#Singapore #autonomous robotics #Certis Group #FieldAI

Certis Group and FieldAI Team Up

In a significant development in the realm of security, Singapore-based Certis Group has forged a strategic partnership with FieldAI, a prominent US company specializing in autonomous robotics. This collaboration marks a pivotal step towards revolutionizing how security operations are managed through the integration of advanced robotic technologies.

A Leap into the Future of Security

With the security landscape becoming increasingly complex and demanding, Certis Group, renowned for its comprehensive range of security solutions, has recognized the need for innovation. By joining forces with FieldAI, renowned for its pioneering work in deploying autonomous robots, they aim to create an integrated ecosystem where humans and robots can work together seamlessly.

The duo strives to implement FieldAI's powerful artificial intelligence capabilities and operational agility, which are crucial for navigating the multifaceted environments found in security operations.

The Power of Collaboration

The partnership centers on an orchestration model that utilizes Certis' proprietary Mozart™ platform. This platform effectively coordinates human teams, robotic units, and operational workflows in real-time, allowing for superior command and control over security operations. By integrating FieldAI's autonomous technologies with Certis’ operational expertise, they are poised to set new benchmarks in the deployment of robotic systems within live environments.

Both companies are committed to advancing the security industry's operational model by employing robots that can perform routine tasks. This automation will enable human security personnel to redirect their focus toward more critical analyses and responses while enhancing overall efficiency and safety.

Addressing Industry Challenges

The global security sector employs over 30 million individuals, and as operational complexities escalate, the integration of reliable and accountable robotic solutions becomes increasingly essential. As articulated by Certis' President, Ng Tian Beng, the aim is to ensure that robotics can operate effectively within the existing human frameworks and workflows. This perspective underscores their commitment to leveraging leading technologies to effectuate timely solutions that can function effectively in high-stakes scenarios.

Boundless Potential with FieldAI

FieldAI’s Field Foundation Models™ serve as a central component of their technology, allowing for general-purpose autonomy. These models facilitate the deployment of robots in unpredictable environments, learning and adapting without relying on prior maps or routes. As these robots engage with their surroundings, the intelligence gained is shared across the fleet, thereby enhancing overall performance.

This partnership enables diverse applications, including autonomous patrols, real-time incident detection, and remote supervision—all crucial for modern security needs. By marrying FieldAI’s autonomy software with Certis’ orchestration capabilities, the partnership seeks to enhance the seamless operation of robots in tandem with human security teams.

The Road Ahead

In anticipation of future advancements, FieldAI has established an office in Singapore, a strategic move that facilitates ongoing collaboration and integration with Certis Group. This partnership will initially emphasize security applications, but it opens doors to broader opportunities, including inspections and facilities monitoring over time.

Looking forward, both companies are committed to developing training programs, safety validations, and operational frameworks that align with responsible deployment standards. Ultimately, this collaboration epitomizes a shared vision of integrating practical robotic solutions into human operations, thereby fostering safer and more resilient environments to meet modern challenges.

As the security landscape evolves, this partnership between Certis Group and FieldAI signals a new era of innovation, marked by the integration of autonomous technologies that promise to redefine operational equilibriums in the industry.