decide, do not sell them the system**: Cacciatore describes the role behind the posts as helping clients make better automation decisions rather than selling them a system. That framing recurs across the material: the cybersecurity post tells buyers what to demand from suppliers, the inspection post focuses on plant-floor consequences, and the pilot-to-production argument addresses a buyer's readiness rather than a product's capability. The content offers decision support for people buying automation and shapes how they engage with vendors.
- **Contribute to the industry conversation and credit the people in it**: A recurring practice across the posts is showing up in the Canadian robotics and automation community and naming the organisers, hosts and co-hosts involved. Cacciatore's own claims are about what was said and who was credited, not about audience size or outcomes. Guest and partner roles are attributed separately in the posts, and the event material is a record of participation rather than of results.

## Work to read

- [Robot cybersecurity belongs in the purchasing conversation](https://www.linkedin.com/posts/anthony-cacciatore-47262395_industrialautomation-robotics-canadianrobotics-activity-7503780580539412480-H1oG)
- [Automating inspection, not just the part](https://www.linkedin.com/posts/anthony-cacciatore-47262395_automation-manufacturing-qualitycontrol-activity-7514297413835161600-VjF7)
- [Why automation pilots stall before they scale](https://www.linkedin.com/posts/anthony-cacciatore-47262395_manufacturingautomation-industrialautomation-activity-7513572673105444864-F3Xh)
- [Defence spending as a manufacturing modernization question](https://www.linkedin.com/posts/anthony-cacciatore-47262395_canadianmanufacturing-defenceindustry-industrialautomation-activity-7487976162846183424-oXWg)
- [“Collaborative robots” and what the safety standard actually requires](https://www.linkedin.com/posts/anthony-cacciatore-47262395_%F0%9D%90%87%F0%9D%90%9A%F0%9D%90%A9%F0%9D%90%A9%F0%9D%90%B2-%F0%9D%90%AD%F0%9D%90%A8-%F0%9D%90%AC%F0%9D%90%A1%F0%9D%90%9A%F0%9D%90%AB%F0%9D%90%9E-%F0%9D%90%AD%F0%9D%90%A1%F0%9D%90%9A%F0%9D%90%AD-%F0%9D%90%88%F0%9D%90%A5-activity-7504209485142450176-Xn0E)
- [The community Cacciatore speaks within](https://www.linkedin.com/posts/anthony-cacciatore-47262395_%F0%9D%90%80-%F0%9D%90%A0%F0%9D%90%AB%F0%9D%90%9E%F0%9D%90%9A%F0%9D%90%AD-%F0%9D%90%9D%F0%9D%90%9A%F0%9D%90%B2-%F0%9D%90%9A%F0%9D%90%AD-%F0%9D%90%AD%F0%9D%90%A1%F0%9D%90%9E-%F0%9D%90%82%F0%9D%90%91%F0%9D%90%82-activity-7508249590047961088-2W3e)
- [Post-launch support and maintainability](https://www.linkedin.com/posts/anthony-cacciatore-47262395_industrialautomation-robotics-manufacturing-activity-7511394843533885441-e82V)

## Brand relationships

- **CAS Group** (disclosed_partnership)
- **Manufacturing AUTOMATION** (mention)
- **Canadian Robotics Council** (mention)

## Partnerships

Anthony Cacciatore’s posts show a working pattern of collaboration: a bylined article, “From Pilot to Production,” in Manufacturing AUTOMATION magazine, and a speaking appearance at the Canadian Robotics Council 2025 Symposium alongside the magazine’s editor, Jared Dodds, including co-hosting a breakout session. These are editorial and event collaborations, not disclosed commercial arrangements; ask about fees, exclusivity, review rights, and deliverables. Cacciatore writes that CAS Group’s role is to “help you make better automation decisions, not to sell you the system itself,” and several posts offer vendor-neutral advice on robot selection, safety standards, and cybersecurity. That positioning may shape what they endorse and how they frame a co-created piece. The posts show no partnership inquiry route, so ask through Cacciatore’s LinkedIn profile.

## Alternatives

- Carly Macmeikan: If the vendor wants to move co-created thought leadership from the robot cell to the defence and aerospace supply chain, and the audience is enterprise transformation, procurement or supply-chain leaders rather than plant engineers. The available posts frame generative AI as a supply-chain and manufacturing capability, cite Accenture research that says GenAI could automate or augment 58% of supply-chain processes across design, planning, sourcing, production and fulfilment, and point to a Farnborough International Airshow showcase with live demos for supply-chain resilience, engineering, manufacturing, aftermarket operations and business development. Macmeikan is the stronger alternative when the proposed article or webinar covers enterprise-scale AI adoption, defence/aerospace modernisation or supply-chain resilience, and the vendor wants the credibility of a consultancy-style event platform.
- Steve Sterling: If the vendor wants a standards-and-interoperability conversation about AI on the factory floor, rather than a robot-safety and cybersecurity buying guide. The available posts compare industrial AI to earlier PLC islands that could not talk to each other, name machine-level AI, AMRs and vision systems as islands of intelligence, and welcome efforts such as the Agentic AI Foundation pushing open standards and interoperability. A second post uses Edison Motors’ diesel-electric truck decision to argue that manufacturing progress comes from practical bridges and honest engineering judgment rather than a perfect end state. Sterling is the stronger alternative when the proposed webinar or article covers AI architecture, open standards, interoperability or pragmatic innovation in heavy industry, and the vendor wants a debate about how systems fit together rather than a checklist of robot certifications.
- Janmejay Bhatt: If the vendor’s target market is Indian manufacturing SMEs and the collaboration is about digital growth systems, demand generation or industrial clusters rather than robotics safety and cybersecurity. The posts address Indian manufacturers directly: one argues that automation and AI outreach will reshape growth, that clarity beats noise, and that long-term digital systems beat short campaigns; the other uses National Productivity Council material to explain why manufacturing clusters take decades to form and cannot be manufactured by building industrial parks alone. Bhatt is the better choice when the article or webinar covers Indian MSME competitiveness, B2B demand generation or cluster development, and the vendor sells into that market.

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AI-assisted summary of public posts. Audience demographics are not available. Engagement appears only where we checked recent posts. Method: https://b2binfluencer.marketing/methodology/