Learn how Telspan can help you harness the power of Rainbow. Connect your workplace – GO DIGITAL. Just connect your existing phone system to our Rainbow Cloud and tap into the power of a mobile and collaborative workplace. Seamless communication beyond your company borders!
New York City Subway riders benefit from free internet, thanks to Alcatel-Lucent OmniSwitch 6855 Hardened LAN Switch, operated by Transit Wireless. Contact us ti find out what the OmniSwitch 6855 Hardened LAN Switch can do for you.
The Elastic Edge of today’s Connected Enterprise requires the wide-area network (WAN) to be more reliable, agile, scalable, automated and secure than ever. Cradlepoint’s software-defined network solutions enable the next-generation WAN for the Connected Enterprise.
Telspan and ICON can help you protect your assets and prevent business disruptions by monitoring and alerting your facilities. Insurance can help replace some items after the fact, but that doesn’t cover the downtime, lost revenue or the frustration of getting your business back online. Even small disruptions in business continuity, from a blown fuse to a vandal on premises, from a water leak to a door being opened after hours, can snowball into a large disruptive force if left unchecked. ICON Cloud Solutions gives you the time to react and respond…time that is critical in dealing with a potentially expensive development.
OmniAccess® Access Point 1101 indoor Wi-Fi access points provides high throughput wireless connectivity, seamless user experience and simplified management required by small enterprise WLAN deployment. Featuring enhanced RF Radio Dynamic Adjustment™ (RDA) technology, AP-Group architecture design and user-role based management, OmniAccess AP101 delivers plug-and-play WLAN deployment ideal for any small and medium business.
OmniAccess Access Point 1101 is a dual-radio, 5 GHz 802.11ac and 2.4 GHz 802.11n 2×2 MIMO, indoor wireless access point. Powered by multi-core CPU processor, the OmniAccess AP1101 has the fast encoding and decoding capability and provides reliable multiuser access. It supports up to 1.2Gbps wireless data rate and up to 64 simultaneous clients association.
Benefits: OmniAccess Access Point 1101
- Plug-and-play deployment, part of a simple LAN+WLAN+UC turn-key solution designed specifically for SMB
- High performance access points with ability to fine-tune quality of service (QoS) delivered to each application
- Competitively priced product with lifetime warranty gives peace of mind
Features: OmniAccess Access Point 1101
- Quality of service for real-time applications
- VoWLAN support with QoS for each application (Voice, Video, Collaboration, etc..)
- Seamless roaming for real-time applications
- Integrated simple guest management
- Built-in customizable captive portal
- Support of role-based management access (Admin, Viewer and Guest Manager)
- Simplified guest account creation & management, with no need of IT skills
- Enhanced RF technology – Radio Dynamic Adjustment with DFS/TPC to deliver reliable, high-performance WLAN access
– See more at: http://enterprise.alcatel-lucent.com/?product=OmniAccessAP1101&page=overview#sthash.SmDeCFl4.dpuf
Among the more than 108,000 attendees at Mobile World Congress 2017, it wasn’t difficult to find the most buzz-worthy topic. At the forefront was 5G — what it means for people and enterprises today, and what it can potentially do for mobile networks within the next few years.
5G is rapidly climbing the hype cycle toward the peak of inflated expectations. Qualcomm has even claimed it could be as “transformative as electricity.” Officially named by the 3GPP global standards organization, 5G is supposed to combine all the aspects of 4G with massive mobile data, 3G with voice and video, 2G for M2M and IoT deployments, and WiFi spectrum, all with zero latency and gigabit throughput to become the next-generation WAN.
Watch this three minute video with Cradlepoint Product Manager, David Rush, to identify the hype around 5G, what 5G means today, and what it will be by 2019.
How and Why Enterprises Should Use SDN & SD-WAN to Connect the Growing Internet of Things
With the seemingly never-ending influx of M2M and Internet of Things devices in the network environment, determining how to best connect and secure those “things” as they rapidly scale up is one of the most pressing challenges for any network admin. Businesses and organizations across the globe need to collect information as varied as daily sales numbers, customer analytics, water levels, temperatures, vehicle locations, security video and audio feeds, power and fuel consumption, voltages, air quality, and more.
Connecting these kinds of devices with traditional IPSec VPNs — dependent on hardware and complex, laborious configurations — is insufficient for an enterprise’s agility and deployment requirements. Moreover, VPN protocols used over IPSec/IKEv2 are not entirely consistent when handling connection failures, roaming, or reconnect. Devices used in mobile environments where connections can be interrupted suffer because of having to re-establish the tunnel.
By enabling a software-defined overlay network, all of these issues are resolved — the connection is persistent and failures are reconnected by the cloud automatically, no advanced configuration is necessary, and encryption and PKI are deployed as a service. Let’s take a closer look at one solution: secure, global M2M-IoT connectivity through software-defined Virtual Cloud Networks.
Traditional M2M-IoT Network Architecture
To fully understand the benefits of virtual cloud networks, we need to discuss what legacy architecture often looks like. Consider a typical M2M-IoT network: A company with thousands of distributed kiosks, IP cameras, and Point-of-Sale (POS) stations uses a cloud datacenter to process the big data generated by all of these devices. At the same time, these IoT devices use and send information to applications (such as a management and configuration applications) stored at an in-house data center.
The network may utilize multiple WAN interfaces — perhaps the enterprise headquarters is on an MPLS network, while the IoT devices utilize a combination of LTE connectivity and third-party networks. The company’s IT team largely works from headquarters. The enterprise’s M2M/IoT — or “things” — network likely is managed separately from everything else, with the IoT devices residing behind APN gateways.
This type of legacy architecture presents several challenges, including:
Cumbersome APN Management
APNs are expensive and difficult to manage in multi-carrier environments. As an enterprise network continues to expand, so does this management challenge.
Security Concerns on Third-Party Networks
Each IoT device is a potential network on-ramp for hackers. Security policies must be carefully and meticulously applied via expensive APN gateways at the Network’s Edge. Traffic headed to the cloud datacenter must first be backhauled to headquarters over the VPN for security and management.
In-band management for remote network monitoring and maintenance is complex and laborious. It’s especially challenging with IoT devices, which usually are limited in their memory, OS, and processor. Alternatively, remote devices may have a very slow in-band link because they’re so remote.
Solution: Virtual Cloud Networks for Software-Defined M2M-IoT Architecture
Software-defined networking can simplify your M2M-IoT network infrastructure, allowing a more efficient traffic flow between the IoT devices, in-house data center, and cloud data center, while still maintaining security. In this use case, the enterprise could easily set up a cloud-based IoT network with Cradlepoint routers and NetCloud Engine, Cradlepoint’s cloud-based Network-as-a-Service that provides a private virtual overlay fabric across the public Internet.
In the diagram above, an enterprise is utilizing the Cradlepoint NetCloud platform in a number of ways. First, a virtual cloud network (VCN) replaces a traditional VPN. The VCN functions over the public Internet but operates in a private address space that can be fully integrated with your existing DNS infrastructure. This setup, combined with end-to-end AES 256-bit encryption and full PKI, makes the VCN extremely secure; essentially, hackers can’t hack what they can’t see.
NetCloud Engine securely connects, monitors, and manages devices deployed anywhere in the world. You can create a virtual overlay network to connect devices using any form of public or private Internet access and segment them by customer, site, or function.
NetCloud Engine is designed to support the unique security requirements of M2M and connected device applications, including:
- Strong end-to-end encryption
- Auto-PKI and machine authentication
- Fully cloaked private address space
- Outbound-only connections
- Virtual network isolation and micro-segmentation
Benefits of Virtual Cloud Networks for M2M-IoT
This software-defined IoT network architecture addresses an enterprise’s pain points by providing:
- The security benefits of APNs without the cost and complexity
- Reduced need for network hardware
- A routable network that enables in-band management and reduced truck rolls, due to the separation between the control plane and data plane
- Support for real-time applications such as remote monitoring, analysis, and CEP
- Simplification of third-party deployments, because of the ability to produce an overlay network across several WAN sources in agnostic fashion
- Self-healing cloud service ensures maximum uptime
- Private IP address space and outbound connections, eliminating the need for expensive public IP addresses and on-premises firewall changes
SDN lets enterprises simplify the work of connecting thousands of “things” in dozens or even hundreds of different places. LTE provides the fast provisioning of connectivity, flexibility, and mobility needed for M2M-IoT applications. SDN pairs with LTE to bring the same benefits to the network infrastructure, by allowing companies to use the cloud to offload and automate the processes of building, securing, and deploying networks.
Essentially, the WAN can been abstracted into the cloud to function as a LAN — greatly reducing an enterprise’s network hardware, expenses, complexity, and man-hours.
Explore Cradlepoint’s AER Series for small and branch offices, featuring dual-modem functionality for wireless-to-wireless failover: https://cradlepoint.com/content/aer-routers
Learn about Cradlepoint’s COR IBR100 and Dual-Modem Dock, purpose-built for in-vehicle networking and featuring dual-modem functionality for wireless-to-wireless failover: https://cradlepoint.com/products/cor-ibr1100-series
Seamlessly hand off calls between any devices, including cell phone, office phone, desk phone, tablet, smart board or conference phone. Use the device that best suits the time and place without sacrificing access to features and services without loss of functionality.
PIMphony Basic software is the personal information manager for the Alcatel-Lucent Opentouch SMB phone system. The call manager, contact lists, call log and forwarding options are covered in this overview video.