faststreamtechnologies

[faststreamtechnologies]

Semiconductor Design Services and Verification

1. SUBSYSTEM LEVEL VERIFICATION ON ARM PROCESSOR

The Customer:

A renowned wireless communications Company.

The Application:

The project is based on the various range of ARM Processor applications such as ARMV7, ARMV8, ARM9, and real-time architecture-based processor subsystems. That is designed to power the multiple switch chips across the performance and application spectrum.

From the varying range of Cortex-R5 to Cortex-A53 CPU Cores, and unified communication IPs like PCIe, USB, Ethernet MAC, SPI, JTAG, etc., these subsystems are designed to be strong and flexible while being efficient.

Faststream's Responsibility:

From the ground up, Faststream Technologies worked on the planning and creation of the functional verification infrastructure.

Creation and ownership of tests to the neck integration of ARM Debug Interface and processor debug capabilities.

We had the ownership of test bench components that verify security architecture.

We were involved in Silicon Validation activities using ARM's RealView Debugger.

We helped several teams across the globe of our client to debug their integration issues/chip issues related to this subsystem.

Finally, Faststream went through the Verification closure for complex industry-standard protocol IPs like PCIe, USB.

Process:

A Verification team of three engineers worked for fifteen months onsite based.

2. FPGA DESIGN AND VERIFICATION OF THE MEASUREMENT UNIT

The Customer:

A Multinational Power Technology Service Company.

Faststream’s Responsibilities:

Design of the measurement unit:

Faststream Technologies was involved in designing the measurement units which can measure the voltage and current and connected to the control platform.

We designed the RTL code for the FPGA in the voltage and current measurement unit with VHDL using Xilinx Spartan-6 FPGA.

Our Design team worked on the design of the Analog to digital converters in the top FPGA file of the measurement units.

We designed the port mux for the selection of the backward and forward data from the units in the chain and designed the IIR filter present in the design for filtering the sine wave data and giving it to the communication protocol top file.

Life cycle Management:

Our Design team was involved in Code conversion from the old foundation Xilinx design to VHDL code.

Faststream was involved in testing the converted FPGA code in the new measurement units present in the test setup.

Validated the FPGA .jrd file in Lattice FPGA.

We worked on the Testbench creation to check the behavior of the FPGA code and simulation was done using ModelSim.

Verification:

Faststream Technologies was involved in the Verification of the FPGA code going into the measurement units.

We developed the testbench for the design under test, Testcase writing, VHDL packages, and Test Plan for creation for regression. We used the Modelsim simulator for simulation.

We were designing the simulation model for the components on the board and creating the do file for running the simulation.

The Debugging part happened in the Modelsim simulation tool and analyzed the simulation output using python script.

The Faststream Team interacted with the design and verification team of the Clent.

Model of Engagement:

We divided the task in the tenure of 4 weeks iteration, and 5 Engineers were involved in the whole task.

The bug reporting was completed by using the Microsoft TFS

3. DIGITAL SYNTHETIC-HETERODYNE DEMODULATION SIGNAL DETECTION ON FPGA BOAR

The Customer

A USA based Telecommunication Company

Description:

The project is based on Digital Synthetic-Heterodyne Demodulation Signal Detection on FPGA Board which is used in the optical signal detection system. It is the custom board contains Spartan 6(XC6SLX150-2FGG484), ADC (AD7760), Anti-aliasing FilterLTC1564, LTC2753 DAC.

Tools Used: Xilinx ISE 14.4, Xilinx System Generator & Verilog HDL

Faststream’s Responsibilities

With the help of the FPGA Board and using Verilog HDL, we implemented the Digital Synthetic-Heterodyne Demodulation Technique and created an interface for the ADC (AD7760) in taking the digitized output of 24 bits from it.

Mixer data was fed to digital filters named Finite Impulse Response (FIR) filters.

Filter samples were fed to other blocks involved in the heterodyne algorithm to detect the message signal.

Finally, heterodyne algorithm digital output is given to 16-bit DAC to see detected the phase signal.

4. 8 BIT 1GSPS ANALOG TO DIGITAL CONVERTER (ADC) on TSMC 16 nm

The Customer

A reputed Fabless Semiconductor Company

Environment:

Cadence Virtuoso XL & calibre

Faststream’s Responsibilities

Faststream worked on top level integration and few sub blocks such as OTA_adc_stage1, Adc_capdac, Adc_ota_CMFB, switch_matrix, and Comparator.

Our Engineers separated differential signals and clock signals from the switch level itself.

We did Coaxial shielding for every differential signal and the Offset and INL issues were fixed by exact symmetrical routings. The designers avoided parallel routings of phase signals and differential signals.

We worked on common centroid matching for REFCAP. The Clocks were routed very far from the whole REFCAP block because it is very sensitive

We placed buffers for long routed RTL nets after extraction results came.

5. RTL DESIGN AND DEVELOPMENT

The Customer

A Fabless Semiconductor Company

Description:

The project is based on RTL Design and development of data acquisition, control, and Signal processing for flow-cytometry-based cell sorting system on the FPGA Board.

Faststream’s Responsibilities:

Faststream’s Engineers were involved in Architecture planning, RTL design and verification for data acquisition subsystem with data rates of 60 MBPS, development of FT601 controller for USB3.0 bridge, signal conditioning, and real-time signal processing for feature extraction involving floating-point arithmetic, FPGA process-command, and time-critical control modules.

Our Design Team generated static timing analysis reports and constraining design for timing

And generated test data, tasks, and golden data for equivalency check and extensive testing/debugging with Python.

The Hardware debugging process was completed with Xilinx ILA, Virtual IO. The MATLAB Signal processing algorithm was translated for RTL logic implementation.

[faststreamtechnologies]

Classic AUTOSAR and Adaptive AUTOSAR Design Services

AUTOSAR or Automotive Open System Architecture is a systematized automotive software architecture, which keeps order in interfaces between application software and basic vehicular functions and it aids in creating common ECU software architecture for all the AUTOSAR members.

AUTOSAR is expected to dispense intrinsic advantages to the members to control gradually more complex E/E in-vehicle environments like simple incorporation and exchange of functions in complex ECU networks and control over the entire product lifecycle.

The AUTOSAR standard defines variations of the software architecture called AUTOSAR platforms: Classic AUTOSAR Platform and Adaptive AUTOSAR Platform.

AUTOSAR Architecture

AUTOSAR  is a growing and evolving standard that defines a layered architecture for the software. The classic AUTOSAR platform runs on a microcontroller and is divided into 3 main layers

Basic Software Architecture (which is common for any AUTOSAR ECU and runs on a Microcontroller)

AUTOSAR Runtime Environment Layer (RTE Layer)

Application Layer

Basic Software Architecture (which is common for any AUTOSAR ECU and runs on a Microcontroller)

AUTOSAR Runtime Environment Layer (RTE Layer)

Application Layer

The AUTOSAR Basic Software (BSW) is further divided into three layers:

1. Services Layer,

2. ECU Abstraction Layer,

3. Microcontroller Abstraction Layer (MCAL)

1. Services Layer

The service layer is the topmost layer of AUTOSAR Basic Software Architecture.

The service layer propounds

An operating system, which runs functionally from the application layer to the microcontroller at the bottom.

Vehicle network communication and management services

Diagnostic Services (Unified Diagnostic Services, Error handling and Memory)

Memory services (Non Volatile RAM)

ECU state management

Logical and temporal program flow monitoring

An operating system, which runs functionally from the application layer to the microcontroller at the bottom.

Vehicle network communication and management services

Diagnostic Services (Unified Diagnostic Services, Error handling, and Memory)

Memory services (Non-Volatile RAM)

ECU state management

Logical and temporal program flow monitoring

2. ECU Abstraction Layer

ECU Abstraction Layer l and its drivers are independent of the microcontroller and dependent on the ECU and interface the drivers of the Microcontroller Abstraction Layer (MCAL).

ECU Abstraction propounds

Access to all the peripherals and devices of ECU, which supports functionalities like communication, memory, I/O, etc.

3. Microcontroller Abstraction Layer (MCAL)

The Microcontroller Abstraction Layer (MCAL) also known as a hardware abstraction layer is the lowest layer of the Basic Software.

MCAL contains internal drivers which are software modules that are direct access to the µC and integrated with the microcontroller through registers and offers drivers like system drivers, diagnostics drivers, memory drivers, communication drivers (CAN, LIN, Ethernet, etc.), I/O drivers, and more.

RTE Layer

RTE Layer is a middleware layer of the AUTOSAR software architecture between the BSW and the application layer and provides communication services to the application software for example AUTOSAR Software Components and/or AUTOSAR Sensor/Actuator components.

Application layer

The application layer is the topmost layer of the AUTOSAR software architecture and supports custom functionalities implementation. This layer consists of the specific software components and many applications, which are a group of interconnected AUTOSAR Software Components and perform specific tasks as per instructions.

The AUTOSAR application layer consists of three components which are: application software components, ports of software components, and port interfaces. Depending on the requirements of the application an AUTOSAR Software Component might be a small, reusable piece of functionality such as lane-keeping assistance, Wiper Control, Automatic door unlocks, etc.

AUTOSAR Services by Faststream Technologies

Faststream Technologies partnering with AUTOSAR helps the automotive OEMs and tier 1 suppliers in many AUTOSAR related solutions like development, integration, and validation of  AUTOSAR basic software modules. We integrate the AUTOSAR stack software from tool suppliers and upgrade platform software to new AUTOSAR versions as per specifications and more.

Classic AUTOSAR

Implementation of our Classic AUTOSAR basic Software:

Highlights

• Efficient and scalable AUTOSAR-compliant and OSEK/VDX compliant products for ECUs

• Full AUTOSAR support with one basic software stack, and one tool environment

• Safe and ready for series production

• Single-/multi-core operating systems

• Tailor-made products, services, and support Benefits

• Highest safety levels

• Time and cost savings through reusable software functions

• Safe, and reliable mass production-ready software

Benefits

• Highest safety levels

• Time and cost savings through reusable software functions

• Safe, and reliable mass production-ready software

Adaptive AUTOSAR

Our Product Line

AdaptiveCore

An adaptive platform for safe and secure applications

Hypervisor

Micro-kernel-based hypervisor to run multiple (different) operating systems on one single CPU Adaptive platform for safe and secure applications

Linux

Container-based Linux distribution

Faststream’s solution

Integrated development environment for the AUTOSAR products

Faststream’s Software infrastructure for high-performance controller

Highlights

• Applicable for all domains: infotainment, highly automated driving, etc.

• Modular architecture, flexible configuration of building blocks

• Possibility to add new functions through updates

• Hardware agnostic (ARM, Intel, NVIDIA, etc.)

• Adaptive AUTOSAR based software stack

Benefits

• One-stop-solution for safe and secure high-performance computing

• Pre-integrated software modules save time and costs

• Prepared for operations of software infrastructure for 5+ years

[faststreamtechnologies]

Mobile Fuel Dispenser PTO Operated Digital Truck with PRESET and Printer

Faststream Technologies has devised a solution for Fuel Dispensing that is cloud-connected and sensor-enabled to meet mobile fuel dispensing needs in segments like industries and plants and transportation while fuels like diesel and LPG gases are required at the doorstep. Faststream has developed a fuel dispenser that is ideal for mobile environments such as dispensing trucks carrying diesel, LPG, petrol, and any other fuel.

Our cloud-connected mobile fuel dispensers are designed for OMC (Oil Marketing Companies) to deliver fuel to customer premises, in turn, avoiding commuting to the fuel station. Our dispenser fits with ease and directly on the tank with quick coupling. These are utilizing unrivaled assessment rough material with the help of bleeding-edge development inconsistency with set quality benchmarks. Our mobile fuel dispenser is accessible at industry driving costs and can be operated from anywhere while maintaining high levels of safety and ROI for users.

Tanker Truck Digital Fuel Dispenser with PRESET & Printer 12 V OPERATED DISPENSING UNIT

Dispenser Unit Includes

Tank with Box

Metering Unit

Auto Rewind Hose Reel

Auto Cut off Nozzle

Filtration unit

Safety Fittings

Accurate flow meter

Intelligent mobile fuel dispensing system

Features of Mobile Fuel Dispenser

Current Reading: 9999.99Repeatability: 99.9%Accumulative Reading: 9999999Metallic KeyboardInstant Ticket PrinterDynamic LCD 3-Display KitFlow Rate: 20-120 LPMEasy ON/OFFElectronic CalibrationWeather Proof EnclosureOpen-sale (limitations Low flow valve)Main-sale (Main Flow valve)Instant Receipt/Ticket PrinterPower: 24V DCLevel Sensor:

Used in all automobiles to indicate fuel level

The sensors are linked mechanically to a float moving according to the fuel level.

TILT Sensors: The TILT sensor measures the gravity tilting position.Temper Proof: Provide for the detection of fuel dispenser tampering.PRESET: You can refuel with a Preset volume or price. And there's a route, batch buttons on the keyboard. once a button is ready as a worth, it refuels by this worth mechanically once you press the button.WiFi/ Ethernet Connected: The main center of fuel dispensers connects to software through network WiFi and ethernet switches.Safety and Security: When the dispenser is not in use, the security pin is locked. By unwanted opening, the alert sensor will activate.Eco-friendly: occupying small space.

TECHNICAL SPECIFICATIONS

Applicative Range: Diesel, Kerosene, Biodiesel, Any Non-Corrosive Petroleum Liquid

Flow Rate: 20-120 LPM

Accuracy: ±0.1%

Inlet: 1”

Outlet: 1” Auto Shut Nozzle

Totaliser: 9999999 (Electromagnetic Totaliser)

Suction/Lift: Self-Priming

Pump: Vane type Bi-Pump with built-in By-Pass Valve

Hose Reel: Self-Retractable (Spring Rewind) 1″ x 10 meter

Strainer: 120 Mesh Filter

Max pressure: 50 PSI

Max Temp: 80 deg C

Meter: Reciprocating Type PD

Display: Electronic 3-Display LCD

Modbus Protocol

RELIABLE PERFORMANCE

Digital Flowmeter with Accuracy +/-0.1%

2/3/6/8 KL Capacity variants

Filtration up to 150 microns

The auto cut of the nozzle

The highly accurate dispensing unit

FITTINGS APPROVED AS PER PESO STANDARDS

Battery cut-off switch

Pressure & vacuum (PV) valve

Fire extinguisher

Emergency shut off valve

Battery inside the cabin

Fuel tank guard

Emergency vent

Fusible link

Firescreen

HIGH-QUALITY FITMENTS

MACH Dish type partition

Lock assembly

Catwalk

Cradle support

Manhole & dome cover

Mild steel ladder

Delivery valve

Shutoff valve

ISI Marked Accessories

[faststreamtechnologies]

Fleet Management Companies in India | Top Fleet Management Companies

Faststream Technologies - Fleet Management Solutions | Transportation & Logistics Solutions

CerebroX - Provider of route planning, real-time alerts, advanced scheduling for fleet tracking and management solutions

Containe Technologies - Provider of GPS tracking system, home security system, speed limiter, and IT solutions

ANS IT India - Provider of vehicle tracking system

iGateway Systems - Provider of an enterprise solution for GPS fleet tracking.

Intellicar Telematics - Provider of a fleet management solution to track vehicles and drivers

Track Masterz - Provider of GPS tracking and asset management solution

Pitasys - Provider of corporate mobility, vehicle mobility, and shared mobility solutions

Motherson Invenzen Xlab - Provider of a complete and customizable fleet management solution

[faststreamtechnologies]

Smart Kitchen Appliances | smart kitchen | smart kitchen accessories

Faststream Technologies Smart Kitchen Appliances are used in a smart house and work on home automation technology that uses electric power transmission where the signals have short radio frequency which uses open source software, proprietary software and distributed denial-of-service attack (DDoS). SHA detects applications throughout the house. We are carrying out our smart appliances solution to give comfort to customers and implant a better user experience in the residential area. Our Smart home appliances enable you to execute tedious household operations on the go.

Faststream’s kitchen appliance solutions

HMI solutions for inherent occurrences

power management and motor control with Power saving

Detection of irregularity voice and vision

Smart Refrigerator

A normal quality-drive refrigerator is used for high reliability and robustness, high efficiency, safe and accurate sensing. This entitles the expansion of a refrigerator with the least to defrost cycles, stable wireless connectivity, and higher user occurrence.

We have advanced an application example including the KE1xF/Z and LPC MCU family that supplies high-performance processing and integration, and security devices to secure high-quality wireless connectivity. This entitles the design of an efficient, reliable, and stable refrigerator.

Smart Oven and Ranges

Ranges and Oven for Smart Kitchen Appliances need a more efficient power system, a vigorous and reliable user interface, a powerful motor control optimized for efficiency and low noise, and accurate environment sensing. This will permit you to efficiently manage your oven/range from any place and like cooking once again.

To achieve this, Faststream has developed an application example that integrates the i. MX RT crossover MCU family with easy-to-use development tools and robust community support to streamline your design process. High-quality security devices also enable secure wireless connectivity that results in an efficient, high-performing, robust, and secure oven/range.

Smart Blender

Faststream Technologies blenders for residential and commercial purposes are designed to last and supply the right value for the money. This is required for systemic command of the different functions of the blender including motor control, wireless communication, and sensing. We have expanded two applications together with a low cost and high-performance solution around the KV1x MCU family and QN9x Bluetooth Low Energy SOC that provides low power, design flexibility, and wireless connectivity that entitles the design of a vigorous and structured commercial as well as residential blender.

Smart Inductive Cooking (Stove)

To take full advantage of the benefits of inductive cooking which uses electromagnetic energy to heats pots and pans directly, Faststream Technologies has developed a solution that integrates high-performing, reliable, robust, and flexible products including Kinetis KE MCU with the enablement to streamline your design process. Together, this Faststream solution enables the design of an induction cooktop that is safe, clean, and efficient.

Smart RF Cooking

Faststream Technologies radio frequency solutions for power solid-state cooking devices that can defrost, warm, cook, or bake any food product. Faststream Technologies is eminent for transformation from traditional methods of cooking with the use of solid-state RF energy in connection with embedded controllers and IoT interfaces, which enables OEM’s and food supply chain companies to create more stylish appliances, delivering higher-quality cooking results, and enabling disruptive business models.

Benefits include:

Power can be custom-controlled for different foods

Provides better, healthier cooked food

Avoids moisture and weight loss, resulting in better taste

Saves 60% of energy over conventional ovens.

Smart Bread Maker

To achieve a high-quality bread maker providing a powerful and efficient motor driver for mixing, high performance sensing for bread crust color settings, and secure wireless connectivity to monitor the progress of your bread Faststream Technologies has developed an application example around the i. MX RT MPU family that provides efficient processing, design flexibility, and wireless connectivity that enables the design of an efficient, powerful, and reliable bread maker.

Smart Rice Cooker

A high-quality rice cooker must enable you to monitor cooking temperature, pressure, and cooking time. Also, it should reliably process cooking data and communicate efficiently with a smart device or appliance while accurately sensing an open/close lid position and process user inputs. To achieve this, We have developed an application around the i. MX RT MPU family that provides efficient processing, design flexibility, and wireless connectivity that enables the design of an efficient and reliable rice cooker.

Smart Coffee Machine

To attain a high-quality coffee machine that requires to supply security and efficiency with reliable processing and analog products, Faststream has developed an application example around the i. MX MPU family provides low power, design flexibility, and wireless connectivity that enables the design of an efficient, reliable, safe, and connected coffee machine. Also, robust HMI, accurate sensing for lid close detection, temperature, liquid level, and proximity along with a wireless connectivity solution to enable communication with other Smart Kitchen Appliances.

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Firmware and Driver Development Services

Faststream Technologies provide the solutions and services for Firmware and Driver Development with great domain expertise. Our company also provides System Architecture Design, Device Driver Development, Power optimization, etc., under Firmware and Driver Development.

DEVICE DRIVER DEVELOPMENT

With deep domain expertise in Device Driver Development services on different processors and platforms for different I/O devices, porting of the operating system for embedded devices, and in the integration of video, audio, storage, wireless, connectivity, bus, UI, sensors, and others. We provide solutions for device driver development for platforms like Linux, Android, Windows Embedded, and VxWorks.

FIRMWARE DEVELOPMENT

We develop embedded software for the various microcontroller (MCU) and digital signal processors (DSP). It includes Cortex-M0, Cortex-M3, ARM7, ARM9, AVR32, MSP430, etc.

FIRMWARE DEVELOPMENT SERVICES

FIRMWARE DEVELOPMENT FOR SENSOR SYSTEM

Our unparallel embedded software development services include creating sensor-enabled solutions. We offer firmware for sensor system and sensor data acquisition apps to enable accurate real-time data logging.

MOTOR CONTROL APPLICATIONS

We deal with the development of applications for motor control for a wide range of equipment, machinery, MultiCopters, and UAVs. We can work on battery-powered apps, induction and servo motors, etc.

DSP AND DSC SOFTWARE DEVELOPMENT

We enforce ideas impelled by effective DSPs and DSCs. Enterprises can rely on us for building advanced industrial control and automation systems, healthcare and surveillance apps, and many more.

DEVICE DRIVER DEVELOPMENT EXPERTISE

AUDIO DRIVER: Speech/Audio Codec, MIDI, AC97, SPDIF

VIDEO DRIVER: PPI (ITU-R 656), WDM Driver for Video Streaming, Video Codecs, Mini Driver for Video Streaming

CAMERA DRIVERS: Color correction, 2D/3D noise filter, ISP Data processing, Color correction

DISPLAY DRIVERS: HDMI, DVI, LVDS, MIPI, S-Video, LCD

STORAGE DEVICE DRIVERS: NOR Flash, HDD, NAND Flash, Compact Flash

CONNECTIVITY DEVICE DRIVER: IR, CAN, Ethernet, USB1.1, USB2.0

COMMUNICATION DRIVER: E1/T1, I2C, SPI, PCI, PCIe, PC-MCIA, PMC, XMC

WIRELESS DRIVER: 802.11a/b/g, GSM/2G/3G/HSDPA/LTE, W-LAN, GPS

USER INTERFACE DRIVER: Graphics controller, CD-ROM, Touch Screen, LCD

TECHNOLOGIES:

Working on various Storage devices like SD/MMC card, Disk on Chip, CF Card, Buses like USB Host and Device, USB OTG and also a wide range of interfaces, displays, Wireless/Wired Connectivity, etc.

OPERATING SYSTEMS:

Operating systems like Mac OS, Windows CE, Android, Linux, Unix, and RTOS like UCOS, ThreadX, TNKernal, FreeRTOS.

PROGRAMMING LANGUAGES:

We have good coding skills in C/C++, Python, Java, .Net, HDL, GCC, MFC, etc with knowledge of the right development tools.

[faststreamtechnologies]

Big Data Solutions | Big Data Platform

Organizations that need to process and analyze data faster and more efficiently are turning to scalable infrastructure to support their current and future needs. Faststream technologies cover the entire big data lifecycle, from data extraction and preparation of diverse data leading to end-to-end analytic solutions. Big data software analytics is progressively rising as a key enabler to help organizations achieve this. Requirements to create a powerful customer value proposition include understanding customer behavior.

Adopt our big data software solution, in order to efficiently utilize the data in which data are analyzed and the information is presented to make effective decisions related to business procedures. Our solution group provides comprehensive solutions for data management and data analytics.

APPROACH OF OUR BIG DATA SOFTWARE ANALYTICS SOFTWARE SERVICE

Capturing Big data environments such as SAP Hana, Microsoft Azure, NoSQL (MongoDB) or Hadoop (Cloudera, Hortonworks & MapR), SQL database.

Prepare blend data inside and outside the big data environment in a repeatable workflow that eliminates coding and accelerates the time to insights.

Statistical and spatial analysis in a simple and intuitive, GUI-based workflow design environment.

Simplify sharing of Big data analytics via outputs to Tableau or Qlik and interactive analytic apps that can be used by any decision-maker.

Best Big Data Solution Offerings at Faststream Technologies

Big data initiatives are a serious activity in our organization. We concentrate on specific problems during our client’s journey towards big data empowerment.

Analyze the existing landscape and identify additional insights that could enhance business growth.

Enhance organizational productivity with a big data solution through different maturity levels and upskill the team proficiency along with it.

Complement organizations with proficient and cost-effective solutions for information consolidation, storage, and analysis using big data.

Help organizations in achieving their objectives towards big data empowerment.

Provide consulting, training, and managed services to customers for specific problems related to big data management.

Our Big Data Solution include:

BIG DATA CONSULTING

Provide direction for the technical architecture capacity planning and performance.

Recommendation of competitive advantage from data assets and analytic capabilities to benefit the business.

BIG DATA IMPLEMENTATION

Design and development of Hadoop technologies.

Data modeling and algorithm development.

Develop MapReduce code, transformations, and custom code.

Data quality and metadata management.

BIG DATA TESTING AND PROVISIONING

Data staging starts with a big data cluster, which may be on-premise or in the cloud.

The MapReduce transformation process for unstructured data.

Big data testing is based on the ETL process.

BIG DATA MANAGED SERVICES

Knowledge transition.

Reverse engineering.

Migration.

Process documentation.

Production support.

Major and minor enhancements.

[faststreamtechnologies]

Real-Time Integration Between SAP And Magento

Real-Time Integration Between SAP And Magento, Your small business already operates on SAP – your best-of-breed venture software program. Nevertheless, now you would like the e-commerce option. You could start to go through the world's foremost e-commerce platform – Magento?

You can now provide the ability to involve SAP in your suppliers, sellers, shoppers, along with sales reps by way of the fully integrated Magento-powered e-commerce website. *Which means details that your particular b2b shoppers need to do business along — including customized costs, supply availableness, along with reporting files – can be obtained in their mind in real-time.

How It Works SAP and Magento Log-In

Your b2b customers are validated against information in SAP at login.

Browse

After logging in, one's b2b shoppers will still only discover what exactly they're supposed to see… based on the organization rules people from the SAP.

Although you may make as well as helping several brands, one b2b end users will likely be sent for their unique tailored on the net directory, while using the suitable branding plus the ideal solution & value determined by what's in SAP.

Checkout SAP and Magento

We've bypassed the Magento shopping cart functionality and replaced it with our own custom, SAP-integrated shopping cart. This ensures:

real-time inventory

SAP business rule enforcement

Our integration eliminates the need to duplicate information or maintain it in two places.

Post-Order Self-Service Portal

The program should go over and above the conventional list operates to deliver the b2b clients using up-to-the-second information after they want it. With his self-service functionality, they will enter purchase information for many orders positioned along with you— not merely those that are available on the web. They can utilize this information to create small business selections for the soar, and in some cases care for exceptional concerns with start accounts.

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IoT Standardization with IoTivity

Smart homes, Connected cars, Intelligent factories. At the heart of all of these clever technologies is an interconnected network of devices known as the Internet of Things (IoT). The IoT is headed to a tipping point. By some estimates, there will be 50 billion ‘things’ communicating with each other or the Internet by 2020, so Become Part of IoT Standardization with IoTivity.

The rapid development of the IoT market has caused an explosion in the number of IoT solutions. If there’s one thing the Internet of Things needs, it’s a common framework for allowing devices to securely and reliably connect to one another and share. IoTivity is the latest attempt at such a standard, and it brings open-source principles to the fore.

In the current situation value will be delivered by apps & services and these services need access to data & control points to deliver that value, but on the other hand, developers find it difficult to access all the data and control points. Due to which use cases are more complicated. The system and therefore communication needs to achieve massive scale. The current solution must work across form factors, OSS platforms, manufacturers, service providers, and vertical markets and also scale from constrained devices to smart devices to the Cloud. Foreseeing the end of the IoT Standardization chaos isn’t easy, but industry collaboration goes a long way in achieving success and continued innovation. There are multiple proposals and forums driving different approaches but no single solution addresses the majority of key requirements.

Become Part of IoT Standardization with IoTivity trying to rescue from current challenges

OCF stands for “Open Connectivity Foundation” and its goal is to create a standard flexible framework that gets all these gadgets to securely talk to each other regardless of manufacturer, operating system, chipset, or transport. OCF/IoTivity addressing challenges of IoT are:

Make it easy for developers to deal with the complexity of IoT communication.

Provide a common data model that developers can use to interface with all IoT devices and data

Deliver as much interoperability as possible in the short term.

Provide a path towards future consolidation.

Supports the needs of multiple vertical markets (since many use cases span multiple vertical markets).

Establish an architectural foundation that can achieve the necessary scalability.

OCF — Key Concepts

Free IPR License (Code: Apache 2.0 & Spec: RAND-Z).

The license covers both code, standards, and related IPR.

The license applies to members and affiliates of members.

Dedicated and optimized protocols for IoT (e.g. CoAP)

Specific considerations for constrained devices

Fully compliant towards Restful architecture

Built-in discovery and subscription mechanisms

Standards and Open Source to allow flexibility creating solutions

Able to address all types of devices, form-factors, companies, and markets with the widest possibility of options.

Open Source is just one implementation to solve a problem Certification and Logo program

Use of certified Authorized Test Labs around the world

OCF Data Modeling — oneIoTA

Online tool for designing interoperable device data models for the Internet of Things.

Outputs RAML and JSON files that are instantly compatible with the OCF RESTful architecture.

Enables the crowd-sourcing of data models.

Device data models can be used to generate documentation, code stubs, and user interfaces.

OCF Security Summary

OIC key management supports end-to-end device protection.

DTLS link-layer

ECC, AES, X509

Resource layer ACLs allow intended interactions while preventing unintended interactions.

ACL permissions

Resource, interface, wild-card

CRUDN

Secure device ownership helps prevent attacks when devices are added to the network

Let us know your thoughts on our IoT Standardization with IoTivity

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Smart Restroom | Smart Toilet Management System

A rapid change of delivery and more rigid, developing conditions don’t need to lag your operations. With Faststream Technologies’s Smart Restroom solution, we’ll provide you everything you need to digitize your bathroom and toilet operations and get the most out of your cleaning supplies, staff, and customer satisfaction.

We offer integrated solutions connected with the sensors, gateways, networks, and the cloud to get your data flowing into the software dashboard or platform. Our Smart Restroom systems will give data space usage or consumption of paper, hand wash, and soap in your washrooms.

Faststream ’s smart restroom solution is ideal for client places such as large airports, shopping malls, stadiums, hospitals, and schools where large footfalls are common as it is able to identify any hygiene or operational issues, leaks or breakdowns, and send SMS alerts so your team can address the problem.

Features of our solutions

Data Gathering Process in Our Smart Toilet Management System

The data gathered includes:

People counting – Faststream’s Ultra-low-power passive infrared  sensors give an exact signal of the no. of users enter a particular restroom

Ammonia level – Our Restroom Solutions aids facility manager to perceive the odor concentration in the restroom to the least amount as 0.1 ppm which indicates its state of cleanliness

Fall detection – The alert is sent to management should a toilet user accidentally fall into the restroom

Vacancy indication – Our Dashboard shows which stalls are empty, how many stalls are available, and the approximate queue time. This sensor data can also be connected to an alert notification system which will generally send an email to supervisors should certain pre-programmed triggers be reached.

All those above features make the smart Toilet Management system useful for controlling multiple restrooms and make for a cleaner, safer, and more pleasant experience for users.  Faststream’s cloud connect dashboard also allows management to monitor usage across multiple restrooms for even more effective planning of resources.

Soap and Toilet Dispenser

Soap and toilet roll dispensers are one of the major parts of Smart Restroom Solutions. These dispensers are equipped with Faststream’s connected sensors which deliver data and alerts to management to help them decide when consumables need to be replenished.

Faststream’s smart devices eliminate the need for fixed duty rounds and ensure that consumables are only replenished as and when needed, while also ensuring users always have soap and toilet roll available. The data gathered is also useful for management to have a clear view of how much soap and toilet roll is being used so they can plan how much will be needed going forward.

Our Smart soap and toilet roll dispensers also help to reduce waste by supplying only the optimal amount of each to users.

Air Quality Monitoring

The Air Quality Monitoring in Faststream’s Smart Toilet Management System monitors Ammonia(NH3), Hydrogen Sulphide(H2S), Temperature and Humidity using sensor data and analysis on dashboards.

Benefits with our Smart Restroom Solutions

Improved Customer Satisfaction

Optimized Cleaning for washroom

Energy Saving with Optimized Heating and Air Conditioning

Cost Saving in Inventory, Delivery, and Logistics

Slowed down of Virus and Bacteria with good Hygiene

Good ROI by increasing cleaning Supply sales.

[faststreamtechnologies]

Image Signal Processor - Camera Optics Trends

In 2014, according to Mary Meeker's annual Internet Trends report, people uploaded an average of 1.8 billion digital images every single day. Have you ever imagined how digitally these many images have captured and how a digital camera works to capture an image? How can those images turn out so crisp and clear in varied lighting conditions? Let us share the technology of how the digital camera works using an Image Signal Processor and enhance the process of image quality.

These are happening with the tuning of Image signal processing methods, which have represented to enable modern imaging experiences.

Digital Cameras manage the effective way of capturing light from the camera sensors and converting it into a nice image using a consigned Image Signal Processing system.

CMOS sensor:

A CMOS sensor is an image sensor type that consists of an array of pixels, each containing a photodetector and active amplifier widely used in digital camera technologies such as cell phones, CCTV, web cameras, etc.

Image sensor:

A device that captures light when striking the lens of a camera converts it into an electronic signal and then transmits it to an imaging device processor, which transforms the electronic signal into a digital image.

Image signal processing (ISP):

Image Signal Processing is a method to convert an image into digital form by performing operations like demosaicing, noise reduction, auto exposure, autofocus, auto white balance, and image sharpening designed for digital processing and image quality enhancement.

Working Principle of Digital Camera Sensors:

The Digital Camera Sensors work on the following process.

When we open the shutter of a camera, it captures the photons and converts them to an electrical signal that the processor in the camera reads and converts as colors.

Those photons that can reach near each of the photosites are detected as an electrical signal.

These are varying in strength depending upon how many photons are capturing in the cavity.

Image Signal Processor

An Image Signal Processor is needed to transform a RAW image from a sensor and convert it into a high-quality image.

An ISP is a resolute processor that uses the raw data from a camera sensor and converts it into a workable image.

We can find several variances between the features that ISP does.

But this ISP controller converts the Bayer data into a workable image array. ISP usually onboard SoC, sometimes discrete.

The Roles of Image Signal Processor

Demosaicing - Sensor only senses photons, needs Bayer color filter atop sensor to determine color. RGBG / GRGB, interpolate to RGB for each pixel.

3A - Autofocus, Auto Exposure, Auto white balance

Correction for lens imperfections - Lens shading, geometry/distortion, vignetting, try to fix image

Noise reduction, filtering, HDR, cleaning up, JPEG

It has used for controlling the CMOS or assembling focuses.

As the smartphone evolves from being a camera of use to the primary imaging device for most people, having robust controls for when ISP and auto-exposure functionalities fail will become more valuable. Right now, camera UI and UX are rapidly changing from generation to generation, with more toggles.

The Image Signal Processor (ISP) component processes Bayer images to YUV formatted images. It uses configurable ISP hardware and supports the following processing operations.

Spatially varying noise filtering

Areal Processor (AP)

Demosaicer (DM)

Stuck at Pixel Outlier Removal (SAPOR)

Bad pixel replacement

Color Artifact Reduction (CAR)

Edge enhancement (EE)

General Pixel Processor (GPP)

Transfer functions

Local Average and Clip (LAC)

Histogram statistics

Affine transform

Down scalar (DS)

Flicker band detection (FB)

Auto White Balance (AWB) Gains and black level offset

Bezier lens shading (LS)

[faststreamtechnologies]

Agriculture IoT Solutions | Smart Farming IoT Solutions

The need to make the businesses of farmers more productive, profitable, and less tedious has driven experts to build technology for high-precision crop examination, gathering data from the field, and efficient logistics management. Agriculture IoT Solutions is likely going to witness the agriculture business get increasingly profitable with the utilization of recent advancements in Smart Agriculture.

Although still early in India, the Internet of Things (IoT) has officially affected the nation's farming industry for the past few years.

Some of the latest  Smart Agriculture IoT Solutions for Indian Farmer's technologies being implemented are listed below:

Sensor network for weather prediction and disease prevention

With depreciation in sensor and chip cost, it is easy to deploy a more dense sensor network that estimates factors like T/RH/Soil dampness and runs disease forecast for yields like coffee, tea, potatoes, etc.

Smart Irrigation

Remotely controlled water pumps can be used to irrigate the crops in a field in an effective manner. This is guided by the in-ground sensors, which continuously check to see if the water is equally circulated in every section of the field, and then utilizes DTMF or GPRS to locate the dry patch of land, then the sprinklers are triggered to water these sections of the field.

Resource Management for farmers

Tracking the live location of the farm produce when it is transferred from the farm to market using QR code or Bluetooth, and update the information in real-time on the cloud.

Warehouse Management

Faststream Technologies has developed a WSN network that lets warehouse owners know the real-time conditions of the warehouse that’s used for storing the produce. When the environmental parameters of the warehouse deviate from the ideal limits, it will harm the stored product.

Livestock Management

In animal husbandry, RFID is being used to track the location of farm animals in the field. It can also be used to mark certain animals who have been vaccinated or to get notifications that an animal has passed through a particular gate.

To know more, check Faststream’s Smart Agriculture solution; the answer to the Indian farmer woes.

[faststreamtechnologies]

RF mixed signal design | Mixed Signal Design

The Combination of Art and Science of RF and Mixed-signal Design

"Over the past couple of years, mixed-signal integrated circuit (IC) design has been one of the most technically tough and interesting segments of the semiconductor industry. Regardless of every advancement that has taken place in the semiconductor industry over that time period, the one continuous requirement is still to ensure the analog world we reside in connects effortlessly with the digital world of computing, a requirement particularly driven by the existing prevalent mobile environment and the swiftly emerging Internet of Things (IoT) "re-evolution" of RF and Mixed-signal Design.

Digital and memory ICs comprise about two-thirds of today's approximately $320 billion worldwide semiconductor market. These ICs are driven by Moore's Law and advanced CMOS process technology, which lowers the cost and enhances the integration of semiconductor devices annually. Discrete and analog semiconductors represent about one-fifth of the global semiconductor market and are mostly served by older semiconductor process technologies as core analog parts are costly to manufacture in newer process nodes.

Mixed-signal ICs account for about one-tenth of the global semiconductor market. This approximation relies on how you count a mixed-signal IC, which could be specified as a semiconductor tool that integrates considerable analog and digital functionality to provide an interface to the analog world. The archetype of mixed-signal ICs consist of system-on-chip (SoC) devices; cellular, Wi-Fi, Bluetooth as well as wireless personal area network (WPAN) transceivers; GPS, TV, and AM/FM receivers; audio as well as video converters; advanced clock and oscillator devices; networking interfaces; and recently, low-rate WPAN (LR-WPAN) wireless MCUs. Extremely integrated mixed-signal IC solutions often supersede legacy technologies in well-known semiconductor markets when the required functionality and analog efficiency could be accomplished at a reduced expense compared to other or discrete analog approaches. The more crucial part is, a high level of mixed-signal integration significantly streamlines the engineering required by system manufacturers, allowing them to concentrate on their core applications and reach the market much faster.

Designing Mixed-signal ICS:

Mixed-signal ICs are hard to design and manufacture, specifically if they consist of RF capability. A huge standalone analog and discrete IC market exist since analog integration with digital ICs is not an easy, simple process. Analog and RF design has frequently been referred to as "black art" due to the fact that a lot of it is done usually by experimentation and very often by intuition. The contemporary mixed-signal design must always be considered a lot more science than alchemy. "Brute force" analog integration must constantly be avoided, as experimentation is a really costly process in IC development.

The real "art" in mixed-signal design need to result from a deep understanding of how the underlying physical interaction phenomena manifest in facility systems integrated with a robust and elegant design methodology based on a digital-centric method. The perfect strategy combines mixed-signal design and digital signal processing and allows the integration of complicated, high-performance as well as very delicate analog as well as digital circuits without the anticipated trade-offs. The effective capacities of digital processing in fine-line digital CMOS procedures could be utilized to make up and adjust for analog blemishes and alleviate undesirable interactions, hence boosting the speed, accuracy, power usage, and eventually the cost and usability of the mixed-signal tool.

Moore's Law has been incredibly consistent with digital circuit design, increasing the variety of transistors in a provided area every 2 years, and it is still partly appropriate in the age of deep sub-micron technologies. This regulation does not usually apply as well to analog circuits, resulting in a considerable lag in the fostering of scaled technologies for analog ICs. It is not unusual for analog devices to be still designed as well as manufactured 180 nm technologies and above. The fact is that the scaling of the process technology partly drives the area and power scaling in analog circuits and often comes to be a design barrier. In fact, analog scaling is more frequently driven by the reduction of undesirable effects (such as analytical tool mismatch or noise resulting from flaws at materials interfaces), which is the outcome of quality enhancements of the process itself. Consequently, mixed-signal designers choose to rely upon processes that are a couple of steps behind the cutting edge of process technology, which could still enhance device quality by depending on a few of the most recent technological advancements. To put it simply, the analog facets of Moore's Law fall back to the standard digital approach. The scenario is a lot more dynamic, as well as the digital/analog technology void, could be partly made up if it is still worth the investment of the IC modern technology suppliers.

An ideal manufacturing process node for mixed-signal IC design lags behind the bleeding side of process technology, and the option of nodes is a compromise of a number of factors, which inevitably relies on the quantity of analog and mixed-signal circuitry consisted of in the device. More specifically, a more digital-centric mixed-signal design method allows the designer to utilize advanced process nodes in order to fix one of the toughest commercial issues with analog circuit integration-- the capability to integrate analog to decrease expenses while increasing functionality. Design engineering teams at numerous leading semiconductor firms are proactively pushing the limits of mixed-signal design and attempting to address this challenge with unique solutions where logic gates and switching components are changing amplifying and large passive devices.

The IoT and Mixed-signal Design:

The Internet of Things aggregates networks of IoT nodes, i.e., extremely low-priced, intelligent, and connected sensors and actuators utilized for data collection and tracking in myriad applications that enhance energy efficiency, security, healthcare, environmental monitoring, industrial processes controls, transportation, and livability in generally. IoT nodes are forecasted to reach 50 billion devices by 2020, and perhaps getting to the one trillion thresholds just a couple of years later on. These astronomical market numbers pose significant restrictions in regard to engineering, manufacturability, energy consumption, maintenance, and eventually the health of our environment. Along with being offered in astonishingly high quantities, all these IoT nodes need to be really small, energy-efficient, and secure, and they are normally not easily accessible to customers for maintenance. IoT nodes frequently require to run with extremely small coin cell batteries for years or even more, or perhaps counting on energy scavenging strategies.

These application needs to make the IoT node the utmost prospect for extremely innovative digital-centric mixed-signal design methods. The optimal IoT node will need modern mixed-signal circuits to interface to actuators and sensors. They need to consist of RF connectivity, usage of really power-efficient wireless protocols, and need marginal external elements. They likewise need to consist of power converters to optimize power efficiency and manage various battery chemistries or energy sources, all characteristics generally accessible with mature process nodes. At the same time, these IoT nodes will require reasonably complicated, ultra-low-power computing resources and memories to store and execute applications and network protocol software, which is much better addressed with finer technologies. The present instantiation of such a paradigm is a mixed-signal IC that is commonly known as a wireless MCU: an easy-to-use, small-footprint, energy-efficient, and highly integrated connected computing device with sensing and actuating capabilities.

RF and Mixed-signal Design, the spreading of ultra-low-power wireless MCUs are crucial to the innovation of the IoT. Wireless MCUs supply the minds, sensing, and connectivity for IoT nodes, from wireless security sensors to digital lighting controls. The combination of art as well as science for mixed-signal design is the vital enabler for the growth of next-generation wireless MCUs that link the analog, RF, as well as digital worlds and maximal advantage of the power of Moore's Law, without concessions in efficiency, cost, power consumption, or size.

Faststream helped one of the clients to design a next-generation vending machine solution using IoT and AI that supports functions such as predictive maintenance, customer-centric loyalty programs, and cashless transactions, feel free and contact us for more details: Email: info@faststreamtech.com

[faststreamtechnologies]

RFID in warehouse | RFID Warehouse Solutions | RFID warehouse tracking

Managing the flow of exact inventory data is proving to be a challenge for companies facing inconvenient, manual-based processes and steered to higher operations costs, over-spill inventory, and ineffective use of storage space designed for growing companies through RFID in Warehouse Management.

Trends in Warehouse Management

Over 90% of warehouses and distribution centers are still only partially automated or completely manual-based.

RFID Solutions are accessible today for ameliorate back-end processes of Warehouses and are showing their value constantly in a variety of business environments.

The use of RFID tags helps record precisely the inventory data and easily integrates with the ERP module of the Organization.

No Error in Data Entry

Integrating RFID TAG reader,

Once the product transfers in or out of the warehouse, RFID helps to update the data on the dashboards, and this will save the scanning and updating time of inventory data.

Alert Notification for low stock, theft, or security breaches.

By incorporating RFID tags, the Warehouse Company can benefit by reducing the shipment time and getting the data available in all areas or zones, resulting in increased productivity at each distribution center.

Using RFID, Faststream Technologies provides Warehouse Management Solution to automates manual-based processes from purchasing to shipping and delivery to customers, with entire vision and control in a single dashboard. We have deployed Warehouse Management Software to Customers in several industries such as logistics solutions, wholesale, distribution, manufacturing, and automotive solutions. Implementation of RFID in warehouses has dominated the barcodes system as the RFID tags can store 100 times more data than barcodes can, and the readers can read the 200 tags at a time.

Apart from Warehousing, RFID plays a crucial role in the Supply Chain and Logistics sector also. Here RFID is used for inventory management to enhance precision and bring down stock-taking time for asset management to keep track of equipment, vehicles, reusable storage, and more. Our RFID solutions help you to check goods on a real-time basis without more labor consumption. These solutions cut labor costs, increase inventory accuracy, decrease chances of theft and accelerate delivery.

Scope of RFID in Warehouse Management

Inbound & Outbound handling

Manufacturing Application

Distribution/Logistics Application

Inventory Management

Returnable Transport Items (RTIs)

Access Control

Automatic Shipment

[faststreamtechnologies]

TipsyMate Breathalyzer | AI Facial Recognition | Alcohol Breath Tester

The TipsyMate is a professional breathalyzer that quickly estimates blood alcohol content (BAC) for an Alcohol breath test. This is the right place if you are searching for a precise alcohol breathalyzer with maximum fuel cell accuracy. Our PREMIUM TipsyMate alcohol breathalyzer device will give you up to a 3-digit readout, picking up those trace amounts of alcohol, as an example, your readout will be .002 %BAC of .065 %BAC. Second, The PRO fuel cell technology expands the range of testing from .000 – .500, and the technology is designed to provide upgraded accuracy through the whole range. TipsyMate is long-lasting and sturdy to manage more than 1000 tests. The Facial Recognition System is also enabled with TipsyMate. TipsyMate Breathalyzer Alcohol Tester uses an embedded high-resolution camera that takes a picture of the participant during the breath alcohol test. The captured photograph is then congruously analyzed by the Faststream’s software in comparison to an adjustable template of a group of photos of the participant. This level of software intelligence is unique to TipsyMate alcohol breath tester and ensures increased accuracy, as opposed to being limited to one master photo which can cause false readings.TipsyMate has aptly termed its automated AI Facial Recognition technology standing for Adaptive Facial Recognition. This new technology rounds out a growing list of automated features. Trust the TipsyMate Breathalyzer with Facial Recognition for accurate results and peace of mind!

Features of TipsyMate Breathalyser:

Material Composition: ABS plastic

Battery Type: AAA batteries

Sensor Type: FxCell3 Fuel Cell Sensor

Accuracy: ±0.002% BAC at 0.065% BAC

Detection Range: 0.000 ~ 0.500% BAC (0.00 ~ 2.00mg/ BrAC)

Warm-up Time: 10~25 seconds

Response Time: 2~18 seconds

Dimension: 230mm X 205mm X 90mm (H X W X D)

Weight:1.5 Kg

Power: Two 1.5V “AAA” size Alkaline batteries

Working Temp.: 5℃ ~ 40℃ (41℉ ~ 104℉)

Storage Temp.: 0℃ ~ 40℃ (32℉~104℉)

Calibration: Every year or after 1000 tests

TipsyMate Memory (Cloud Storage): 40,000 registered faces, 9,000 test results (upgrade options available)

Professional grade breathalyzer with fuel cell accuracy

Easy-to-use, compact, robust, sleek design

Quality, affordable fuel cell breathalyzer

Long-term Consistency and Reliability

Alcohol breath tester Wide testing range

Portable Alcohol Breath Test

USA Calibrated

TipsyMate complete Facial Recognition Technology Features:

Tamper detection

Real-time text message reminders and Alerts

Customizable scheduling

Integrated Facial Recognition System

Tamper Detection

Internal sensors used for tamper detection

Proprietary technology flags inconsistencies with human breath

Court-validated tamper detection

Automated Reminders and Alerts

Customizable testing schedules

SMS and Email reminders for Clients

Email/SMS alerts fo  for selected Contacts

Daily, weekly, and monthly automated and Manual Reports  

Integrated Facial Recognition System

Faststream’s AI facial recognition software

Adjusts to fragile appearance changes

Brings down the manual process of test photo review

Advantages with TipsyMate

Discreet alcohol monitoring

Professional grade fuel-cell sensor

Repetitive offense detection

Real-time test results and Alerts

MobileApp based Remote Control

Admin panel for monitoring the device and cloud data downloading concept

Data synchronization in Local device and server-side.

Implemented with the IR camera for night vision.

Static IP concept for each device.

Can be used as a home breathalyzer

Applications:

Logistics Operation

Law enforcement equipment

Home Breathalyzer

                                                  Buy our Product

[faststreamtechnologies]

IoT in Oil and Gas | IoT in oil and Gas Industry

Faststream Technologies is evolving in the Oil and Gas industry with the integration of the Internet of Things to form a feasible business process in the area. Our End-to-End extensive IoT solution for oil and gas can offer numerous benefits by independent devices like sensors and controllers in real-time to form an IoT that makes the communication among devices happen and collect real-time data to analyze and monitor the current state of the plant or the refinery.

Pulling out the fuels from the underground and delivering them to the refinery to the end-user is a difficult and complex task. There are various points like Transportation and Oil Vehicle Logistics, equipment, pipelines to control through the way, with each one being critical, and potentially dangerous, as the next. For the Oil and Gas industry, we use it to make real-time decisions, decrease equipment failure, increase safety, lowering downtime and reduce wastage, resulting in total plant automation. The modern scenario is that Oil and Gas companies are turning towards the IoT to be secure in the time of extraction and Transportation of Fuels and gradually, the top-level decision-makers from this Industry have started perceiving the benefit of IoT in the Oil and Gas Industry.

Our Complete Solutions for Oil and Gases

Fleet Monitoring Solutions

Leakage Detection using AI and ML Solutions

Oil Tanker/Well Monitoring Solutions

Oil Theft Prevention Solutions for Industrial and Commercial use

Remote Pipeline Tunnel Monitoring Solution

Oil Well Pump Control

Offshore Rig Monitoring

Refinery Monitoring

FLEET MONITORING SOLUTIONS

Faststream Technologies Fleet Management Solution Analysts offers a comprehensive solution for time tracking your fleet with Cloud-backed IoT networking. With real-time access to captured data from sensors installed in vehicles, you get assured of compliance and fleet security norms. Add to it enhanced vehicle maintenance, prompt customer service, assured discipline from the drivers, and the location status.

By using our instant sensor data and alerts our solutions can streamline the Logistics functions. It minimizes unnecessary fuel consumption, cuts down chances of transport blowout, enhances productivity, and boosts profits, all within a reasonable time frame and budget.

Our Overall Fleet Monitoring Solutions

1.Our Overall Fleet Monitoring Solutions

Optimal Route Management

Weight Measurement for Oil Transporter

Sensing Temperature for Transport Tanker

Fleet Tracking and Trip Management.

LEAK DETECTION USING AI/ML SOLUTIONS

For the Oil & Gas business, undiscovered leaks create hazards to life and fortunes. Using Faststream Technologies IoT & ML driven Leak Detection Solution, one can take preventive measures before it is too late. In the absence of the further charges of digging up the site, one can avail of these safety solutions. This solution ensures the detection of leaks in an undesirably and non-destructive way. With synchronal pipeline leakage sensing, constant damages can be finished. Our IoT employs worldly equipment like sensors and devices into the picture providing a foolproof solution.

Our Overall Leakage Detection Solutions

Instantaneous Pipeline Leakage detection

Checking the inclusion of Methane Gas

Real-time Alert System

Pipeline Monitoring in Remote Area.

Oil Tanker or Oil Monitoring Solutions

Oil & Gas Industry Companies can get benefits from Faststream’s Instantaneous Oil Tanker Monitoring Solutions. Our IoT-driven solution helps to get instant data and assist to take preventive measures. This assists in optimizing the business process for maximum ROI. One mistake in keeping oil well/tankers protected from flammable materials can cause big mishaps in nearby places. With Oil Well/Tanker Monitoring Solution, monitoring tank level & temperature, remote oil wells, oil tanks, water pressure and more is easy. Our solution supports curtailing both time and money while showing positive results to relevant businesses that are unsuccessful in optimizing their prospects.

Oil Theft Prevention Solutions for Industrial and Commercial use

During the transportation of Oil there several security-related issues may occur. Oil theft is one of these. Our IoT solution has made it difficult for thieves to get away with the stolen oil. We use several volume sensors to detect any change in oil level each minute and notify the concerned authorities instantly. The sensors do real-time monitoring, as a result, the volume of oil can be monitored in a tanker, and also leaks can be detected.

Scope of Our Oil Theft Prevention solutions:

Monitoring Fuel Tanker

Oil-theft prevention from tank farms

Remote Pipeline Tunnel Temperature Monitoring

We are providing the right solution for a challenging gas pipeline application. Faststream feels that monitoring the temperature of a gas pipeline tunnel is very important for safe operations. In the confined space of a tunnel, the temperature rises easily, and the overheating could cause pipeline fractures that could lead to gas leaks or even explosions. So in order to get rid of that, we have designed a remote monitoring system where various temperature sensors, gas sensors, and pressure sensors are used which can monitor temperature levels, gas leakage, and also pressure at the gas pipeline tunnel at various places.

Oil Well Pump Control

Faststream’s IoT solution can automate the oil industry by using hardware/software systems that can control and manage downhole pumps. Our controller is designed for downhole pumps for real-time control. The sensor data is processed and transferred to the operator console for storage and remote control of the controller. The controller allows connecting different types of analog and digital sensors. Data from these sensors are used for pump unit control and graphical data visualization on the Dashboard.

Offshore Rig Monitoring

When it comes to offshore in the oil and gas industry, monitoring pipelines is a challenge as most of the equipment is below sea level. Various equipment like interconnects, machinery, and other expensive equipment around the starting point for a pipeline also needs to be inspected regularly.

Faststream’s IoT sensors help in monitoring the malfunctions or discrepancies and instrumenting every foot of the pipeline. Our complete Remote Monitoring solutions play a crucial role in the entire oil and gas industry as we are providing ultra-sensitive sensors that detect the possible malfunctioning very early and the change in frequency triggers the inspection. The data collected from sensors gets transferred to the IoT device and then sent to the cloud. The data from the cloud can be shown to the Dashboards.

Refinery Monitoring

In an oil and gas refinery, the IoT could be used to check things like pipe thickness, flow rate, pipe pressure, and more. Faststream’s IoT sensors could offer greater insight and extra data about the flow, allowing the refinery to run at a higher capacity. The LPWAN IoT network can curtail the refinery cost by restricting the personal intervention to manually watch, or the number of equipment that needs wired communications.

[faststreamtechnologies]

Fleet Management | Telematics

Faststream Technologies’s Fleet Management Solution offers a comprehensive solution for time tracking your fleet with Cloud-backed IoT networking. With real-time access to captured data from sensors installed in vehicles, you get assured of compliance and fleet security norms. Add to it enhanced vehicle maintenance, prompt customer service, assured discipline from the drivers, and the location status.

Implementing our hardware sensors into the fleet, you will get complete control of your fleet. bridge with compliance by managing data between sensors and systems. You will get insights reports of vehicle maintenance, driver behavior, fuel efficiencies, faster emergency response, and improve customer service and also keep a check of the operational status of your fleet.

Faststream offers a flexible, hardware-agnostic IoT architecture for connecting all possible assets — sensors, items, containers, equipment, vehicles, and employees — so that the entire logistics infrastructure can be tracked and managed as a consolidated business unit.

Scope of Our Fleet Management Solutions

Vehicles

Trucks

Heavy Equipment's

Cargo Ships

Features of Our Fleet Management Solutions

Real-time fleet visibility

Monitor the entire fleet

More accurate ETA predictions

Monitor driver activity

Our Complete Fleet Solutions

Dispatch management

Accident Tracking

Driver management

Fuel Management

Geo-Fencing Tracking

Real-Time Routing

Vehicle Information & Tracking

Tyre Monitoring

Inspection Management

Speed Idling Real Time Feedback

Dispatch Management:

Using Faststream Technologies' Dispatch Management Software and Dispatch Management Solutions you can track your vehicles, promote safety, save fuel, boost profits and improve your dispatching by making up to the minute deliveries and optimize your Operations by establishing business efficiently.

Working Methodology of our Dispatch Management

In the existing market scope, you can integrate our Delivery Dispatch Management Solutions onto your system effortlessly, your application can be easily integrated with our dispatch management assimilated by the assistance of the software provider and our team. Once the integration is completed the addresses will be loaded into our solution and you can start your day-to-day delivery operations without any inconvenience.

Our Delivery Dispatch solution has the ability to perform multiple pickup and multiple drops on a single trip. In other words, a single delivery person can collect multiple orders all at once and complete the delivery all within a single trip. Our Delivery Dispatch solution is able to perform this because of our auto-optimization feature, unlike other delivery applications where the delivery boy has to complete one trip to start the next, our dispatch solution creates trips for multiple orders in a single facility. Our Dispatch solution is useful for single & bulk delivery companies.

Accidental Tracking:

Faststream Technologies provides customized fleet accident management solutions covering everything from road risk policy management to accident reporting, repair, and getting your vehicle and driver back on the road. Store important data relating to accidents – including details of the driver, vehicle, date, time, location, any damage, repair quotations, and photos required for insurance claims. Communications with third parties and accident management agencies can be logged, as well as details of any police involvement. Meanwhile, details of damage can be allocated to work orders, in order to fully describe any required or completed repair work.

Features of Our Accident Tracking Solutions

Easily Report Accident: Report accidents through our mobile forms app or directly through the system and attach details, geo-location, and photos

Reduce Road Risk: Create and manage road risk policy to ensure clear driver procedures are in place.

Track Accident Status: Record and track the current status from an accident being raised, through to insurance claims, repairs, and resolution.

Keep Auditable Trail: Keep a detailed history of all accidents and their associated vehicles and drivers

Driver Management

Faststream Technologies fleet driver management solutions help you to keep your driver records up-to-date, organized, and easily accessible from a central location. Keep track of assigned vehicles and equipment, their usage, and related expenses.

Features of Our Driver Management Solutions:

Track Driver Details:

Through Faststream’s fleet driver monitoring systems, you can keep track of which drivers are using which vehicles and other equipment, and why.

Managing Toll: Organize all parking, toll, and other driver-related fines for total visibility of costs

Improve Safety: Record and track the current status from an accident being raised, through to insurance claims, repairs, and resolution.

Ensure Duty of Care: Ensure legal compliance for medical, license renewals, insurance, and more.

Alcohol Testing: Using our Driver Management Solutions Organization can check driver status whether he is drunk or not.

Fuel Monitoring and Vehicle Tracking We can provide solution to the following problems:

Where is your Vehicle? Live location of the vehicle

How much Diesel in the Tank?

Daily distance, diesel consumed & mileage

Geofencing

At what Speed it is moving?-IDLE/STOPPED/RUNNING status

Diesel Refilled? (What time, place & how many Liters)

Refill to Refill Mileage

Idle Fuel Wastage

Over Speed Alerts

Diesel Theft? (What time, which place & how many Liters)

Low Fuel Alarm

No of halts during the trip

On-Road On-load Mileage

Complete Journey Report

Real-Time Routing

With the integration of Faststream’s Fleet Management Software, routing planning is becoming easier into the advancing fleet management systems, drivers now follow pre-scheduled routes that have been put into the system and directly sent to the driver. The fleet managers can then review at the end of the day whether the driver followed the provided route and can determine the productivity of each individual.

Users can easily create a route consisting of multiple zones on a map using our app of fleet management system. Drivers can then see the routes from their GPS devices.

Faststream Technologies fleet management system also provides an easy way to compare actual routes versus planned routes, as well as other important information such as:

Expected Arrival Time

Actual Arrival Time

Stopped Zone

Duration of Idling

Tyre Monitoring Solution  

Fleet operators can control their tire inventory and build operational efficiency by reducing tire wear and increasing mileage using our Tire Monitoring Solutions.

Faststream Technologies has worked with several clients and eminent fleet operators in the logistics space to test this solution. For any fleet company, tire procurement accounts for a high business cost as tires are the largest consumable after fuel. There is a variation of pressure, temperature, a vibration that can have a substantial effect on the durability of a tire. Our IoT solution Monitors these parameters and takes immediate measures that can enhance their useful life.

The IoT platform allows fleet operators to track tires and monitor their performance (pressure, temperature, and so on) on a real-time basis. Our IoT-based Tire Monitoring Solutions entitled to carry out preventive maintenance and detect any fault in their system.

Faststream Technologies provides a comprehensive and easy-to-install Tire Pressure and Temperature Monitoring solution that tracks real-time tire pressure and temperature while your vehicles are in operation. Customizable vehicle rules and alerts, combined with historical reporting, enable fleet managers to determine the proper course of action for a troubled vehicle before it becomes a big problem.

Maximize tire life

Increase fuel efficiency

Decrease the risk of roadside breakdowns

Alcohol Detector With Facial Recognition

Since drunk driving is one of the major causes of death in traffic, it is something that is important to reduce. The expertise from Faststream Technologies can help to deal with this dangerous problem.

Faststream has developed and designed the alcohol detector with facial recognition solutions used in cars to prevent a person with too high a blood alcohol concentration level (BAC) from starting the vehicle and thus driving it.