Overview
Engineers of Better Broadband
Network design and software that advances the broadband experience.
Overview
Engineers of Better Broadband
Network design and software that advances the broadband experience.
At Applied Broadband, we create powerful software for broadband networks to advance the connected experience.
Our engineers thrive in today’s changing broadband networking environment: one that amplifies the scale and complexity of software design and development by several orders of magnitude.
We combine contemporary open network platforms and software development methodologies in unprecedented ways to address demands specific to massive scale broadband network infrastructures. What results is a line of software technologies, which transform ossified broadband networks into programmable platforms that will fuel the next broadband revolution.
Applied Broadband’s unique approach to the development and licensing of our software and technologies enables our customers to engage with the broadband eco-system with unprecedented flexibility and agility.
Many of the world’s largest broadband networks have deployed Applied Broadband software and our code currently manages millions of subscriber connections globally.
JetPacket
JetPacket
JetPacket
Transforming broadband into a programmable platform.
JetPacket™ accelerates broadband and wireless network convergence - transforming the DOCSIS network into a dynamic programmable platform. Performing together as orchestrated microservices, JetPacket’s software components improve customer experience by meeting the demands of low-latency and high-bandwidth services and applications.
JetPacket’s network acceleration technology is licensed by some of the planet’s largest broadband ISPs, enhancing the delivery of customer applications and services, including:
5G & WiFi
Online Gaming
Video streaming
Interactive video conferencing
Commercial VPN
Residential and commercial telephony
For deeper technical information on JetPacket or to schedule a demo with our team, please contact:
Services
broadband research & development
Engineering dedicated to the transformation and advancement of broadband networks and services.
Services
broadband research & development
Engineering dedicated to the transformation and advancement of broadband networks and services.
Applied Broadband engineers amplify the effect of software and design on broadband networks and the connected experience.
As earlier generations of broadband mature, their limitations motivate us to go beyond by an order of magnitude in access speeds while pursuing ultra-low latency to propel broadband into the gigabit age. Monolithic, static, and hardware-centric architectures have ossified over time, stifling network innovation and impeding service agility.
At Applied Broadband, we present a change to the way broadband systems are composed – through the introduction of new architectural models and machine learning methods that transform traditional networks into programmable connectivity platforms.
The future of broadband network innovation sits at the confluence of open networking platforms, open source, emerging protocols, and hardware virtualization. The rise of these contemporary forces now enabled powerful alternatives for how we design, develop, and deploy broadband globally.
Applied Broadband modulates these new technologies with our unique design and development model to create programmable network platforms. We’ve defined a flexible licensing model that adapts to the greatest advantage of the service provider to meet their network development and sustainability goals.
We partner with service providers and product vendors to interoperate with legacy systems and production network hardware, delivering a best-fit technology that meets their needs while affording unprecedented options for future support and enhancement.
The Applied Broadband programmable network delivery model consists of three distinct phases:
Design
Development
Deployment
Design
Industry Expertise
- Research and development of new broadband networking protocols & global specifications for both wireless and wireline
- Open network platform and architectures (SDN/NFV)
- Big Data network analytics and stream processing
- Subscriber usage management and network capacity dimensioning
- Machine learning methods and tools
- Open source platforms
Domain Knowledge
- DOCSIS™ 1.0, 1.1, 2.0, 3.0, 3.1, Full Duplex
- Converged Cable Access Platform (CCAP) and Remote PHY (R-PHY)
- DPoE 1.0, 2.0
- PacketCable™ 1.0, 1.5, 2.0, Multimedia
- Network management protocols – SNMP, IPDR, Netconf, TR-69/181
- Open network platforms SDN/NFV (ODL, ONOS)
- WiFi and LTE
Co-Development
Industry Expertise
- Optimized network programming and code development
- Rapid prototyping, proof of concept (POCs), and Minimum Viable Product (MVP)
- High performance distributed software systems development
- Quality assurance and performance testing
- Field trial design and management
Domain Knowledge
- Cloud-based software deployment
- Distributed systems and protocols
- Multi-core processing and distributed computing
- Network policy implementation
- Protocol and system modeling and emulation
Deployment
Industry Expertise
- Project management of large software deployments
- System dimensioning and load testing
- Field validation and certification
- Large scale network operational best practices
- Deployment documentation and training
Domain Knowledge
- Major back-office billing vendors and systems
- Data Center architecture
- Major provisioning system vendors and service activation technologies
- Network security protocols
- Contemporary operating systems and data management platforms
Relationships
Our Relationships
Valued Partnerships
Relationships
Our Relationships
Valued Partnerships
Valued Partnerships
Strategic, market-driven alliances
Applied Broadband is committed to the advancement of broadband networks – we create strategic alliances and partnerships with broadband service providers and equipment providers to offer subscribers the most powerful connected experience possible.
Learn more about our partnerships below.
