Platform to build custom enterprise AI solutions quickly. Offers studio environment and one-click deployment. Suitable for industries like law, telecoms, real estate, and HR.
Features
AI Studio
Build custom enterprise AI applications quickly with a user-friendly interface. The studio allows for easy deployment and management of AI models.
Pre-Built Models
Access to ready-made AI models that can be utilized out-of-the-box for various business needs, reducing development time.
Data Integration
Seamless integration with existing data sources to leverage current data without complex migration processes.
Privacy & Security
Robust security features to ensure data privacy and protection while using the AI applications.
Dashboard
Provides an overview and control panel to manage resources and monitor system status effectively.
Observability
Offers tools and visuals that help monitor and analyze the performance and health of the system.
Pub/Sub
A lightweight, scalable messaging system that allows asynchronous communication between services.
Object Storage
A system for storing and managing large amounts of unstructured data, providing easy access and scalability.
Key-Value Database
A high-performance database optimized for storing and retrieving associative data pairs.
Privacy-Focused Technology
Crewdle builds its technology with privacy in mind from the ground up, avoiding the need to collect or sell your data.
No Data Listening or Storing
Crewdle ensures that no personal data is listened to, stored, or sold, making your communications private and secure.
No Reliance on Central Servers
Using a serverless data framework, Crewdle limits server dependency to enhance data privacy and security.
Data Sovereignty
Crewdle provides users with data sovereignty by enabling data control and protection compliant with laws and regulations around data privacy.
Sustainability Goals
They align with 17 Sustainable Development Goals of the UN, focusing on actions like reducing waste and increasing resource efficiency.
Carbon Footprint Report
Detailed carbon footprint analysis for 2022 using GHG methodology with breakdowns in different areas to show their environmental impact.
Long-term Vision
Commitment to sustainable practices, privacy respect, economic growth, education access, and reducing inequalities.
Publish/Subscribe Pattern
Allows for decoupling of message producers and consumers, enabling efficient real-time messaging without direct interaction.
Low Latency
Ensures messages are delivered with minimal delay through a low-latency system architecture, providing responsiveness in real-time scenarios.
Large Payloads
Supports handling of big packets, permitting transmission of large data payloads for richer and more substantial data exchanges.
Cloud Integration
Facilitates seamless integration with cloud services such as AWS, Google Cloud, and Microsoft Azure, improving flexibility and scalability.
Efficient Data Syncing
Ensures seamless data transfer across platforms, allowing data-intensive applications to function smoothly.
Offline Availability
Provides access to stored data even without an Internet connection, making it suitable for remote or offline environments.
Cloud Integration
Seamlessly integrates with major cloud services such as Amazon Web Services, Google Cloud Storage, and Microsoft Azure Blob Storage.
Efficient Data Syncing
Enables seamless data transfer across distributed systems to ensure consistency and speed in data operations.
Optimized for Edge Computing
Designed to run efficiently in edge environments with minimal resource footprint, handling data close to the source.
Cloud Integration
Easily integrates with popular cloud services like AWS, Google Cloud, and Microsoft Azure to enhance scalability and accessibility.
Average Connections Per Node
Each node in the P2P network maintains an average of 10.5 connections, totaling around 10,500 connections across the network. This high density provides a robust framework for data transmission.
Maximum Node Distance
The design limits the maximum distance between any two nodes to just 8 hops, ensuring efficient data flow throughout the network with minimal delay.
Balance Between Density and Navigability
The network balances high density and navigability, ensuring reliability without sacrificing performance. The design ensures the network remains easy to navigate.
Resilience and Scalability
Nodes can replace those that become disconnected, aiding resilience and scaling. This adaptability ensures a reliable and expandible P2P network.
Bandwidth Management
Adaptive bitrate algorithms adjust media quality according to network conditions to prevent freezes or dropped sessions.
Quality of Service (QoS)
QoS protocols prioritize data packets to maintain session quality, reducing latency by up to 20% in enterprise settings.
Jitter Buffers
Manage network jitter with proper configuration to prevent increased latency.
Forward Error Correction (FEC)
FEC adds redundancy to packets, minimizing audio/visual gaps and improving scores by up to 15 MOS points.
STUN/TURN Servers
Aid in NAT traversal but may introduce latency, impacting real-time communication.
ICE Framework
Helps in NAT traversal but can slow streaming setup; cloud solutions can cut setup time by 16%.
API Inconsistencies
WebRTC APIs vary across browsers, potentially causing compatibility issues.
Codec Support
Not all browsers support all codecs, which may lead to failed connections.
Real-Time Communication
Enables fluid, real-time video and audio communication, promoting face-to-face interactions for both personal and professional use.
Security
End-to-end encryption and secure data channels ensure robust privacy and data integrity, providing a safe environment for communications.
Quality and Efficiency
Adaptive streaming and bandwidth management deliver high-quality video, adjusting to network conditions for smooth experiences across devices.
Interoperability
Provides compatibility across various devices and browsers without additional plugins, ensuring seamless connectivity.
Scalability
Supports everything from intimate meetings to large-scale online events, providing a versatile solution for various audiences.
Decentralization
Supports decentralized protocols, reducing dependency on central servers, aligning with innovative technologies.