The document discusses LTE Advanced Pro and M2M software development capabilities. It outlines various use cases and features the team has developed, including connecting the Internet of Things using LTE and WiFi technologies, new ways to connect and interact using device-to-device and multi-hop communications, and new classes of services like proximity awareness and public safety. It also details the team's experience in areas like heterogeneous wireless connectivity, M2M services, and reducing cost and complexity. Hiring this core team of engineers could enable starting a software development business with remarkably low costs and utilizing local market demand and resources.

1. LTE Advanced Pro and M2M software development
capabilities
Yaroslav Domaratsky, PhD
https://ru.linkedin.com/in/yaroslav-domaratsky-2a13a417
yaroslav35@gmail.com

2. LTE Advanced Pro: new use cases
# Use case Features developed by the team
1 Connect the Internet of Things
High performance (mobile,
video, etc.)
1.1. Connection manager for LTE BC14 & other LTE bands; mobileVPN
1.2. WiFi mesh for home and city infrastructure applications
Low power/complexity
(sensors, wearable's, etc.)
1.3. Home grown BT and BT LE stack, BT profiles
1.4. Open wireless PAN ecosystem
1.5. BT LE mesh for home applications
2 New ways to connect and interact
D2D, multi hop 2.1. Market lead mesh data routing engine
V2X communication 2.2. Mesh over 802.11p for public safety use cases
3 New classes of services
Proximal awareness 3.1. WiFi and BT LE mesh proximity detection and network topology
control
Public safety 3.2. Mobile applications ecosystem including edge (Android and iOS) and
back-end (cloud) sides
3.3. LMR and GSM/LTE converged services
Latency-critical control 3.4. Make before break connectivity for PS use cases
3.5. <20ms audio playback sync forWiFi mesh audio
3.6. <1ms audio playback sync forWiFi mesh audio

3. LTE Advanced Pro: mobile broadband evolution
# Feature Features developed by the team
4 Carrier aggregation evolution
Aggregated data pipe 4.1. MultipleWiFi radio data routing
4.2. Multiple 802.11p channels aggregation
Carrier aggregation (across
more carriers)
4.3. SoftLTE platform solution supporting multiple carriers aggregation
Carrier aggregation (across
spectrum types)
4.4. LTE BC14 andWiFi data aggregation
4.5. LTE and 802.11p data aggregation
5 Unlicensed spectrum utilization
Venues
Residential / neighborhood
5.1. LTE BC14 vs. commercial LTE bands vs.WiFi policy based connection
manager
6 Decreased latency
Improved throughput
performance
6.1. IP packets cache solution to improve data throughput on CPU
constrained platform
Better user experience for RT
applications
6.2. Make before break connectivity
6.3. <20ms audio sync forWiFi mesh audio
6.4. <1ms audio sync forWiFi mesh audio
New latency critical
applications
6.5. Drones command and control over 802.11p mesh

4. LTE Advanced Pro: scaling down cost and complexity
# Target area Features developed by the team
7 Increased battery life
Enhanced power save modes
and more efficient signaling
7.1. Cloud device management tool incl. device / applications power
consumption analytics & optimization
7.2. Power aware policy based control for LTE modem in PS purpose
build devices
7.3. Sensor hub for PS devices and accessories
8 Reduced device cost
System complexity reduction 8.1. Replace communications DSP component with home grown embedded
software modem
9 High node density
Large number of devices per
cell / location
9.1. Context and situation aware RF access arbitration for P2x applications
9.2. Context and situation aware DTN networking and RF access arbitration
forV2x applications

5. M2M: connectivity and services
# Target area Team experience in the related areas
10 Heterogeneous wireless connectivity
WPAN – Bluetooth 10.1. Home grown BT and BT LE stack, BT profiles
10.2. OpenWPAN ecosystem
10.3. BT LE mesh for home applications
WLAN – IEEE 802.11 10.4. Market leadWiFi mesh data routing engine
10.5. Mesh over 802.11p for PS use cases
WWAN – 3G and 4G LTE 10.6. Connection manager for LTE BC14 and other bands
10.7 LTE & 802.11p connection manager for mesh bridge
11 M2M services
Remote monitoring & mgmt 11.1. Cloud device management tool including device, applications,
networks coverage, user actions and other analytics
11.2. Big data analytics for managed services including NOC analytics
RT control and automation 11.3. Retail chain business intelligence system
11.4. PS decision support system
OTT managed cloud services 11.5. Specialized cloud data platform to organize and to enable the analysis of
large scale PS and IoT data
Broadband services 11.6. Mobile applications ecosystem including edge (Android and iOS) and
back-end (cloud) sides
11.7. LMR and GSM/LTE converged services
11.8. Home wireless audio streaming solution

6. Additional information
Core team
• Core team of 4-5 senior engineers could start in 2 weeks after go ahead decision
• Core team could be extended then depending on project needs
Why to do software development business with us
• The experience matters – very experienced development team available
• Remarkably low software development and system validation cost
• Good contacts with leading universities (~12000 IT related specialists graduated annually)
• Local market demand for the systems enabled by LTEAdvanced Pro and M2M technologies
Additional factors to consider
• Company management do have good contacts with cellular operators and service providers
• System and software architects, UX experts, development and test engineers already on board
• Experienced resources could be allocated for marketing, OEM/ODM communication and field trials
• Product certification and product field tests could be organized locally
Last points
• Additional information could be provided upon request.