Break down data silos across all devices and systems.
Unify fragmented protocols, eliminate latency, and deploy intelligent messaging across edge, cloud, and hybrid environments.
Unified multi-protocol transport
Built-in enterprise-grade security
Massively scalable platform infrastructure
Unified protocol-Agnostic Messaging Platform
Enterprise messaging middleware that unifies all IoT protocols, devices and systems for seamless, real-time data exchange.
Unified Protocol Translation
Seamlessly bridge MQTT, CoAP, AMQP, STOMP, and more without altering existing infrastructure
Zero-Copy In-Transit Processing
Achieve sub-10ms latency by processing data as it flows, eliminating unnecessary buffering.
Edge-Optimized ML Integration
Deploy ML models directly at the edge for real-time insights and reduced bandwidth usage.
Unified Security Framework
Implement x509, SASL, LDAP/AD authentication with TLS/DTLS encryption and HMAC support.
Zero Copy In-Transit ETL Infrastructure
Perform ETL on-the-fly without copying data outside your network, preserving privacy and speeding processing.
In-Transit SQL Filtering & Routing
Use SQL to filter, route, or replay messages (text & binary) to any destination in real time.
In-Transit Validation & Transformation
Validate and transform data (JSON, XML, Avro, Protobuf) instantly as it passes through.
Deployment Freedom
Deploy anywhere (edge, gateway, cloud, containers) – fully BYOC/BYOS – for ultimate flexibility.
Real-Time ML Intelligence in Transit
The only platform with built-in ML on data-in-motion, generating immediate insights without extra latency.
Lowest-Latency ML Insights
ML at publish time yields immediate insights (milliseconds latency).
Edge Analytics & Downsampling
Edge analytics to summarize data, drastically reducing bandwidth and latency.
Integrated ML Functions
Run ML models (K-Means, TensorFlow, etc.) via SQL queries directly in transit.
How it Works
Step 1: Connect Your Devices
Integrate devices natively (no infrastructure changes needed).
✅ MQTT / MQTT-SN Sensors
✅ CoAP Devices
✅ WebSocket Connections
✅ HTTP APIs
✅ AMQP 1.0 / STOMP Services
Step 2: Configure Translation Rules
Define translations and routing with our intuitive interface or API.
Step 3: Monitor & Scale
Gain end-to-end visibility and scale your IoT network seamlessly.
Use Cases
Solve cross-industry integration challenges with a protocol-agnostic IoT messaging platform.
Medical Robotics
Ensure ultra-low latency and compliance with safety standards in surgical and diagnostic devices.
Defense & Aerospace
Facilitate secure, real-time communication across coalition forces, tactical data links and satellite systems.
Industrial Automation
Integrate legacy systems with modern protocols to streamline manufacturing processes.
Maritime Operations
Enhance vessel communication and data processing in challenging connectivity environments.
Edge AI Deployments
Leverage on-device ML for predictive maintenance and anomaly detection in remote installations.
Transportation & Logistics
Unify multi vendor solutions to a real time message stream irrespective of connectivity method
ARCHITECTURE
From direct hardware integration to real time translation of IOT, Enterprise and industrial protocols
PRICING
Community Edition
Ideal for developers and small-scale projects seeking protocol translation capabilities.
Free
Flexible integration options for any system
Open, standards-based ecosystem
Free for Non Commercial Use
Backed by Community Support
22K+ Docker Downloads
Enterprise Edition
Designed for organizations requiring advanced, unified security, scalability, and support.
$0
Commercial-Use Licence
All Community features
Enterprise SLA
Enhanced Authentication
Requires annual priority support contract
Premium ML Edition
Offers integrated ML features for real-time analytics and decision-making at the edge.
Contact us
Advanced ML capabilities
All Enterprise Features
Predictive Routing
Unsupervised Anomaly Detection
Model Repository
Transform Your IoT Communication Today
Experience the power of unified protocol translation, real-time processing, and edge intelligence with MAPS Messaging..
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MAPS Messaging - Frequently Asked Questions
MAPS Messaging provides a protocol-agnostic IoT middleware platform that includes native CoAP 1.2 support alongside 9 other protocols. Our CoAP implementation enables lightweight, UDP-based communication for constrained devices while offering real-time protocol translation capabilities. This allows organizations in Eindhoven to integrate CoAP devices seamlessly with existing MQTT, AMQP, or other protocol-based systems without requiring separate middleware solutions.
MAPS Messaging's core strength lies in its protocol-agnostic architecture that supports 10 different IoT protocols including MQTT 3.1.1/5.0, CoAP 1.2, AMQP 1.0, STOMP, MQTT-SN 1.2/2.0, and DTN Bundle Protocol. Our platform performs real-time protocol translation with in-transit processing capabilities, allowing devices using different protocols to communicate seamlessly. This eliminates the need for multiple middleware solutions and reduces infrastructure complexity while maintaining message integrity across all supported protocols.
MAPS Messaging optimizes MQTT performance through our advanced routing and filtering engine with zero-copy integration. Our platform supports both MQTT 3.1.1 and MQTT 5.0 specifications with all QoS levels while minimizing processing overhead through efficient message handling. The middleware's real-time processing capabilities ensure minimal latency even when translating between MQTT and other protocols, making it suitable for time-sensitive IoT applications.
MAPS Messaging's security framework includes support for various authentication mechanisms including SASL (with SCRAM-SHA-512 support) for MQTT and other protocol connections. Our platform provides flexible authentication options that can be configured based on deployment requirements, supporting enterprise security policies while maintaining seamless protocol interoperability across different authentication standards.
Our Premium ML Edition's real-time analytics capabilities enable instant decision-making at the middleware level. This includes predictive routing based on network conditions, automatic anomaly detection, and intelligent load balancing across protocols. By processing ML algorithms in-transit, organizations can respond to changing conditions immediately without cloud dependencies or processing delays, supporting both consumer and enterprise AIoT applications.
MAPS Messaging offers enterprise-grade capabilities through our three-tier approach: Community Edition (full features / no ML), Enterprise Edition (same with SLA and commercial license, and Premium ML Edition (Enterprise + in-transit AI/ML capabilities). Our platform provides protocol-agnostic integration supporting industry-standard protocols (AMQP 1.0, not legacy 0.9.1), real-time processing, comprehensive security features, and scalable architecture suitable for mission-critical deployments across energy, healthcare, smart cities, and space/defense sectors.
MAPS Messaging's CoAP 1.2 implementation leverages our zero-copy integration architecture to minimize processing overhead and reduce latency. Our platform supports CoAP's confirmable and non-confirmable messaging modes, enabling organizations to balance reliability with speed based on their specific use cases. The middleware handles CoAP-to-other-protocol translation in real-time, ensuring consistent low-latency performance across mixed-protocol environments.
MAPS Messaging implements AMQP 1.0 (the official ISO/IEC standard), not the older AMQP 0.9.1 draft specification. Our AMQP 1.0 implementation provides enterprise-grade message queuing with guaranteed delivery, routing, and filtering capabilities. The platform supports AMQP 1.0's advanced features including link-based flow control, transaction coordination, and security mechanisms while offering seamless integration with other protocols. This makes it ideal for enterprise IoT deployments requiring reliable message delivery and complex routing scenarios with full standards compliance.
MAPS Messaging implements comprehensive security features with protocol-appropriate encryption: TLS encryption for TCP-based protocols like MQTT 3.1.1/5.0 and AMQP 1.0, and DTLS encryption for UDP-based protocols like MQTT-SN 1.2/2.0 and CoAP 1.2. Our platform ensures end-to-end encryption for data in transit while maintaining protocol translation capabilities across all supported protocols.
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MAPS Messaging provides flexible integration capabilities through our protocol-agnostic architecture supporting 10 different protocols. Organizations can integrate location-based IoT data through any of our supported protocols (MQTT 3.1.1/5.0, AMQP 1.0, CoAP 1.2, STOMP, MQTT-SN 1.2/2.0, DTN), enabling real-time geospatial data processing and visualization. Our middleware can handle location data from various IoT devices regardless of their native communication protocol.
MAPS Messaging's CoAP 1.2 implementation is optimized for low-latency communication through our zero-copy integration architecture and efficient message processing engine. Our platform maintains CoAP's lightweight characteristics while adding the ability to translate to other protocols (including AMQP 1.0, MQTT 3.1.1/5.0, STOMP) in real-time, ensuring that organizations can achieve low-latency performance even in mixed-protocol environments without sacrificing interoperability.
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