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Broadpeak, one of the world’s leading video streaming technology providers, has been innovating for many years in the areas of 5G, edge computing, and more recently, network APIs to offer the best possible streaming experience to mobile and fixed wireless users.
Following the Orange Network APIs Hackathon held in the fall of 2024, in which Broadpeak participated and finished in 3rd place, Broadpeak and Orange’s innovation teams met last spring for video streaming tests using Orange’s Quality-on-Demand (QoD) Network API.
For its part, Orange, a leader in innovation for fixed and mobile services and technologies, is accelerating the productization and commercialization of Network APIs, notably with the launch of its Orange LiveNet business unit in March 2025.
The rise of streaming and its challenges
The widespread adoption of video (and audio) streaming over the past 15 years, at the expense of older broadcasting technologies (terrestrial digital TV, satellite, cable, and even IPTV), has brought numerous benefits to users. It’s now common, for example, to watch TV on a tablet or smartphone, and to access features like pause live, startover (restart a program from the beginning), catch up TV, and more.
This rise of streaming has been accompanied over the same period by the widespread deployment of 4G and then 5G, with more recent phenomena like the success, in many countries, of fixed wireless access (FWA) offers using 4G and 5G networks.
Despite the power and capacity of 4G/5G on one hand, and the adaptability of video streaming – also known as Adaptive Bit Rate (ABR) – to network fluctuations on the other hand, there are still situations – though infrequent and often very temporary – where network conditions are difficult. Neither 5G nor ABR are enough to compensate for these issues (congestion, too poor coverage, excessive interference level reducing useful capacity).
The effects of these problematic network conditions on streaming quality are immediate: pixelization, image freezes (also called stalls), well-known loading wheel appearing on screen to indicate the video buffer is refilling, and incessant changes in video image quality.
Addressing network challenges with Quality on Demand API
Broadpeak and Orange have started to collaborate to address these issues, and using the Quality on Demand (QoD) Network API seemed a perfect fit to remedy these situations.
The integration with Orange QoD API was straightforward:
We downloaded the QoD network API on Orange Developer; this API is based on the recent version from Linux Foundation CAMARA project,
We made test API calls to ensure the functional workflow,
We integrated Orange QoD network API into Broadpeak’s streaming server.
One of the challenges in API integration is to obtain the device identifier for API calls (NB. this challenge is experienced with other Linux Foundation CAMARA APIs that require device identifier). In our case, we used public IP address of the mobile terminal as the device identifier.
Testbed set up in Orange Lab
Quality on Demand API
Enable mobile devices to request improved connection quality, ensuring better performance for critical applications
a Broadpeak Origin server (source of video content)
a Broadpeak streaming server, able to wisely call the network API , thanks to its Bandwidth Boost Intelligence feature
a Broadpeak analytics server to report and display quality/performance indicators.
In Orange Lab
a 5G infrastructure
an access to Orange QoD API through Orange Developer portal
a set of Android and iOS terminals.
The diagram below provides an overview of the testbed and the workflow.
The workflow runs as follows:
1. Mobile user A has a streaming session with Broadpeak streaming server by regularly sending GET requests including CMCD (Common Media Client Data) information (e.g., buffer length, segment duration, etc.) to receive media manifest/segments.
NOTE: When the streaming session is stable after a few seconds, congestion is generated by launching large file downloads from other mobile users.
2. When the GET requests from the user A arrive at Broadpeak streaming server, the server continuously checks and decides whether to ask for or release the bandwidth boost for user A by analyzing CMCD information.
2′. If the requested content isn’t cached in Broadpeak streaming server, the latter fetches the content from Broadpeak origin server and caches it.
3. If the Broadpeak streaming server decides to ask for a bandwidth boost, it sends the QoD POST request (/sessions) to Orange Developer that then asks Orange 5G Core Network to handle the request. Broadpeak streaming server stores the sessionId in the response from Orange Developer to use it later. When Broadpeak streaming server decides to release the bandwidth boost for the user A, it sends a QoD DELETE request (/sessions/{sessionId}) so that Orange Developer knows which QoD request should be released.
4. The request for bandwidth boost is then applied or cancelled for user A.
5. When the streaming session ends, the video player on user A sends the streaming session statistics (e.g., number of stalls, total stall time, average bitrate, etc.) to Broadpeak analytics server.
* The QoD network API was used, as its name suggests, only temporarily, when the situation required it. Another strategy (not presented here) was also tested, which consisted of not releasing the QoD API once it was activated. In that case, the improvement is greater, but this strategy goes against our goal, which is to provide a smooth streaming service for the greatest number of people without penalizing other services or favoring certain users.
Generating congestion for testing
One of the challenges we faced was to congest the radio cells in the lab. By definition, 5G networks have enormous capacity. For our experiment, however, we needed low bandwidth to create the problematic situations we aimed to solve.
In our initial tests, streaming worked perfectly, both with and without the help of QoD, because the radio cell had “too much” capacity available for the test devices.
We finally implemented the following set up to limit the capacity of the lab’s 5G network and successfully trigger calls to the QoD network API:
We limited the 5G network to a single radio cell
We significantly increased the video bitrates, with ABR profiles of 3.7Mbps, 5.3Mbps, and 7.2Mbps.
We started downloading large files on one and then two devices.
Results: improving streaming under pressure
Our test campaign, conducted on 3.5-minute video samples, gave the following results.
The three main video quality of experience (QoE) indicators were significantly improved, with a marginal compromise on the average video bitrate. The combination of Broadpeak’s streaming server’s Bandwidth Boost Intelligence feature with Orange’s QoD network API proved its effectiveness in improving video streaming on 4G/5G.
Video Quality of Experience indicator
Impact of QoD network API
Image stall occurrences
Reduced by 63%
Total stall time
Reduced by 44%
Number of video layer switches
Reduced by 46%
Average bit rate
Reduced by 9%
Next steps
Broadpeak and Orange continue to push the boundaries of 5G streaming, aiming for smoother, more reliable video experiences even under challenging network conditions. Join us in this journey through upcoming webinars, hackathons, live demonstrations!
Quality on Demand API
Enable mobile devices to request improved connection quality, ensuring better performance for critical applications
The WeAreDevelopers 2025 event in Berlin has once again proven to be a hub of innovation, collaboration, and cutting-edge technology. From July 9 to 11, industry leaders, developers, and digital pioneers gathered to explore insights and future trends in modern software development and digital transformation.
Highlights from WeAreDevelopers 2025
Workshop : Building a new onboarding experience
The event launched with an engaging workshop titled “Building a new onboarding experience,” led by Laura Lacarra from Telefónica. This hands-on session brought together around 45 participants, with many more on the waiting list due to limited capacity.
With contributions from Anthony Névo (Orange), Noel Wirzius (Deutsche Telekom), and Amanda Cavallaro (Vonage), attendees had the opportunity to bring their laptops, modify code, and experiment in real-time. The focus was on leveraging Network APIs to streamline user onboarding processes—demonstrating how telcos are collaborating to improve customer experiences.
The workshop showcased a practical solution: creating a registration process using only a phone number, which helps reduce dropout rates and prevent fraud. Participants learned directly from telecom experts about real-world implementation strategies, gaining valuable insights into how Network APIs can enhance security and user engagement.
Keynote : Transforming applications with 5G
Following the workshop, the event featured inspiring keynotes, interactive demonstrations, and collaborative sessions emphasizing the transformative potential of 5G technology.
A standout moment was the session “Unleash the power of 5G in your code: transform your apps,” held on Thursday on Stage 4. This collaborative presentation involved Orange, GSMA, CAMARA, Telefónica, and Deutsche Telekom, each sharing innovative use cases demonstrating how Network APIs can revolutionize application development.
Alexandru Ciînaru from Orange presented a compelling example involving Certificall’s secure data certification solution. By leveraging Network APIs such as Number Verification, KYC Match, and Device Location Retrieval, this use case showcased how 5G-enabled APIs can prevent fraud and authenticate data during insurance claims — highlighting real-world benefits for security and efficiency.
“The potential of 5G and Network APIs to enhance application security and user trust is truly exciting,” said Alexandru.
The challenge : programming a drone flight
Throughout Thursday and Friday, Orange’s presence was felt strongly at the shared booth alongside GSMA, CAMARA, Telefónica, and Deutsche Telekom. The booth featured an engaging development challenge: programming a drone flight plan using Network APIs.
Over 50 participants took part, with 32 successfully completing the challenge. The winner, chosen by a random draw among those with all correct answers, received a DJI Mini 3 drone. The activity was both fun and educational, fostering networking and knowledge exchange among industry professionals.
The booth served as a vibrant hub for conversations about Network APIs and collaborative innovation, reinforcing Orange’s commitment to driving digital transformation.
Looking ahead
WeAreDevelopers 2025 once again demonstrated that developers are eager to harness the incredible potential of 5G and digital innovation. Orange remains dedicated to advancing these technologies, empowering developers and enterprise stakeholders to build the future of connectivity.
By integrating Network APIs into their applications and services, organizations can unlock new levels of security, efficiency, and user experience. We look forward to continuing this journey of innovation, collaboration, and transformation.
Thank you to everyone who participated, shared ideas, and contributed to this inspiring event. Together, we are shaping the future of digital connectivity!
At VivaTech 2025, Orange reaffirmed its position as a pioneer in the digital ecosystem by showcasing advancements in Network APIs, a live demonstration of population density data API, and engaging panels on secure, intelligent digital services.
Spotlight on Network APIs: Transforming Fraud Prevention and Smart City Initiatives
Panel : Fighting insurance fraud with Network APIs, June 13, 12:30 PM
Moderated by Otilia Anton, Director of Orange LiveNet, this panel brought together experts from Groupama, Certificall, and Aduna to explore how Network APIs are revolutionizing fraud detection and prevention in the insurance industry.
Tony TEIXEIRA, Head of Partnerships and Innovation, Groupama, explained the challenges for Groupama and insurance companies in the fight against fraud like false declarations, impact on processing times, etc.
Bruno Calvet, CTO of Certificall, a french start-up that transforms photos and videos into digital proof evidence with legal value, explain how this solution helps companies like Groupama to fight fraud. Moreover, thanks to adding Network APIs to its solution, Certificall service is enriched with tamper-proof network data.
Finally, Anthony Bartolo, CEO of Aduna, introduced Network APIs global ecosystem and emphasised the importance of addressing full market bringing the open source offer to commercial grade.
The panel highlighted that integrating Network APIs enhances trust, drives innovation, and significantly reduces fraud risks.
Live Demo: Population Density Data API for Smart City Management
Population Density Data API and Flux Vision
A key highlight was the live demonstration of the Population Density Data API, now available for the Greater Paris area. Visitors experienced how anonymized data from Flux Vision enables real-time and predictive insights into urban crowd flows.
Population Density Data API offers real-time, predictive insights into crowd movements. Ideal for sectors like advertising, tourism, retail, transport, and security, it enables timely updates during major events, improving public safety and operational efficiency. Visitors manipulated data on a touchscreen to explore population flows across Paris, illustrating how APIs can transform urban management.
The 2025 Devoxx France edition took place at the Palais des Congrès in Paris: the largest independent conference dedicated to development and programming in Europe. This event featured 240 presentations in both French and English, providing a platform for professionals to engage with the latest technologies and network with peers. Orange, as a Diamond sponsor, welcomed the attendees.
Challenge Orange Network APIs: “Make it Fly”
Developers were invited to participate in an engaging challenge centered around Network APIs. The goal was to manage the flight plan of an emergency transport drone through three key steps:
Secure access to the drone using identity APIs.
Organize the flight plan to avoid densely populated areas.
Verify the drone’s flight plan with location APIs.
The challenge gathered 33 participants. The winner left with a DJI Mini 3 drone valued €500. Other participants left with tickets to VivaTech and Orange Network APIs credits to use our APIs!
Conference : AI for Testing
With Yann Helleboid, Orange Software Expert
Title: AI for Testing Date: Thursday, 13:30 – 14:15 Yann Helleboid explored how generative AI can revolutionize software testing. This session provides insights into using AI for creating test strategies and identifying bugs in real applications. Attendees witnessed live demonstrations of automated testing across various dimensions, including functionality, security, performance, and accessibility.
In today’s digital landscape, enhancing customer experience is paramount. With the advent of Network APIs, Orange and global network operators are unlocking a wealth of network functionalities for developers and enterprises alike. This collaboration is paving the way for innovative use cases and services that are transforming the way we interact with technology.
A partnership for innovation
One of the key players in this transformation is Domos, the creator of the Quality of Outcome (QoO) framework. This groundbreaking framework enables advanced network analytics and application performance, driving the development of new premium services. By translating complex network statistics into probabilities of perfect application experiences, Domos is setting a new standard in network performance analytics.
Real-world applications
Domos recently showcased its capabilities at the VivaTech24 hackathon, organized by Orange in partnership with Nokia. The event was a platform for developers to innovate, and Domos emerged as the winner by implementing a Microsoft Teams plugin that measures and enhances network quality. Their motivation for participating was clear: to gain early access to Network APIs such as Quality on Demand, congestion, and connectivity insights.
Following the hackathon, Orange and Domos continued their collaboration, focusing on enriching customer experiences for both mobile and fixed users. Magnus Olden, CTO of Domos, emphasized the importance of their technology:
“At Domos, we develop technology that translates network performance into application quality, helping both apps and end users understand how their networks are performing and how they can improve them.”
Accelerating new services
During the Orange OpenTech event, Orange and Domos demonstrated an enhanced video conferencing experience utilizing Orange’s production equipment. This collaboration exemplifies how Domos is working to simplify complex network data, making it accessible for end users and application developers. Magnus elaborated:
“The natural next step from that is figuring out how the network performance could be improved.”
A Vision for Home Networks
Imagine a home network where users can adjust the quality of service based on their specific needs. Orange is developing a solution that simplifies access to advanced network features within the Livebox ecosystem. This innovation allows users to modify the quality of service of their home network terminal on demand via an API.
The demonstration showcased a video conferencing application operating within a local network, utilized by various services and devices. Attendees were able to monitor real-time application performance and optimize service quality for an enhanced experience. This initiative leverages the prplOS (open-source software framework), Domos’ Quality of Outcome framework, and the Camara open-source initiative, all aimed at fostering faster and more accessible innovation.
Conclusion
The partnership between Domos and Orange is a testament to the power of collaboration in driving technological advancements. By harnessing Network APIs, they are not only improving customer experiences but also setting the stage for future innovations in network performance and application quality. As we continue to explore these possibilities, the potential for enhanced connectivity and user satisfaction is limitless.
For more insights and updates on this exciting collaboration, stay tuned to the Orange Developer blog!
At the recent Orange Open Tech event, industry leaders gathered to discuss the future of telecommunications and the pivotal role of developers in this transformation. The panel was expertly moderated by Otilia Anton -Telco APIs Program Director at Orange-, and featured insights from notable participants, including:
Viktorija Radman – Telecom Business Director at Infobip
Joakim Sorelius – Head of BU Global Network Platform, Ericsson (and JV interim CEO)
Laurent Leboucher – CTO Orange Group and SVP Orange Innovation Networks
Magnus Olden – CTO at Domos
The discussion provided a comprehensive overview of the current landscape and the exciting opportunities that lie ahead for developers in the telecom sector. You may watch the video of the event:
Unlocking innovation: key insights
Embracing the API revolution
The panel opened with a robust discussion on the significant shift towards network APIs as a means to enhance service delivery and customer engagement. Participants emphasized that APIs are not merely technical tools; they represent gateways to innovation that empower developers to create new applications and services. Otilia Anton highlighted that the evolution of APIs is crucial for enabling businesses to adapt to changing market demands and consumer expectations.
Viktorija Radman elaborated on this point, noting that the API economy is rapidly expanding, and companies that embrace this shift will be better positioned to thrive in a competitive landscape. She pointed out that APIs facilitate seamless integration between different systems, allowing developers to build applications that can leverage existing infrastructure while introducing new functionalities. This flexibility is essential for fostering innovation and meeting the diverse needs of customers.
Collaboration is essential
A recurring theme throughout the panel was the necessity of collaboration among telecom operators, developers, and enterprises. Joachim Sorelius emphasized that working together is crucial for maximizing the potential of network APIs. He stated that collaboration can lead to the creation of a robust ecosystem that fosters innovation and drives the adoption of new technologies. By sharing knowledge and resources, stakeholders can develop solutions that effectively address real-world challenges.
The importance of partnerships was echoed by Laurent Leboucher, who noted that telecom operators must engage with developers and enterprises to co-create value. He emphasized that collaboration can lead to the development of tailored solutions that meet specific customer needs. By fostering an environment of cooperation, telecom companies can leverage the creativity and expertise of developers to drive innovation.
Focus on use cases
Viktorija Radman stressed the importance of focusing on practical use cases when developing APIs. She pointed out that developers need clear, relatable examples to understand how to implement APIs effectively. By showcasing successful applications and real-world scenarios, telecom companies can inspire developers to explore the capabilities of network APIs and encourage experimentation.
The panelists discussed various use cases that demonstrate the potential of network APIs. For instance, Magnus Olden shared insights on how Domos is utilizing APIs to enhance connectivity in smart homes. He explained that their technology allows users to manage multiple devices seamlessly, improving the overall user experience. This example illustrated how APIs can facilitate the integration of various services and devices, creating a more cohesive and efficient ecosystem.
User-centric design matters
User experience emerged as a central topic during the discussion, with Laurent Leboucher advocating for simplicity in API design. He noted that developers require APIs that are intuitive and easy to integrate into their applications. The panelists agreed on the need for a user-centric approach, where the design process prioritizes the needs and experiences of developers. This focus will help bridge the gap between telecom operators and the developer community, making it easier for developers to adopt and utilize network APIs.
Otilia Anton added that a user-centric design not only benefits developers but also enhances the end-user experience. By creating APIs that are easy to use and understand, telecom companies can empower developers to build applications that deliver value to consumers. This approach can lead to increased adoption of new technologies and services, ultimately benefiting all stakeholders involved.
Driving real-world impact
The panel also showcased examples of how network APIs can drive real-world impact. Magnus Olden shared insights on the potential of APIs in enhancing customer service through automated solutions. He explained that by leveraging APIs, companies can streamline their operations and improve response times, leading to higher customer satisfaction. This is particularly important in an era where consumers expect quick and efficient service.
Joakim Sorelius further illustrated this point by discussing the role of APIs in enabling new business models. He highlighted how telecom operators can monetize their networks by offering APIs that provide value-added services to enterprises. This shift not only creates new revenue streams for telecom companies but also empowers businesses to innovate and enhance their offerings.
The future of network APIs
As the discussion progressed, the panelists shared their visions for the future of network APIs. Otilia Anton emphasized that the evolution of APIs will continue to play a critical role in shaping the telecommunications landscape. She noted that as technology advances, the demand for more sophisticated and versatile APIs will grow. This presents an exciting opportunity for developers to explore new possibilities and create innovative solutions.
Viktorija Radman echoed this sentiment, highlighting the importance of staying ahead of industry trends. She encouraged developers to continuously learn and adapt to the changing landscape, as this will be essential for driving innovation. By embracing new technologies and methodologies, developers can position themselves as key contributors to the future of telecommunications.
Conclusion: a call to action for developers
As the telecommunications landscape continues to evolve, developers are encouraged to engage with the opportunities presented by network APIs. The insights shared during the Orange Developer Panel serve as a reminder of the collaborative efforts needed to unlock the full potential of these technologies. By working together, telecom operators and developers can create a future where connectivity is seamless, applications are powerful, and customer experiences are enhanced.
The journey towards innovation is a collective effort, and developers are invited to be at the forefront of this transformation. By leveraging the insights and experiences shared during the panel, developers can shape a future that benefits everyone in the digital ecosystem. Together, we can unlock the full potential of network APIs and drive meaningful change in the telecommunications industry.
In summary, the Orange Open Tech provided valuable insights into the evolving role of developers in the telecom sector. With a focus on collaboration, practical use cases, user-centric design, and real-world impact, the discussion highlighted the exciting opportunities that lie ahead. As the industry continues to transform, developers are encouraged to embrace these changes and contribute to a future where innovation thrives.
Empowering businesses and developers to innovate with seamless network integration
Network APIs are powerful tools designed to integrate advanced network functionalities into your applications seamlessly. By providing standardized interfaces, these APIs enable developers to harness real-time network data without requiring extensive telecommunications knowledge. As part of the GSMA Open Gateway Initiative and the CAMARA open-source project under the Linux Foundation, Orange offers a robust suite of secure and compliant Network APIs across diverse geographies. This empowers developers to create next-generation applications that drive agility, flexibility, and innovation.
Key benefits of Network APIs
The Network APIs developed under CAMARA open-source project facilitate the interoperability and integration of telecommunications services. Thanks to Network APIs the consumption and management of networks are simplified.
Network APIs offer :
Interoperability
Allowing developers to easily deploy their solutions across different operators and geographies, enhancing collaboration and reach.
Network ressources access
Providing access to a wide range of network functionalities, including resource configuration and performance monitoring.
Modularity
Offering modular components that can be easily integrated into existing systems, promoting rapid innovation.
Digital services support
Facilitating the development of new digital services by integrating advanced capabilities such as AI and data analysis.
Real-world applications of Network APIs
Network APIs open up a world of possibilities for businesses across various industries. By leveraging advanced 4G/5G network capabilities, these APIs enable innovative solutions that address specific business challenges and enhance user experiences.
Protecting users and service providers from fraudulent activities is essential for maintaining trust and security. APIs help detect suspicious behaviors and prevent fraud, safeguarding both users and business interests.
Accurate geolocation enhances various applications such as navigation, targeted marketing, and emergency services. APIs enable precise positioning, improving service relevance and safety enabling businesses in logistics, transportation, and retail to enhance their services.
Monitoring network performance ensures a seamless user experience. APIs provide insights into network stability and speed, allowing for proactive troubleshooting and optimization.
Understanding traffic patterns and network usage helps operators optimize resources, plan infrastructure, and improve service delivery. These APIs facilitate data-driven decision-making for network management.
Get ready to use Orange Network APIs to provide a trusted customer experience and achieve the industry 4.0 vision enabling more flexibility and efficiency
In today’s digital-first world, the modern home the connected devices—from smart TVs and security cameras to virtual assistants and gaming consoles are competing for bandwidth, ensuring a seamless, high-quality experience can be a challenge. This is where CAMARA’s Home QoD API steps in, redefining quality of service (QoS).
In a world where connectivity is ubiquitous, network API monetization is becoming a strategic lever for operators and tech companies. Orange and Nokia have embraced this vision by partnering to co-develop an innovative solution for incident response that sets new standards in security and surveillance.
Urban areas face constant challenges in managing mobility and optimizing public infrastructure. To address these challenges, the Population Density API offers a groundbreaking solution by predicting real-time population density. Developed under the CAMARA initiative, a global collaboration of telecom.
In today’s hyperconnected world, the demand for seamless digital experiences has never been higher. Bridging the divide between application developers and telecommunication networks is critical to meeting these expectations. Enter CAMARA APIs a transformative initiative that simplifies and accelerates application integration with telco network services.
The challenge of integration of Telco APIs
Traditionally, the integration of applications with telecom services has been riddled with complexity. Developers often face challenges such as inconsistent APIs, lack of standardization, and limited access to network capabilities. This creates barriers to innovation and slows down time-to-market for digital solutions.
CAMARA: a game-changer
The CAMARA project, a collaborative effort led by industry leaders, provides a unified API framework that addresses these issues. By offering developer-friendly APIs, CAMARA opens up telco network functionalities like enhanced messaging, location-based services, and quality of service controls. This enables developers to focus on creating innovative applications without worrying about the intricacies of telecom infrastructure.
Simplified Access: CAMARA APIs provide a standardized way to interact with telco networks, eliminating technical hurdles.
Enhanced Innovation: Developers can now leverage powerful network features to build richer, more engaging user experiences.
Faster Deployment: The streamlined API framework reduces development cycles, enabling faster time-to-market.
Scalability: By harmonizing telco integration, CAMARA supports global scalability for applications across networks.
A path forward
As industries embrace digital transformation, the role of telco network services in enabling smarter, faster, and more reliable applications is undeniable. With CAMARA leading the charge, developers have the tools to innovate and deliver exceptional digital experiences while telcos can unlock new revenue streams by exposing their network capabilities.
CAMARA APIs represent a significant leap forward in the integration of applications with telecom networks. By addressing historical challenges and fostering collaboration between developers and telcos, they pave the way for a new era of connectivity and innovation.
This article draws insights from Amit Raj’s detailed exploration on the topic and highlights the transformative potential of CAMARA APIs in redefining telco-application integration.
In a bold move to reshape the telecommunications landscape, Aduna — a joint venture by industry leaders Ericsson, Deutsche Telekom, Vodafone, Telefonica and Orange to name a few — has emerged as a pioneering force in the realm of network APIs. With a mission to standardize how applications interact with networks, Aduna aims to simplify connectivity, empower developers, and unlock a new wave of innovation.
The Network APIs landscape
Network APIs are the cornerstone of modern connectivity, enabling applications to interact with telecommunications infrastructure seamlessly. From enabling location-based services to optimizing video streaming and powering IoT devices, APIs bridge the gap between application developers and network providers.
However, the industry has long faced challenges such as fragmentation and lack of standardization, which hinder scalability and interoperability. Aduna’s establishment marks a significant step toward addressing these challenges and creating a unified ecosystem where innovation can thrive.
Aduna’s unique approach
Aduna is more than just a collaboration among telecom giants; it represents a shared vision of building a global, open, and standardized API ecosystem. By aligning with the CAMARA initiative — an open-source project dedicated to advancing network APIs — Aduna ensures that its solutions are built on transparency, collaboration, and scalability.
The company is uniquely positioned to leverage the technological expertise and market reach of its founding partners. This synergy will enable Aduna to deliver robust API solutions that streamline application development and improve the quality of network-dependent services.
Broader implications
Aduna’s efforts have far-reaching implications across industries. By simplifying network integration for developers, Aduna opens the door for advancements in IoT, cloud gaming, augmented reality, and beyond. Businesses can expect faster deployment of network-enabled solutions, while end-users will benefit from richer, more seamless experiences.
For telecom operators, the standardization of APIs represents an opportunity to unlock new revenue streams, optimize network utilization, and foster partnerships with technology companies.
In summary
Aduna is set to redefine the future of connectivity, transforming how networks and applications interact. By uniting industry leaders under a common vision and championing open standards, Aduna has the potential to accelerate innovation and empower developers worldwide. Orange, as a founding member, is proud to be part of this transformative initiative, contributing its expertise and commitment to building a truly interconnected world. As the telecom industry stands on the brink of a new era, Aduna is poised to lead the charge, fostering collaboration and creating a seamless global ecosystem.
The Orange Innovation Cup is a yearly internal challenge open to all Group employees, giving them the opportunity to put their ideas into practice by creating innovative services based on mobile applications, APIs, bots or websites. It is a unique employee innovation process, which extends from the idea to the concrete realization of the solution.
The 2024 edition of the challenge rewards projects in 4 categories:
Environment and Societal
Network APIs
Prpl Jam, open-source software embedded in Liveboxes
“Open” category
Celebration during the Orange Open Tech 2024
Orange prioritizes research as a fundamental aspect of its innovation strategy, employing a collaborative approach that adds value by linking technological advancements with user needs, supported by a team of nearly 700 researchers. The Orange OpenTech event, held over three days in Orange Gardens – Châtillon, France – gathers essential contributors from Orange’s innovation network—including researchers, specialists, partners, startups, and businesses— to explore emerging technologies and their potential future applications. At the end of these three days, a total of ten teams received awards in their category.
Winners of the Network APIs Category
Laurent Leboucher, SVP Orange Innovation Networks, and Otilia Anton, Telco API Program Director awarded prizes for this category. Both innovations showcased how Network APIs may leverage network capabilities.
The winner of the first prize is Proxymate, an interactive web application that combines real-world exploration with digital gameplay. This project offers a geolocated challenge tailored for our clients’ communities. It reconnects users with the real world, promoting a balance between mass tourism and less frequented, authentic alternatives, all while ensuring a fun and secure experience. By utilizing Network APIs, Proxymate enables Orange to venture into new technological and societal territories.
Device location retrieval
Access reliable geographical position data to enhance location-based features in applications
The second prize goes to Camara Rescue, an innovative device that combines hardware and software to geolocate phones of individuals in distress. This application uses the Network API for basic geolocation needs. In more complex situations, it facilitates the deployment of a portable 3G microcell on a rescue vehicle or drone, enhancing connectivity and locating phones in areas without radio coverage. This solution, praised for its clarity and life-saving potentiel, is crucial for rescue operations.
Device location retrieval
Access reliable geographical position data to enhance location-based features in applications
