Slicce APIs

Slicce Product Catalog

Cloud-native telecom products for 5G core, API exposure, IMS and interworking functions.

1. Call Forwarding Signal

   The "Call Forwarding Signal" API provides the API consumer with information about the status of the Call Forwarding Service on a specific phone number. The API consumer invokes the Call Forwarding Signal API to determine if a specific phone number has an active "call forwarding" setup, alter or cancel the current call forwarding settings..

2. Customer Insight

   The "Customer Insights" API is designed to provide financial institutions with additional insights into their customers' behavior based on their interactions with telecom operators. By integrating the Customer Insights API, banks can retrieve relevant behavioral data from a customer's telecom provider, allowing them to make more informed decisions when approving microloans or assessing financial risk.

3. Device Swap

   The "Device Swap" API is designed to provide real-time insights into whether a SIM card associated with a user's phone number has been transferred to a different physical device. This API enhances security, fraud detection, and regulatory compliance by offering clear and structured device swap event information.

4. Know Your Customer Age Verification

   The "Know Your Customer Age Verification" API is used to validate a user's age based on verified data managed by their Mobile Network Operator (MNO). This API enables digital platforms such as streaming services, gaming sites, online marketplaces, and adult content providers to comply with regulatory requirements while ensuring a seamless and privacy‑compliant user experience.

5. Know Your Customer Fill In

   The "Know Your Customer Fill In" API is used to request and receive information that has been verified by the end user's Mobile Network Operator (MNO) in their KYC records. The information can include phone number, name, postal code, address, birthdate, email address etc

6. Know Your Customer Match

   The "Know Your Customer Match" API provides the ability to compare the information the API customer has for a particular user with that on file (and verified) by the user's Mobile Network Operator (MNO) in their own KYC records. The information can include phone number, name, postal code, address, birthdate, email address etc. No Personal Identifiable Information (PII) is returned.

7. Know Your Customer Tenure

   The "Know Your Customer Tenure" API is designed to verify how long a phone number has been active with a Mobile Network Operator (MNO). By confirming the tenure of a subscription, this API helps assess user reliability, strengthen fraud detection, and support secure onboarding, financial transactions, and authentication processes.

8. Number Recycling

   The "Number Recycling" API allows businesses to verify whether a phone number has changed ownership since a given date. This is essential for security-sensitive applications like authentication and customer communication, where ensuring that a phone number still belongs to the intended user is critical.

9. Number Verification

   The "Number Verification" API is used to confirm that a mobile phone number belongs to the user's device, leveraging network or SIM‑based mechanisms. This API simplifies authentication and onboarding by eliminating manual steps such as SMS codes, while enhancing security, fraud prevention, and user experience across industries like banking, e‑commerce, and digital services

10. One Time Password SMS

    The "One‑Time Password SMS" API is used to deliver secure, time‑limited codes via SMS in order to provide proof of possession of a mobile phone number. This API strengthens authentication and onboarding by ensuring that the user can be reliably linked to their number, while enhancing security and user experience across digital services.

11. Scam Signal

    The "Scam Signal" API is used to detect and block impersonation scams, including Authorized Push Payment (APP) fraud. By leveraging operator network intelligence, this API enables businesses to protect customers in real time, reduce financial losses, and strengthen trust across industries such as banking, e‑commerce, and government services.

12. Sim Swap

    The "SIM Swap" API is used to provide real‑time information on whether a SIM card linked to a user's phone number has recently been replaced. This API enhances fraud detection and regulatory compliance by helping digital services identify potential account takeovers, secure transactions, and protect users against identity theft.

13. Sim Swap Subscriptions

    The "SIM Swap Subscriptions" API is used to subscribe to SIM swap events for mobile phone numbers and receive real-time notifications when a swap occurs. It enables developers to proactively monitor swaps, strengthen security, prevent fraud, and improve user experience during account management and transaction validation. Unlike the Sim Swap API (pull model where information is requested as needed), this API provides push-based updates sent directly to the application when a SIM swap happens..

14. Verified Caller

    The "Verified Caller" API is used to display operator‑certified business information, including text or multimedia, on the recipient's phone screen before answering a call. This API helps enterprises reduce fraud, increase call connection rates, and build customer trust across industries such as government, finance, healthcare, logistics, and education.

15. Geofencing Subscriptions

    The "Geofencing Subscriptions" API is used to subscribe to location‑based events and receive real‑time notifications when a mobile device enters or leaves predefined geographic areas. This API enables digital services to deliver contextual experiences and support use cases such as logistics tracking, customer engagement, and personalized services.

16. Location Retrieval

    The "Location Retrieval" API is used to obtain the real‑time geographical location of a mobile device based on network information. This API enables digital services to enhance security, support fraud prevention, and deliver location‑based experiences such as emergency response, logistics tracking, and personalized content, while ensuring privacy and regulatory compliance.

17. Location Verification

    The "Location Verification" API confirms whether a mobile device is located within a specified geographic area during a given time interval. It enables organizations to validate user presence for secure transactions, access control, and location‑based services, while ensuring privacy through anonymized network data.

18. Population Density Data

    The "Population Density Data" API provides aggregated information on the concentration of mobile devices within a geographic area during a specific time interval. It enables organizations to understand population distribution and movement patterns, supporting use cases such as emergency response, event planning, retail analysis, and urban development, while ensuring privacy through anonymized data.

19. Region Device Count

    The "Region Device Count" API retrieves aggregated data on active mobile devices within a defined geographic area during a specific time interval. It helps organizations analyze population distribution, plan resources, and deliver location‑based services while preserving privacy through anonymized data. Typical uses include emergency rescue, estimating audiences for outdoor live streaming, retail foot‑traffic analysis, and urban planning.

20. WebRTC Call Handling

    The "WebRTC Call Handling" API enables applications to create, recover, update, and terminate one‑to‑one voice and video sessions using WebRTC technology. It provides developers with direct control over session lifecycle management, ensuring reliable real‑time communication experiences across web and mobile platforms.

21. WebRTC Event Subscription

    The "WebRTC Event Subscription" API allows applications to receive real‑time notifications about session activity, including updates to ongoing calls and requests for new incoming sessions. By subscribing to these events, services can react instantly to changes in communication state, improving responsiveness and user experience.

22. WebRTC Registration

    The "WebRTC Registration" API manages client registration and connectivity with the operator's IMS (IP Multimedia Subsystem) network. It ensures that devices are properly authenticated and connected before initiating or receiving audio and video sessions, enabling secure and seamless integration of WebRTC services with telecom infrastructure.

23. Application Profiles

    The "Application Profiles" API enables developers to share essential information about their applications that is relevant for network and CAMARA APIs decision-making. Currently, it focuses on defining network quality thresholds and compute resource requirements needed by the application.

24. Connectivity Insights

    The "Connectivity Insights" API provides visibility into current network quality for a given user session. Developers can check if application requirements are met and adapt accordingly—such as lowering video resolution, adjusting game parameters, or requesting a boost via Quality on Demand. It is used in streaming, gaming, remote control systems, and AI video analytics to ensure reliable performance.

25. Connectivity Insights Subscriptions

    The "Connectivity Insights Subscriptions" API extends Connectivity Insights by enabling continuous monitoring through event notifications. Applications receive alerts when network conditions change, allowing real‑time adaptation. This supports scenarios like streaming platforms adjusting quality dynamically, drones or robots adapting control parameters, and surveillance systems maintaining reliable detection.

26. QoS Profiles

    The "QoS Profiles" API offers predefined sets of network performance characteristics (latency, throughput, priority) identified by unique names. Developers can discover available profiles, retrieve details, and select the right one for their application traffic. Typical uses include industrial IoT, VR/gaming, live streaming, autonomous driving, telemedicine, and VoIP services.

27. QoS Provisioning

    The "QoS Provisioning" API allows developers to assign a specific QoS profile to a device indefinitely. Once provisioned, the network applies the requested profile whenever the device connects, until the provisioning is deleted. It supports scenarios like IoT sensors, VR/gaming, telemedicine, remote work, and autonomous vehicles, ensuring stable latency and prioritized throughput.

28. Quality on Demand

    The "Quality on Demand" API enables developers to request temporary QoS sessions for specific data flows, ensuring stable latency or prioritized throughput. It abstracts network complexity and supports session creation, querying, deletion, and notifications. Use cases include industrial IoT, immersive gaming, live streaming, telemedicine, VoIP, and enterprise applications requiring high‑quality connectivity.

29. Connected Network Type

    The "Connected Network Type" API allows applications to query the type of mobile network a device is currently connected to (2G, 3G, 4G, or 5G), along with the time of the last update. This enables real‑time decisions about communication and service delivery. Typical uses include emergency services adapting communication methods, customer support platforms choosing SMS when bandwidth is low, and IoT systems adjusting data transfer frequency.

30. Connected Network Type Subscriptions

    The "Connected Network Type Subscriptions" API provides real‑time notifications when a device's connectivity changes (e.g., switching between 2G, 3G, 4G, 5G, or UNKNOWN). Instead of polling, applications receive push updates to react instantly. Use cases include emergency services adjusting communication channels, customer support platforms switching to SMS when data drops, and fleet management systems adapting monitoring strategies.

31. Device Identifier

    The "Device Identifier" API returns details of the physical mobile device used by a subscriber, including IMEI, IMEI SV, Type Allocation Code, manufacturer, and model. This enables accurate identification for insurance, fraud detection, service optimization, and customer support. It ensures operational efficiency by eliminating manual errors in device information retrieval.

32. Device Reachability Status

    The "Device Reachability Status" API reveals whether a device is reachable via SMS, data, or both. This helps applications decide the best communication method in real time. Use cases include emergency alerts sent via SMS when data is unavailable, customer support ensuring reliable message delivery, and IoT systems switching to low‑bandwidth communication when needed.

33. Device Reachability Status Subscriptions

    The "Device Reachability Status Subscriptions" API notifies applications automatically when a device's reachability changes (e.g., from reachable to unreachable via SMS or data). This eliminates constant polling and ensures timely adaptation. Typical uses include emergency services triggering SMS alerts, customer support platforms adjusting communication channels, and IoT systems modifying reporting frequency.

34. Device Roaming Status

    The "Device Roaming Status" API determines whether a device is roaming on a foreign network and identifies the country. It supports fraud prevention, regulatory compliance, and territorial content restrictions. Use cases include banks verifying transaction locations, streaming services enforcing licensing rules, and advertisers targeting campaigns to authorized regions.

35. Device Roaming Status Subscriptions

    The "Device Roaming Status Subscriptions" API delivers push notifications when a device enters or exits roaming, including the current country. This enables real‑time adaptation without repeated queries. Applications use it for fraud detection, content restriction enforcement, and advertising campaigns that adjust automatically to user location.

36. Simple Edge Discovery

    The "Simple Edge Discovery" API enables applications to identify the closest edge computing location available to a device. By providing information about the optimal edge site, it helps services minimize latency, improve performance, and deliver seamless user experiences. Typical use cases include immersive gaming, augmented and virtual reality, real‑time analytics, and industrial IoT applications that require low‑latency processing.

37. Blockchain Public Address

    The "Blockchain Public Address" API provides access to the public blockchain address (BPA) associated with a mobile subscriber. It enables applications to integrate telecom identity with blockchain services, supporting use cases such as digital asset management, secure identity verification, and mobile‑based blockchain transactions.

38. Carrier Billing

    The "Carrier Billing" API allows applications to charge purchases directly to a user's mobile phone bill. It simplifies payment flows by leveraging the operator's billing infrastructure, enabling frictionless transactions for digital goods, subscriptions, and in‑app purchases. Typical uses include app stores, streaming services, and online gaming platforms.

39. Carrier Billing Refund

    The "Carrier Billing Refund" API enables applications to process refunds for transactions previously charged via carrier billing. It ensures transparent and secure reversal of charges, improving customer trust and satisfaction. Use cases include subscription cancellations, digital content returns, and error corrections in mobile billing.

40. Caller ID Management

    The "Caller ID Management" API allows applications to place calls or send SMS messages while presenting a verified business phone number as the calling party identity. It provides a controlled and compliant way for organizations to ensure that outbound communications consistently display their official service number. Typical use cases include customer support lines, delivery notifications, appointment reminders, and any scenario where a unified, trusted business identity is essential.

41. Call Screening

    The "Call Screening" API enables applications to control inbound call permissions by managing whitelists, blacklists, and PIN‑protected access. It allows users or businesses to define which callers are allowed through, which are blocked, and which must authenticate with a PIN before the call is connected. Typical use cases include protecting personal numbers, securing executive or VIP lines, reducing spam, and ensuring that only verified or authorized callers can reach sensitive endpoints.

42. Short Dial

    The "Short Dial" API enables organizations to assign and manage internal short codes that instantly connect callers to company employees or departments. It provides a unified dialing experience across all devices—desk phones, softphones, and mobile apps—allowing users to reach colleagues quickly without remembering full phone numbers. Typical use cases include simplifying internal communication, speeding up support escalation, and improving accessibility to key personnel or teams.

43. Branding

    The "Branding" API enables organizations to customize the caller experience by setting branded ringback tones and displaying corporate logos on supported devices whenever calls are made to company phones or customers. It provides a unified, recognizable identity across all inbound interactions, reinforcing brand presence and enhancing customer trust. Typical use cases include customer service hotlines, premium support channels, and corporate communication systems that aim to deliver a consistent, professional brand experience.

44. Scheduler

    The "Scheduler" API enables applications to plan and automate outbound communication campaigns by scheduling batches of short messages or voice calls to targeted devices. It provides precise control over timing, delivery windows, and recipient lists, ensuring that notifications, alerts, reminders, or marketing campaigns are executed reliably and at scale. Typical use cases include appointment reminders, service updates, promotional outreach, and time‑sensitive alerts.

45. SMS to Email

    The "SMS to Email" API forwards incoming text messages to a designated email address whenever a device is unreachable—such as when it is powered off, out of coverage, or otherwise unavailable. It ensures that important communications are never missed by seamlessly delivering SMS content to the user's inbox. Typical use cases include business continuity, travel scenarios, remote field operations, and any situation where reliable message access is essential even without mobile connectivity.

46. Call Transcription

    The "Call Transcription" API enables applications to request a full transcription of a completed voice call and automatically deliver a concise call summary to a designated email address. It provides an efficient way to capture key details, decisions, and action items from conversations without manual note‑taking. Typical use cases include customer support documentation, compliance reporting, sales follow‑ups, and operational record‑keeping.

47. Missed Call Notifications

    The "Missed Call Notifications" API alerts users whenever an incoming call to their device goes unanswered—whether due to being busy, unavailable, or out of coverage. It ensures important calls are not overlooked by delivering timely notifications through alternative channels such as email, SMS, or app alerts. Typical use cases include business continuity, customer service responsiveness, and personal availability management.

48. Multi‑DID

    The "Multi‑DID" API enables users to attach multiple phone numbers—often from different countries or regions—to a single mobile device. It provides a unified way to manage international business identities, allowing calls and messages to be sent and received using the appropriate local number without needing multiple SIMs or devices. Typical use cases include multinational operations, regional customer support lines, and professionals who maintain separate numbers for different markets or business functions.

49. Fix Dial

    The "Fix Dial" API automatically corrects dialed numbers when users are abroad by converting local-format numbers into the proper international format and resolving home‑network short codes. It ensures that calls connect successfully even when the user forgets country prefixes or dials familiar short numbers that only exist in their domestic network. Typical use cases include international business travel, roaming scenarios, and simplifying dialing behavior for employees who frequently move between countries.

50. Do Not Disturb

    The "Do Not Disturb" API allows users to automatically silence incoming calls and messages during selected times or conditions, while still permitting exceptions for priority contacts or emergency calls. It provides flexible control over availability, helping users avoid interruptions during meetings, rest hours, or personal time. Typical use cases include work‑life balance management, meeting automation, nighttime protection, and creating custom quiet periods across devices.

51. Parental Controls

    The "Parental Controls" API enables guardians to manage and restrict how a child's device can place or receive calls and messages. It allows configuration of allowed and blocked numbers, time‑based usage limits, and rules for emergency or priority contacts. This ensures a safer and more controlled communication environment for younger users. Typical use cases include limiting late‑night calls, preventing contact with unknown numbers, and managing device usage during school hours.

52. Dual‑Profile Mode

    The "Dual‑Profile Mode" API allows users to maintain separate communication identities—such as personal and work profiles—on a single device. Each profile can have its own caller ID, voicemail settings, routing rules, and notification preferences, enabling seamless switching between roles without needing multiple phones or SIMs. Typical use cases include professionals balancing business and private life, freelancers managing multiple clients, and users who want clear separation between different communication personas.

53. Emergency Contact Auto‑Alert

    The "Emergency Contact Auto‑Alert" API automatically notifies designated contacts whenever a user initiates an emergency call from their device. It sends immediate alerts—via SMS, email, or app notification—containing essential details such as the time and type of emergency action. This ensures that family members, caregivers, or security teams are promptly informed during critical situations. Typical use cases include personal safety, elderly care, lone‑worker protection, and enhanced emergency response coordination.

54. Spam Call Protection

    The "Spam Call Protection" API helps users avoid unwanted or fraudulent calls by filtering inbound traffic based on real‑time reputation scoring, network intelligence, and user‑defined rules. It automatically identifies suspicious callers, blocks high‑risk numbers, and labels uncertain calls with warning indicators. Typical use cases include reducing nuisance calls, protecting users from scams, and enhancing overall communication safety across mobile and fixed devices

55. Resource Management of Background Data Transfer

    The "Resource Management of Background Data Transfer" API enables devices and applications to schedule and optimize non‑urgent data uploads or downloads over 5G networks. It leverages network awareness—such as congestion levels, slice availability, and radio conditions—to allocate resources efficiently and minimize impact on foreground traffic. This allows large or periodic data transfers to occur during optimal network windows, reducing costs and improving battery life. Typical use cases include IoT sensor data uploads, fleet telemetry synchronization, firmware distribution, and any scenario where background data can be intelligently deferred or throttled.

56. Communication Patterns Parameters Provisioning

    The "Communication Patterns (CP) Parameters Provisioning" API allows applications to configure how 5G IoT devices communicate by defining expected traffic behaviors such as message size, frequency, latency tolerance, and burst characteristics. By provisioning these CP parameters, the network can optimize resource allocation, reduce signaling overhead, and ensure predictable performance for massive or periodic M2M workloads. Typical use cases include smart meters, environmental sensors, industrial automation devices, and any IoT deployment where traffic patterns are known in advance and can be efficiently tailored for network efficiency.

57. Packet Flow Description Management

    The "Packet Flow Description (PFD) Management" API allows applications to define and manage detailed traffic signatures that help the 5G core network identify and classify specific application flows. By provisioning PFDs—such as IP ranges, domain names, protocols, and port patterns—the network can apply precise policies for charging, QoS, routing, or security enforcement. This ensures that IoT and M2M services receive the correct treatment based on their traffic characteristics. Typical use cases include differentiating telemetry from control traffic, prioritizing mission‑critical flows, enabling application‑aware charging, and enhancing security through accurate flow detection.

58. Enhanced Coverage Restriction Control

    The "Enhanced Coverage Restriction Control" API allows operators or applications to manage where specific 5G devices are permitted to attach or operate by enforcing geographic or network‑based coverage restrictions. It enables fine‑grained control over device connectivity—such as limiting service to approved areas, preventing roaming, or restricting access to certain radio layers or cells. This ensures compliance, security, and cost control for sensitive or location‑bound IoT deployments. Typical use cases include logistics asset tracking, private campus networks, regulatory‑restricted devices, and industrial equipment that must remain within defined operational zones.

59. Network Parameter Configuration

    The "Network Parameter Configuration" API enables applications to remotely adjust key connectivity parameters for 5G IoT and M2M devices, such as preferred radio technologies, mobility settings, attach profiles, and network selection behaviors. By fine‑tuning these parameters, operators can optimize device performance for specific environments — whether stationary sensors, mobile assets, or mission‑critical equipment. Typical use cases include configuring devices for private networks, enforcing preferred RAT or band usage, optimizing mobility for fleet devices, and ensuring consistent connectivity across diverse deployment scenarios.

60. MSISDN‑less Mobile‑Originated SMS

    The "MSISDN‑less Mobile‑Originated SMS" API enables devices to send SMS messages without requiring an associated MSISDN, relying instead on alternative identifiers such as IMSI, IMEI, or subscription profiles. This is particularly valuable for IoT and M2M deployments where devices need to transmit alerts, telemetry, or status updates but do not require a traditional phone number. It reduces provisioning overhead, simplifies large‑scale device activation, and enhances security by limiting exposure of public identifiers. Typical use cases include utility meters, industrial sensors, asset trackers, and any IoT device that communicates via SMS but does not need a callable identity.

61. NIDD Configuration Trigger

    The "NIDD Configuration Trigger" API enables applications to remotely initiate configuration updates for devices using Non‑IP Data Delivery (NIDD) over 5G or LTE‑M networks. It allows the network to signal devices to adjust parameters such as payload format, reporting intervals, security profiles, or service behavior—without requiring an IP session or continuous connectivity. This ensures efficient, low‑power, and secure management of massive IoT fleets. Typical use cases include updating sensor reporting rules, activating new service profiles, adjusting power‑saving settings, and orchestrating configuration changes for devices deployed in hard‑to‑reach or battery‑sensitive environments.

62. 5G LAN Parameter Provision

    The "5G LAN Parameter Provision" API enables applications to configure and manage virtual LAN environments over 5G networks, allowing groups of devices to communicate as if they were on the same local network segment. It supports provisioning of parameters such as membership rules, traffic isolation, addressing behavior, and security policies. This creates flexible, software‑defined LANs that span wide geographic areas while maintaining low latency and deterministic performance. Typical use cases include industrial automation cells, collaborative robotics, campus‑wide private networks, and secure group communication for fleets of connected devices.