Posted on October 30th, 2025

Offering Will Leverage New NVIDIA-Nokia 6G Partnership Designed to Revolutionize Telecoms

WASHINGTON D.C. – October 30, 2025 – Following on this week’s landmark partnership announcement between NVIDIA and Nokia to pioneer AI-native 6G networks, Physical AI infrastructure software developer Terbine today unveiled the roadmap for its network-based platform called STRATA.  The platform is intended to become the distributed intelligent orchestration layer through which robots, drones, autonomous vehicles and other connected AI-enabled machines will interact with each other, humans and the environments that they’re operating within, on a massive scale.

From Individual Machines To Robot Teams

Autonomous technology has thus far focused primarily on individual machines. However, as the number of robots, drones, and self-driving vehicles rapidly increases into the many millions, an overarching orchestration capability will become necessary—much like how air traffic control coordinates the skies. “We’re focused on creating a highly distributed, intelligent, and secure orchestration layer for the new era of autonomous systems,” said Terbine Founder & CEO David Knight. “By integrating into the AI-native 6G network architecture being developed by NVIDIA and Nokia, we’ll provide the trusted Physical AI platform coordinating billions of daily machine interactions around the world.”

Achieving Edge AI Hyperscaling

Terbine’s STRATA platform roadmap combines the principles of hyperscale computing and wide area telecommunications to deploy AI computing resources directly throughout wireless networks. It won’t replace large data centers but can extend their power and management to a distributed network of compact nodes situated at or near cell towers. Applying the same architectural efficiencies as the cloud, these dispersed edge sites will allow for modular scalability across geographies. Edge Hyperscaling represents the “distributed AI factories” needed to power the Physical AI world.

Solving The Physical AI Training Data Problem 

To scale, Physical AI requires tremendous amounts of sensor data. Terbine’s STRATA platform is already gathering large amounts of data generated by the physical world. To make this acceptable to public and private data originators, STRATA incorporates a powerful AI-enabled policy engine that controls for proprietary data rights, determines source trust and viability, and anonymizes sources where requested. For data discovery, STRATA provides a rich metadata layer based on the assumption that the “user” is an AI.

Moving Past The ChatBot Phase of AI Development Into The Physical World

STRATA is purpose-built for Physical AI, capable of ingesting and processing complex, real-world data—including time-series streams, audio, video, sensor and RF sources. By utilizing Terbine-developed contextual metadata, STRATA enables the production of specialized Large Language Models (LLMs) for physical systems.

Major Organizations Want The Ability To “See” What’s Happening

STRATA features a unique “Mission Control” system, providing a digital twin for large organizations to interact with and manage infrastructure, intelligent connected machines and other fixed or moving resources. Terbine is already delivering on initial use cases in electric and autonomous vehicle (EV/AV) infrastructure. The platform can be leveraged by commercial / industrial / military fleets, rideshare / rental / autonomous service operators, last-mile delivery services (land/air/marine), supply chain & logistics companies / military branches, state and local governments, utilities & renewable energy providers in most geographies. 

Advising Organizations On Their Physical AI Strategies

In addition to building applications on the STRATA platform, enterprise customers can leverage Terbine’s deep expertise in the rapidly evolving Physical AI sector through consulting. The company already provides Physical AI strategy and implementation services to clients including mobility providers and the US military.

Posted on October 7th, 2025

Highly seasoned executive brings vast industry expertise and connectivity to the company as it expands its mobility orchestration technology into the rapidly evolving Physical AI industry.

LAS VEGAS & FAR HILLS, NJ October 7, 2025 — Terbine, developer of network-based Physical AI platforms, announced today that former American Tower executive Ed Knapp has joined its Board of Advisors. Knapp will provide strategic and tactical guidance to the company as it bridges telecoms, energy and mobility.

Physical AI and the Future of Connectivity

“Ed has a unique and rich background that encompasses the range of elements making up the rapidly evolving world of Physical AI,” said David Knight, Terbine CEO. “With the paradigm shifts being brought about by the growth in always connected intelligent machines, we are very pleased to have a true industry expert in our midst.” 

Knapp is a visionary with deep experience in the wireless and telecommunications sectors. As the former CTO of American Tower and SVP of Engineering at Qualcomm/Flarion, he was at the forefront of developing the global wireless ecosystem from analog first generation to today’s 5G. he has a successful track record as an industry leader, having co-founded NextWave Telecom and held key roles at NYNEX (later Verizon). He currently advises startups and is the CEO of Liberty Technology Partners. Ed serves on the Board of the Center for Automotive research. 

Posted on August 26th, 2025

Tech innovator will collaborate with UNLV Engineering’s Drones and Autonomous Systems Lab to deliver AI-enabled systems for secure real-time orchestration of intelligent machines.

LAS VEGAS — August 26, 2025 — Terbine, an innovator in AI-driven machine orchestration, and the University of Nevada Las Vegas (UNLV) today announced their intention to transform logistics through close collaboration. The organizations have signed a teaming agreement to pursue federal and state grants, projects and industry partnerships that have the shared goal of delivering highly secure real-time monitoring, management and synchronization of autonomous supply chain systems and connected infrastructure across land, air and sea.

Logistics Will Increasingly Involve Intelligent Machines

As many types of operations evolve with the deployment of increasingly autonomous machines such as self-guiding supply vehicles, cargo- and personnel-carrying drones, container robots and more, the need to coordinate them efficiently is rapidly becoming a top priority. Terbine’s platform is intended to answer this challenge by securely orchestrating machine interactions at scale—ushering in a new era of operational agility and logistical intelligence. Through partnering with UNLV’s advanced engineering lab and leading vendors, Terbine will be able to provide research, development and testing of physical systems with cloud- and edge-based AI, resulting in real world solutions.

“The technology that we will develop working with UNLV is intended to ensure that machines and people are working together in harmony, supported by secure real-time data and adaptive AI,” said David Knight, Founder and CEO of Terbine.

Terbine’s focus on AI-based logistics orchestration is intended to complement and support intelligent machines being developed and deployed by auto and truck manufacturers, robot and drone producers and others. 

UNLV’s State of The Art Research Facilities

UNLV opened its Drones and Autonomous Systems Lab within the College of Engineering in 2015 under the leadership of renowned autonomous systems expert Paul Oh.  The lab conducts world-leading research on robotics and unmanned aerial systems, and its advanced humanoid robot was a worldwide finalist for the ANA Avatar XPRIZE in 2022 and competed in the DARPA Robotics Challenge in 2015. Now, the lab is ready to take on governmental and corporate sponsors to support research, development and testing in areas critical to advancing logistics, potentially including:

• Coordinating unmanned aerial, maritime and ground cargo systems including freight-handling robots
• Facilitating ad-hoc platooning of cargo vehicles for efficiency and increased safety
• Infrastructure-aware orchestration of machine and human interactions across regions and supply chains

Together with partner-vendors, Terbine and UNLV intend to develop and facilitate the secure orchestration of potentially millions of autonomous machines—turning fragmented supply chains into an adaptive, intelligent ecosystem.

Posted on August 5th, 2025

STRATA is designed for fleets to monitor public and private charging networks including third-party systems.

LAS VEGAS, NV – Terbine, a leader in intelligent mobility systems, has announced the rollout of its STRATA platform designed to bring unprecedented real-time supervision of EV charging networks regardless of who operates them. Utilizing advanced interconnections and sensor fusion processed by AI, the platform offers a first-of-its-kind ‘overview’ of EV infrastructure to ensure that vehicles are only routed to charging stations where the chargers are known to be fully operational and available.

Situational Awareness For Fleet Operators

STRATA can monitor Charge Point Operator (CPO) infrastructure across wide geographies and provides real time interfacing with underlying charger management software (CMS) from virtually any vendor. The platform offers a state-of-the-art “Mission Control” digital twin that gives commercial, consumer and military fleet operators comprehensive oversight of a wide range of charging infrastructure.

“We’ve heard from many fleet operators that they need to have visibility into charging networks even when they don’t own the infrastructure,” said David Knight, CEO of Terbine. “With STRATA we leverage Agentic AI and other sophisticated tools including an advanced Policy Engine that deals in real time with data access and ownership rights, regulatory and liability issues, plus other elements needed to create a solution that works for all of the players involved with the EV ecosystem.” 

Vehicle Synchronization With Charging Systems

Key features of the STRATA platform include:

• Supervision: Real-time monitoring and fault detection across charging and energy systems
• Predictive Maintenance: Using machine learning, the system can predict when faults are likely to occur, allowing operators to preemptively issue trouble tickets, order parts, and dispatch technicians
• Synchronizing Vehicles With Charging Stations: When access to telematics or driver apps present in vehicles performing goods or people transport, STRATA can ensure that a driver or robotaxi is only sent to chargers that are known, at that point in time, to be operational and available
• STRATA Mission Control: The platform offers a digital twin depicting charging infrastructure called Mission Control, modeling the status and location of individual chargers, on-site battery storage units, and security monitors. Elements with their operational status appear on a large map display, giving operators a real-time, comprehensive view of network health even with third-party CPOs

Terbine aims to elevate charging network uptime to enterprise-level standards and make EVs symbiotic with infrastructure, ensuring a seamless and trouble-free experience for drivers of vehicles of all types and sectors including consumer, commercial, agriculture, construction and military logistics. The STRATA platform and Mission Control can be utilized via direct licensing or Platform-as-a-Service subscriptions. 

Posted on July 10th, 2025

Distributed platform will form a critical new layer of intelligence for the rapidly expanding universe of smart connected machines ranging from humanoid robots and autonomous delivery drones to fleets of self-driving long-haul trucks.

Terbine, a leader in AI-driven machine coordination, announced its acceptance into the NVIDIA Inception program, a premier initiative designed to support startups revolutionizing industries with AI-based solutions. The strategic relationship will significantly accelerate the development and deployment of Terbine’s groundbreaking Agentic AI-powered platform, STRATA, which is set to transform how intelligent machines interact with each other, people and the environments they operate in.

Terbine’s STRATA is being built for the secure orchestration of intelligent machines across all categories and sectors, providing decentralized control and oversight using AI-based sensor fusion, policy enforcement and edge decision-making. Essentially, STRATA will become the “network brain” that enables seamless machine interoperation by leveraging natural language processing, machine learning, and vertical-specific Large Language Models (LLMs), along with NVIDIA GPUs including EGX and Jetson. 

“Terbine is excited to announce its participation in the NVIDIA Inception program,” said David Knight, Founder and CEO of Terbine. “This allows us to turbocharge our development and deployment of cloud and edge software that will ensure vast numbers of intelligent machines work in harmony with each other and people, driven by real-time data and adaptive AI.”

Hyperscaling Physical AI 

The integration of STRATA with NVIDIA’s upcoming mobile edge computing processors embedded in public, commercial, and defense networks will deliver real-time coordination and environmental responsiveness, enhancing safety, efficiency, and situational intelligence for complex machine operations. Terbine’s architecture, drawing inspiration from air traffic control and financial trading networks, is designed to facilitate scalable, policy-driven coordination across potentially millions of machines, transforming siloed operations into an adaptive, intelligent ecosystem. It will also enable new revenue opportunities for organizations such as microtransactions initiated and managed by machines as they begin to participate directly in commerce via Agentic AI. 

About NVIDIA Inception

The NVIDIA Inception program is designed to help startups during critical stages of product development, prototyping, and deployment. Inception members receive ongoing benefits such as NVIDIA Deep Learning Institute credits, preferred pricing on NVIDIA hardware and software, and technological assistance, which provides startups with the fundamental tools to help them grow. The program supports startups driving advancements in AI and data science by providing critical resources, technical expertise, and go-to-market support to accelerate innovation and scalability.

© 2025 NVIDIA, the NVIDIA logo, EGX and Jetson are trademarks and/or registered trademarks of NVIDIA Corporation in the U.S. and other countries.

Posted on June 17th, 2025

Terbine’s Agentic AI-Powered Platform Will Transform the Way Intelligent Machines Interact With Each Other And The World They’ll Operate In 

Las Vegas, NV — June 17, 2025 — Terbine, a pioneer in orchestrating intelligent mobility systems, today unveiled STRATA, a groundbreaking Agentic AI-powered platform designed to supervise, synchronize and orchestrate the interactions of autonomous machines with infrastructure and each other. STRATA represents a critical new layer of intelligence for the rapidly expanding universe of smart mobility—from electric vehicles and delivery drones to bipedal robots and infrastructure sensors. STRATA utilizes Google AI and is intended to operate on NVIDIA’s upcoming mobile edge computing processors embedded in public, commercial and defense networks.

Leveraging recent advances in low-latency 5G communications, AI edge computing, and sensor integration, STRATA will deliver real-time coordination and environmental responsiveness, bringing safety, efficiency, and situational intelligence to complex machine operations.

“As a member of the team that led future mobility at Ford, I see STRATA emerging as the intelligent nerve center for physical AI as it evolves into a global ecosystem.  Terbine isn’t just enabling autonomy—by harnessing Agentic AI at the edge, it’s building that crucial orchestration layer between infrastructure and machines including vehicles, drones, support infrastructure and more.  That’s the ‘STRATA-spheric’ leap needed as we scale the future of mobility..”
— Jamie Allison, Terbine Board Member and former Ford Executive

While many companies are focused on in-vehicle autonomy and driving systems, Terbine is building the network brain that enables intelligent machines to interoperate seamlessly. Key features of STRATA include:

• Supervision: Oversight and real-time fault detection across charging and infrastructure systems
  
• Synchronization: Connecting and coordinating vehicles, drones, and robots with their environments
  
• Orchestration: Managing swarms of autonomous machines with policy-driven, distributed AI logic
  

“Thanks to AI, the mobility landscape is evolving at an unprecedented pace – at Terbine we’re building the intelligent supervisory layer that will allow machines to truly function in harmony amongst themselves and with the world around them,” said David Knight, CEO of Terbine. “STRATA will enable real-time orchestration, fault resolution, and hyper-efficient use of infrastructure using Agentic AI both in the cloud and at the edge.”

STRATA is being rolled out in phased deployments, each unlocking new capabilities for smart mobility. One of STRATA’s first applications is addressing the increasingly complicated electric vehicle (EV) charging ecosystem. Through AI-driven analytics and policy-based decisioning, STRATA provides oversight and automated remediation for the most common causes of charging failures—benefiting both consumers and commercial fleet operators. The platform integrates sensor and telematics data from vehicles, chargers, and cloud networks to anticipate issues before they impact users, helping to make EV charging dependable and scalable..

Posted on May 29th, 2025

Agentic AI will orchestrate autonomous systems to deliver real-time coordination, secure oversight, and adaptive logistics for the Department of Defense

LAS VEGAS, NV — May 29, 2025 — Terbine, a leader in AI-driven machine coordination, today announced its advanced orchestration platform designed to transform defense logistics. The platform introduces a secure, intelligent layer that enables real-time monitoring, management, and synchronization of autonomous systems and connected infrastructure across land, air, and sea. Terbine’s focus on defense supply chains and logistics is intended to complement and support programs that are adversary-facing.  

As military operations evolve with the deployment of increasingly autonomous machines such as self-guiding supply vehicles, the need to coordinate them efficiently becomes a top priority. Terbine’s platform is intended to answer this challenge by securely orchestrating machine interactions at scale—ushering in a new era of operational agility and logistical intelligence.

“In tomorrow’s battles, victory may depend not just on force—but on the speed and intelligence of logistics,” said David Knight, Founder and CEO of Terbine. “Our technology will ensure that machines and people are working securely in harmony, driven by real-time data and adaptive AI.”

At the core of Terbine’s offering are Agentic AI-powered nodes, which provide secure, decentralized control and oversight. These nodes will perform sensor fusion, policy enforcement, and edge-cloud decision-making to ensure machines and operators function as a cohesive system, even in complex or contested environments.

• Facilitating ad-hoc platooning of cargo vehicles for efficiency and convoy security
• Coordinating unmanned aerial and ground cargo systems
• Infrastructure-aware logistics planning across theaters and supply lines

Drawing inspiration from the structure of air traffic control and the security of financial networks, Terbine’s architecture facilitates scalable, policy-driven coordination across millions of machines—turning fragmented supply chains into an adaptive, intelligent ecosystem.

“This is far beyond traditional automation,” added Knight. “It’s a strategic leap into dynamic machine coordination, enabling smarter resupply, greater data trust, and confident decision-making at the edge.”

Terbine has been awarded a contract by the U.S. Department of Defense as part of its Joint All Domain Command and Control (JADC2) efforts. With potential to streamline operations across all branches of the U.S. military, Terbine’s platform stands to dramatically enhance responsiveness, reduce logistics latency, and support mission-critical outcomes.