Coversant, Inc. Internet of Things Service Bus
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Coversant, Inc. Internet of Things Service Bus

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Coversant’s proprietary software Soapbox, an Internet of Things Service Bus (IoT-SB), connects disparate systems and devices, across platforms, in real-time, enabling the marriage of the “Internet ...

Coversant’s proprietary software Soapbox, an Internet of Things Service Bus (IoT-SB), connects disparate systems and devices, across platforms, in real-time, enabling the marriage of the “Internet of Things” and Big Data on the most scalable solution available. Built on event-driven (SOA 2.0) architecture, our SoapBox product line offers an advanced presence engine and higher levels of security via application centric networking.

Soapbox IoT-SB allows automated conducting of data to the correct ends points, via auto-attendants of virtual rosters of devices and data source to be auto-discovered, auto-configured, auto-managed, and auto-controlled through a secure channel that can be configured on the fly.
Auto-attendants can be written in any language and reside inside or outside of the platform (assuming in process extension, out of process extensions, or client extensions).

Standard features of SoapBox allow for Human, Application and Machine collaboration around the M2M, sensor data and analyzed results. SoapBox also includes streaming of content through pub/sub, virtual rosters and MUC rooms. Components can be integrated into existing UI with ease.

Certified by the Defense Information Systems Agency (DISA) and added to the U.S. Department of Defense Unified Capabilities Approved Product List (UCAPL) in August 2012, and is one of two companies that currently hold the distinction. Our security and privacy capabilities make it the clear choice for IoT.

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Coversant, Inc. Internet of Things Service Bus Presentation Transcript

  • 1. BILLIONS OF USERS 100s OF BILLIONS OF THINGS MILLIONS OF APPS Mobile Cloud Big Data Social IoT Mobile Devices 2.5 exabytes/day (= billion gigabytes = 10^18 bytes) of data (2012) TENS OF THOUSANDS OF APPS HUNDREDS OF MILLIONS OF USERS LAN/Internet Client/Server MILLIONS OF USERS PC THOUSANDS OF APPS Mainframe, Minicomputer Terminals
  • 2. THE PROBLEM The emergence of the IoT and mobility have increased:  The amount of data  Data distribution  Number of connections required  Number of requests per device  Importance of real time  Security risks  Current network inefficiencies ? How will organizations securely access Big Data ? From more devices ? Everywhere ? Efficiently
  • 3. IOT/M2M REQUIREMENTS 1. Provide an ability to view remote sensors and control of actuators over any technology and provide maximum assurance of interoperability with built-in security 2. Provide registration of devices to recognize if a devices configuration has changed 3. Ensure that all data is encrypted between end points. 4. Provide presence capability to know that a device is available for use. 5. End device shall have the ability to instantly change an incoming protocol to XML – The XML shall be able to be mapped to any protocol – The XML may be used as the primary protocol 6. End devices are viewable by a web browser and can be viewed on mobile devices 7. There shall be a intermediary brokerage (Service Broker) between the end-point 8. Firewalls shall exist at all end-points 9. There shall be a profile that can identify the end devices 10. The interface shall be able to operate over any wired or wireless connection
  • 4. ORGANIZATION CHALLENGES  Reduce up front and total lifecycle costs of systems  Increase the technical performance of key systems  Compress schedules for system acquisition programs  Enable new, innovative, creative concepts of operation (CONOPs) and tactics, techniques, and procedures (TTPs)  Extend the service life of legacy systems and components (e.g., those that would be difficult to integrate into/with new systems, architectures, and technologies).  Reduce the level of technical risk for acquisition programs  Enhance the security, survivability and operational continuity of vital systems, platforms, networks, infrastructure, operations from a macro perspective  Improve the confidentiality, availability, integrity, and authenticity of data  Accelerate and dramatically increase the integration of systems and operations  Optimize operational capabilities of shrinking structure  Reduce manpower requirements and costs  "Do more with less”
  • 5. THE SOLUTION Highly advanced Internet of Things Service Bus (IoT-SB) Based on event-driven fabric Advanced presence engine Benefits:  Big Data distribution  Loosely Coupled Applications  Billions of devices  Bi-directional communication  Real-time (as real as Internet gets)  Federation of disparate systems (interoperable) • Applications (Loosely Coupled) • Devices • People  Highly secure and reliable • Protects applications and data • Application centric networking  Vertical and horizontal scaling (including Global Server Load Balancing)
  • 6. GENERAL CONFIGURATION
  • 7. XMPP Widely Adopted Protocol Users/Promoters Market Requirements XMPP Used 1 Billion + devices Apple Android Google Cloud Connection AllSeen (Qualcomm) UPnP Open Standard- IETF Voting IEC, ISO, IEEE Gateway to Cloud True Presence Full Security Privacy
  • 8. BENEFITS OF XMPP FOR IoT 1. Applications, end-points, and users are not exposed to cyber-attack 2. All devices must be registered and can only talk to the Service Broker 3. End devices can be viewed by mobile devices such as Android 4. Packets are inspected during the transversion process 5. The device identity and use must be specified in a transducer profile 6. All devices, applications and users have an agreed trust relationship 7. The brokerage provides virtually unlimited scalability.
  • 9. BIG DATA | MASSIVE CONCURRENCY Active/Active Clustering  True single domain hosting, no sub domains required  Single or Multi-domain hosting from a single cluster or server Proprietary High Performance Message Engine  Highest Single Server1 Performance • Over 1 million concurrent sessions • Over 300k messages2 per second throughput  Highest Compact Server3 Performance • 200-250k concurrent sessions • 50-60k messages2 per second throughput Global Server Load Balancing  Multi-site clustering and fail-over  Single domain hosting across multiple sites 1 HP DL900 x8 XEON 10 Core, 128 GB, 4x10GB NICs 2 1k of XML as message body 3 HP BL480 2x XEON 4 Core, 16GB, 10GB NIC
  • 10. PERFORMANCE Performance was evaluated by setting up an OPC UA and then calling the Read service for 100 integer values. The XMPP server was running on a cloud based Windows Server 2008 R2 accessed via a 2 Mbps Internet connection. The OPC UA client and server were running on the same machine. The security policy is Basic128Rsa15 in all cases. Product Stanza Type Average Per Call (ms) Max Per Call (ms) Min Per Call (ms) OPC.TCP (cloud) 1 n/a 89 354 70 OPC.TCP (local)2 n/a 2 5 1 OpenFire Message 3369 5034 2268 OpenFire IQ Failed Failed Failed SoapBox Server Message 159 374 143 SoapBox Server IQ 197 213 188 Ejabberd3 Message 2021 2558 1617 Ejabberd3 IQ 3985 6391 3332
  • 11. WHY IS SOAPBOX MORE SECURE? TCP connection with TLS  Client certificates on the TLS handshake  Verification of identity of both endpoints XMPP login  SCRAM-SHA1-PLUS SASL mechanism  Channel binding (the PLUS) guards against man-in-the-middle attacks on the TLS connection Secure server-to-server connections  For communicating between XMPP domains  Allows for flexibility in the system architecture  White or black list functionality to control server-to-server connections Coversant is a sponsoring member of the XMPP Standards Foundation and uses XMPP as an open standard for communication. It does not, however, rely on any open source code.
  • 12. THE HIGHEST STANDARDS Certification:  Certified by and added to the U.S. Department of Defense Unified Capabilities Approved Product List (UC-APL) in August 2012  One of only two companies to win certification for Unified Communications on the DoD UC-APL, and the only company that is U.S. based with all code developed in the U.S. Rigor and design excellence  Commercial  Defense  Space  Government A track record  8th generation  mature, stable and patented
  • 13. Current Markets/Customers • Building Automation- Ingersoll Rand TRANE • Fortune 100 HVAC company • 1500 service representatives HVAC systems in 200,000 buildings • Support more buildings, provide a more proactive, intelligent level of service • No additional service representative • Create a new revenue model for this higher level of service • SmartGrid- Intelligent Energy Solutions (E3 Greentech) • Deploy sensor-enabled smart meters on water heaters and HVAC systems, thermostats, and smart plugs • Detect and control the “vampire effect” (draining of power) of appliances and other devices • Cable- Foxtel- Set-Top Box RDM • A pay for content television company • Gather viewer metrics (watch live, recorded, fast forward, and total time) through set top boxes • Supply content providers discovery via remote button use (volume, channel, record, etc.) • Cable- Pace Networks- Integrated with Cobalt RDM backend • Defense- NAVY, Air Force- C4 ISR
  • 14. REMOTE DEVICE MANAGEMENT
  • 15. AUTOMATION VIA MESSAGING Power of Presence for Devices Real-time tracking of status and capabilities of assets in the field. Challenges  Assumes rosters are preconfigured  Can create significant chatter  Excess of unrelated presences message delivered Solution  Advanced Presence  Automated Rosters  Auto-attendants Benefits  Automatically identifies assets in need and directs them to resources to resolve issues  Automatically link asset together to reduce miscommunication and cycle times  Update business and device processes from a single location
  • 16. CURRENT CABLE DEPLOYMENT
  • 17. Adding the IoT
  • 18. BRIDGING AT THE GATEWAY
  • 19. MILITARY C4 ISR
  • 20. DEMO CONFIGURATION
  • 21. For more information, contact: Michael Holdmann (916) 577 1977 x6015 mholdmann@coversant.com