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Attila has created a new paradigm in wireless networking.

DPCC: Dynamic Polymorphic Capacity Concatenation

  • Why limit yourself to only one network at a time when more are accessible ?
  • How about staying connected when you hop from one network to the next ?
  • Why wait to get home or the office to download a large file or stream video on a mobile device ?
  • How about having fast and reliable Internet access in your car ?
  • What if the software could take care of all the gritty details under the hood and always provide the best connection in totally seamless fashion ?

Using Attila’s software, mobile devices can now communicate simultaneously with multiple wireless networks to increase coverage, reliability, security, and to aggregate the available bandwidth to the sum of all networks combined. Attila’s patented DPCC™ technology is available as device-enabling software (including with a Software Development Kit (SDK)), fully integrated with a cost effective MNC™ (Multi-Network Communicator) Mobile Router, or as a part of our AttilaCam® or Virtual Partner® application solution.

Always Best Connected

Attila has developed a breakthrough mobile communication technology addressing the mobility challenge and the tradeoff of bandwidth for coverage and ubiquity.

The innovative solution enables the delivery of turbocharged wireless broadband on the move by leveraging existing wireless infrastructure to create a powerful virtual communication channel with sufficient capacity and reliability to support advanced wireless broadband communications services over broad geographic areas. Attila delivers for the first time, the promise of anywhere, anytime, truly reliable mobile broadband.

Attila Solution

  1. Leverage the abundance of overlapping wireless networks
  2. Aggregate heterogeneous access networks to increase capacity, efficiency and reliability
  3. Form a virtual channel supporting advanced services, anywhere, anytime

Attila's DPCC™ software makes the most out of all data networks you can access — simultaneously — and shape the network connection to your needs; for a truly reliable turbocharged experience !

MNC™ MR: Mobile router with a spin

attila router

Designed to be mounted inside vehicles including public transportation, the multi-radio MNC™ Mobile Router (MR) provides a bridge between client devices and a range of access network technologies (e.g cellular, satellite, private networks, etc…). Unlike legacy VPNs that do not perform well in wireless environments, MNC™ MR addresses the unique challenges associated with mobility such as wireless security, coverage gaps, roaming performance and handheld device support.

A disruptive software technology

The Attila solution uses its patented proprietary communications software DPCC™ (Dynamic Polymorphic Capacity Concatenation) to create a dynamically aggregated network pipe on any mobile device by combining multiple networks from multiple carriers without losing session persistence, adding security and without requiring a network infrastructure upgrade.

The DPCC™ technology manages multiple heterogeneous communication links simultaneously, and optimally operates the aggregation of network technologies to optimize for best performance, dynamically, and in real-time.

The technology seamlessly discovers, connects and manages access network technologies as they fade in and out of coverage, while always maintaining the best communication to user applications, using all available networks.

The DPCC™ technology determines application needs and requirement are in terms of bandwidth, latency, QoS, etc… to optimize the aggregated network connection for the best performance; whether it means aggregating the throughput of multiple networks for speed or reduce the latency of the overall connection to ensure the best voice call experience. Attilaʼs solution provides superior coverage and higher reliability than any infrastructure based alternative.


The technology ensures point-to-point communications across a variety of networks, even in areas where coverage is less than ideal, and offers an unmatched set of advantages that redefine mobile coverage, availability, and bandwidth. Attila provides an unprecedented set of capabilities that tailor the wireless experience to users and mobile applications needs in a fast, ubiquitous and always-on fashion. Attila provides the promise of next-generation universal wireless broadband today !

Whitepapers & Brochures


  • technology whitepaper

    In-depth dive into the technology concepts, features and paradigm shift.

  • ATTILA mobility solutions

    Turn-key solution for the transportation industry: mass transportation, mobile professionals, automobiles

Latest News

4.1.09 Forbes Video Interview with Attila CEO Frank Ianna & CTO Nicolas Girard… read more

3.3.09 Sprint Nextel Announces Appointment of Attila's CEO Frank Ianna to its Board of Director… read more

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Innovative Paradigm Shift

"The technology introduces a rationale shift from a pure end-to-end communication infrastructure-centric model — as in todayʼs Internet — towards a client-centric, application-aware network model focused on the mobile. This paradigm shift allows the network to dynamically adapt and react to network conditions, user mobility and context. Unlike the infrastructure-centric model where applications use the network as a communication medium to the extent of its capability (Best Effort), Attilaʼs solution allows the client to control every aspect of the communication."

Nicolas Girard — Attila's Chief Technology Officer

Technology Overview Summary

Best-of-all-world's approach for a true triple-play offering: mobility, reliability and broadband !

Attila has developed an exciting new mobile communication technology that provides true on-demand broadband by leveraging existing wireless infrastructure and/or ad-hoc networks to create a powerful virtual communication channel with sufficient capacity to support advanced broadband services over broad geographic areas; in essence, delivering, for the first time, the promise of anywhere, anytime true mobile broadband.

The need for reliable mobile wireless broadband communications is widely recognized but is extremely challenging. Solutions offered by the wireless industry tend to be piecemeal, focusing on reliability, broadband, or mobility but seldom on the three together. Attilaʼs solution addresses this burning issue and provides all aspects and features required for true reliable mobile wireless broadband communications: speed, latency, coverage, compatibility, roaming, cost, and quality of service (QoS).

Key highlights:

  1. Only technology on the market providing unsurpassed reliability by enabling communications over different technologies simultaneously and aggregates the individual capabilities of all available network technologies. From a technical standpoint, there are no limitations as to what IP-based communication links can be combined.
  2. Leverage the existing infrastructure but focus on the client device. The client runs the mobile applications and has first-hand experience of the “vagaries” of the wireless access field. Attilaʼs technology put the decision-making process in the device directly instead of relying on the resilience of the mobile applications to adapt to ever-changing network conditions. This client-centric approach is a major departure from todayʼs practice where wireless performance improvements are principally introduced through infrastructure upgrade.
  3. Attilaʼs proprietary system leverages off of the existing wireless infrastructure, thus building upon the substantial investment that already exists, and negating the political, administrative and financial hurdles of constructing additional towers or adding more network capacity when sophisticated new services are contemplated. This upgrade typically includes several years of standards development only to be followed by years of spectrum acquisition, user relocation and deployment. Thus, Attilaʼs cost is substantially lower than the costs of an infrastructure upgrade and service availability is immediate: as soon as the technology gets deployed.
  4. The solution is software only and operates above the radio layer making any devices capable of benefiting from the technology. Any device can now combine the simultaneous capabilities of any network including GSM, CDMA, WiFi, WiMAX, LTE, satellite and private networks.
  5. The solution leverages the proliferation and heterogeneity of network technologies and aggregate their capabilities to bring an always-on, high bandwidth and reliable connection to support the needs of mobile applications. Attila can fundamentally change the wireless industry by redefining the addressable markets and network advantages of carriers, MVNOs, portals, content providers and devices.

Frequently Asked Questions:

  • Q: What is the difference between DPCC™ link aggregation and what is commonly known as channel bonding ?
  • R:Channel bonding is used principally with physical links of the same technology class (for instance 2 Ethernet interfaces) where the characteristics and properties of the links are not expected to change (i.e unlike any air-based network connection such as 802.11 WiFi and cellular). If used with network interfaces having always-changing characteristics, channel bonding breaks the continuity of the transport session and dramatically reduces the performance, negating the benefits of combining interfaces. As such, channel bonding is mostly used in wired environment. In comparison, DPCC™ was built from the ground up to deal with the peculiarities associated with combining multiple wireless links simultaneously and as such always maintain the continuity of the transport session, maximizing the performance of the logical session under any circumstances.
  • Q: What is the difference between software versus hardware-based network handoffs?
  • R:Minimizing delay when transitioning from one network to another is key to maintaining network session and quality of service. To that end, some vendors have introduced hardware-based switchover mechanisms that reduce handoff latency. While it reduces the observed delay tremendously compared to software-based solution such as Mobile IP, the solution is hardware specific and technology specific, making it expensive and not scalable. Due to the nature of the DPCC™ there is no delay and performance impact at all when transitioning between access technologies; in addition the solution is entirely software-based and technology agnostic, making cost-effective and universal
  • Q: Why is there such a difference between city and out-of-city coverage and performance and how does in affect the performance of wireless broadband on the go ?
  • R: The cost model employed by all access network providers make it such that the best performance and coverage is optimal in dense areas and degrades as the population density decreases. Performance are usually an order of magnitude lesser in less populated areas and mobile wireless solutions do not cope well with the sudden degradation in service. DPCC™ was developed to anticipate and negate the performance impact of sudden link degradation; ensuring the best experience at all times

Increased reliability.

Because the solution uses multiple networks simultaneously with overlapping coverage areas, it is inherently more reliable than any other alternative. In addition, the solution provides smart algorithms and heuristics to ensure complete reliability via an automatic fail-over system, soft handoffs and limited data duplication. The mobile unit passes off from location to location at high speed without losing connectivity (and therefore maintaining network sessions), effectively eliminating dead spots.

Because the connectivity is maintained at all times, active applications are unaware of the actual modifications of the underlying network. This is the definition of truly transparent and seamless connectivity. The technology not only supports handoffs between wireless networks in the same technology family (e.g., commercial cellular), it can also support handoffs between technically dissimilar networks (for instance 3G cellular to WiFi or Satellite). Additionally, even a long handoff on any individual network will not disrupt ongoing connections. As a result, Attila's solution is uniquely positioned to provide the highly reliable wireless communications needed to support mission critical applications.

Simultaneous ad-hoc and infrastructure operations.

Attila's solution is unique in its capability to operate simultaneously in ad-hoc and infrastructure modes to maximize deployment flexibility. Thus, at any given instant, a DPCC™ —enabled node could be connected to another MNC™, a mesh network client, multiple cellular base stations and a Wi-Fi access point. Each individual network sees the MNC™ as a node of the same technology family, while the MNC™ sees the collection of networks as components of a more powerful aggregated connection that can be manipulated as needed to achieve an overall communications objective. This shift is particularly important since it permits users to realize advanced new communications capabilities independently of wireless infrastructure providers.

Transparent to network and applications.

The virtual channels are created by distributing and re-aggregating data over each member of the set of component networks. The DPCC™ engine mitigates network differences. The virtual channel is transparent to the application and to the underlying networks. That is, the application sees only a broadband communications channel while, at the same time, each component network is unaware that it is part of a larger structure.

Incremental evolution.

First, the radio leverages existing private and commercial wireless data networks. Hence, from “day-one”, improved communications is near ubiquitous, equivalent to the combined coverage of all networks, including any satellite data networks that are available in the area.

Second, conventional wireless systems (with the exception of cellular networks) do not support seamless handover (i.e. transitioning to the next access point or network without reinitiating an association). As a result, when a mobile device leaves the coverage of an access point, the existing network connection fails and a manual reconnection must be initiated. Commercial cellular networks on the other hand support handoffs at the towers, allowing connections to be maintained from one tower to another implementing the same technology. Coverage zones for cellular networks generally overlap, although there are holes in many locations that are not blanketed with enough towers. When a mobile device enters such a zone, the connection is lost and a reconnection is impossible; a new connection must be initiated when the mobile device reenters a covered zone.

Infrastructure-less.

Attila's solution takes a client-centric approach, relying on already deployed infrastructure to carry user traffic. This is quite a departure from alternative solutions, such as Mesh networks which deployments require blanketing an area with wireless mesh networking equipment. Depending on the topology of the area and the specifications of the wireless routers, an average of 30-70 routers need to be deployed to cover each square mile of a moderately populated city.

True wireless broadband on the move.

Mobility is becoming increasingly important, especially in the commercial sector. Attila's solution provide seamless connectivity while “roaming” between access networks and across administrative domains, dynamically adapting the nature of the aggregated connection to reflect changes in the network environment, application needs, security levels, or user preferences.

At any given time, the bandwidth offered by the aggregated channel is the sum of the individual capacities of the component networks. This property enables the DPCC™ device to support broadband streaming video services or heavy graphic downloads from almost anywhere. Unlike competing technologies, the performance of the is not limited by the bandwidth/latency available on any single network in the vicinity of the device.

Increased security.

Attila's technology is critical to developing a communication system that cannot be interrupted or jammed, resulting in ultra-reliable, high-speed communication. Data traversing a wireless environment is vulnerable to corruption, eavesdropping, and unauthorized access. Traditional VPNs may seem to address the security concerns but they are not designed to work over wireless networks.

In contrast, the DPCC™ framework treats security as another logical metric in its decision engine to optimize the routing process with full knowledge of the overall security requirements or application-level security needs. It is important to stress that the DPCC™ framework relies on industry-standard and proven security frameworks for application-level encryption and individual network protection.

For enhanced security, the DPCC™ framework also includes a spread-carrier transmission algorithm specifically designed to leverage the use of heterogeneous wireless networks and reduce the usual trade-offs of performance for security, resulting in secure communication without performance penalties. Using the spread-carrier transmission algorithm, segments of data are randomly distributed over each component network that constitutes the aggregated channel. Since RF (Radio Frequency) conditions can vary widely, even over short distances, this added security measure forces a potential eavesdropper to monitor all wireless traffic to and from every base station or access point that is capable of communicating with the MNC™ client at any given time. This security element is in addition to traditional security mechanisms available at the various layers for each individual network (e.g. SSL, WPA2, etc…) These measures, taken together, suggest that a DPCC™-powered network connection can meet or exceed the security levels offered by wired networks, without performance penalties generally observed in wireless networks.

Technology agnostic and compatibility.

Attila's solution is technology-agnostic and exploits the fact that a total loss of coverage on all possible networks concurrently at a single location is very rare. The DPCC™ technology is compatible and can integrate with all commercial networks as well as some private, dedicated networks.

This is in contrast with other approaches, especially mesh technology providers advertising compatibility with open standards, where the choice of the radio technology is crucial as devices will only connect with other devices implementing the same technology in their vicinity. Contrary to the MNC™ mobile router that can exploit virtually every existing and upcoming standard and used frequency bands, mesh networks only utilize open Wi-Fi standards at 2.4 GHz and 4.9 GHz assigned to the Public Safety and First Responders community by the FCC. While open standards are used for the physical and MAC layers, the mesh routing algorithms used to transmit messages between hops along a communication path are proprietary and closed-source. This difference in technology make their offers incompatible, even between same technology providers.

Cost effective.

Most wireless providers have moved to a business model offering unlimited data plans, hiding the real underlying cost of each Mbps of data transferred under a false sense of unbounded access. Cost is integrated as a logic metric in the DPCC™ technology alongside other metrics such as bandwidth, security or QoS parameters. This also allows fine-grained control over the cost of a network connection whether it is relevant for the end-client or the service provider (such as a MVNO) in between. The cost function embedded into the technology allows users or service providers to define pricing-based policies where tariffs directly weight in the network aggregation and performance.

DPCC™: An evolutionary software solution with unique features

The DPCC™ (Dynamic Polymorphic Capacity Concatenation) software technology forms and maintains the best network connection to support the needs of advanced real-time mobile applications, maximizing user experience. The unique capability of the technology is to dynamically and opportunistically leverage and aggregate the individual capabilities of all available networks simultaneously to form the ideal “communication pipe”. This “multi-network” enabling capability can be applied to any form factor (i.e. mobile router, laptop, handheld, etc.), and can increase the wireless availability, reliability, security, and effective bandwidth for applications such as video, interactive collaboration, gaming, surveillance, and others.

The system is fully programmable and flexible enough to support diverse goals, whether it is to maximize the available bandwidth and session persistence in an application-aware environment, provide one network with a priority over others if available, or support a pseudo-random distribution of data across networks for added security. In either mode, DPCC™ is flexible enough to offer a uniform and resilient network interface to unmodified software applications without disrupting underlying access networks.
The unique feature set of the award-winning DPCC™ technology makes it the most complete and powerful mobile solution available.

Modular Decision Engine.

The decision engine provided with DPCC™ contains algorithms developed to optimize bandwidth, reliability, latency, price and security, among other metrics. The decision engine can be easily augmented to support customer —designed or provided, special purpose or mission-oriented algorithms to reflect the specific needs of corporations or groups of individuals. The decision engine can operate manually (observing the special sequencing programmed by the customer) or automatically (observing customizable heuristics).

Network Persistence.

When DPCC™—enabled devices are deployed in conjunction to “pair-half” MNC™ Enterprise servers, network sessions stay maintained even when the units are powered off or offline for a period of time. The MNC™ Enterprise server can act as a proxy that keeps the connection to the application server alive — as the MNC™ is turned off. To the application server, mobile users appear as if they are continuously logged on via a wired network. When the client reconnects, the MNC™ Enterprise server automatically resumes sending and receiving data from the point of the last transmission.

Flow-based Routing.

DPCC™ promotes the concept of flow-based routing; e.g. flows belonging to the same session can be routed independently. This concept provides the means to adapt traffic at flow granularity and allows routing paths for each flow to change over time to accommodate possible variations in connection characteristics due to the end user's preferences or mobility.

Smart caching.

The DPCC™ framework introduces the concept of “smart caching” i.e. intelligent buffering of information. It consists of network-side caching along with content-based caching performed in a proactive way in order to enable seamless streaming services even in the case of server inaccessibility.

OTA Provisioning and software update.

DPCC™ allows over-the-air provisioning of mobile DPCC™ devices and to apply software updates seamlessly, securely and reliably.

Most applications and the TCP/IP protocols were designed with the assumption they would be operated over wired lines. Wireless transmissions are far less predictable and packet sizes as well timings used for wired transmissions are far less efficient when applied to the wireless environment. Multiple link optimization techniques, such as packet header compression, framing overheard reduction and jitter buffer management are baked into the DPCC™ framework and underlying protocol to reduce the amount of information exchanged. In addition, transmission parameters are carefully tailored to each type of wireless link.

Agile sensing.

The DPCC™ engine uses application requirements (even when they are not explicitly described by the applications themselves, using an embedded application-layer classifier to identify traffic based on application layer data), user profiles, technology profiles and monitoring information from the physical to the network layer to continuously optimize the aggregated channel.

Multi-link technology.

The multi-link aggregation technology delivers broadband connectivity by exploiting available commercial and private wireless networks. Traffic leaving a MNC™ unit is opportunistically sent across multiple wireless networks to independent network entry points, some of which are connected to the Internet. The technology allows the deployment of a single, flexible, broadband device capable of supporting an entire portfolio of wireless services and mobile applications.

Routing management.

One of the key functionalities of the Attila' system is the routing decision logic that is part of the architecture. The routing framework provides intelligent routing functions that deliver better levels of service to users and reduce data transfer costs for both users and content providers. Depending on scenarios (unicast, multicast, peer-to-peer, etc…) the routing framework defines an optimal virtual path expressed in terms of routing protocol used, routing metrics, and weight of these metrics, reaching a level of granularity at the individual flow level.

No horizontal and vertical handovers.

Recently, technologies to provide handover between different types of wireless networks have been introduced. However, this is very limited (i.e. cellular carriers offering handoffs between their networks and company-owned Wi-Fi hotspots or more general Mobile IP based solutions). The handover duration is usually lengthy (which is unacceptable for time-sensitive data such as voice or streaming video), resulting in disruption and data loss. In contrast, DPCC™ allows devices to navigate across networks without handovers, maximizing applications performance.

Dedicated QoS Engine.

The DPCC™ framework embeds a powerful QoS policy engine which allows QoS continuity to be maintained across heterogeneous networks, a feature critical for multimedia and real-time applications. Unlike QoS mechanisms in the wired world that require periodic exchange of QoS state information amongst routers, the DPCC™ technology focuses on localized QoS routing schemes, where DPCC™-enabled devices make routing decisions based on locally available information or information reported by its own monitoring sub-systems. The QoS engine considers advanced information such as energy consumption, network lifetime and security in addition to more traditional metrics like delay/jitter, loss/error rate, and bandwidth. Finally, the engine is capable of bringing QoS awareness to the user applications through an augmented network API.

The MNC Advantage

Other DPCC™-enabled form factors:

MNC™ Mobility Solution

The MNC™ mobility solution provides a secure, continuous application access as users roam among wireless networks and travel in and out of coverage areas. Attila's core technology, DPCC™, is packaged in an innovative multi-network router that simultaneously aggregates multiple access networks to offer a concatenated connection with higher capacity, coverage and security to increasingly demanding applications. Unlike legacy and traditional VPNs that do not perform well in wireless environments, MNC™ mobility solution addresses the unique challenges associated with mobility such as wireless security, coverage gaps, roaming performance and handheld device support.

Unlike the best of breed mobile VPN solutions, the MNC™ʼs main differentiator is that it takes advantages of all network access simultaneously whereas other solutions will at best try to switch to the “best” connection available and develop workarounds where coverage is gapping. Other competitive solutions providing multiple wireless backhaul connections use them for network failover — i.e. providing the ability to recover from network failure at the cost of the users having to re-start their sessions and applications.

The MNC™ solution is composed of two main components (client/server configuration): The MNC™ Mobile Router for end-user devices and the MNC™ Enterprise Server, the central entity that controls and distributes configuration and policy settings. (see network architecture diagram).

MNC™ Mobile Router

Configuration:

  • Session persistence
  • NAT traversal
  • Firewall integration
  • Internet sensing
  • Intelligent Proxy Management
  • Conflict management
  • Enhanced Wi-FI Security
  • Power Management
  • Prioritize traffic based on urgency (public safety)
  • On-demand QoS Management

Network Technologies Supported:

  • Wireless: Wi-Fi, WiMAX, PAN/Bluetooth
  • Cellular: CDMA, GSM/UMTS/HSDPA/HSUPA
  • Wireline: xDSL, cable, LAN, Dial-up

Intelligent network aggregation:

Capability to optimize CAPEX & OPEX. Network aggregation is performed in real-time based on environmental information, including: - Network type, throughput, signal strength, security, power consumption, IT/User preferences, Historical events (pre-fetching) Location information (tunnel), Plan coverage (cost)

Security:

  • 802.1x/EAP
  • WPA/WPA2
  • IPSec/L2TP
  • Web logon
  • Third-party VPN integration
  • OTA updates

The MNC™ Mobile Router comes in two flavors:

  • A downloadable software application for personal computers, smart phones, UMPC and PDAs equipped with one or more network radios.
  • An integrated multi-network client router for installation inside vehicles, including public transportation and personal vehicles. Furthermore, MNC™ Mobile Routers are able to communicate with each other and benefit from each other's capabilities in a secure fashion — without requiring access to the same network access technologies MNC™ Mobile Routers provide clients with a secure Internet access through a standard wireless network access (802.11 a/b/g Wi-Fi or Bluetooth) as well at Ethernet.

MNC™ Mobile Router

MNC™ Mobile Router is the first ruggedized, industrial-grade mobile broadband gateway to deliver Wi-Fi Internet connectivity and GPS tracking over a range of carrier-class backhaul networks and satellite. The MNC™ Mobile Gateway is built around a Wi-Fi access point and multiple cellular and/or satellites modems provisioned on different providers' network. Each unit operates up to 8 radios per node in any combination of 802.11, 4.9 GHz public safety network, 3G EVDO, 3G UMTS/HSDPA, WiMAX and satellite. The rugged MNC™ Mobile Gateway is designed to be installed out-of-sight into vehicles, delivering a bridge between an end-user's Wi-Fi equipped device and carriers networks.

Mobile Gateway

MNC™ nodes are cost-effective, built from the best-of-breed, standard-based components. The router allows users with wireless equipped devices (such as laptops, PDA, handhelds, VoIP phones, streaming media collaboration devices, etc…) to access the network directly from the vehicle. It is designed for use in challenging environments such as passenger vehicles, emergency vehicles, and police cruisers. It is equipped to support different peripheral devices through a standard Wi-Fi interface, bluetooth, USB, Ethernet and Serial. The unit can be powered using vehicle power systems, DC power or UPS using a battery pack. The design is completely modular allowing customization of special-purpose systems.

MNC™ Enterprise Server

Configuration:

  • Network access and device properties
  • Security
  • Sessions Persistency
  • Power Management
  • Distribution mechanisms
  • OTA (over the air) software push
  • Smart caching policies

MNC™ Enterprise Server

MNC™ Enterprise Server is a software-only, server-side solution packaged in a generic, industry-standard enterprise hardware appliance. MNC ServerServers are deployed in NOC (Network Operations Center) at the customer's location or hosted in a data center. Each MNC™ Enterprise Server can support up to +1000 concurrently connected devices — limited by incoming network bandwidth. Multiple servers can be pooled together to automatically provide load-balancing, failover and redundancy — creating a highly reliable system with no single point of failure. Multiple servers can be configured and managed as a single, logical pool. The servers work together automatically to service the combined client load. Organizations are able to add new servers to the pool without disrupting current users. New client connections are automatically distributed across the MNC™ servers in the pool based on the server's capacity, memory use, network traffic volume and CPU utilization. If servers in the same pool have different capacities and power, load balancing automatically distributes the load accordingly for consistent network performance and user experience.

DPCC™ Software Development Kit (SDK)

Coping with the dynamics and heterogeneity of mobile networks is very challenging for application developers and is hindered by the lack of a consistent overview of network resources. Attila offers a consistent SDK (Software Development Kit) providing an extensive network resource abstraction to applications. It is well integrated with augmented and well-known network APIs (Abstract Programming Interface) that provide access to these resources. This abstraction layer allows an application to dynamically adapt to changes in the networking environment. The primary goal of application adaptation is to tailor the transportation of data to the nature of the communication links and to enable a correct and suitable representation of the data to the user according to the user preferences. The system extends the simple example of codec adaption for video-conferencing applications found in fixed networks.

Attila's SDK takes a modular approach, allowing applications to be fully informed. A fully informed video-conferencing application is able to refine elements such as audio and video codecs, quality, audio sampling rate, video frame rate, video size, and component selection, buffering for each component connection flow depending on instant network conditions feedback. As a result, applications can drop their reliance on dedicated mobility management protocols and rely on a granular abstraction model to match specific decision making needs. In addition, the API provides applications with the possibility of implementing their own logic algorithms and easily override those implemented in the DPCC™ framework.

As part of the SDK and associated API, granular access to the following DPCC™ subsystems is exposed, including:

  • Profile handling
  • AAA layer
  • Mobility management
  • Decision engine logic
  • Network connection
  • Network aggregation logic
  • Network selection
  • Network discovery
  • Network monitoring and prediction

Overview

This series of 6 videos demonstrate various innovative characteristics and features enabled by the DPCC™ technology. Since the technology can essentially be compared to “sophisticated routing” there is no visual aspect to it that can be used to easily demonstrate the different innovative aspects of the technology. As such, a testing and demonstration tool, i.e a “Control Panel” was internally developed by Attila in order to visualize the underlying operations performed by the DPCC™ framework. This “Control Panel” application connects to a MNC™ router or a multi-network device running the software, pulls routing and usage information and displays them in real-time; in a comprehensive graphical fashion. This panel can also be used to alter the policy-based engine or give manual control when the DPCC™ decision engine is disabled.

Use the and arrows to navigate between the videos. Note that there is no audio.


[Please note these videos were generated using an outdated version of the "control panel" and will be replaced shortly]

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Adaptive on-demand bandwidth through agile sensing


The first video gives a general overview of the underlying technology and aims to demonstrate an important capabilities enabled by Attila's DPCC™ technology: Adaptive on-demand bandwidth through agile sensing

Link Aggregation


This second video demonstrates the aggregation and load-sharing capabilities enabled by the DPCC™ technology. A file download is initiated, using only one network connection. As the download progresses, a second network connection is manually (*) added to the aggregation, effectively doubling the throughput in a totally seamless fashion; that is without impacting the ongoing network connections. After some time, a third network connection is added to the aggregation. The “Interface chart” panel clearly shows how the traffic is spread onto the different network connections.

(*) For the purpose of the demonstration, the decision engine was disabled and the aggregation was altered manually.

Seamless Handoff


This third video aims to demonstrate a seamless transition between a Wifi primary network connection and a 3G cellular connection without impacting on-going network connections. A FTP file transfer is initiated using a 802.11 network. At some point, the engine detects that the Wifi connection is about to fail and activates an additional 3G connection. For a very short period of time, the traffic is spread onto the two active connections until the Wifi connection fails and is removed from the aggregation. The file transfer finishes over the 3G connection. Note that during the transition from Wifi to 3G cellular, the ongoing file transfer is not affected.

Real-time Video Conferencing


This fourth video demonstrate the opportunistic aggregation of multiple network connections to fulfill the throughput and latency requirements of a real-time multi-user video-conferencing application. None of the composite network connections are able to provide the throughput and latency required to provide HD (High Definition, H.264 at 720p) video in real-time. The “Interface chart” shows how the overall traffic is spread onto the active network connections. At some point during the videoconferencing session, a video file is streamed from a remote server directly within the conferencing environment for sharing with multiple users; observe how the throughput is being handled by the multiple network connections.

Quality-of-Service (QoS) Management


In this fifth video, a videoconferencing session and a file transfer are initiated at the same time. This video aims to demonstrate the ability of the DPCC™ technology to cope with multiple ongoing network sessions requiring different Quality-of-Service (QoS) strategies. Note how the video streaming is not impacted by the file transfer taking as much available downstream throughput as possible.

Signal strength and performance mapping


In this final video, the signal strength and performance information collected by an MNC™ device and correlated to GPS information are displayed on a 3D mapping software (Google Earth™ by Google Inc.). In this example, the MNC™ device collected relevant data simultaneously on 4 different networks; the results are color coded by network. The environment and network information collected and recorded can then be used by the DPCC™ engine to influence how the application flows are disseminated on each network based on localization information.

Additionally, the information collected as well as the ability to overlay it on GIS maps forms the basis of a critical tool for mission planners planning the deployment of assets in the most effective manner.

Attila Technologies work closely with its customers and partners to ensure they are able to communicate — anytime, anywhere. We recognize the importance of communications to all our mobile users, and offer support packages to ensure you are covered at all times — 24/7, 365 days a year.

Maintenance Services

As a customer or partner of Attila, you are eligible under your warranty for maintenance services (after which you must keep an active maintenance contract to continue receiving these services). Attila makes available all the resources to ensure that our MNC™ router products function optimally, such as:

  • Service Packs
  • Software Updates
  • Documentation
  • Remote Technical Support Services

Professional Services

We provide a full range of professional services to help you design, deploy and configure your mobile network that can reduce your implementation costs and time.

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About Attila

Attila Technologies is a privately held company located in Hoboken, NJ, USA. It was established in 2005 by a highly seasoned team of technologists, entrepreneurs and telecom executives to commercialize the company's multi-network capabilities and technology.



Business Overview

Attila's innovative software solution leverages overlapping heterogeneous wireless networks to create an always-on turbocharged connection for mobile users. The solution represents an emerging paradigm shift in the design of wireless communications systems by exploiting the increasing overlap in wireless systems to deliver advanced communications services without requiring a corresponding change in infrastructure networks. In this manner, it shifts the focus of feature development from the infrastructure of the network to the servers and mobile terminals where evolution is considerably more rapid and costs are much lower. Attila's solution is the least costly available technology for delivering reliable, secure wireless broadband to mobile devices. This is in addition to the coverage ubiquity and security that is inherent to the technology itself — capabilities that are not easily matched by infrastructure providers. Furthermore, as new infrastructure capabilities are added, the same functionality can be added to the Attila solution, maintaining its leadership and insuring the best level of service, anywhere, anytime.



Investors

Attila Technologies is privately funded. For more information please send an email to:

Partners

Attila is currently in the process of finalizing partnership agreements with global industry leaders, including network carriers, system integrators and various OEMs. Please login to access partners information.

Corporate History

  • 2002-2004: Initial research made at Stevens Institute of Technology as part of two consecutive multi-institution research grants awarded by the National Science Foundation (NSF)
  • 2004: Main technology patents are filed
  • 2005: Attila Technologies is incorporated
  • 2006: Attila demonstrates an early hardware prototype at FOSE and won FOSE '06 Best of Show award
  • 2007: Frank Ianna joins Attila as Chief Executive Officer.
  • 2008: Successful field testing with major corporations.
  • 2009: Patents are issued and trademarks secured —Attila comes out of "stealth mode" with a fully protected IP and a revolutionary product

Corporate Address

Attila Technologies
1 Castle Point Terrace
Kidde Building Suite 380-381
Hoboken, NJ 07030

Email


Phone

+1-8777-ATTILA | +1 (877) 728-8452

Frank Ianna: President, Chief Executive Officer and Director

Frank Ianna began his professional Career with Bell Laboratories the R&D Subsidiary of AT&T in 1972. In his professional career at AT&T he held various positions in Sales, Marketing, Product Development Operations and International Services. In 1998 Frank was named President of AT&T Network Services, and during his tenure in that capacity was responsible for all voice, data an wireless networks (operations, engineering and capital programs), Business Customer Care Operations, CIO Functions as well as Access Management. In this capacity he reported directly to the CEO, and then later the President of AT&T.

During this time Frank served on the Boards of the privately held companies Wytec (’99-’03), and Cyberfone (’00-’01), and a public Company partially owned by AT&T called Excite@Home (8/’00- 10/’01). Frank also held Board positions on the Non-profit Organizations NACME (’99-’03) and Cancer Hope Network (’98-’03).

After 31 years of service at AT&T Frank retired in September of 2003. Upon retiring he joined the Board of Advanced Fiber Communications, which was purchased by Tellabs in November of 2004, and became a Tellabs Director at that time.

From 1997 to 2007 Frank was on the Board of Trustees of Stevens Institute of Technology, where he was also the Chairman of Castle Point Holdings (’06-’07), a fully owned Subsidiary of Stevens Institute that funded Startup companies under the Stevens Technogenesis® program. In April 2007 Frank resigned from those Stevens positions to become the CEO and Investor of one of the startups: Attila Technologies, LLC.
Separately, in May of 2007 Frank became a Director of a private Company sponsored by New Venture Partners called Elanti Systems.

In 2008, Frank was nominated by Sprint and joined the Board of Directors of the Clearwire Corporation.In February 2009, Frank joined the Board of the Sprint/Nextel Corporation.

Frank also does consulting for McCreight &Company, based in New Canaan, CT.Frank received his Undergraduate Degree from Stevens Institute of Technology in Electrical Engineering in 1971(BEEE), his Masters Degree From MIT in 1972(MSEE). He also completed the Program for Management Development (PMD) an Executive Education Program of the Harvard Business School in 1985. Frank and his wife Nancy have three children and reside in Franklin Lakes, NJ.

Nicolas Girard: Founder and Chief Technology Officer

Nicolas Girard is the Founder and Chief Technology Officer at Attila Technologies, where he leads the development and business positioning of their breakthrough patented technology he invented while a researcher at Stevens Institute of Technology in Hoboken, NJ.

At Stevens, Nicolas focused his research on network security, OS architecture, wireless security, protocol design, cryptography, seamless mobility, QoS and next-generation networks; including 3-4G Cellular, WiMAX, RFID and NFC (Near Field Communication). His research has been supported by different government grants from the National Science Foundation (NSF), the Defense Advanced Research Projects Agency (DARPA), the National Security Agency (NSA) and the U.S Army ARDEC (the Armament Research, Development and Engineering Center) the Army's principal researcher, developer and sustainer of current and future armament and munitions systems. In 2004, Nicolas received the WINSEC Award for Outstanding Research Achievements. Nicolas was the principal investigator of two cross-institutional (along with the University of Colorado at Boulder and Vanu, Inc) NSF-funded programs that instigated the development of the DPCC™ technology being commercialized by Attila.

Before Stevens, Nicolas held a number of positions with computer security firms and governmental agencies in Europe, such as the DST (Direction de la Surveillance du Territoire), the French equivalent of the NSA. Nicolas led the development of a set of benchmarking tools for the European IST project NESSIE, (New European Schemes for Signatures, Integrity, and Encryption the equivalent of FIPS in the United States), a project carried out in partnership with the UCL Crypto Group in Belgium. Prior to that, Nicolas consulted for many private and public corporations as a Network Security Expert.

Nicolas is a PhD candidate at Universität des Saarlandes in Germany, and holds a M.S in Information Systems from Wesley J. Howe School of Technology Management, a M.S in Computer Science Engineering from EPITA School of Engineering (Paris, France) and a Bachelor degree in Mathematics and Physics from PARIS XI University (Paris, France). He holds U.S. and E.U patents in network communication and security protocols and algorithms

Frank Lauria: Executive Vice-President of Business Development

Mr. Frank Lauria is a respected software and communications technology industry executive who has consistently driven exceptional growth. With successful entrepreneurial and large company experience, Frank has held executive positions with Synchronoss Technologies, Comverse, ADC Telecom, CommTech Corporation, Nortel, and Tekelec. Frank’s experience includes raising capital, managing multi-tiered sales, marketing, and operations teams, creating strategic alliances, acquisitions, and achieving profitable and timely liquidity.

At ADC Telecommunications, Frank was responsible as VP of Business Development for emerging technologies and markets, strategic alliances, mergers, and acquisitions. As a recognized figure bringing networking, OSS/BSS software, and technology together, Frank played a key role in ADC’s go-to-market strategy based on solution selling. Prior to the ADC acquisition of CommTech, Mr. Lauria was VP of Sales and Marketing where his responsibilities included corporate strategy, marketing, product management, and global sales. Building CommTech from less than $2M to over $30M in annual sales, Mr. Lauria also played a critical role working with venture capitalists, investment bankers, and telecom/OSS industry analysts as the company’s primary spokesperson.

Prior to joining CommTech, as Senior Director of Sales at Northern Telecom, Mr. Lauria’s experience led his team to record revenues and earnings. Achieving sales of over $500 million per year, Mr. Lauria successfully directed and motivated his organization, cultivated customer relationships, and managed P&L responsibility. His earlier accomplishments at Tekelec include the establishment of strategic partnerships with AT&T Bell Laboratories, and the design and marketing of a conformance test bed with Bellcore (now Telcordia).

Mr. Lauria has participated and chaired activities in the TMF (Tele-Management Forum), NJTC (New Jersey Technology Council), IEC (International Engineering Consortium), Service Creation Community, T1X1, and SIF (SONET Interoperability Forum). Frank has been published in several engineering and industry journals, is a frequent speaker in network and OSS/BSS events, and has testified before the FCC and congress as an expert on unbundled OSS capabilities. He has contributed to multiple US Patents in digital electronics and software, and is the recipient of many engineering and marketing awards. Mr. Lauria received a Bachelor of Engineering Degree in Electrical Engineering from Stevens Institute of Technology, and participates in the University of Pennsylvania’s Wharton Executive Management Program.

Steven Meyer: Advisory Chief Financial Officer and Director

Mr. Meyer has more than 27 years of professional experience in senior financial and general management. This experience has included starting, developing, and financing technology-based companies, such as SAIC ($6 billion in revenue), The Titan Corporation ($1 billion in revenue), and REMEC. As a Chief Financial Officer, he has engineered over $500 million in private and public, debt and equity transactions; and as a General Manager grew an Information Technology (IT) business to more than $40 million in annual revenue.

He also developed and managed a number of corporate internal functional areas, including CIO (at SAIC), Contracts and Human Resources (at Titan), and tax and retirement management (at SAIC, Titan, and REMEC), as well as served as President of a $50M group at Titan. Mr. Meyer joined TAIC as Vice President/Administration to oversee Corporate Administration functions, bringing to bear his considerable financial and management background. He assumed the role of Chief Operating Officer in October of 2005.

Mr. Meyer holds a B.A in Mathematics from Dartmouth College, Hanover, NH (’72) and a MBA from Harvard Graduate School of Business, Cambridge, MA (’74).

Malcolm Khan: Chairman of the Board

Mr. Malcolm R. Kahn is Vice President for Enterprise Development & Licensing at Stevens Institute of Technology. He is responsible for the full cycle of business development at Stevens from helping researchers and staff identify markets and applications to the spawning, developing and funding of Stevens’ Technogenesis® Companies. He is also Managing Director of a Stevens Development Fund and a side-by-side Stevens Angel Network that focuses on financing Stevens’ technologies.

Mr. Kahn has been a serial entrepreneur of technology-based companies for more than 25 years. He has an extensive experience in the fields of analytical and scientific instrumentation, membrane filtration, lab-on-chip and technologies, and first-hand knowledge of the medical diagnostics, clean-tech, telecommunications, analytical instrument and biopharmaceutical markets.

Mr. Kahn began his career at Pfizer in their Medical Diagnostics Division and then at Millipore before moving into start-ups. His initial career path was in finance before becoming involved in marketing, and ultimately in general management. Kahn’s past companies include Kratos International plc, a mass-spectrometry, surface-analysis and liquid chromatography company, which he sold to Applied BioSystems (LC) and Shimadzu (MS & SA); Membrex, a membrane filtration company that he sold to Osmonics, which is now part of GE; and Sensicore, a lab-on-chip water-sensing technology company that he sold to GE.
He also sits on the boards of several start-up companies in the fields of Raman Spectroscopy, carbon nanotubes, sequencing using quantum-controlled femto-second lasers and mass spectrometers, and a predictive software company for analyzing water contamination. He also has successfully raised considerable venture capital funding for his companies, and he understands the full process of going from idea to delivered product.

Mr. Kahn holds a Bachelor of Arts degree in Finance from The Pennsylvania State University, and an MBA from Fordham University. He has historically served as the Chairman of the Analytical Instrument Association and was elected to a regional high school Board of Education where he served as Board President.

Dr. Helena Wisniewski: Advisor

Dr. Helena S. Wisniewski is a technological entrepreneur, with senior executive experience at the CEO, VP, and Board levels. Her experience spans Fortune 500 corporations in aerospace and defense; corporations in medical devices; start up companies; academia; and government. She has led organizations through rapid growth, profitability and technological transformation. She has directed and contributed to major scientific advances and their commercialization in biotechnology, medical devices, biometrics, image compression, neural networks, telecommunications, steganography (interactive advertising and security) and has launched nine technology companies.

She is currently on the Board of Directors of Greatbatch Inc. (NYSE:GB), a manufacturer of technology products for the commercial and implantable medical markets, and a member of its Corporate Governance and Nominating Committee, and Technology Innovation Committee. She also serves on the Naval Research Advisory Committee (NRAC), the Navy’s senior scientific advisory board, appointed by the Secretary of the Navy to this position.

Recently, Dr. Wisniewski was the Vice President for University Research & Enterprise Development at Stevens Institute of Technology. She was also the CEO of Castle Point Holdings, Inc., a subsidiary of Stevens that invested in technology start up companies. Prior to Stevens, she was the Chief Executive Officer and Chairman of Aurora Biometrics, Inc., a company she founded based on her patented technology. Before that she was a Vice President, at the Titan Corporation; Vice President, at ANSER, and a Corporate Director, the Lockheed Corporation Corporate Headquarters. Prior to Lockheed, she created and grew DARPA’s first mathematics program and earlier she served at the CIA. Before that she held the positions of Director of Research; and Department Head, at Seton Hall University.

In addition to being a Director of publicly traded companies, she serves on private company boards and on advisory boards to corporations and universities. She was Chairman, Attila Technologies, provider of a telecommunications system that simultaneously aggregates all available wireless networks for uninterruptible broadband; SPOC, Inc., a diagnostic medical devices company, which she guided to FDA approval; and InStream Media, consumer initiated interactive advertising. She is a member of the Advisory Board of SOAR Technology, Inc., which develops, cognitive software to solve problems in training, modeling & simulation, robotics, and medical informatics. She was Chairman of advisory boards to George Washington University, Virginia Tech, George Mason University and William Paterson University.

Dr. Wisniewski’s corporate accomplishments include improving profitability by establishing new products and effectively marketing them to acquire new business. She has negotiated acquisitions and partnerships and developed corporate wide strategic growth plans. As the Chairman and CEO of a biometrics company that she founded based on her advanced patented technology, she acquired private investment, grew the business and eventually sold the company. In academia she tripled research revenues, with ROIs of 16%; was key to obtaining AACSB accreditation; successfully negotiated acquisitions for start up companies; identified technology ready for commercialization; and launched nine startup companies. She acquired investment for the startups, and guided them to achieve awards and, in the case of a medical device company, obtained FDA approval. In government: She created DARPA’s first mathematics program and within a three year period grew it from $6M to over $30M per year.

Dr. Wisniewski has been an invited speaker at global conferences, and provided testimony to committees of the US Senate on emerging technologies. Government, industry and professional organizations have recognized her for her significant contributions to science, technology, leadership and teaching.

Dr. Wisniewski received her Ph.D., in mathematics, from The Graduate School and University Center of the City University of New York in 1980; her M.S. from Stevens Institute of Technology;and her B.S. from William Paterson University (Distinguished Alumni Award in 2000).

Management Team



Frank Ianna (President, CEO and Director):
Former President of AT&T Network Services, former Trustee of Stevens Institute of Technology for 10 years, and current Director of Sprint/Nextel , Clearwire, Tellabs, Attila Technologies and Elanti (private).

Nicolas Girard (Founder and CTO):
Inventor and patent holder of Attila's technology. Former Sr. Researcher at Stevens Institute of Technology. Held numerous technical positions for commercial and government agencies.

Frank Lauria (EVP Business Dev. and CMO):
Held numerous executive positions in the telecom industry, including VP of ADC Telecom, Nortel Networks and Synchronoss.

Board of Directors



Malcolm Khan (Chairman):
Vice President for Enterprise Development & Licensing at Stevens Institute of Technology. Serial entrepreneur of technology-based companies for more than 25 years.

Frank Ianna (CEO):
Former President of AT&T Network Services, former Trustee of Stevens Institute of Technology for 10 years, and current Director of Sprint/Nextel, Clearwire, Tellabs, Attila Technologies and Elanti (private).

Steve Meyer
Chief Operating Officer at TAIC. Former CIO at SAIC and former President of the Titan Corporation.

Advisors



Dr. Helena S. Wisniewski (Advisor)
Former VP at Stevens Institute, Titan Corp, ANSER, Lockheed Martin & CIA. Serves on the Naval Research Advisory Committee (NRAC), the Navy’s senior scientific advisory board. Director of Greenbatch Inc and other private companies.


ATTILA TECHNOLOGIES
1 Castle Point Terrace
Kidde Building Suite 380-381
Hoboken, NJ 07030
United States of America


For all general inquiry:

+1-8777-ATTILA
+1 (877) 728-8452



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Copyrights Notice & Trademarks

© 2005-2009 Attila Technologies, LLC. All rights reserved.
DPCC™, MNC™, AttilaCam® and VirtualPartner® are fully registered trademarks of Attila Technologies, LLC.
Protected by U.S. Patent 7,539,175 B2; other U.S. and foreign patents pending. All other registered trademarks belong to their respective owners