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 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.
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.
TheQuality on Demand API allows businesses to optimize network performance, delivering superior user experiences, especially in gaming and virtual reality applications
Enhancing Smart Mobility in urban areas with Population Density Data API
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 operators, this standardized API is a game-changer for application developers, urban planners, and security organizations alike.
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
Meet the 2d position of the 2024 Orange Innovation Cup
In life-threatening emergencies, time is of the essence. Yet, in many critical situations, the lack of mobile network coverage makes it nearly impossible to locate individuals in need of rescue. Whether it’s a lost hiker deep in the mountains or survivors trapped in the aftermath of a natural disaster, connectivity can mean the difference between life and death.
Enter Camarescue, an innovative solution that combines hardware and software to bridge the gap between connectivity and emergency response, ensuring that no one is left untraceable.
At this stage, Camarescue remains a concept under development, with no fully operational product available yet.
The Innovation behind Camarescue
Camarescue operates through two cutting-edge modes that adapt to the availability of network coverage:
Mode 1: Leveraging Existing Mobile Networks
When a mobile network is available, the process is simple yet effective. By entering the phone number of the person being searched for into the Camarescue app, the system uses the CAMARA API for geolocation to instantly provide the location of the individual. This mode is quick, efficient, and taps into existing infrastructure to save precious time.
Mode 2: When the Network Comes to You
For areas without mobile coverage, Camarescue shines with its revolutionary approach: “If you can’t come to the network, the network will come to you.” This mode employs a lightweight 3G microcell technology connected to the core network via satellite. The portable solution can be mounted on a rescue vehicle, truck, helicopter, or even a drone. By stationing the antenna for 20 minutes, it enables mobile devices within its coverage area to connect to the network.
To conserve battery life, mobile devices in areas without coverage periodically check for a signal—every 6, 12, or 18 minutes, depending on the model. This ensures that even in remote locations, phones can connect to the network when the portable antenna is deployed.
Additionally, the Camarescue system aligns with environmental responsibility by saving helicopter rotation hours and reducing the deployment of significant personnel on the ground.
Empowering first responders
Camarescue is designed with simplicity and efficiency in mind, empowering first responders like firefighters, law enforcement, and rescue teams. Here’s how it works:
The rescuer inputs the phone number of the individual they are searching for into the Camarescue app.
If the phone is within a network’s reach (Mode 1), the location is retrieved instantly.
In areas without coverage (Mode 2), the deployed portable antenna connects to the target device, transmitting its location to the app.
Once the individual’s location is identified, rescuers can immediately plan their intervention or even call the person directly to assess their condition and provide instructions. This streamlined process reduces delays and increases the likelihood of successful rescues.
Why Camarescue is a game-changer
Camarescue’s innovation doesn’t just fill a technological gap—it transforms how we approach search and rescue missions. Here’s why it stands out:
Technological Innovation : By combining satellite connectivity with portable 3G microcells, Camarescue provides a reliable solution in scenarios where traditional networks fail. It redefines the concept of mobile coverage by making it mobile itself.
Scalability Across Industries : While designed for emergencies, the applications of Camarescue extend to other industries, such as disaster relief, humanitarian aid, and military operations. Its portability and flexibility make it a versatile tool for various sectors.
Eco-Efficiency : Camarescue’s battery-saving design ensures that devices in remote areas remain operational longer. This is crucial for individuals stranded in extreme conditions, where conserving battery life can be critical.
Corporate Social Responsibility : By saving lives and bringing connectivity to disaster-stricken populations, Camarescue reinforces the commitment of organizations like Orange to their societal responsibility—combining innovation with purpose.
Future possibilities for Camarescue
As groundbreaking as Camarescue is, its potential for future development is immense. Here are some possibilities:
Integration with artificial intelligence
By analyzing patterns and environmental data, AI could predict the most likely locations of individuals, further reducing rescue times.
Expanded Connectivity
Beyond rescue missions, Camarescue’s technology could be adapted for commercial use in remote areas, providing temporary network coverage during events or in underserved regions.
Smaller, Faster Systems
Advances in hardware could make the portable antennas even more compact and quicker to deploy, increasing their efficiency and accessibility.
Connecting to save lives
Camarescue is more than just a technological innovation; it’s a lifeline for individuals in critical situations. By bridging the gap between connectivity and rescue, it ensures that no one is out of reach—no matter how remote or challenging the location. From an environmental perspective to societal impact, Camarescue is a transformative solution that saves lives, conserves resources, and sets new standards in emergency response. As we look to the future, investing in technologies like Camarescue is not just a necessity—it’s a responsibility to ensure that help is always within reach when it’s needed most.
Camarescue, an idea from Emmanuel BERTRAND, Thierry TASSAIN and Franck GRAVOUIL.
Your turn now
Explore this API documentation to start building innovating solutions using telecom network-based location APIs.
For years, Orange has been promoting innovation and organizing an internal challenge, called the Innovation Cup, open to all employees willing to show case their ideas and realisations. This year, the winner in the Network API category is Proxymate. This article deep dives into their concept. Let’s meet them now.
Step into the revolutionary world of Proxymate, where every photo becomes a challenge and every guess leads to excitement. Whether you’re a casual player or a business looking for innovative engagement, Proxymate turns exploration into entertainment. Let’s dive into the game that’s changing how we interact with the world around us.
The game: where mystery meets mastery
Imagine this: you snap a photo, post it, and watch as players across the globe race to pinpoint its exact location. Can they guess where you were? Here’s how it works:
Snap and share: Take a photo through the app, and Proxymate automatically captures your location data.
Challenge accepted: Players have three tries to locate your photo on an interactive map.
Compete to win: With each correct guess, they climb the leaderboard, striving for accuracy and bragging rights.
For businesses: engage and convert like never before
Proxymate isn’t just a game; it’s a marketing powerhouse. Brands can tap into this unique platform to boost visibility and interact with customers in a fun, innovative way. Here’s how:
Anonymous photo challenges: Businesses can anonymously post pictures, which are featured at the top of the feed for maximum exposure.
Gamified rewards: Users compete to guess the location of these photos. The top 10 closest guessers win exclusive discount vouchers to shop with the featured business.
Audience engagement: Turn passive viewers into active participants and brand advocates through a gamified experience.
The technology behind the magic: CAMARA Location Retrieval API
What makes Proxymate truly exceptional is its integration with the cutting-edge CAMARA Location Retrieval API. This game-changing technology ensures unmatched accuracy, global connectivity, and seamless functionality. Here’s why it stands out:
Telco cell-based accuracy: CAMARA delivers precise location data, making the guessing game both challenging and deeply satisfying.
Global reach: With access to an extensive database of worldwide locations, Proxymate stays relevant for users everywhere.
Seamless integration: The app’s smooth performance ensures responsive gameplay, keeping players immersed and engaged.
Customizable experiences: CAMARA’s flexibility allows Proxymate to cater to businesses, cities, or communities looking for tailored engagement solutions.
Why Proxymate works
Proxymate’s success lies in its ability to captivate users and deliver value to businesses. Here are the key drivers:
Curiosity effect
People love solving mysteries, and Proxymate’s gamified approach keeps users coming back for more.
Exclusive exposure for brands
For a small fee, businesses can feature prominently, attracting curious users and turning them into customers.
Tourism and community building
Cities, small towns, and hidden gems can use Proxymate to showcase their charm, promote tourism, and foster local pride.
Unleash the potential
Proxymate’s gamified engagement doesn’t just entertain—it creates opportunities. Imagine a remote village highlighting its scenic beauty or a bustling city promoting its landmarks. With Proxymate, every snapshot tells a story and every guess builds a connection.
With Proxymate and the CAMARA Location Retrieval API, the world becomes your playground. Whether you’re a player hunting for clues or a business seeking innovative exposure, the possibilities are endless.
The recent Orange Network APIs Hackathon final pitch session, held on November 28, 2024, closed the third Network APIs event organized by Orange in 2024. It was a spectacular event showcasing innovative solutions leveraging Orange’s Network APIs.
The Fall24 edition brought together a diverse group of talented developers and entrepreneurs, all eager to push the boundaries of technology. 12 teams submitted their projects after three weeks of hard work to imagine how Network APIs can enable their use-cases!
Challenges
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. Supported by the GSMA Open Gateway Initiative and the CAMARA open-source project, Orange offers secure and compliant Network APIs across various regions.
Participants were tasked to develop innovative solutions using Network APIs and integrate them into their applications. The challenge emphasized agility, flexibility, and innovation through standardized interfaces, allowing access to real-time network data without requiring extensive telecommunications knowledge.
The finalist projects
The hackathon featured a range of impressive projects, each demonstrating unique ways to harness the power of network APIs. Here are brief descriptions of the top three projects presented during the final pitch session:
🥇Certificall : digital proof system
The winning project of the Orange Network API Hackathon was Certificall, a groundbreaking solution that sets a new standard of trust for the insurance industry. Certificall’s digital proof system ensures the quality and security of source code, controlled photo-taking, and enhanced geolocation through a comprehensive certification process.
Certificall’s Key Features :
Controlled Photo-Taking and Enhanced Geolocation: Operators use a secured app to verify their identity and ensure the GPS is active. Orange’s Number Verification API confirms the operator’s phone number, preventing identity theft.
Geofencing and Geolocation Verification: Geofencing sessions monitor the operator’s location, ensuring they remain within the designated area. The Device Location Verification API validates the geolocation of each step, while timestamps from Orange geolocation provide accurate proof.
Tamper-Proof Certification: The certified file integrates verified geolocation data, timestamped and securely stored, creating a tamper-proof certificate that can be used as legal proof.
Pitched by Bruno Calvet
🥈Filalapat 2.0 by Petnow
Filalapat 2.0 is an advanced pet ID and recovery app powered by on-device AI and enhanced with Orange Network APIs. Developed by Petnow, a South Korean pet tech startup, the app integrates three key APIs: Number Verification, Device Location Retrieval, and Geofencing. These APIs enable simplified login, better data integrity, and enhanced security, facilitating a proactive and non-invasive lost pet recovery process. The app is designed to overcome the maintenance issues and limitations in user location tracking faced by its predecessor, making it a go-to solution for pet owners.
Remotely pitched by Johnny Shin
🥉Broadpeak : High-Quality Streaming Solution
Broadpeak tackled the challenge of poor 5G streaming quality during peak hours and network congestion. Their solution combined Broadpeak’s streaming software with Orange’s Quality-on-Demand (QoD) Network API and Bandwidth Boost Intelligence to ensure a stable and high-quality video streaming experience. The project aimed to address issues such as startup time, image quality, and rebuffering, providing a seamless experience for users.
Pitched by Guillaume Bichot
More insights :
What’s next
Finalists will benefit from the support of our experts in the Orange 5G Labs to bring their prototype to life, create proof of concepts, integrate the APIs, and deploy the solution. This hackathon carries many opportunities for participants.
The Orange Network API Hackathon was a resounding success, highlighting the potential of network APIs in driving technological advancements. Broadpeak’s streaming solution, Petnow’s Filalapat 2.0, and the winning project, Certificall, exemplify the innovative spirit and technical prowess of the participants. Certificall’s solution, in particular, stands out for its comprehensive approach to ensuring trust and security in the insurance industry, setting a new benchmark for digital proof systems.
Stay tuned for more updates on innovative projects and upcoming hackathons that continue to push the boundaries of what’s possible with Network APIs.
In today’s digital-first world, the modern home is brimming with connected devices—from smart TVs and security cameras to virtual assistants and gaming consoles. However, as these devices compete 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) to meet the demands of the smart home era.
The modern home connectivity landscape
The rise of smart homes has revolutionized how we live, with IoT devices becoming integral to our daily routines. However, this evolution has also brought challenges:
Latency Issues: Video calls freeze, streaming platforms buffer, and gaming lags, disrupting experiences.
Device Overload: Multiple devices competing for bandwidth often result in inconsistent performance.
Lack of Prioritization: Critical tasks like remote work or home security may suffer due to inefficient bandwidth distribution.
Quality of Service (QoS) and Quality of Experience (QoE) have become non-negotiable in this context, driving the need for innovative solutions to manage connectivity intelligently.
Introducing CAMARA’s Home QoD API
CAMARA’s Home QoD API is a game-changer in the connectivity space. It offers a robust framework for optimizing Quality of Service within smart homes.
The Home QoD API is a dynamic tool designed to manage bandwidth efficiently, ensuring high-priority devices and activities get the connectivity they need without compromise. By leveraging real-time data and advanced algorithms, the API identifies network demands, prioritizes critical applications, and dynamically allocates resources to enhance performance.
Unlike traditional QoS tools, the Home QoD API is easy to integrate for developers, scalable to accommodate growing device ecosystems and designed for real-time, adaptive management.
Key benefits for users and developers
For users, video streaming experiences are free from buffering, ensuring uninterrupted entertainment. Video conferencing and remote work become smoother and more reliable, even with multiple devices connected. Gaming enthusiasts benefit from optimized performance with minimal lag, enhancing competitive play. Security and IoT devices operate with enhanced reliability, safeguarding homes without connectivity interruptions.
For developers, integration with existing systems is simplified, thanks to detailed and comprehensive documentation. Developers can innovate confidently, knowing the API is built to scale with growing demands. New applications leveraging QoD capabilities can be developed faster, reducing time-to-market.
Real-world application demontrated during the last Orange Open Tech event
Imagine a household where parents are on an important video call on Microsoft Teams, kids are streaming 4K movies, a gaming console is running a competitive online game and security cameras are uploading real-time footage to the cloud
With CAMARA’s Home QoD API, this household enjoys uninterrupted service across all devices but bandwidth is allocated intelligently ensuring parents have the experience they expect on their important video call without manual intervention.
This demo has been setup with in partnership with DOMOS.
CAMARA’s Home QoD API is a transformative solution addressing one of the most pressing challenges of the modern connected home: ensuring consistent, high-quality digital experiences. By empowering developers, service providers, and end-users alike, it sets a new benchmark for Quality of Service in the smart home era.
Ready to redefine home’s connectivity ?
Explore the CAMARA Home QoD API today and experience the difference.
