IntBot and Certis push physical AI in Singapore

Nylo service humanoid goes live in Singapore's busy spaces.

IntBot and Certis Group have announced a strategic partnership aimed at scaling physical AI for enterprises across Singapore, edging robots from demos into operational roles in public-facing environments. The collaboration combines IntBot’s General Social Intelligence technology with Certis’ track record in designing and running mission-critical operations, with a specific focus on humanoid concierge and assistance tasks. The deal signals a broader industry shift toward robots that can engage people naturally while meeting safety and service-delivery requirements in real-world settings.

The Nylo service humanoid, IntBot’s showcased platform, has already turned heads by appearing at CES 2026, illustrating the company’s push to bring socially oriented AI into tangible, service-oriented deployments. In the Singapore-facing plan, IntBot says its humanoid is mature and scalable, positioned to operate in live environments where interactions with the public must be smooth enough to avoid friction while still delivering reliable service. Lei Yang, co-founder and CEO of IntBot, frames the effort around a key industry hurdle: multimodal models are maturing fast, but the bottleneck now is how a robot interacts with people in busy spaces. He argues that a successful public robot will be judged less on chasing a single task and more on how effectively it can welcome and guide humans through complex environments.

The collaboration is described in terms of a practical deployment model rather than pure research. Engineering documentation shows that the partners intend to integrate socially intelligent behavior with Certis’ operational know-how, creating a framework where robots can be embedded into existing public-facing operations while maintaining safety, reliability, and service standards. The initiative also emphasizes Singapore’s smart-infrastructure leadership as a launchpad, suggesting the partners view the city-state as a proving ground for physically embodied AI at scale.

From a technology-readiness perspective, the announcement leans toward field-ready deployment. The emphasis on operating in live, high-traffic spaces and the pairing with a security and facilities-oriented operator implies a real-world use-case focus beyond controlled environments. Demonstration footage and public-facing events have helped anchor expectations that the Nylo platform will move beyond isolated lab tests toward continuous operation in busy venues. However, precise hardware metrics remain undisclosed. In particular, DOF counts and payload capacity for the Nylo humanoid have not been released, and power, runtime, and charging requirements are not specified in the materials accompanying the partnership. These gaps will be critical to evaluating longer-term maintenance needs and performance under sustained service load.

Two practitioner-centered takeaways emerge from the announcement. First, the work underscores a deliberate tradeoff between social intelligence and robustness. For Certis, the value is operational reliability in mission-critical environments, not just a charming demo. For IntBot, the emphasis is on interaction quality that scales with crowds, which means in-depth testing around speech recognition, safe word-spotting, and gesture-language alignment in noisy public spaces will determine field success. Second, this pact highlights the challenges of scaling from a single demonstration platform to a fleet-ready deployment. Field deployments require consistent behavior across multiple sites, seamless handoffs to human staff when needed, and integration with existing access control, safety protocols, and data privacy regimes. Expect to watch for how this partnership addresses incident response, obstacle handling in dense crowds, and regulatory approvals for service robots operating in public facilities.

If the collaboration delivers, it could push other enterprise players to pursue joint ventures that blend advanced social AI with proven operations know-how. The combination of IntBot’s social intelligence stack with Certis’ mission-critical operations expertise could deliver a repeatable template for deploying humanoids as front-line assistants in airports, government buildings, and large campuses, not just as glitzy pilots but as everyday components of public service delivery.

What to watch next: how quickly DOF, payload, power budgets, and runtime figures appear in follow-up disclosures; how the system handles multi-person interactions in real-time; and whether field deployments reveal new failure modes such as misrecognition of human intent in busy environments or the need for more robust safety interlocks in dynamic public spaces.