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About Us Unizen Technologies is focused on providing niche embedded solutions that translate into innovative products. Our commitment to quality engineering is realized through tailor-made Product Engineering, Professional Services and Technology Innovation Alliance Program. Our strong delivery model and expertise in bleeding-edge technologies make us the preferred vendor for the most challenging engineering problems. Our system design and development solutions complemented with custom professional services address the dynamic business needs of the customers. We deliver end-to-end solutions ranging from Software Design Services, Electronic Hardware Design Services, PCB Design Services and Production Support for the IOT & Lifestyle Electronics, Home, Building & Industrial Automation and Defense & Aerospace markets.
What we do Unizen provides Product Engineering Solutions and Professional Services in the Embedded domain. Unizen Technologies was founded by a team of high-caliber technology professionals with strong business acumen. The founders have a strong background in the embedded and enterprise security domains. They possess significant expertise in research, product engineering, technology consulting, pre-sales and support services. Their quality-driven engineering methodologies combined with a strong delivery focus make Unizen Technologies a preferred vendor for embedded and enterprise security solutions.
The founding team was instrumental in winning multi-million dollar deals during their stint with their previous organizations. They are well-recognized among the technical community. With a strong focus on customer satisfaction, they envision the goal of delivering quality solutions in a timely and cost-effective manner. They have good affiliations with technology companies in their domain, technology experts and with the alma mater.
Unizen Technologies consistently works towards getting customer's ideas turn from concept to production-worthy solutions and products with a faster time-to-market. The team prides itself with a proven track record of delivering such solutions and products that are being used in electronic devices widely prevalent in the market today. Most of the products involve a tight integration with the open-source ecosystem such as Video Codecs, GStreamer Framework, Text-to-Speech Conversion Algorithms, OpenCV Algorithms, Image Recognition Systems, Low Power Wireless Stacks and Cloud-based Transaction Systems.
We have partnered with leading technology companies to provide complete and comprehensive solutions in the following segments.
Our Alliances and Partners
Japan
Corporate Profile
Key Facts A Dedicated Technology Solutions Company in
Embedded, Networking & SMAC domains Strong focus in Defence, Lifestyle Electronics, Industrial
Automation, IoT & Smart Automation segments Senior Management Members are from Technology
Companies like Mistral, Motorola Solutions & MindTree Presence in India, USA, Europe & Japan
Business Focus Product Engineering Solutions Professional Services Turn-Key Solutions
Service Offerings Internet of Things Life Style Electronics Automotive Electronics Home Automation Building Automation Industrial Automation Defense Electronics Aerospace Electronics
Special Focus Product Engineering Solutions Production Support White Labelled Electronics Products Onsite & Offshore Development Centres
Your Best Product Development Partner
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Lifestyle Electronics Home Automation – Smart Switches,
Lighting
Controls, Appliances Control, In-Home Displays, Home Gateways
Low-Power Wireless – Bluetooth, BLE, ZigBee, 6LowPAN, Sub-1 GHz, LORA
Audio & Video Devices, Middleware and Applications, wearable & virtual reality
Security Surveillance, E-Commerce Solutions
Software Porting/Development Services
GreenTech Solutions Smart Grid
Water Treatment, Pollution Control
Energy – Wind Energy, Energy Meters, Flow Meters, Energy Auditing,
Remote Monitoring & Control
Solar Charge Controllers
Water & Air Quality Monitoring
Automotive Infotainment Solutions
Connectivity Solutions
Heads-Up Display (HUD)
OBD Gateways
Active Driver Assistance (ADAS)
Anti-Theft
Burglar Alarms
Car 2 Car Communication
Infrared Night Vision Camera
Health and Usage Monitoring (HUMS)
Details of Our Offerings
Defence & Aerospace
Safety & Mission Critical Systems
DO178B Compliant Software Development, Verification & Validation, MIL Grade Hardware (LRU) Development – Multicore, FPGA, High Speed ADC/DACs
Control, Sensor & Data Units, Electronic Warfare Systems
Battle Field Communication Systems
Airborne Systems, Radar Systems
Digital & Analogue Systems
High-Speed Data Acquisition Systems
High Availability System
[email protected] [email protected]
Internet Of Things
Smart Objects MEMS Sensors, Actuators, Analog & Digital I/Os
High Speed Data Acquisition Systems, Industrial Tablets
RFID Readers, BarCode Scanners, Extreme Power Optimization
Firmware development for constrained devices
IoT Applications Data Analytic, Control Automation, Cloud based Network Video
Recorders, Machine Vision, Fleet Management, Energy Grid
Security Surveillance, Music Servers, Database, HMI
Networking of Objects ZigBee, LoRa, 6LowPAN, Sub-1 GHz, WiFi, Bluetooth
CANOpen, DeivceNet, Ethernet IP, EtherCAT, ModBus, ProfiBus,BitBus
IoT Gateways IoT Network Protocols: CoAP, IPv6, DTLS
GSM, GPRS, 3G, LTE, CDMA Wireless, Secured data connections
Industrial Automation M2M Communication, M2M Gateways
OEM Applications
M2M Applications, Control Automation, Diagnostics, Alarm & Reporting, Computer Vision Algorithms, HMI & Cloud based applications
Communication Protocols
LORA, CANOpen, DeviceNet, Ethernet IP, EtherCAT, ModBus, ProfiBus, BitBus, WiFi, ZigBee, Bluetooth, 6LowPAN
Hardware & Device Drivers
Sensors, Actuators, Peripherals & I/Os, Hardware/FPGA design for Controllers
Mobile: iOS/Android/Cordova-PhoneGap
Web App: AngularJS/NodeJS/PHP/HTML5/Web Sockets/Ruby
Enterprise Solution: OpenERP-Odoo/SalesForce/SugarCRM
Content Management:Joomla/Drupal/WordPress
e-Commerce: ApacheOFBIZ/Magento/PrestaShop
Analytics: HortonWorks
Product Engineering Solutions
[email protected] [email protected]
Unizen Technologies consistently works towards getting customer's ideas turn from concept to production-worthy solutions and products with a
faster time-to-market. The team prides itself with a proven track record of delivering such solutions and products that are being used in electronic
devices widely prevalent in the market today. Most of the products involve a tight integration with the open-source ecosystem such as Video
Codecs, GStreamer Framework, Text-to-Speech Conversion Algorithms, OpenCV Algorithms, Image Recognition Systems, Low Power Wireless
Stacks and Cloud-based Transaction Systems.
We have partnered with leading technology companies to provide complete and comprehensive solutions in the following segments.
Product Engineering Solutions
Under Product Engineering Solutions, Unizen provides End-to-End solutions for the customers to realize their product from the concept level. Product Engineering Solutions offered by Unizen includes
End to End Product Engineering Solutions
Product Specification
Rapid Prototyping
Production Design & Development
Software Design & Development
Electronic Hardware Design and Development
RTL Design and Development
PCB Design
Product Integration
Product Verification & Validation
Certification Pre-Compliance Verification
Production Support
Product Support & Maintenance
Complete In-house team
Software, Hardware, Firmware, FPGA & Applications
Domain Expertise
Low-Power Wireless Designs - ZigBee, WiFi, Bluetooth, 6LowPAN, Sub-1 GHz RF
Wearable Devices
Personal Healthcare Devices
Power Management
Home Gateways, Cloud Integration
Home Appliances Control
Home Security Devices, Video Surveillance Systems
Lighting Control, Smart Meters
Porting RTOS, Real-time Application Development
Development on 8/16/32 bit Micro Controllers
BSP & Drivers for Custom Hardware, Platform Support Packages for SOC's
Middleware Porting, Open-source & 3rd Party Library Integration
KNX/BACnet/ LONMark compliant S/W Development & Verification & Validation
Product Engineering Case Study
[email protected] [email protected]
Wearable Wireless Device-Stream Music On-the-Go without Smart Phone Business Context Customer wanted to build a product that can Stream Music without connecting to your Smart Phone. Today, every option to stream music while exercising requires a bulky, fragile smartphone. This motivated the Customer to create a simple product that provides users with a comfortable and seamless music fitness experience, all without a phone. They expected the product to be Lightweight, Durable, and Small enough to clip-on to any piece of clothing.
Customer Need & Scope of Work Customer came with the concept and Unizen helped them in realizing to a Product. Unizen, helped Customer in building the PoC that was used for Crowd funding in Kickstarter and
IndieGoGo. Subsequently, Unizen built the Complete Solution of the Product This included the
Hardware,
Embedded Software,
iOS
Android Mobile Application
Web based Cloud Services.
Unizen also helped the Customer in building the
Production diagnostics
Product Field Support.
Solution Overview Unizen Product development scope consists of the below features Hardware Design Embedded Software Development
Linux Board Support Package
Open Source Library Integration
Linux Middleware Application
Power Management Optimization iOS and Android Mobile Application Development Cloud Web Service Product Verification and Validation Production Diagnostics Field Support Bug Fixing and Maintenance Challenges Addressed
Power Optimization of Linux Kernel
Mobile Application Compatibility testing for different versions of Smart Phones iOS and Android
Product Compatibility testing for various
WiFi Router,
Bluetooth Speakers
Headsets
Enabling the Next Generation Industry 4.0
Our technology and business consulting services target to help the customers in deploying the best-of-breed automation & security solutions that suit their business and that seamlessly inter-operate with their existing infrastructure. We also possess significant experience in the development, product engineering and test automation of Home & Building Automation products. The popularity of Home & Building automation has been increasing greatly in recent years due to much higher affordability and simplicity through smartphone and tablet connectivity. The concept of the "Internet of Things" has tied in closely with the popularization of Home Automation.
End to End Product Engineering Solutions
Low-Power Wireless Designs - ZigBee, WiFi, Bluetooth, 6LowPAN, Sub-1 GHz RF
Home Gateways, Cloud Integration
Home Appliances Control
Home Security Devices, Video Surveillance Systems
Lighting Control, Smart Meters
Porting RTOS, Real-time Application Development
Development on 8/16/32 bit Micro Controllers
BSP & Drivers for Custom Hardware, Platform Support Packages for SOC's, Middleware Porting, Open-source & 3rd Party Library Integration
KNX/BACnet/ LONMark compliant S/W Development & Verification & Validation
Industrial Automation Automation or automatic control, is the use of various control systems for operating equipment such as machinery, processes in factories, boilers and heat treating ovens, switching in telephone networks, steering and stabilization of ships, aircraft and other applications with minimal or reduced human intervention. Some processes have been completely automated. The biggest benefit of automation is that it saves labor, however, it is also used to save energy and materials and to improve quality, accuracy and precision. Automation has been achieved by various means including mechanical, hydraulic, pneumatic, electrical, electronic and computers, usually in combination. Complicated systems, such as modern factories, airplanes and ships typically use all these combined techniques.
M2M Communication
M2M Gateways
OEM Applications : M2M Applications, Control Automation, Diagnostics, Alarm & Reporting, Computer Vision Algorithms, HMI & Cloud based applications
Communication Protocols: CANOpen, DeviceNet, Ethernet IP, EtherCAT, ModBus, ProfiBus, BitBus, WiFi, ZigBee, Bluetooth, 6LowPAN
Hardware & Device Drivers: Sensors, Actuators, Peripherals & I/Os, Hardware/FPGA design for Controllers
Smart Automation Solutions Factory Floor Automation
Remote Monitoring and Control Solution
IoT / M2M Solutions
Asset Tracking Solutions
Machine Vision Solutions
Defect Detection & Image Analytics
HMI & Cloud Applications
Smart Metering
Industrial Controller M2M - Machine to Machine
Controllers
Lube Oil Contamination Sensor Controller
Industrial Sensors
Touch Screen HMI
Solar Charge Controller / Invertor
Motor Controller/Valve Controller
Custom Electronic Controller
Fieldbus Gateways OPC
EtherCAT
HART
ProfinetBUS
ModBus
CANBUS
EnergyBus
PLC
Low Power Wireless WiFi
ZigBee
6LowPan
BLE - Bluetooth
LoRa
Sub-1Ghz
Proprietary Wireless protocols
Case Studies-Home, Building & Industrial Automation
Case Studies-Internet of Things & Lifestyle Electronics
Case Studies-Defense & Aerospace Electronics
Case Studies-Defense & Aerospace Electronics
[email protected] [email protected]
3U VPX Quad Channel High-Speed ADC Board LynxOS 5.0 AHCI Compliant SATA Driver
Development
LynxOS 5.0 AHCI Compliant SATA Driver
Development U-Boot and VxWorks 6.9 BSP Development for
QorIQ T2080 based 3U SBC
VC++ based Radar Scan Controller Software
Print Controller for HP Monochrome and Color Cartridge for a Hand Held Mobile Printer Scope & Solution Overview
Business Context
Customer wanted to design a Handle Heldprinter using HP mono and colourcartridge.
The customer wanted a prototype withimage sensor that tracks the motion and aprint engine to print the data.
Features
Verilog Based HDL Design
Spartan 6 FPGA used to implement printcontroller
Pen warming algorithm development forcold start-up
The print controller engine consists of cartridge initialization sequence andcontrolling timing specific LVDS lines asspecified by HP cartridge datasheet
Interrupt driven Print Data retrieved fromOMAP through EMIF interface
The print controller provides control and data
interface to HP driver ASIC that controls the HP
cartridge (Monochrome and Colour cartridges)
The FPGA controller interfaces optical sensor (SPI
interface) and colour cartridges
The controller is aimed at sampling the sensor data
to get real time position of the paper and give it to
OMAP through EMIF interface
The EMIF host controller is implemented in FPGA
The FPGA print controller is designed that drives the
print data to colour cartridges in a particular timing
model as specified in the cartridge datasheet
Challenges Addressed
Developing HP Print Controller as per timing
specification defined in the cartridge datasheet
Retrieving Print data from OMAP
Developing Pen warming algorithm in FPGA
[email protected] [email protected]
Case Studies-FPGA-1
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Transmit Receive Multi Module (TRMM) Business Context Scope & Solution Overview
Customer wanted a controller for Transmit Receive Multi Module.
The scope of work included digital control of Transmitter and Receiver modules along with a Flash memory controller. The customer wanted to achieve Flash memory data transfer rate of 200 mega transfers per seconds.
Features Digital IO controls to control Transmit
module
SPI interface to control the receive module
UART interface for Host communication
1Gbit DDR2 SDRAM access through Xilinx’s memory Interface Generator
8 Gbyte NAND Flash controller
VHDL Based HDL Design
The FPGA controller implementation includes
interface such as 1Gbit DDR2 SDRAM, SPI, I2C, UART
and RF Phase shifter and Attenuator digital control
lines
NAND Flash controller for an 8GByte NAND Flash
memory NAND Flash is accessed one page at a time;
erase to be done on a per-block basis, and written
sequentially
The design is targeted for Micron Technology SLC
MT29F64G08ABCBB NAND flash device.
The controller is designed with NV-DDR2 interface
aimed to obtain a data transfer rate of 200MT/s using
ONFI 3.0 specification
The implementation has support for ECC using
Hamming code algorithm
Challenges Addressed
Development of 8 Gbyte NAND Flash Controller
MIG (Memory Interface Generator) IP core integration
Debug Interface for a Custom Processor Architecture Scope & Solution Overview Business Context
Customer wanted to integrate debugging interface for their custom processor.
The customer required complete hardware and software support for the debug interface.
Features Halting the processor
Hardware and Software Breakpoints
Step execution
Register access
Access to all memory through DAP
Processor reset and debugging reset event
Halting and debugging the exceptions
Hardware validation on Cyclone V FPGA
Host interface through JTAG
Verilog Based HDL Desig
Implementing JTAG TAP, Memory Access Port
And Debug Controllers for supporting debug
interface for custom processor architecture
As per ARM Debug Interface V5 specification
Porting OpenOCD debug stack
And GDB on a Linux Host, for the target
processor architecture
The List of Debug Controllers includes
Processor Controller Block,
Memory Bridge,
Data Watch Point
Trace Unit
ROM Tables
Challenges Addressed Interface to remote GDB debug environment
through OpenOCD
Developing RTL code for TAP & Debug Interface
Port
Case Studies-FPGA-2
