CUJO AI Expands Service Portfolio Through Strategic Domos Acquisition

CUJO AI, a leading global player in device intelligence and network security, has recently announced its strategic acquisition of Domos, a pioneer in application performance analytics and network API analysis. This move is poised to enhance the capabilities of service providers, allowing them to improve network performance, user experience, and open new revenue streams.

In today’s digital age, households expect seamless connectivity for gaming, video calls, and streaming. However, traditional performance metrics often fall short in diagnosing common issues like lag, buffering, and dropped connections. Domos addresses these gaps with its Quality of Outcome (QoO) framework, focusing not merely on abstract technical measurements but on tangible results, ensuring users experience smooth video conferences and lag-free gaming.

By merging CUJO AI's device intelligence with Domos' deep application insights, this acquisition sets a new standard for both network performance and customer satisfaction in home connectivity. Remko Vos, CEO of CUJO AI, states, “This acquisition allows CUJO AI to tackle a significant connectivity challenge by transforming network metrics into actionable insights that can directly enhance application performance.” He further emphasizes that service providers now have the intelligence needed to deliver smarter, more reliable networks while building customer trust and loyalty.

Key Benefits of the Acquisition:

1. Enhanced Intelligence: The combined capabilities of Domos' application intelligence and CUJO AI’s insights provide service providers with real-time visibility into network performance and usage patterns. This enables tailored recommendations for individual households, ensuring a personalized connectivity experience.

2. Advanced Network Analytics: Domos offers end-to-end contextual analysis of networks, facilitating accurate root cause analysis across various segments and technologies. This capability allows providers to deliver high-quality service to their customers while significantly reducing network investment expenses.

3. Revenue Generation: By leveraging combined technologies, service providers can explore new data-driven service models. This approach helps expand their value propositions and unlocks novel monetization opportunities through network APIs, both directly and indirectly.

Olav Nedrelid, co-founder and CEO of Domos, noted, “Domos has always aimed to enhance internet experiences by bridging the gap between applications and networks. By joining CUJO AI, we can exponentially accelerate the deployment of our technology to assist service providers in creating better application outcomes and new revenue streams.”

CUJO AI currently serves over 60 million homes worldwide, continuously redefining the future of connected smart homes. The strategic alignment of CUJO AI and Domos enables service providers to meet evolving market demands while delivering unparalleled value to customers globally, driven by AI.

About CUJO AI

CUJO AI empowers service providers to better understand, serve, and protect their customers through advanced cybersecurity solutions and granular device and network intelligence. CUJO AI's sophisticated AI algorithms help clients uncover previously inaccessible insights, raising the bar for customer experience and loyalty via new value propositions and high-quality operational services. The services are fully compliant with privacy regulations and have gained the trust of leading broadband operators globally, including Comcast, Charter Communications, T-Mobile USA, Deutsche Telekom, TELUS, Sky Italia, Rogers, Cox, Shaw, Videotron, BT, and EE.

About Domos

Domos is the creator of the Quality of Outcomes (QoO) framework, an IETF-standard framework that translates complex network statistics into probabilities of optimal application outcomes. Domos provides Software Development Kits (SDKs) for QoO analytics across various use cases, enhancing internet experiences through improved communication between networks and applications.